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 A YEAK IN FIJI, 
 
 AN INQUIRY INTO THE BOTANICAL, AGRICUL 
 
 TURAL, AND ECONOMICAL RESOURCES 
 
 OF THE COLONY. 
 
 BY 
 
 JOHN HORNE, F.L.S., &c, 
 
 DIRECTOR OF WOODS AND FORESTS AND BOTANICAL GARDENS, MAURITIUS. 
 
 PUBLISHED AT THE REQUEST OF 
 
 THE HON. SIR A. H. GORDON, G.C.M.G., 
 
 GOVERNOR OF FIJI, &c. 
 
 LONDON: 
 
 PRINTED BY GEORGE E. EYRE AND WILLIAM SPOTTISWOODE, 
 
 PRINTERS TO THE QUEEN'S MOST EXCELLENT MAJESTY. 
 
 FOR HER MAJESTY'S STATIONERY OFFICE. 
 
 AND PUBLISHED BY 
 
 EDWARD STANFORD, 55, CHARING CROSS, LONDON, 
 
 AND 
 
 GEORGE ROBERTSON, MELBOURNE and SYDNEY. 
 
 1881.
 
 D La 
 DO 
 
 
 jfi^S. — — 
 
 *r r\TSy 
 
 CHAPTER I. 
 
 Description of Tour throughout the different Islands of the Group, 
 &c.— pp. 1-57. 
 
 CHAPTER II. 
 
 Flora, its peculiarities, &c. Number of Indigenous Species.—- 
 pp. 58-73. 
 
 CHAPTER III. 
 
 Fijian Food Plants. Method of Cultivation. European and Native 
 Vegetables, &c.— pp. 74-92. 
 
 CHAPTER IV. 
 
 Fruit, kinds of, indigenous to Fiji ; and Exotic ; might be exten- 
 sively grown for Exportation. — pp. 93-102. 
 
 CHAPTER V. 
 
 Native Ornamental Plants. Starch, Spices, Materials for Clothing, 
 Mats Fans, Cordage, &c— pp. 102-111. 
 
 CHAPTER VI. 
 
 Indigenous Timber trees. Native Houses, Minor Forest Produce, 
 as Thatch Reeds, &c.— pp. 112-126. 
 
 CHAPTER VII. 
 
 Conservancy of Forests. Destruction by Fires. Re-Foresting and 
 Preservation of "Water Supply. — pp. 127-137. 
 
 CHAPTER VIII. 
 
 Botanic Garden. Industrial School. Museum. Meteorology. — 
 pp. 138-1-18. 
 
 CHAPTER IX. 
 
 Number of Islands in the Group. Area of Land. Reefs. Rivers. 
 Navigation. Watersheds. Mountains. Lakes. Taviuni. Rabi. 
 Lonia Loma. Koro. Ovalau. Levuka. — pp. 119-162. 
 
 CHAPTER X. 
 
 Hot Springs. Rocks. Minerals. Soil, &c— pp. 163-170. 
 
 CHAPTER XI. 
 
 Agricultural Products. Copra. Coir Fibre. Cotton. Sugar. 
 Tobacco. Cacoa or Chocolate. Tea. Vanilla. Coffee. Cinchona 
 Bark. Rice, &c.— pp. 171-184. 
 Q 2019. Wt. P 456. 
 
 835332
 
 CHAPTER XII, 
 
 Labourers. Markets for Produce. Laud Titles. Kinds of Native 
 Produce, &c. — pp. 185-191. 
 
 CHAPTER XIII. 
 Stock. Piss. Fowls. Fauna of Fiji. — pp. 192-194. 
 
 APPENDIX I. 
 
 Report on the Caoutchouc-yielding Plants of Fiji. — pp. 195-202. 
 
 APPENDIX II. 
 
 Report on Sandalwood Preservation, and extension by Cultivation, 
 t V C .— pp. 203-212. 
 
 APPENDIX III. 
 
 Propositions regarding a Forest Ordinance for Fiji. — pp. 213-235. 
 
 APPENDIX IV. 
 
 Letter to the lion, the Colonial Secretary, Fiji, and Rules 
 suggested to regulate the Felling of' Timber Trees in Forest Reserves. 
 —pp. 236-246. 
 
 APPENDIX V. 
 
 Meteorological statements. — pp. 247-2.35. 
 
 APPENDIX VI. 
 List of Flowering Plants and Ferns indigenous to Fiji. — pp. 256-286. 
 
 Note. 
 
 In pronouncing and spelling Fijian words the following rules are 
 observed, viz. : — 
 
 />'. Ii, pronounced Mb, a- Bau, Mbau ', Bua, Mbua. 
 (', c, pronounced th t as Cibicibi, Thimbithimbi ; ca (bad) Tha. 
 />, d, pronounced Nd, a- Druadrua, Ndiiiandrua ; Kadavu 
 Kandavu. 
 . ng in sing or rang as Turaga, Turanga; vuga, vunga. 
 Q> 9i '"J-'J" or nka ; as YYaga (canoe) Wangga or Wanka.
 
 PREFACE. 
 
 In 1877, I accepted an invitation from Sir Arthur 
 Gordon to visit the Islands of Fiji, of which he was 
 then Governor ; and availing myself of the privilege 
 of leave of absence granted to Civil Servants, I left, en 
 route for England, via New South "Wales, Fiji, and 
 San Francisco, after a resident service in Mauritius of 
 16 years. 
 
 Sugar being the staple product of that Island, the 
 introduction of new varieties of sugar-cane and their 
 culture had received my special attention for a number 
 of years ; and, on leaving, the Chamber of Agriculture, 
 with the sanction of Government, commissioned me 
 to select and forward whatever new and suitable 
 specimens of canes I could find in the different 
 islands lying on my route. 
 
 I spent a year in Fiji, and my notes of travel during 
 that period are given in the following pages. 
 
 JOHN HORNE, 
 
 Director of the Botanic Gardens, and of 
 "Woods and Forests, Mauritius. 
 
 November 4th, 1880. 
 
 Q 2019.
 
 CHAPTER I. 
 
 Description of Tour throughout the different 
 Islands in the Group, &c. 
 
 My route through the Fiji islands is traced in red 
 on the annexed map, and I now propose giving a 
 description of it and of the country through which I 
 passed. 
 
 Before starting, His Excellency the Governor of 
 Fiji, the Honourable Sir A. H. Gordon, C.B., 
 G.C.M.G., furnished me with a circular letter of 
 introduction written in Fijian to all the chiefs, in- 
 forming them who I was, the object and nature of my 
 visit, and requesting them to give me all the assistance 
 in their power in providing me with carriers, guides, 
 &c. This they most cheerfully and Avillingly attended 
 to, and I found no difficulty in moving about. In 
 each village some one, generally the schoolmaster, 
 " teacher " or native clergyman, was found who could 
 read and explain the letter to the people, who were at 
 all times attentive listeners. This was a surprise to 
 me ; but I found in the course of my journeys, that 
 many of the grown-up people had been taught by the 
 Wesleyan missionaries ; that a church and a school, — 
 the latter of which in small villages was a place of 
 worship as well on Sundays as on other special 
 occasions, — were established in every native town — 
 (Koro). These were well attended, as most of the 
 rising generation could read, write, and cipher to 
 
 some extent. In most native houses worship was 
 
 A 2
 
 4 
 
 conducted night and morning, showing that the mis- 
 sionaries had nobly done the work of Him who sent 
 them. The teachers were supported by the voluntary 
 contributions of the people. I had with me an intelli- 
 gent half-caste boy (Rae Spowart), about 15 years old, 
 to act as interpreter. I took with me a mosquito net, 
 rug, mats for sleeping upon, sugar, tea, coffee, bis- 
 cuits and bundles of paper for drying plants, all 
 enveloped in waterproof coverings ; and, thus equipped, 
 I traversed the country with my native guides and 
 carriers. 
 
 The first journey was to Lavoni, in the centre of the 
 island of Ovalau, over rugged and steep paths. On 
 the way through the forest a good collection of plants 
 was made. The soil was seen to be rich and fertile, 
 and the rocks volcanic breccia or agglomerate. The 
 Lavoni valley, — in which I spent a week, travers- 
 ing it in all directions, making fine collections of its 
 flora — seen from an eminence is not the least beau- 
 tiful of the many pretty places in Viti. Its extent 
 is about 7 square miles. It is well watered, and the 
 soil is rich and suitable for sugar cane and coffee 
 cultivation. My route was down the valley to Bureta 
 by a native track, which took me repeatedly across a 
 considerable stream, and sometimes compelled me to 
 wade in water up to my knees. The soil, consisting 
 of alluvial deposits, was rich and fertile, and densely 
 covered with the wild sugar cane (vico), reeds, &c. 
 At Bureta I went to the native church and heard a 
 sermon from a Fijian, lie preached extempore from 
 a IVw notes, was earnest if not eloquent, and seemed 
 neither to warn 1 ideas nor words in which to express 
 them Oh Sundays such preachers maybe heard in 
 ry tillage from one end of Fiji to the other. At
 
 Bureta there is a considerable tract of fine flat land 
 well adapted for sugar cane cultivation. From Bureta 
 I crossed to Moturiki, a small island with an area of 
 8 square miles of fine land, which is well suited for the 
 growth of cocoa-nuts. Prom Moturiki I visited Viti 
 Levu and entered the Tlewa river by its eastern mouth, 
 and went up to na Koro Vatu, about 65 or 70 miles 
 from the sea. I was everywhere delightfully sur- 
 prised with the fertility of the land, the size of the 
 river, the fine scenery, and the luxuriance of the 
 cultivated sugar canes, which, to a small but increasing 
 extent, are grown by a few settlers on the alluvial 
 flats bordering the river. All the kinds of sugar canes, 
 their healthiness, their capability of resisting drought, 
 and of "ratooning" after cutting, as well as the 
 quantity of sugar and weight of cane per acre which 
 each kind yielded, were subjects of earnest inquiry ; 
 as on the eve of my departure from Mauritius for the 
 South Seas, I was instructed by the Government of 
 that colony, at the request of the planters, to collect 
 and despatch thither all the different varieties I 
 could obtain, together with useful information re- 
 specting the peculiarities of each kind. In Fiji alone 
 I obtained over twenty different kinds, samples of 
 which were sent to Mauritius in 16 wardian cases. 
 On the banks of the Hewa and its affluent streams, 
 including the deltas formed by its several mouths, 
 there are about 400 square miles of land unrivalled in 
 quality, and especially well adapted for growing cane. 
 Most of this land has deep water frontage. A large 
 proportion of it belongs to settlers, some of whom 
 cultivate sugar canes, and others do not because they 
 cannot get their canes crushed, the sugar mills being 
 either insufficient or at too great a distance. T also
 
 saw on the Rewa two thriving cotton plantations, 
 each about 200 acres in extent, belonging to the 
 natives. They were in good condition, well laid out, 
 cleanly kept, and the plants had a healthy appear- 
 ance. The centre road through one of them was 
 bordered with banana trees for shade ; and these trees 
 were also grown to mark off the plantation into 
 squares or plots, each of which belonged to a different 
 township. At the junction of the Wai ni Mala and 
 the Wai ni Buka, about 60 miles from the sea, I saw 
 a plantation of tapioca or cassava (jatrqpha manihof) 
 and arrowroot, and a few acres of a young flourish- 
 ing coffee plantation. I noticed during my journey that 
 all the rocks on the banks of the river were of the 
 sedimentary formation. 
 
 On my way back to Levuka I visited the Wesleyan 
 Training School at Navaloa, which is attended by 
 advanced scholars from all part of Fiji, either for the 
 purpose of being educated as teachers or for the 
 native ministry.* It is also attended by the sons 
 of the chiefs for the purpose of obtaining a higher 
 education than the village schools can supply. The 
 establishment is under the superintendence of a 
 master who is a European. 
 
 On returning to Levuka I went by sea to Tai Levu, 
 a large district on the east coast of VitiLevu. We 
 were becalmed for some time at the " back (N.W. side) 
 of Ovalau," and, on landing, slept at the house of a 
 settler u ho i^ rearing a fine herd of cattle there. The 
 quality of his land was good and capable of growing 
 sugar canes; bui here again the want of a mill and the 
 want of means to purchase one were hinderances in the 
 way of cultivation. These wants indeed are common 
 
 * Vide page 140.
 
 to all parts of the group, even in places where extensive 
 areas of cane land exist. We left this settlement in 
 the morning, and in the afternoon reached our destina- 
 tion, proceeding up a deep but narrow creek shaded 
 by tiri (mangrove) trees, whose overhanging 
 branches had been cut to allow the tall mast of the 
 boat to pass. At this part, and on the banks of the 
 Wai Delici (pron. Wai Ndelithi) the land is amazingly 
 fertile, and formerly produced good crops of cotton. 
 Near the river there are extensive alluvial flats, but 
 the general character of this part of the country is 
 steeply sloping and gently undulating low hills and 
 valleys. This land had been cultivated by the Pijians, 
 but now, being either not required by them to grow 
 " food " upon, or more likely, owing to their method 
 of cultivation, it has become densely covered with wild 
 sugar canes, reeds, grass, and such hardy kinds of 
 trees and shrubs as can best resist the fires which 
 periodically burn up the dry herbage. An opinion 
 prevails among the settlers, that sugar canes will not 
 grow on the low hills so common in this and other 
 parts of Fiji. "What I saw here, on the Hewa and at 
 many other places in the group shows that opinion to 
 be an erroneous one. Here the canes were growing 
 and in good healthy condition on the sides and tops of 
 the low hills where cotton wsuld not thrive. How- 
 ever, in these places their growth is less rapid 
 and the canes a little smaller than on the fat alluvium 
 on the banks of the rivers. Still they do grow well 
 and prove remunerative. Of course such land will 
 not be much in demand for cane cultivation until all 
 the rich bottom lands are fully occupied. 
 
 In this locality I visited another cotton plantation 
 owned by natives. Like those already mentioned it was
 
 8 
 
 in good order. When on the Rewamy attention was 
 called to the unhealthy condition of some cocoa-nut 
 trees, and here I noticed the injury was caused by an 
 insect eating the under side of the leaves, which then 
 become covered with brown spots and wither and decay 
 (if the ravage shave been extensive) frequently before 
 being fully expanded. From the leaves being thus 
 injured or destroyed, the trees are unable to bear fruit, 
 and some! imes are entirely killed. In addition to about 
 30 square miles of good cane land, there is also in this 
 locality a large area well adapted for the growth of 
 the cacoa (chocolate) and Liberian coffee trees, both 
 of which delight in a moist warm climate and thrive 
 at a low elevation above the sea. 
 
 I next went to Rabi (Rainbi), an island which lies off 
 the north-east point of Vanua Levu and between it and 
 the northern end of Taviuna. It contains an area of 
 about 28 square miles. The soil is rich and fertile. The 
 island is well wooded and well watered, and the prevail- 
 ing rock is agglomerate ; but both aqueous and basaltic 
 rocks were frequently seen. It is also mountainous, 
 and some of the valleys are of great picturesque beauty. 
 Cocoa-nuts are extensively grown for copra, which is 
 here dried by artificial means, viz., by heated air. 
 Coir fibre is extracted from the husk of the cocoa-nuts 
 by steam machinery. The cocoa-nut plantations have 
 been carried up to a considerable elevation on the hill 
 Bides, on which they are healthy and thriving. An 
 idea is entertained by many of the settlers that the 
 ( ocoa-nul tree will not thrive on the sides and tops of 
 the hills near the sea and within the full influence of its 
 breezes. This notion is wrong, and disproved by what 
 any visitor cannot help seeing, — thousands of cocoa- 
 nut trees growing not only on the sides of the steep
 
 9 
 
 hills, but even on the tops of the ridges. In these 
 places the growth of the tree is slower and the produce 
 a little less than on the rich low-lying land on the 
 shore. There are about 6 square miles of good cane 
 land on Rabi, and a large portion of the island is suit- 
 able for both Liberian and common coffee, leaving 
 a wide margin round its shores for cocoa-nuts, and a 
 large space on the tops of the mountains for timber to 
 attract moisture. Prom the position of this island the 
 majority of the plants growing upon it are also common 
 to the adjacent portions of the two large islands near 
 it. As every facility for collecting and drying plants 
 was put at my disposal by the kind proprietor, I 
 thoroughly explored the island, a large portion of 
 which is still covered with primeval forest. Here I 
 made collections of over 300 species of flowering plants 
 and ferns. These I left at Rabi during a six weeks' 
 tour in the northern parts of Yanua Levu. This 
 enabled me to go quickly over a portion of that large 
 island, as I had gathered on Rabi a great number of 
 the plants which grow on the parts of Vanua Levu lying 
 nearest to it. I also thus saved the transport on men's 
 shoulders of bulky packages for upwards of 200 miles, 
 as well as avoided delays in collecting, en ?*oute, the 
 daily shifting of numerous specimens and the drying 
 of the paper from which these specimens had been 
 removed. Besides, by acting as above, I did not 
 bring from a t distance specimens of plants which 
 I could obtain at what, for a time, was my head 
 quarters. 
 
 Prom Rabi I crossed to Koro-i-vono, a native town 
 on the eastern side of Vanua Levu. At this place 
 there is a considerable area of good cane land, and 
 plenty of space on the beach for extending cocoa-nut
 
 10 
 
 plantations. Here a deep stream enters the sea, up 
 which boats drawing 6 feet of water may proceed at 
 h tide. From this I decided to travel to Savu-savu 
 by Natawa bay. The path, a well-kept one for a 
 short distance, led up the coast for about 4 miles 
 through proves of cocoa-nut. bread fruit, and other 
 t r< 'os ; it then, as a mere track, broke off to the left 
 through the forests, ascended the mountains along the 
 beds of streams, over rocks, down the sides of preci- 
 pices to the district of Togaloa, on the south-east 
 shore of Xatawa bay. In passing through the forests 
 which densely cover the mountains lying between 
 Koro-i-vono and Xatawa bay, many fine specimens of 
 the dakua, the Fijian kauri pine, dakua — salu — salu, 
 and other kinds of good timber trees were seen for 
 the first time, and several kinds of ferns were added to 
 my collection. The dakua formerly abounded at Koro- 
 i-vono. — Seemann mentioning that some large ones 
 existed there in 1860-61 ; — but European sawyers 
 have played sad havoc among them, and large trees 
 were only found in the more inaccessible parts of 
 the mountains. 
 
 At Togaloa I learnt that all the Bulis or district 
 el lief s in the province of Cakaudrove had gone to 
 Somo-somo, in the island of Taviuni, to attend the 
 provincial council, which the Hoko Tui, or supreme 
 chief of the province holds twice in the year. The 
 Fijians have (and Ik 'fore the islands were ceded to 
 Great Britain had) an elaborate system of polity by 
 which all tribal ami provincial matters are discussed 
 and regulated. As I could not get carriers from one 
 district to another without coming, in some degree, 
 in contacl with this system, an outline of it may be 
 interesting.
 
 11 
 
 The starting point in this system is the village or 
 " Koro." Over every village there is a local chief 
 called the Turaga ni Koro. Over one or many vil- 
 lages, or perhaps over a district, there is a Buli ; and 
 over these is the chief j of the province, or Roko Tui. 
 The Governor, as Her Majesty's representative, is the 
 supreme chief of all. These native functionaries, 
 although the office which they hold is hereditary, i.e., 
 belongs to certain families, are elected to office by the 
 district council, of which more anon. The village 
 chief is assisted by a council of elders, which meets 
 once a week, and executive officers, magistrate 
 (Turaga ni lawa), policemen, town-crier, inspectors of 
 gardens, &c, are appointed to carry out its decisions. 
 These act on behalf of the community as guardians 
 of the peace, see that villages are kept clean, that 
 fences are not broken clown, that animals are not 
 destroying the gardens, and as messengers, guides, 
 &c. The affairs of the district are regulated by the 
 district council (Bose ni Tikini), which consists of the 
 Buli and all the village chiefs of the district. This 
 council, which meets once a month, nominates all the 
 village chief s— whoniit may suspend if not dismiss from 
 office ; discusses and regulates all local matters, such 
 as the opening of new roads and the repairing of those 
 already made, making and repairing bridges, — allotting 
 at the same time the portion of the work which each 
 village has to do ; keeping bathing places in decent 
 order, cleaning villages and superintending the pay- 
 ments of the village officers out of the local rates. The 
 Bulis of a province must meet twice a year in council 
 (Bose vaka Tasana), and discuss the affairs of the 
 province with the Roko Tui. These (there are 12 of 
 them) with two Bulis chosen from each province, and
 
 12 
 
 the native stipendiary magistrates meet once a year in 
 the great council (Bose vaka Turaga), and discuss the 
 " Dative affairs of the nation." At this meeting each 
 Eok<> grives a detailed report of the province of which 
 he has charge. These reports are severely criticised 
 by the other chiefs, and suggestions are offered as 
 to such executive and legislative measures as the 
 assembly would like to see adopted hy the Govern- 
 ment. The resolutions of the great council are mere 
 recommendations which the Government of the colony 
 is free to accept or reject. 
 
 On arriving at a village I was conducted to the 
 Bure ni Sa, or strangers' house, one of which is to he 
 found in every village, or to the house of the chief. 
 The Governor's letter was read, and the Turaga ni 
 Koro in council appointed the guide and the men who 
 were to he the carriers to the next town or district, 
 and without such not a man would lift a pack- 
 age. The state of the native roads, the order and 
 cleanliness of a town were soon seen to he sure 
 indications as to the character of a Turaga ni Koro. 
 Whatever might he the decisions of the village 
 council, it was his particular duty to have them 
 carried out. 
 
 koro ni Saca was the next halting place, where I 
 slaved two days, making excursions into the forests, 
 collecting plants and examining the country. At 
 this town a large stream enters the sea, and 
 boats drawing 8 feet of water can go up for 3 or 
 1 miles into the interior. In the locality there are 
 aboul <') square miles of land suitable for growing 
 Bugar cane, lying on the hanks of the river and on 
 the sides of low hills. The mountains are well 
 wooded with valuable kinds of timber trees. The soil
 
 13 
 
 is suitable for growing coffee. The road from Togaloa, 
 a well-made and well-kept path, runs along the 
 beach, shaded by fine ivi 3 dilo, and viitu trees, through 
 several villages which nestle among groves of cocoa-nut 
 and bread-fruit trees. Numerous clear streams are 
 crossed, and native plantations of cotton, yams, and 
 masi, or native bark-cloth trees, are seen. Some of these 
 plantations are in good order, but the condition of 
 others leaves much to be desired. On the beach and 
 on the low hills cocoa-nut trees could be largely 
 planted. At present, in these places there is little but 
 useless scrub, tall grass, reeds, &c. In the vicinity of 
 Natawa village, there are several settlers, and about 
 3 square miles of what appeared to be good cane 
 land. Between Koro ni Saca and Viene the hills 
 end abruptly on the shore, forming in many places 
 cliffs of agglomerate and basaltic rocks, which extend 
 quite into the sea. The path between the towns was 
 stony and hilly, but the land was fit for growing 
 cocoa-nuts, occasional groves of which in hollows 
 were passed. I intended to spend the night at Viene, 
 but on arriving I found the people were about to send 
 a canoe to Vuni Sawani, a village at the head of 
 Natawa bay, and about 7 miles further on the 
 journey to Savu-savu. On learning that the path 
 leading to that town was a bad one, I gladly accepted 
 the offer of a passage in the canoe. 
 
 Viene is situated on the side of a point of land which 
 projects into the bay. A small but high lying island 
 lies at a short distance from the mainland, f i'om which 
 it is separated by a channel that is sometimes dry at low 
 water. The land in the vicinity of the village is well 
 adapted for growing sugar canes, of which I saw a 
 native plantation of about 10 acres to supply thatch,
 
 14 
 
 and canes for eating. The Fijians are very fond of 
 the sugar cane, and never seem tired of eating it — 
 sucking its sweet juice and throwing the pith away. 
 When going from place to place, they frequently 
 carry large quantities of it to use on the way, in 
 order to beguile the tedium of the journey, and to 
 give as a present to friends and acquaintances. For 
 such purposes it is largely used on festive occasions, 
 and the quantity of cane which a Fijian will con- 
 sume in an idle hour, or while listening to a story, 
 astonished me. 
 
 The canoe was soon got under weigh ; the large tri- 
 angular shaped sail was hoisted, and the breeze being 
 favourable and not much sea, the 7 miles were run 
 over in about 40 minutes. On the way I noticed 
 several settlers' houses, native villages, small groves of 
 cocoa-nut trees, and land cleared for young plantations 
 at various places along the shore. At this part of 
 the island the land is narrow. It is in reality an 
 isthmus, only about 3 miles broad from Natawa 
 bay to the main ocean on the south-western side of 
 Vanua Levu. The character of the country is hilly. 
 The low hills are densely covered with long grass and 
 occasional patches of forest, but the soil is good, and 
 cocoa-nuts could be more extensively planted there 
 than they are. Some of the sheltered valleys are 
 also suitable for coffee, the Libcrian species would 
 
 -i likely answer best, and in a few places good 
 
 »ar cane could be grown. 
 
 Vuui Bawani is a low lying place not more than 
 _ eel above high water. The village is built upon 
 land, which had recently been a tiri, or mangrove 
 swamp; a place where one might fairly expect to find 
 malarial lever prevalent, did such exist at all in Fiji.
 
 15 
 
 Numerous villages on the coasts in all parts of Eijiare 
 built in similar situations. It is not too cleanly kept, 
 and the pigs roam at will through it, — the inhabitants 
 putting up low fences in front of their doors to keep 
 these animals out of their dwelling-houses. With the 
 exception of the village constable and the garden in- 
 spector, or guardian, all the men belonging to the 
 village were at Wai Levu, helping the Buli to make 
 taro patches, and were not to return for a few days. 
 However, the women, to show that their town should 
 not be wanting in the accustomed hospitality to 
 strangers, volunteered, in the absence of the men, to 
 carry my packages to the next town, a distance of 2 
 or 3 miles towards the interior, where I could get 
 men to carry them on to Savu-savu. 
 
 At Vuni Sawani there are about 7 square miles of 
 superior cane land consisting of alluvial flats and low 
 hills, and sufficient space for enlarging the cocoa-nut 
 plantations, which in this locality are not so extensive 
 as they might be. The inhabitants of this village have 
 extensive taro patches, which they cultivate with great 
 skill and care. The soil of the locality, — a brown 
 heavy loam, appears to favour the growth of that plant, 
 and the beds, "patches," of it which I saw were in fine 
 condition, equal if not superior to any that I saw in any 
 other islands of the Pacific ocean. A canal averaging 
 2^ feet in breadth, and 3^ feet in depth, and more 
 than 2 miles long, conveys the water to these patches 
 from a neighbouring stream. I started with a guide 
 early in the morning, and after walking leisurely for 
 about 3 hours, was overtaken by the women and 
 boys with the packages just as I was about to enter 
 the next town. I paid them and gave each a present 
 of tobacco (for all the Fijian women smoke), for which 
 they were thankful.
 
 16 
 
 It being mid- day when I arrived at the village, 
 and finding all the men were at work making a 
 new road, I left my packages to be sent after me 
 the next morning, and then, with a guide, pushed 
 on to Savu-savu, where I arrived at 4 p.m. The 
 distance from Savu-savu bay to Vuni Sawani is said 
 to be only 7 miles ; but by the zigzag way I was taken 
 by the guide from village to village, it was not less 
 than 16 miles. This is vaka vitl, i.e., Fiji custom or 
 fashion. Some fine views of the country were obtained, 
 and several fertile valleys were passed where coffee, 
 cacoa, &c, could be grown. About 1 square miles of 
 fine cane land, consisting of flats and low hills, were 
 observed, — notably in the vicinity of Savu-savu bay, 
 though separated from it by a ridge of low hills. The 
 general character of the country is hilly, steep, and 
 undulating ; but the quality of the soil is fair and 
 good, and water abounds in all the valleys, Most of 
 the land had been cultivated, and afterwards aban- 
 doned, in accordance with the custom of the people, 
 and allowed to become overgrown with rank grass and 
 scrub. The latter appeared to be prevented from 
 growing and spreading by the fires which annually 
 burn the grass. The rocks were sedimentary, agglo- 
 merate, and some columnar basalt was noticed. From 
 experience now gained in travelling in Fiji, in order 
 to avoid delay and annoyance, I henceforth endea- 
 voured to engage the carriers to the village which was 
 to be the end of my journey for the day, as on arriving 
 at a village, situated about half way, the men were 
 absent ; engaged in their plantations or elsewhere, 
 which naturally enough they did not like to leave, 
 ana the men who came with me just as reasonably 
 objected to carry farther than they had agreed to, 
 even when the oiler of double pay was made to them.
 
 17 
 
 They would, however , have cheerfully gone beyond 
 the half-way village had they before starting under- 
 stood, they were required to do so. 
 
 At Savu-savu there are extensive boiling springs, 
 which phenomenon, at another place, will be more parti- 
 cularly alluded to. The scenery at this place is beauti- 
 ful and grand, — lofty hills, cloud-capped mountains 
 densely covered with trees, deep dark looking valleys, 
 contracting almost into gorges, — low grass-covered hills 
 which in some places advance and present precipitous 
 terminations to the sea whilst in others they retreat 
 from it, leaving flat beaches between their base and the 
 shore, — groves of cocoa nut, bread fruit, ivi, clllo, vesi, 
 and other trees, all surround a bay which is 12 miles 
 broad at the bottom, 5 at the head, and from 6 to 7 miles 
 deep. In the bay there is a small island 150 feet 
 in height, on the top of which stands a house. This bay 
 is one of the iinest and largest natural harbours in Fiji ; 
 it has deep water close to the shore, is easy of access, 
 whilst the reefs prevent the swell of the ocean from 
 entering it. Several large streams run into Savu- 
 savu bay, which are navigable for large boats of 
 light draught for some distance. 
 
 It is a favourable place for a township ; and, 
 although it has been decided to build the capital of 
 Eijiat Suva in Viti Leva, a large town, from a variety 
 of circumstances, will in all probability be built upon 
 the shores of Savu-savu bay. The two highest parts 
 of the small island in the bay are united at the base 
 by a mangrove swamp, in the centre of which there is 
 a deep pool, probably the crater of an extinct volcano, 
 into which there is a channel for boats. The pool, I 
 have been told on good authority, would make an 
 excellent dry dock, as it only requires the mud to be 
 
 Q2019. B
 
 18 
 
 dredged out to enable it to receive large vessels. 
 Several of the settlers in this vicinity have herds of 
 fine cattle. Cocoa-nut plantations could be largely ex- 
 tended on the low hills that in some places border the 
 hay. 
 
 A kind friend sent nie across the bay in his boat, 
 which landed me at Wai-waij near TTai Levu, on its 
 northern shore. Here an enterprising young settler 
 has bought land, on which he has built a small sugar 
 mill, and is growing cane and coffee, the former on 
 the rich alluvium at the base of the hills, and the latter 
 in the sheltered and fertile valleys. Cocoa-nut trees 
 abound on the shore, but there is room for more ex- 
 tensive plantations of this valuable tree. The low lying 
 undulating country extending from this place to the 
 Bua mountains, a distance of 50 miles, is well watered, 
 and suited both by climate and soil for growing sugar 
 cane, cacoa, Liberian coffee, &c, with a broad fringe 
 of cocoa-nut trees along the coast. Tracts of this fine 
 land belong to settlers, many of whom are too poor to 
 do anything with it, even if they were willing and^had 
 the necessary knowledge and skill. The greater part 
 of it, however, belongs to natives, who annually clear 
 portions of it on which to grow their food plants, allow- 
 ing the portions already used to relapse into jungle. 
 
 I stayed a week in this locality, arranging the 
 specimens collected on the way from Rabi, and 
 making excursions into the mountain forests. I may 
 remark that the farther I proceeded from that island 
 the more numerous did plants, which I had not 
 observed upon it, become. I also found that the speci- 
 mens already collected were drying badly, — becom- 
 ing mouldy and the leaves dropping off on account of 
 the heal and moisture, notwithstanding the changing
 
 19 
 
 of the drying paper twicc^daily. Specimens will not dry 
 properly when made into Imndles and enveloped in 
 waterproof coverings ; yet without these coverings the 
 paper carried exposed through this damp country 
 would become a mass of pulp in a few hours. The 
 carriers were careless ; indeed no ordinary care could 
 prevent the packages from coming constantly in 
 contact with the tall grasses and branches of shrubs 
 dripping with wet, that border the narrow tracks lead- 
 ing from one village to another. Three changes of 
 drying paper were in use, but from my constant move- 
 ments it could not be thoroughly dried, although well 
 aired, spread out and hung up in the interior of 
 native houses every night. Henceforth, with the 
 exception of specimens of tender ferns, all other 
 specimens were well withered in the sun and air before 
 they were put into drying paper. To do this, they 
 were carried in open baskets by day and hung near 
 the fires and round the sides of the bure ni sa at night. 
 From the specimens being scattered at night and 
 exposed to the wind by day I lost about 150 numbers 
 (representing as many species of which I had memo- 
 randa) out of a total of 1,150 kinds gathered. 
 
 My next journey was to Naduri, in the province of 
 Macuata, on the north-west coast of Vanua Levu. 
 Walking slowly, collecting all the way and stopping a 
 night at Loma loma, a village in the centre of the 
 island, Naduri was reached on the evening of the 
 second day. On the chart the direct distance from 
 "Wai-wai to Naduri is 18 or 20 miles, but, by the 
 indirect route of the native paths, it is fully 35 miles, 
 On the first day my course lay through the mountains. 
 The path, rough and apparently not much used, ran 
 along streams, up steep ascents and down awkward 
 
 B 2
 
 20 
 
 descents, over slippery boulders and fallen trees, up 
 tin" sides and along the crests of mountains. These 
 mountains are densely wooded, whilst the soil in the 
 valleys is fertile and well adapted for growing coffee. 
 The head waters of the Drekiti river— here a large, 
 swift, running stream — were crossed on the first day, 
 and I gathered some interesting and new species of 
 flowering plants and ferns in the mountain forests, 
 which are here well stocked with fine timber trees. 
 Among these were noticed the dak act, dakua-salu- 
 sahij kausia, kan-tabu, lewininini, damanu, &c. Along 
 the paths I remarked that the Fijians have at intervals 
 recognised halting places, from which all the scrub 
 has been cleared, and where they light fires, cook their 
 food, rest, and smoke. These spots are always on the 
 tops of ridges, commanding good views of the country. 
 The air on the top of the mountains felt fresh and 
 cool ; but the climate is exceedingly wet, and a fair 
 day quite the exception. In such a climate ferns, &c, 
 abound, and the branches of the trees and the petioles 
 of the leaves are covered with mosses. On the second 
 day, the route was through a country of an almost oppo- 
 site character. The climate here was moderately dry. 
 The hills, consisting of calcareous and other sedimen- 
 tary rocks, were low and undulating, and covered 
 with grass, patches of forest, rough ferns, and the 
 turmeric and yabia (Fijian arrowroot) plants. The 
 character of the plants changed, there being but few 
 of those I had seen in the wet districts. Fires which 
 break out annually among the grass do a great 
 amounl oi injury to this province. In the bottoms 
 and on the sides of some of the valleys there is a large 
 amounl of good fertile land capable of growing sugar 
 cane, and in other places large areas of pasture land.
 
 21 
 
 Cocoa-nut trees, loaded with fruit, are common, but not 
 numerous in the vicinity of the village. The inhabi- 
 tants of this part seem to be poor ; their villages are 
 by no means clean, and, altogether, compare unfavour- 
 ably with those residing on the coast. On the road to 
 Naduri four large streams were crossed, all flowing 
 westward to the Drekiti river. There are several 
 settlements on this river where, I believe, there are 
 nearly 30 square miles of good cane land, most of 
 which contists of alluvium and low hills with water 
 frontage on a navigable stream. 
 
 The village of Naduri is built on a low lying, flat 
 piece of rich land about 3 square miles in extent, 
 which is capable of yielding any kind of crop. The 
 climate being dry during the cool season, cultivation 
 is aided by irrigation. The water is supplied by one 
 or more streams that have been turned into channels 
 dug for the purpose. Cocoa-nut trees abound in the 
 village and in the vicinity, but there is available 
 space for further planting. The village is well built, 
 cleanly kept, and the ground is carpeted with short 
 grass like a lawn, — the latter feature being character- 
 istic of the tidiest and best kept native villages. The 
 European stipendiary magistrate for Vanua Levu 
 resides and has a court house in Naduri. All the 
 magistrates in Fiji, Levuka excepted, go from one 
 district to another administering justice, holding their 
 courts, for want of proper buildings, in the village 
 schools and occasionally under a tree. But this in- 
 convenience is in the way of being remedied. In the 
 villages where courts are usually held the people are 
 erecting buildings for the accommodation of the court, 
 and also for the magistrate where it is necessary for 
 him to remain a few days. Beche de mer is found
 
 22 
 
 ou the reefs off this coast, and the natives are largely 
 employed in getting- and curing it for the market. 
 Si dalwood used to grow in the forests of the pro- 
 vince, but owing to reckless felling, it has almost 
 disappeared from them. 
 
 The interpreter being unable to walk far on account 
 of a sore foot, the Roko of Macuata sent us up the coast 
 in a takia, or dug out canoe, to Labasine, opposite Mali 
 i^hind. Thickets of mangroves fringed the shore and 
 were occasionally backed by small grooves of cocoa- 
 nuts, for extending which there seemed to be ample 
 space. The hills descend in places to the water's 
 edge, and here and there form precipitous cliffs of 
 . i g ulonierate. The surface is covered with rank grass and 
 dotted with the balawa (Pandanus, or screw pine) trees 
 and spots of forest. Near Mali three or four navigable 
 streams enter the sea, and the mangrove swamps are 
 extensive. There are a few settlers near these streams, 
 on the banks of which I should think a large area 
 of cane land existed. 
 
 A change of men at Labasine to manage the canoe 
 was not one for the better. The canoe had not been 
 long out when the men, from the noise of the surf 
 breaking on the barrier reefs and other appearances, 
 predicted a storm and advised landing at the village 
 of Wavu wavu. A severe storm of lightning, thunder, 
 wind .Did rain came on as predicted and lasted the 
 
 U hole Qight. 
 
 The next morning 1 travelled to the village of Vuni 
 vutiu from whence thcTuragani Korotookmeto Tutu 
 in his Large Bea canoe. Tutu is nearly opposite the island 
 of Draudrau. The coast from Labasine is a series of 
 bold, projecting bluffs of agglomerate, interspersed with 
 ma of coralline sandstone, enclosing a succession of 
 bays varying in depth from 2 to 3 miles; and in
 
 23 
 
 breadth from 3 to 4. At their heads these bays 
 terminate in mangrove swamps, behind which are 
 small groves of cocoa-nuts. One or more streams 
 enter the sea at the head of each bay, and they are 
 navigable for small vessels for several miles inland. 
 These streams having neither bridge nor ferry, 
 travelling along this part of the coast can only be 
 done by good swimmers, — even they would have to 
 encounter the danger arising from the numerous 
 sharks which infest all these waters. The ridges that 
 extend seaward are thickly covered with noko noko 
 (casuarina) and balawa trees, brushwood and grass. 
 Low rolling hills lie beyond the flats, and like those 
 just referred to are covered with grass and brush- 
 wood. In making their roads the natives have, 
 in several places, dug deep into these hills, and have 
 exposed the sub-soil, which is found at times to 
 consist of white and red clay. The estimated area of 
 good cane land on the Macuata coast, extending from 
 Macuata island to Uclu Point, is about 40 square miles. 
 Most of it lies in small areas, of 100 acres and up- 
 wards, each. In working such land small and com- 
 paratively inexpensive "plant," capable of making 
 2 or 3 tons of sugar per week, will be particularly 
 useful in developing this and similar localities in 
 Fiji. On the other hand, many districts will give 
 employment (during the proper seasons of the year 
 for cutting and crushing the sugar cane) to nume- 
 rous mills, each able to make 20 tons of sugar per 
 day. At Tutu a few strange plants were found 
 among the volcanic and sedimentary rocks which 
 surround that place. 
 
 I left Tutu late in the afternoon in a large canoe and 
 went up the Kuru-kuru river for about 8 miles ; then 
 landed and walked 7 miles to the village of Kali
 
 24 
 
 kosa. As it was dark when we landed the natives 
 made torches of dry bamboos, which burnt well, to 
 guide us down the steep banks and over the fords of 
 two large streams. On the banks of the Kuru-kuru 
 river there is a large area of good cane land. In a 
 small lake near Kali-kosa there is a floating island, 
 in connexion with which the Pijians have some long 
 mythological stories to tell. 
 
 Next day the route was in a south-westerly direc- 
 tion to Nadoga, which was reached about 4 p.m. It 
 was a wet walk all along the banks of the Wai ni 
 Koro, a deep and rapid stream, which was crossed and 
 re-crossed 15 times. The natives are extremely kind, 
 and at the fords insist upon carrying the papalagai, 
 i.e. , the foreigner, across. One soon gets tired of this, 
 besides there is the risk of the bearer slipping, and 
 bringing both down to be carried away by the current. 
 One gets equally tired of changing clothes when fords 
 are frequent, and the result is you plunge into the water 
 with your ordinary costume upon you, even though 
 you may find it up to your shoulders. A considerable 
 extent of fine flat land was noticed on the banks of 
 the stream, and in general the country consisted of 
 low-lying hills covered with grass and brushwood and 
 pasture land. The rocks noticed were principally sedi- 
 mentary and volcanic, and some had the appearance of 
 decomposed granite. The sanitary condition of Na- 
 doga Leaves much to be desired. The mosquitoes 
 were more numerous and troublesome than in any 
 other pari of the group. I left on the following 
 morning, when the path led through the mountains, 
 up the bed of one stream and down the bed of another 
 to Malaka, or Malata, a village on the north- west shore 
 of Natawa bay. During this day's journey the land
 
 25 
 
 was found to be good throughout, and in the moun- 
 tains the greater part of it was well wooded and 
 suitable for coffee growing. On approaching Natawa 
 bay the path led through some fine cane land about 
 2 square miles in extent. In the mountains which 
 extend from one extremity to the other of Vanua 
 Levu, a distance of 120 miles, there is an area of 
 about 700 square miles of prime land well adapted by 
 climate and soil for growing the coffee tree. 
 
 The following day my journey lay for 15 miles 
 along the shore of Natawa bay to Vatu Kura. It 
 passed through numerous cleanly -kept villages, 
 which were well shaded with groves of cocoa-nut, 
 bread-fruit and other trees. The path — a well-made 
 one — lay along the beach, occasionally on flat ground, 
 but not unfrequently cut into the sides of the hills, 
 where it was supported on the outside by rough walls 
 of stone. Many streams — flowing from the mountains 
 — were crossed, some of them by bridges of single, 
 slippery, crooked, logs, trunks of trees worn smooth, 
 and others of more architectural pretensions, all more 
 or less dangerous to walk upon. Near Vatu Kura we 
 were ferried over a large stream, one at a time, in all 
 that remained of a canoe that had been recently 
 broken. It was simply the half of a canoe, the water 
 being prevented from entering at the broken end by 
 a wall of clay. The character of the country on this 
 side of the bay is similar to that on the south-east 
 side already described. Many young plantations of 
 cocoa-nut trees were noticed, and there is ample 
 vacant space for more. Most of the low hills are 
 covered with grass and " bush," and the soil is very 
 fertile. Basaltic, agglomerate, limestone, and other 
 rocks of aqueous character are very conspicuous.
 
 26 
 
 At Vatn Kura tlic signal agreed upon, — smoke if in 
 the daytime and fire at night, — was made to my friends 
 at Rabi, who at once sent a boat for me, and I arrived 
 at that island after a somewhat stormy passage of 
 eight hours. In a few days, the steamer, which trades 
 in the group and carries the mails between the several 
 islands, called at llabi, and I returned to Levuka, 
 via Laucala, Loma loma, Mango, Kanacea, Vuna 
 Point in Taviuni, and Koro. 
 
 The first place the steamer stopped at was Wai ni 
 Buli. Tasman's straits, on the northern part of Tavi- 
 uni, where we remained all night. As steaming 
 among the islands at night is dangerous, and at places 
 even by day without a pilot at the mast-head to point 
 out the sunken rocks, the vessel has to anchor in a 
 safe harbour, or lie to at a fair distance from the 
 shore, every night. We steamed across the straits at 
 daylight, and soon anchored at Luacala (pr. Lauthala). 
 This part of Fiji is exquisitely beautiful. The water 
 is deep, smooth, and blue ; and sunken rocks and de- 
 tached pieces of coral are readily distinguished by their 
 colour. Numerous islands rise suddenly from the sea, 
 and huge masses of rock arc seen towering up to a 
 heighl of 800 feet, clothed with dense forest, and sur- 
 mounted by the tall trunks and waving leaves of the 
 cocoa-nut palm and tree fern. Quamc (pr. Kaima), is 
 i small, well timbered, high lying, picturesque island, 
 on which many cocoa-nut trees may be seen nestling 
 ;it the head of little coves, and growing far up on the 
 rockj heights wherever the soil is rich enough for them 
 to grow. Laucala is a fine, fertile island, nearly the 
 whole of which is capable of being made into a grove 
 of cocoa-nul trees. That tree is well represented here; 
 in died, those tint 1 .saw were among the healthiest in
 
 27 
 
 Eiji, but they were growing too closely together. The 
 steamer went close to Nataimba, a good view of which 
 we had in passing. It contains about 9 square 
 miles of good land, and nearly the whole of it is 
 planted with cocoa-nut trees. After entering inside 
 the reef at the northern end of Loma Loma or Vanua 
 Balawu (Exploring islands), the steamer passes 
 within 20 yards of the shore, along which the scenery 
 is most charming. The island is well wooded at 
 this part, and rises abruptly from the sea to an eleva- 
 tion of several hundred feet. The shore is well pro- 
 tected from the force of the waves by the barrier reef. 
 But the action of the water upon the coral limestone 
 rock has worn it away, so that at one uniform level 
 all along the shore the upper part projects at a little 
 above high-water mark. There are many islets pro- 
 tecting half hidden coves or small bays, in some of 
 which there is deep water. The steamer remained 
 nearly 24 hours at the village of Loma Loma. There 
 are numerous settlers at this place, and it is a port 
 for both inward and outward bound foreign vessels. 
 Some healthy young mahogany and toon " cedar " 
 trees, and good crotons from the New Hebrides and 
 New Ireland were seen in the gardens. 
 
 Maafu, the Hoko of the Lau province, has granted 
 the use of a few acres of land, which the inhabitants 
 of the village have laid out as a public botanic garden. 
 Of course, I paid a visit to it, and was much pleased 
 with what I saw. It is highly creditable to the 
 settlers and natives, and says much for the energy and 
 zeal of both, for I believe the latter take a lively 
 interest in " their garden." 
 
 There are many Tonga men in this province, and its 
 Roko is the nephew of King George of Tonga. The
 
 28 
 
 Tonguese arc a fairer race of men than the Fijians, 
 and both men and women are of larger build. They 
 readily combine to carry out any enterprise. This was 
 shown in the wars between the two races. Indi- 
 vidually they are acknowledged to be less industrious 
 and not such good handicraftsmen as the Fijians ; 
 they are also more haughty in their bearing towards 
 strangers. The houses here have circular ends, a 
 feature I did not observe in any other part of the group. 
 
 Copra is the great article of produce of this pro- 
 vince, and there is vacant space for the cocoa-nut 
 tree being extended a hundred fold. The island is 
 long and narrow, thinly wooded near the village, and 
 its rocks are agglomerate, basaltic, and aqueous. The 
 village is built in a grove of cocoa-nut and bread-fruit 
 trees. It is cleanly kept, well laid out, and divided 
 by broad paths, which serve for streets, and which are 
 covered with short lawn-like grass. 
 
 The next port of call was the island of Mango, ren- 
 dered famous from the cotton grown there having 
 gained the highest awards at the International Exhi- 
 bitions held at Philadelphia and Paris. It is a fertile 
 well-cultivated island, about 9 square miles in extent. 
 The attention of its owners has been attracted to rais- 
 ing coffee instead of cotton, which latter does not now 
 pay so well as formerly. 
 
 From Mango the steamer went to Kanacea, where 
 it shipped a quantity of cotton. This had to be con- 
 veyed nearly 2 miles in small boats through a narrow 
 passage in the reef, which is here 2 miles broad and 
 the same distance from the shore. The island belongs 
 t'. si-t tiers, and contains extensive groves of both old 
 and young eoeoa-nul trees. The other places touched 
 at were Vxma Point and Koro.
 
 29 
 
 My next trip was to Suva, in the island of Viti 
 Levu. This is the site of the future capital of Fiji. 
 In many respects a better could not be chosen. The 
 scenery of the locality is among the finest in Fiji. 
 The harbour is large and commodious, easily entered, 
 and well protected by the reefs, whilst the water is 
 moderately deep. From this harbour, and inside the 
 reefs, there is water communication on one side to the 
 mouth of the Rewa river, and by that stream into the 
 interior of Viti Levu ; and on the other side for 30 
 miles along the coast and up the Navua river. Three 
 streams enter the harbour on its northern side, navi- 
 gable for small boats for several miles. A road, a 
 portion of which is already blocked out, is to be con- 
 structed to the upper Rewa and the Wai Manu dis- 
 tricts, where some of the most fertile land in Fiji is 
 to be found. The site is on a projecting point, which 
 on the land side rises to an elevation of 300 or 400 
 feet. On the other three sides it is surrounded by the 
 sea and open to the breezes, — the S.E. trades, which 
 keep the locality fresh and cool. The elevated land, 
 as well as a large space on the northern shore of the 
 harbour, which can be reached by small boats in any 
 weather, is suitable for the erection of villas. As indi- 
 cated on the plan of the town, I believe the streets are 
 intended to be half a chain (33 feet) wide. This for a 
 town in the tropics, where a good supply of cool pure air 
 is absolutely essential, seems to me to be too little, at 
 least for the main streets. These should not be less than 
 50 feet wide. They may even be wider to allow for side 
 walks, each from 10 to 12 feet broad, and for the 
 planting of a row of evergreen trees on each side for 
 shade. . The ground is naturallv well drained. The
 
 30 
 
 underlying rock, which is but a short distance below 
 the surface, resembles marl. 
 
 From Suva I made several excursions into the sur- 
 rounding country. Most of the land in the vicinity 
 belongs to settlers. In some parts cotton had been 
 grown, in others sugar cane, hut both these have been 
 abandoned for grazing herds of cattle. At Suva I 
 discovered the insect, a small moth, which in its 
 caterpillar stage of development eats the leaves 
 of the cocoa-nut trees. One of my journeys was 
 to the upper Rewa, via the native village of Kaluba, 
 returning by the sources of the Tamavua river. 
 S veral others were made, both by land and sea 
 to ua Vesi saw-mills, where I obtained much in- 
 formation r< -peeling Fijian timber from the intelligent 
 proprietor. On the way to Rewa the country is 
 densely covered with reeds and scrub, which are 
 periodically devastated by fires. The land appeared 
 to have been cultivated by the natives. In many 
 places it is very fertile. A young but promising 
 coffee plantation was shown me, in which the plants 
 Looked healthy and thriving. On the banks of 
 the Wai Mann, an affluent of the Eewa, there is an 
 extensive area of excellent cane land. The greater 
 part of it belongs to settlers, some of whom have 
 fields of fine healthy looking sugar cane, and others 
 have herds of well-fed cattle. The land which lies 
 between the two livers i.s also very good. This had 
 been previously cultivated by the Fijians; but it is 
 now covered with a thickyoung forest. Forests of this 
 kind, which Bpring up where land has been once culti- 
 vated, are uumeroua in Fiji. These, together with the 
 many abandoned dalo or taro patches, lead to the
 
 31 
 
 belief that the country was once much more populous 
 than it is now. But the clearing and cultivation of 
 land, followed by abandonment, may be rather due to 
 the habits of the people than suggestive of a 
 diminished population, though it is true that epi- 
 demics of measles have carried off a very considerable 
 number. On returning to Suva the Wai Manu was 
 crossed 4- miles higher up, and the route followed 
 was that which had been surveyed for the road above 
 mentioned. "We passed the sources of the Tamavua 
 river, and the village of Colo ni Suva. Near this 
 village can be obtained a fine view of the lower 
 reaches of the Heiwa, extending to Ovalau, and also 
 some fine mountain and river scenery. The soil along 
 this route is fertile, and in many places suitable for 
 growing sugar canes, whilst in others coffee would be 
 found to be more suitable. The rocks are principally 
 of a calcareous nature. 
 
 When leaving Suva I was joined by Mr. Langton, 
 who travelled with me through the interior of Viti 
 Levu examining sites for the natives for then coffee 
 plantations. We proceeded first in a boat for about 
 30 miles along the coast, and then went up the Navua 
 river. At the mouth of this river, where we remained 
 a few days examining the country and visiting some 
 of tbe settlers, there are about 60 square miles of 
 prime cane land, consisting principally of low hills 
 and alluvial flats. Cotton was once grown here, but 
 since that ceased to pay, the settlers have turned their 
 attention to raising stock. As in other places the want 
 of sugar mills prevents the cultivation of the sugar 
 cane from being entered upon. 
 
 At the village of na Quave we met the Koko of 
 the province (Eoko Tui Namosi), who had assembled
 
 32 
 
 a aumberof natives, — men, women, and boys, to clean 
 a cotton plantation belonging to the tribe. The plants 
 looked healthy, but thinning had been neglected when 
 they were young. The yield of cotton would also have 
 been greater if the plants had been cut down after 
 bearing the first crop. We left na Quave for Nukusari, 
 a village about half-way to Namosi. For 14 miles the 
 load Led through magnificent forests, in which there is a 
 large amount of excellent timber, such as dakua, dakua- 
 salusalu, kau-tabua, damanu, &c, I made consider- 
 able additions of rare species to my collection of plants. 
 Although our course now lay for some distance 
 alongan elevated ridge, it was so shaded by trees that, 
 with tin- exception of a magnificent view of KoroLoa, 
 a good view of the country could not be obtained. 
 K< >ro Loa is a lofty, conical shaped, rugged mountain, 
 which rises to an elevation of about 2,000 feet above 
 the sea. The land surrounding it appeared to be low 
 lying hills and valleys, but so densely covered with 
 forest that the surface could nowhere be distinctly seen. 
 The soil was everywhere rich and fertile, and the rocks 
 seen were principally basalt and agglomerate, and 
 occasionally some of a sedimentary character. Before 
 arriving at the bed of the Xavua river, the path sud- 
 denly descended the 1 ted of a stream with narrow, lofty, 
 perpendicular banks so overgrown with bamboos and 
 wild canes that no view in front could be obtained. 
 When these were pushed aside, we turned sharply 
 round a rock, and to our surprise found we were stand- 
 ing "u the edge of a river (a branch of the Navua), 
 L0 yards broad and '2\ feet deep. We forded this 
 ii three times in the short distance of 500 yards. 
 Then climbing its righl bank where it joins the Navua 
 river, we crossed a projecting point of land about 6
 
 33 
 
 yards broad, and descending into the Navua, which we 
 forded on a spit of sand and gravel a yard in breadth 
 at the top, and with 3^ feet of water upon it. This 
 spit is thrown across the Navua by the current of 
 water which its tributary brings down and which at 
 this point enters the main stream at right angles. It 
 was remarked at this place, that the channels of both 
 rivers had been worn down through a coarse grained 
 sedimentary rock which rose in steep crags to a height 
 of 300 feet above the water. Here the Navua is from 
 25 to 30 yards in width, and at the head of the rapids, 
 where w^e forded it, the water was sometimes 3 feet 
 deep and very clear. The route now followed the 
 bed of the river, crossing it three times within the 
 next three miles. This was necessary in order to avoid 
 climbing steep banks at places where the river by, 
 taking a sudden bend strikes into their sides, leaving 
 no space for a path between them and the water. 
 
 Nukusari is a small village on the left bank of the 
 river. By the people of the Namosi tribe it is used as 
 a resting place between the coast and the interior. We 
 left it next morning, and fording the Navua and a 
 tributary stream five times, we arrived at Koro Wai-wai 
 about 4 p.m. At Nakusari I had a slight attack of 
 Mauritius fever during the night, and next day 
 in fording the river for the first time, I felt quite 
 giddy when in the middle of the stream, but calling the 
 guide to take my hand I arrived safely on the other 
 side. The water w^as nearly 3 feet deep at this place and 
 running rapidly, and the bed of the river was covered 
 with loose stones which frequently rolled from under 
 the feet. The depth of the water and the strength 
 of the current rendered it dangerous to lift the feet ; but 
 with the aid of a stick and pushing one's foot forward 
 a few inches at a time, the river w r as safely forded. 
 
 Q 2019. c
 
 34 
 
 Many of the natives were employed taking yams 
 to the coast on rafts made of bamboos. It was an 
 interesting sight to see, from a height, long trains of 
 these rafts floating' down the river one after another. 
 
 man on each raft guides it with a long pole, avoid- 
 ing shoals and rocks, keeping it in deep water and 
 preventing it from running against the banks. The land 
 between Nukusari and Koro "\Yai-wai is of excellent 
 quality and well suited for growing coffee. Much of 
 it had been cultivated, but had been allowed to relapse 
 into forest. 
 
 From Koro TTai-wai excursions were made up a 
 branch of the Navua river, to the villages of Lasa- 
 lasi and Biba. The land seen was fertile and well 
 adapted for growing coffee. As seen from the cliffs 
 on the banks of the river, the rocks were agglo- 
 merate and sedimentary. We left Koro Wai-wai and 
 after a short journey of about 5 miles arrived at 
 Namosi. This village lies in the bottom of a beau- 
 tiful valley surrounded by lofty mountains, some 
 of which (Vonia) rise to an elevation of nearly 3,000 
 feel above the sea. The entrance to the valley and 
 the exit from it are on the course of the Wai-dina. 
 A.1 the village this river is about 6 yards wide, and the 
 surrounding scenery is indescribably fine. "For many 
 reasons the site of Namosi is well adapted for an 
 inland 1 own. The climate is delightfully cool at night 
 and noi too hot during the day. There are no 
 mosquitoes, at least in the cool season, and then the 
 temperature at night falls to 55° and even 50° F., 
 vrhilsl in the day it rises to 70° and 75°. "VVe stayed 
 a week at Namosi, and from it took long rambles into 
 the mountains, which arc well wooded with many fine 
 
 oimens of the best kinds of timber trees peculiar to 
 Fiji A young, petty chief acted as our guide, 

 
 35 
 
 who, on being asked what countryman he was, drew 
 himself up and, with a great assumption of dignity, 
 replied, " Kai Birctania Saka," a British subject, Sir. 
 We ascended Mount Voma, from the top of which an 
 extensive view of the country, indeed of the greater 
 part of Fiji, was obtained. It extended to Ovalau on 
 the east and to Kadavu in the south ; on the west and 
 north, a dense forest and a series of hills rising above 
 and beyond each other until they seemed to meet in 
 the distant horizon. The view was an extensive one, 
 but many of the objects were too distant to stand out 
 in anything like distinctness. The prettiest objects were 
 the valley and the windings of the Wai-dina, which 
 latter, like a silver thread, meandered through all the 
 varied shades of colour which a fertile valley, partially 
 wooded, partially cultivated, and well populated, ever 
 presents to the eye. JNamosi used to be a clean and 
 well-kept village, but lately it has been much neglected. 
 In times gone by some of its people and their chiefs 
 were notorious cannibals. The stones, which are said 
 to be a record of the number of bodies consumed by 
 the chiefs, may be seen standing near the site of the 
 old heathen temple, or "Devil's Bure." The rocks 
 in the vicinity are basalt, agglomerate, and aqueous, 
 but principally the two former. The land is very 
 fertile ; in the bottom of the valley and on the sides of 
 the low hills surrounding it, sugar cane might be 
 grown, and coffee in more elevated parts. 
 
 Prom Namosi we travelled to Vienunga (as pro- 
 nounced), a village about 20 miles to the west. When 
 about 4 miles on our journey, we were shewn the 
 place where a shaddock tree once grew, of which it 
 has been said, that the fruit which fell on one side 
 was carried to the sea by the Wai-dina and the 
 
 C 2
 
 36 
 
 Llewa, and thai which fell on the other side by the 
 Navua river. We passed Koro Wai-wai on the 
 way, and although the path was on the top of an 
 elevated ridge the view to he obtained was an ex- 
 tremely limited one, on account of the rain and fog. 
 The path afterwards became very bad, precipitous, 
 muddy, and slippery. Several streams were passed, 
 the path taking us occasionally along their rocky beds. 
 After crossing the Wai ni Awa, at a cleanly kept village 
 of the same name, the path ran along the crest of a 
 ridge whose rocky sides were almost perpendicular, 
 and large rocks seemed to block the way. We 
 scrambled over these huge rocks by the aid of rough 
 steps cut in the slippery stone and upright logs with 
 notches cut into them for the feet. The top of the 
 rock was a plateau on which several circular terraces, 
 one above another, in the form of fortifications, had 
 been made by the natives. The place has evidently 
 been one of the old " fighting towns," or forts, into 
 which the people retired in troublous times, when not 
 only tribes had their feuds, but neighbouring villages 
 even seemed always to have a standing quarrel to he 
 fought out as opportunity offered. These old forti- 
 fications are numerous in Fiji. Every mountain top 
 is such a one, and the narrow mountain ridges lead- 
 ing to it are cut across by deep ditches to act as lines 
 of def< oce against invaders, and to render the "fight- 
 ing town " safer to dwell in. Hence, in a great mea- 
 sure, the reason is to be found why the Fijians directed 
 their paths along the beds of streams and the tops of 
 ridges, from the latter of which good views of the 
 country could be obtained. These made progress diffi- 
 cult, and, for the same reason, the immediate ap- 
 proaches to villages were often of the most intricate
 
 37 
 
 kind. The position chosen for a fort was naturally a 
 strong one, and, where art was called in for its aid, it 
 was easily made impregnable to the modes of warfare 
 practised by the old Fijians. They were generally 
 well supplied with provisions, and also with water from 
 frequent showers. Within a few of them there 
 were springs of water and even ground for growing 
 bananas, — plantations of which still remain. For the 
 last 7 miles to Vienunga, where we arrived about 
 5 p.m., the path was a well made one and led through 
 virgin forests. The country passed through from Koro 
 Wai-wai was very hilly. Rocks of a sedimentary 
 character were most numerous, but volcanic breccia 
 and basalt were also occasionally seen. Up to our 
 arrival in the vicinity of Vienunga most of the land 
 had been cultivated at one time, and then, in accord- 
 ance with the custom of the country, allowed to rest 
 and to become overgrown with scrub and reeds. 
 The soil was seen to be of good quality and suitable 
 for growing coffee and tea. 
 
 Vienunga is a large and clean village on the banks 
 of a small river which falls into the Navua. As a 
 rule the villages in Fiji are built on the banks of 
 rivers and large streams ; always near water. This 
 village is situated in the centre of the forest which 
 extends for miles round it in all directions. A portion 
 of this forest is felled annually, and the land turned 
 into plantations for growing yams, dalo, bananas, &c. 
 We stayed here several days and had long rambles in 
 the forests, in which several new plants were found. 
 These forests are well stocked with timber trees, 
 especially the damanu, which is one of the best and 
 most useful woods to be found in Fiji. It is a pity 
 to see so much timber wasted here ; fine trees are felled
 
 38 
 
 and then burnt off the land, while large imports of 
 timber for building are constantly arriving from New 
 land and Oregon, and yet the damanu is superior 
 both to the kauri of the one country and to thepme 
 of the other. The timber cut down for clearing 
 might, in many instances, be floated down the rivers 
 to the coast, where it could be utilised. This should 
 be done after the timber is seasoned in the log, as some 
 of the kinds, when green, are too heavy for floating, 
 or, their buoyancy might be aided by the use of bamboo 
 rafts. 
 
 A large number of the natives in Namosi, and some 
 other villages which I visited, are covered with what 
 is locally known as the Tokalu, or Solomon Island 
 ringworm. This is, I believe, a fungus, which lives 
 and spreads in the skin until it extends all over the 
 body. The skin becomes rough, and changes from 
 its natural dark colour to grey, and the body of the 
 infected person at a short distance appears as if 
 covered with scales, like a fish. The disease, if it 
 may be so called, is infectious but not painful, and it 
 docs not seem to impair the strength or energy of 
 those affected by it. The Chief Medical officer of the 
 colony has prescribed an effectual cure for it, but it 
 is difficult, if nol impossible, to get the natives to use 
 it Long enough to make a cure. At Vienunga the 
 natives have a cure of their own, the sap of a tree 
 which they call km karo. The tree abounds in the 
 forests in differenl parts of Fiji, but I was not fortu- 
 nate enough to gel either Hie flower or the fruit of it. 
 It seemed to be a species of Oncocarpus. One or 
 more Bpecies of this genus are indigenous to the 
 islands, and the juice is acrid and burning. The 
 natives use the juice by allowing a few drops to fall
 
 39 
 
 on the parts affected, which it inflames and burns out. 
 The Fijians are careful not to allow any of it to touch 
 their fingers, but I tried some on the back of my 
 hand without noticing any injury done. 
 
 We visited the nurseries of young coffee plants which 
 the Government are getting up to aid the natives 
 in establishing coffee plantations. At Namosi and 
 other villages which we passed, the seedlings looked 
 well and thriving, but nowhere had they been so well 
 attended to as at Vienunga, and at no place were 
 they to be found in better health. Vienunga was 
 the first village where we found the language to differ 
 from that spoken on the coast. Very few of the 
 common people understood the interpreter. As we 
 were to visit many other places in the interior, where 
 the coast language is only spoken by a few, I engaged 
 a young man who was familiar with both, and by his 
 help and our own interpreter, we were soon able to 
 carry on all necessary communication. 
 
 The journey from Vienunga to na Moali was, for 
 the fourth part of the distance, through the forest. 
 The path was very rough ; fallen trees blocked the 
 way, and at almost every few yards a stream had to 
 be crossed ; then it conducted us along the bed of 
 the Wai Moali, a small river which flows into the 
 Navua ; indeed, all the streams crossed by us since 
 we left Namosi are tributaries of that river. The land 
 which we passed through was fertile, and both it and 
 the climate were suitable for coffee, tea, or cinchona 
 cultivation. The rocks seen were principally of 
 aqueous origin, but those of an igneous nature were 
 abundantly represented. The village of na Maoli 
 lies in. the region between the wet and dry parts of 
 Viti Levu. Open grass-covered hills, which are inter-
 
 40 
 
 spersed park-like with clumps of forest, are character- 
 istic of this locality. The soil is fertile, and the 
 surface is not too steep for growing the sugar cane. 
 Tea and coffee would also succeed here. Agglome- 
 rate rocks abound, hut some of aqueous nature were 
 also noticed. 
 
 After passing the village of Vosi Dam the path to 
 na Tua-tua-coko, or Fort Carnarvon, was a very rough 
 one indeed. For about 9 miles it went through in- 
 numerable beds of dalo, along irrigating water-courses, 
 and then down the rocky bed of a mountain torrent 
 to TTai Basaga, on the left bank of the Siga Toka 
 river. The forests which lie between Vosi Dam and 
 na Moali are full of the best and largest timber trees 
 that I have seen in Fiji, and a very large proportion 
 of them have reached a mature stage of growth. 
 At Vosi Dam an extensive view of the province of 
 Navosa was obtained. This is the dry part of Fiji, 
 and the chief features in the scenery are low hills 
 covered with grass and small tracts of forest in some 
 of the valleys and on a few of the mountains. We 
 forded the Siga Toka at the village of Wai Basaga, 
 and after crossing some low hills covered with grass 
 and recrossing the river, we arrived at Fort Carnarvon, 
 so called .itter the late Secretary of State for the 
 Colonies. The country passed through consisted of 
 hills with very steep sides, which had been much dis- 
 figured by land-slips. Many dalo plantations were 
 -'•,■11 i n terraces on the hill sides. The annual fires 
 cause great damage to this part of the country. 
 Iii< greater part of the land is of fair quality, but 
 it Buffers periodically from drought. Sedimentary 
 ami basaltic rocks were the most common kinds 
 erred. The houses in this part are built in a differ-
 
 41 
 
 ent manner from those on the coast. Their length 
 is about equal to their breadth, and they have high 
 pitched roofs. The thatch is thickest at the eaves, 
 where it is bent into a horizontal position and then 
 cut short. Fort Carnarvon was built by the Govern- 
 ment after the late rebellion was quelled. Its site is 
 on the left bank of the Siga Toga river, about 250 
 yards from the stream. It is built on the top of a 
 low hill surrounded by plains, and is occupied by from 
 60 to 80 men of the armed constabulary, all of whom 
 are natives drawn from the various provinces of the 
 group. They are under the command of a native 
 lieutenant, who is the son of a renowned Fiji chief, — 
 Hitova of Macuta. The Governor's Commissioner, 
 who also acts as magistrate of the province, has his 
 head-quarters at the fort. Of all occupations the 
 natives like soldiering the best, and when on duty 
 they have a dignified and martial appearance. Up 
 to a certain point they learn their drill very rapidly, 
 and go through the movements with great precision. 
 A native chaplain is stationed at the fort, who also 
 acts as teacher to the men. 
 
 Besides attending to their military duties, the men 
 are employed in planting and raising food for their 
 own consumption. Their food a short time ago was all 
 purchased from the people of the vicinity ; now the 
 greater part is grown by them on the flat land in the 
 neighbourhood. Built in the centre of the district in 
 which the late rebellion broke out, the fort was intended 
 to be of service in any similar outbreak, — an event not 
 likely again to occur, as the people all seem cheerfully 
 to have accepted Government control, and are quite 
 ready to submit their differences to its decision. 
 This part of the country is occupied by numerous
 
 42 
 
 petty tribes, who were almost constantly at war with 
 each other, except when they patched up their differ- 
 ences to settle any difficulty they might have with 
 their neighbours on the coast. 
 
 From the fort I went to Pickering's Peak (Koroba) 
 to see the sandalwood which was said to grow on its 
 sides, returning by way of Wai-wai, and the bridle 
 path between Nadi and Fort Carnarvon. The coun- 
 try here was very hilly and the land covered with 
 long grass and clumps of the vunga tree, metrosideros 
 polymorpha, &c. On the tops of the mountains and 
 in many of the valleys there are patches of forest. 
 In these a large amount of excellent timber and other 
 useful trees, the lauci s aleurites triloba, are found, a 
 portion of which is annually cleared by the Fijians to 
 make room for their food plantations, or destroyed by 
 raging fires. The land was from fair to good in quality. 
 In many places it is suitable for coii'ec, and in some 
 others, as at na Sau-coka, for sugar cane. In the 
 vicinity of Fort Carnarvon I visited some large caves 
 among the calcareous rocks there, which were once 
 a stronghold of the cannibals. The entrance to the 
 cave- was defended by walls and a fence of lemon 
 trees, on which I found some human bones which the 
 inhabitants of the caves had exposed to view to show 
 all who passed what might be the result of a quarrel 
 with them. This custom was not uncommon among 
 the Fijians when they were cannibals, the shaddock 
 being the favourite tree on which to expose the bones 
 of their victims. These bones were generally put in 
 the forks of the branches, or where the branches 
 united with the trunk. If the trees were young 
 and thriving, the bones in a few years became em- 
 bedded in the wood. I could not learn why the
 
 43 
 
 shaddock, lemon, and lime trees were selected for this 
 purpose, and presume it was simply because these 
 kinds abounded in the vicinity of villages to a much 
 greater extent than others. 
 
 In the dry season the Siga Toka river, at Port 
 Carnarvon, is about 30 yards wide, and from 1^ feet 
 to 2 feet deep. As far into the mountains as na 
 Tua-tua-coka there is a large area of excellent flat land 
 which is suitable for growing sugar cane. Near the 
 coast also the area of such land is said to be extensive, 
 and I believe that, with the low hills and the alluvial 
 flats, there are from 20 to 25 square miles of good cane 
 land on the borders of this river. The locality is dry, but 
 land which has such a quantity of fresh water running 
 through it to the sea, should not be much affected by 
 drought. Coral limestone and a rough calcareous look- 
 ing sandstone abound in this neighbourhood, but 
 volcanic breccia and basaltic rocks are not uncommon. 
 
 We left Fort Carnarvon for Nadrau, stopping the 
 first day on account of a violent thunderstorm at a 
 village called Mata-wala, the next at another called 
 Bilo, and arriving at Nadrau on the 5 ; third day. 
 The path was in some places along the beds of streams, 
 then it ran along the tops of the hills, occasionally 
 crossing inverted V shaped ridges at right angles ; 
 over rocks and down precipices at angles varying 
 from 80° to 90.° It was annoying, after a long 
 climb up one side of a steep hill, to see the path 
 winding among the long grass, up and over a similar 
 hill just before us, and also to know that we had to 
 go down an almost perpendicular descent of nearly a 
 1,000 feet, to leap from one slippery stone to another 
 along the rocky bed of a stream in the bottom of the
 
 44 
 
 valley, and again to ascend to an equal if not greater 
 elevation than the one we were standing upon. We 
 passed through numerous small tracts of forest, all 
 of which seemed to have sprung up after land had 
 been cultivated. These were interspersed with open 
 pieces of land thickly covered with reeds. Although 
 we traversed this district in the dry season, — and the 
 locality is one of the driest in Fiji, — yet, judging from 
 the vegetation, the rainfall at some period of the year 
 must be considerable, probably amounting to from 
 80 to 90 inches per annum. I noticed on this journey, 
 and also in the vicinity of Pickering's Peak, that in 
 passing over the wooded mountain tops, showers and 
 fogs constantly occurred, and the vegetation was 
 dripping with moisture, while on the open grass land 
 at some distance from the woods, and at about the 
 same elevation, the dust was blowing on the paths, and 
 and the grass was perfectly dry. The streams 
 which were passed during this journey were affluents 
 of the Ba river, the sources of which we had traversed 
 until avc arrived at the top of the ravine or gorge at 
 the bottom of which the village of Nadrau is situated. 
 Boeks of sedimentary origin were the most abundant 
 kinds ; but volcanic breccia in the beds of a few streams 
 and also at Bilo was well represented. Basalt was 
 not uncommon, notably at a village about midway 
 between Nadrau and Bilo. The strata of the sedi- 
 mentary rocks on the tops of the ridges were generally 
 Lying in a horizontal position, and those on the sides 
 wrere more or less inclined. Several varieties of sedi- 
 mentary rocks abound in the province of Navosa, and 
 marble la Baid to have been discovered there. Near 
 tic village of Wai-wai these rocks form cliffs about
 
 45 
 
 100 feet in height. Some of them are coraline, and 
 at the caves alluded to I saw pieces of coral embedded 
 in them. Most of the land passed through was fertile, 
 and in many parts suited for coffee growing. Good pas- 
 ture abounds everywhere, and this part of the country 
 is well adapted for rearing cattle, horses, and sheep. 
 
 An old heathen temple exists at Nadrau, the 
 only one I saw in .Fiji, but it is far gone to ruin. 
 We stayed at this place a day or two and then went 
 on to na Babuca, on the Wai ni Loa (or Black river), 
 a branch of the Wai ni Mala. After crossing the 
 Siga Toka we ascended the cliff on its east side by a 
 narrow path. We subsequently proceeded up a narrow 
 valley, the path running along the bed and by the 
 side of a canal, made with some ingenuity and much 
 labour by the natives on the steep, rocky side of the 
 valley to irrigate dalo beds. About a mile or so in a 
 straight line from Nadrau we came upon some marshes 
 among which the Wai ni Mala has its course. Then 
 on we passed through some flat park-like country, 
 and entered the primeval forest near the village 
 of Wai Dra-dra. At this village the inhabitants of 
 Nadrau grow their provisions, as yams, bananas, 
 land dalo, &c. As at Vienunga, a portion of the 
 forest is annually felled for the purpose of making 
 new plantations. The journey hence to Babuca was 
 the most pleasant that I made while in Fiji. The 
 path was through the virgin forests, well shaded from 
 the sun, either level or gradually descending. Here I 
 made a good collection of rare ferns and other plants. 
 The timber trees usually seen in such localities 
 abounded. On the way we passed some agglomerate 
 and basaltic rocks, but the sedimentary kinds were 
 most common. The soil was of excellent quality, and 
 suited for growing either coffee, cinchona, or tea, the
 
 46 
 
 two latter especially in the neighbourhood of TTai 
 Dra-dra. 
 
 Babuca is the name of a small district as well 
 
 of a village. "VYe stayed in it several days, and 
 had long rambles in the forests. This part of the 
 country is exceedingly mountainous, and is well 
 wooded. Portions of the woods are annually cleared 
 as elsewhere ; but on account of the superabundance 
 of rain, nature soon restores the balance by the rapid 
 growth of other portions ; and, also, on account of the 
 moisture, fires are neither so extensive nor destructive 
 
 in the province of Xavosa. Agglomerate is the 
 kind of rock that most abounds, but those of aqueous 
 origin were also met with. The land is fertile, and 
 coffee would thrive well upon it. 
 
 On leaving Babuca the path to na Koro Vatu led 
 down the bed of the AVai ni Loa to its junction with 
 the AVai ni Mala, and afterwards along the bed of that 
 river, nearly as far as the village of Ruku-ruku. We 
 found it a rough one, and, following the course of the 
 river, we had to climb over boulders, and to cross the 
 river 15 times. The depth of water at the fords below 
 the confluence of the two rivers, varied from 3 to 5 
 feet. The scenery of the river was extremely pretty, 
 country was mountainous and well wooded. At 
 several places the TTai ni Loa has cut through in- 
 verted V or triangular shaped ridges, exposing whole 
 Beriea of strata. On the journey to na Koro Vatu 
 we stopped a night at Koro Suli, a large village on 
 
 lelt bani of the river. A short ramble into the 
 wae made at this place, when a new species of 
 gardenia and Beveral species of ferns were collected. 
 On resuming our journey the country began to open 
 out, to be Less densely wooded, and less mountainous. 
 The course of the river is crooked. The large flats on
 
 47 
 
 its banks are eminently suited for the growth of the 
 sugar cane. In the vicinity of Ruku-ruku and of na 
 Koro Vatu there is an area of about 50 square miles 
 of good cane land, consisting of these alluvial flats 
 and low hills. Near these two villages, and also near 
 Kami Husai, beautiful and extensive views of different 
 parts of the country were obtained — mountains, valleys, 
 wood, water, picturesque looking villages, and culti- 
 vated land. Na Koro Vatu is a large well-kept village, 
 situated, as its name implies, on a rock, which over- 
 hangs the Wai ni Mala. In this neighbourhood 
 large nurseries of coffee plants are being formed 
 under the watchful eye of the intelligent district com- 
 missioner. With the young plants it is intended to 
 establish plantations to be cultivated by the natives 
 who live in the mountain districts near the sources 
 of the Wai ni Buka and Wai ni Mala. In the deep 
 pools of the last named river sharks abound, and a 
 short time before my visit a child, who had acci- 
 dentally fallen into one of these pools at na Koro 
 Vatu, was devoured by one of these creatures within 
 sight of its mother, while she was occupied in 
 washing her cooking utensils on the edge of the 
 water. I also heard the case of a man, who about 
 the same time went alone to bathe in one of these 
 deep pools, and was severely bitten by one of these 
 voracious animals — the flesh being torn from one of 
 his thighs. We forded the Wai ni Mala, about a 
 mile below na Koro Vatu, and travelled across the 
 country to na Buke Luke, on the Wai Dina. At that 
 place the Wai ni Mala is about 40 yards broad, 3 feet 
 deep, and the current runs from 2 to 3 miles an hour. 
 It is subject to sudden floods, and sometimes rises 17 
 feet in a single night. The country traversed in this
 
 48 
 
 part was covered with low hills, on which grass and 
 trees were growing, the land having been previously 
 cultivated. The soil was fertile, and adapted for grow- 
 ing Liberian coffee, cacoa, and in some places sugar 
 cane. The latter could be grown more particularly 
 towards the course of the Wai-dina, on the banks 
 of which there is a large area of flats and other 
 lands on which it could be grown to perfection. 
 I stayed a few days at na Buke Luke and ascended 
 Buke Levu, a mountain about 1,800 feet above the 
 sea level, from which fine and extensive views of the 
 country could be obtained. Na Buke Luke is about 
 20 miles east of Namosi by the course of the river. 
 The rocks seen on the journey were mostly sedimen- 
 tary ; on the sides of Buke Levu agglomerate, 
 basaltic, and aqueous rocks were common. 
 
 I left na Buke Luke in the morning, and arrived 
 at Veseri village about five in the afternoon. The 
 path led through the forest, in which I gathered several 
 new species of ferns, and made additions to my collec- 
 tion of flowering plants. The forest was well stocked 
 with good timber, such as damanu, &c. The path was 
 steep and wet, especially the latter part of it, which 
 took us down the bed of the Veseri river, after having 
 crossed the Wai Manu and several tributary streams. 
 The land which we passed over was good and favour- 
 able for growing cacoa, and both the common and the 
 Liberian species of coffee. The rocks were mostly 
 aqueous, but both basalt and agglomerate were noticed 
 at dill civnt places, particularly in the bed of the Veseri 
 river. 
 
 Veseri is a small village situated on the river of the 
 same name, about 3 miles towards the interior from 
 the head of Suva bay. The river is navigable to the
 
 49 
 
 village for boats drawing a few feet of water. Near 
 the village there are nearly 3 square miles of flat land 
 and low hills on which sugar cane could be profitably 
 grown. My friends at Suva on hearing that 1 had 
 arrived at Veseri, came in a boat for me at midnight 
 and took me to their home, where I once more expe- 
 rienced their hospitality and kindness. Two days 
 after my return to Suva the steamer formerly alluded 
 to called, on her monthly trip, and I returned to Levuka 
 via the western and northern parts of Viti Levu. 
 
 On the way a short stay was made off the mouth of 
 the Navua, where a mail was landed, and then pro- 
 ceeding past Serua, we anchored for the night in 
 Nadroga harbour. The next place of call was off 
 the Ta^vu river, up which, with a small party, I went 
 8 miles in a rowing boat. Here we saw a fine planta- 
 tion of tobacco belonging to an enterprising settler, 
 in whose garden we saw some rare exotic trees 
 which, with much care and at great expense, had been 
 introduced from Australia, and they seemed to be 
 doing well. On the river there are about 6 square 
 miles of fine cane land. The country in the vicinity 
 is hilly, covered with long grass and dotted with screw 
 pine trees. The soil is not bad, but it has been much 
 injured by the fires which periodically burn up the 
 grass. We next stopped at Nacli, where there are 
 numerous settlers, who, instead of growing cotton as 
 formerly, now give their attention to the cultivation of 
 maize. Some of these settlers are raising stock, and 
 getting up herds of Angora goats, for which the place 
 seems well suited. The sugar cane would flourish well 
 here, but there are no mills to crush it or to make sugar. 
 Off the mouth of the Ba river the steamer stopped for 
 about an hour, then proceeded to Nananu Islands and 
 
 Q2019. D
 
 50 
 
 Viti Leva bay, anchored for the night, and arrived at 
 Levuka the next morning. 
 
 The northern parts of Viti Levu are very moun- 
 tainous. These mountains are covered with grass, 
 and here and there with screw pine trees, standing 
 singly or in small clumps. Patches of forest were 
 seen on the tops of a few hills, and in the valleys 
 between them. Fringes of mangroves were noticed 
 on the shore, and the large mud flats at the mouth of 
 the Ba river were covered with them. Occasional 
 groves of cocoa-nut trees were seen growing behind 
 the mangroves, and settlers' houses and native villages 
 were frequently noticed. At Nananu an energetic and 
 enterprising gentleman is breeding Angora goats, 
 rearing silkworms, and has a promising plantation of 
 young cocoa-nut trees. At Viti Levu bay there is a 
 colony of settlers who are mostly growing maize. The 
 ^learner leaving at daylight, I had no opportunity of 
 landing at this place, but I believe there is a large 
 area of flat land both here and on the Ba river, as well as 
 in other parts of the northern coast of Viti Levu, 
 extending from Nadi to Tova j>eak. From reliable 
 information on this subject, I estimate the area at 
 about GO square miles. It is good cane land, and I 
 have no doubt that coil'ee would grow in many parts 
 in the mountains at a short distance from the coast. 
 Good pasturage abounds all along this coast, on which 
 sheep, horses, and cattle could be reared in numbers 
 mor« ■ than sumc Lent to meet the requirements of the 
 group. 
 
 From Levuka I went in the steamer on its next 
 trip to Bua. This is a large province or district in 
 tb.' south-west ofVanua Levu. The sandalwood, for 
 which this districl was once famous, has almost dis-
 
 51 
 
 appeared, only a few trees remaining. Bua is said 
 to be one of the driest parts in Fiji, but according to the 
 observations made by Mr. Holmes at Delanasau in this 
 district, the rainfall varies from 80 to 159 inches in 
 the year, the average for the last six years being 118 
 inches. 
 
 I remained here for a week in the hospitable home 
 of one of the settlers, during which time I made several 
 journeys to what still remained of the forests, collecting 
 about a hundred different species of flowering plants 
 and ferns which I had not met with in other parts of the 
 group. At Kadi there is a thriving coffee plantation 
 which is being gradually extended. There are about 
 15 square miles of alluvial land — river flats, and low 
 hills, which would grow sugar cane well, and still 
 leave space to increase the cocoa-nut trees nearly 
 a thonsancl-fold. The country is covered with long 
 grass and reeds and pieces of forest, especially in the 
 .ravines. Fires in this, as in so many other parts of 
 Fiji, do great injury to vegetation and to the soil. 
 One of the settlers is getting up a herd of fine cattle, 
 which will help to keep down the rank grass, and so 
 tend to prevent fires from spreading. The river here 
 is navigable for several miles inland, and the alluvial 
 flats bordering it are very extensive. I left Bua and 
 journeyed to Wai-Nunu, across the southern point of 
 the island. On the way I stopped for a night at the 
 village of Warei. The path was in some places rough 
 and wet, and in the latter part of its course it went 
 along the banks and bed of the Wai Levu to Warei. 
 In every district of Fiji there is a Wai Levu, i.e., a large 
 river or stream. In most parts of the country passed 
 through, the soil was good, and suitable for growing 
 the common coffee and that of Liberia. The m ountaiu , 
 
 D2
 
 52 
 
 valley, and water scenery at Warei was very fine 
 indeed. The inhabitants of this village were the 
 poorest I had seen in the group, and their houses were 
 in a very dilapidated condition. The burying ground, 
 as at many other plaees in Fiji, was close to the village. 
 In many instances the Fijians attend most carefully 
 to the graves of their departed friends. These resting 
 places are commonly parterres planted with choice and 
 gay flowering plants, ornamental trees and shrubs. 
 Not unfrequently the graves are covered with mosaic- 
 like patterns made of variously coloured pieces of coral 
 and pebbles, gathered one by one at immense labour, 
 and during, perhaps, many years. From Warei I went 
 to Koro Levu, a village on the south-east coast of the 
 island. The route for some distance was through the 
 mountains and then along the coast, the path being 
 well made, but in many places steep. The soil in the 
 mountain district was of good quality and capable of 
 growing coffee. Near the coast it was rich, and sugar 
 cane, cacoa, and Liberian coffee would thrive well 
 upon it. There is ample space on the coast for an 
 indefinite extension of the cocoa-nut tree. 
 
 At Koro Levu the Commissioner of Lands was 
 holding his court, — conducting a patient and pains- 
 taking inquiry into the claims of settlers to lands in 
 the district purchased from the natives previous to the 
 ceding of the islands to Great Britain, — " Crown 
 grants " or title deeds being given in all cases where 
 satisfactory proof could be shown. 
 
 The locks noticed were principally aqueous and ag- 
 glomerate, but some of a basaltic character w r ere also 
 Been. There now being several large estuaries to 
 cross bei ween Koro Levu and Wai-Nunu, I was advised 
 to tike ;i canoe, and on arriving at the latter place I
 
 53 
 
 found a cutter, which a much respected gentleman 
 had sent from Savu-savu hay to take me to Taviuni. 
 At "Wai-Nunu the land is fertile, suitable near the sea 
 for cocoa-nuts (for which there is space for more exten- 
 sive planting), and further inland for sugar cane, 
 Liberian and common coffee, and cacoa. On getting 
 under weigh we tacked out of the river, but the wind 
 being against us we landed again in the evening. 
 Next morning we endeavoured to beat through the 
 pass in the reefs, but the tide had turned, and the wind 
 being still contrary, a furious sea was raised in the 
 pass, so that we were obliged to proceed inside the 
 reefs, rounding Kobalau point, and reaching Savu- 
 savu in the evening. The gentleman to whose kind- 
 ness I have just alluded took me to his home, and a 
 gale setting in soon after, I was detained there for a 
 few days. On leaving my kind entertainer, I travelled 
 along the south coast of the island to Vatu Kali, near 
 " Fawn Harbour," arrangements having been made 
 for the cutter to follow. There is quite a number of 
 settlers on this part of the coast, who have fine planta- 
 tions of cocoa-nuts and thriving herds of cattle. To 
 several of them I was indebted for hospitable enter- 
 tainment. All this coast is well adapted for growing 
 the cocoa-nut tree, which, although now abundant, 
 could be vastly increased. The soil is invariably 
 good, and in places on the sides of the low hills and 
 on the flat lands sugar cane would thrive admirably, as 
 also the two kinds of coffee already so frequently 
 mentioned. 
 
 The rocks noticed were agglomerate, basalt, and 
 coral, the first and last particularly common. We 
 left Vatu Kali in the cutter at daylight, but, 
 owing to calms and light winds, and these contrary, it
 
 54 
 
 was evening before wo arrived at WairiM in Taviuni. 
 There T was soon at homo with old friends and acquain- 
 tances, who accompanied me in my journeys through 
 Taviuni. 
 
 Tin's is a very fertile island, and capable of producing 
 large quantities of sugar, coffee, and cocoa-nuts. There 
 are considerable numbers of the latter, but there is 
 room for twice as many. I visited several coffee plan- 
 tations which have lately been made, especially at 
 Gali, and at Messrs. Smith and Aitchinson's, and 
 Forest Creek. These give great promise of success. 
 At na Sali Levu a large sugar estate is in full 
 operation, and the mill is capable of making from 
 two to three tons of sugar per day. The sugar cane 
 grows to perfection here, and in the island there is 
 room for more than thirty such mills. These would 
 be also well supplied with canes by the numerous 
 settlers, who for want of mills are now debarred from 
 turning their attention to this cultivation, and are at 
 present at a loss to know what to do with their land. 
 Some of them grow maize, cocoa-nuts, or cotton, and 
 ;i few rear stock ; but all would prefer growing canes, for 
 which bo1 h soil and climate are well adapted, and which 
 would pay better than any other article of production. 
 The area of the island is computed at about 217 square 
 miles, of which about 45 near the coast could be 
 planted with eocoa-nuts, 45 with sugar cane, and 45 
 with coffee, leaving 82 square miles for forest reserves 
 and waste land. 
 
 When pas^inu' through the village of Somosomo 
 
 Taviuni. we called on Tui Cakau, Roko of Cakau- 
 
 drove province. II<> was absent; had in fact gone 
 
 with the men of the village to plant their yams, and 
 
 iperintend and assist with the work.
 
 55 
 
 On seeing a meke 3 a native dance or play, accom- 
 panied by songs, I was surprised to observe the exact 
 manner in which time was kept by the numerous 
 actors. It is the result of practice and many patient 
 rehearsals from youth upwards. In walking through 
 this village we came on a party of about 30 people, 
 who, in preparing for a festival, were practising and 
 reciting the piece which they were to perform for the 
 amusement of their friends. An old man, lying on 
 his side on the grass, but in full view of the actors, 
 was watching the rehearsal, criticising and correcting 
 the faults of the actors. 
 
 The province of Cakaudrove includes Taviuni, ex- 
 tends in Vanua Lavu to Savu-savu bay, and includes 
 all the land surrounding Natawa bay. The Hoko 
 keeps a smart schooner yacht of about 70 tons, and a 
 cutter, also manned by Eijians, to carry him to different 
 parts of the province, or of the group, either on busi- 
 ness or pleasure. The Fijian s are owners of numerous 
 rowing and sailing boats, and small vessels of all 
 sizes, up to that of the schooner just mentioned. 
 These craft have, in a great measure, taken the place 
 of the large sea canoes, for which these islands were 
 once noted. The Pijians are hardy if not careless 
 sailors of boats, and, direetly or indirectly, they are 
 good customers to the excellent boat builders of the 
 group. These, to some extent, have taken the place 
 of the native canoe builders. 
 
 The Eijians have quite a number of athletic games, 
 among which may be mentioned, throwing the tinika 
 or reed, wrestling, and one not unlike skittles in some 
 respects. In this game, pillars about a foot in height 
 are built with small stones, and in such a manner that 
 they fall when slightly touched. Several of these
 
 56 
 
 pillars (the number varies from 3 to 12) are built near 
 each «>t her in a row, or in half a circle. The player 
 stands at about 30 yards from the pillars, but with 
 his back or side to them, and tries, by throwing a 
 stone from behind, to knock the pillars down. Two 
 others place themselves between the pillars and the 
 player, one on each side, but a few yards from the 
 direct line between the player and the pillars, and 
 with stones endeavour to strike the stone thrown 
 by the player on its passage from him to the pillars. 
 This they frequently succeed in doing. 
 
 Throwing the tinika, or reed, is practised in the 
 village Mara (square), or on a piece of ground 
 smoothed for the purpose. The tinika is an oval- 
 shaped piece of heavy wood, about 4 inches long 
 and 2 inches in diameter at the thickest part. A 
 reed or cane about 3 feet long is inserted at the small 
 end, and the game is who will throw or shoot it 
 farthest. The thrower, balancing the reed as in 
 throwing a spear, — his arm stretched at full length, 
 steps backward a few paces, then rushing forward 
 gii i - the throw the weight of his body as well as his 
 strength of arm, and shoots the reed straight out with 
 meat force to a distance of over 300 yards, in- 
 cluding the distance which the reed skims along the 
 ground. 
 
 Returning to Levuka the steamer called at the 
 island of Mokogai, on which cocoa-nuts are well re- 
 presented, and nearly all parts of which could be 
 turned into proves of this useful and valuable tree. 
 Copra is extensively made there, and there is also 
 " plan! ' for extracting fibre from the husk of the nuts. 
 Rheep arc bred iu the island, and several good flocks 
 <f tin in w.re seen grazing on the hills.
 
 57 
 
 With respect to communication with the outside 
 world, Fiji is not badly off. Twenty-four hours after 
 the arrival of the mail, via San Francisco, at Sydney, 
 a fine steamer of 1,000 to 1,500 tons, belonging to the 
 Australasian Steam Navigation Company, leaves far 
 Levuka. The voyage occupies seven or eight days. 
 The steamer remains at Levuka nearly a week, and 
 leaves with the mails for England in time for them to 
 be transhipped to one of the Peninsula and Oriental 
 steamers at Sydney. The mail service is once every 
 four weeks; and for its punctual performance the 
 Australasian Steam Navigation Company of Sydney 
 is under contract with the government of Fiji. By the 
 same contract the company has to maintain the steamer 
 so often mentioned in the preceding pages to trade in 
 the group, to carry the mails to the different islands, 
 to take cargo to and from them, or for shipment on 
 board the mail steamer. From Melbourne there is 
 direct steam communication to Suva and Levuka 
 about once every five weeks. The owners of this 
 steamer have also a smaller one which collects cargo 
 at different places in Viti Levu. From Auckland in 
 New Zealand several sailing vessels, schooners for the 
 most part, arrive at frequent intervals. (Since the 
 above was in print regular steam communication has 
 been established between Levuka and Auckland, and 
 also between Levuka and Tonga — Friendly Islands.)
 
 58 
 
 CHAPTER II. 
 
 Flora. 
 
 The Flora indigenous to Fiji, as far as known, 
 amounts to 1,086 species of flowering- plants, and 245 
 species of ferns and allied plants. Of these numbers 
 035 species (620 flowering plants and 15 ferns) have 
 as yet been met with only in Fiji. This number (635) 
 of endemic species, out of a total of 1,331 species of 
 ferns and flowering plants, is very large, and seems 
 strikingly peculiar. But this is, in a great measure, 
 owing to the fact that of all the Polynesian islands, 
 the Fiji group is the one which is botanically best 
 known. When botanists are better acquainted than 
 they are at present, with the Flora of the interior of 
 the Samoan, New Hebrides, and other Polynesian 
 islands, it will be found that many of the species, 
 which are now considered Fijian, have a wide distribu- 
 tion throughout Polynesia. Notwithstanding all that 
 has been done by the United States Exploring Expedi- 
 tion, Milne, Dr. Harvey, Dr. Seemann, and myself, to 
 make the flora of Fiji well known to Science, much 
 y<t remains to be done, and I regard the discovery of 
 new plants in the group as far from being exhausted. 
 
 To the number of indigenous flowering plants 
 described in Seemann' s Flora Vitiensis, which included 
 all the plants 1 1 Kit had been discovered in Fiji up to 
 fche dale of its publication, 3 natural orders, 34 genera, 
 :iih1 :;(;:; species were addedby my visit. Of ferns and 
 allied plants, I discovered 15 new species, beside find- 
 ing in Fiji 20 other species, which had not previously 
 been Pound in Polynesia. Thanks to Mr. Baker, of
 
 59 
 
 the Royal Herbarium, Kew, the ferns I collected in 
 Fiji were most carefully and critically examined. 
 
 The flowering plants have not yet been so carefully 
 compared. Therefore, I anticipate that when these 
 363 species of flowering plants, which I at present 
 regard as new, are minutely examined and compared 
 with old and well known species, the number will be 
 reduced about 20 per cent., or to 300 species. Thus, 
 one of the results of my visit will be that I have 
 discovered, or added to the known Flora of Fiji 300 
 species of flowering plants and 35 ferns. 
 
 The largest orders are Legurninosse, which is repre- 
 sented, in the group, by 36 genera and 62 species ; 
 Hubiaca3 by 23 genera and 122 species ; Orchids by 
 25 genera and 49 species ; Euphorbise, and Urticacese 
 20 genera each, and species 79 and 52 respectively. 
 About 130 species are common to Australia, but the 
 greater number of these are found in many parts of 
 the old and new worlds. Many American plants have 
 found their way to Fiji through, it is presumed, the 
 islands lying between that continent and Fiji, 
 
 Several weeds, common in other countries, have 
 also found their way there, through the agency of 
 civilized man. Some of these are now liis pests, 
 destroying his pasturage and giving a great amount of 
 trouble and expense in keeping his plantations clean. 
 Most of the sea-shore plants found in Fiji, have, as 
 might be supposed, a wide distribution. Several 
 species of what are known as sea-shore plants are also 
 found far in the interior of the largest islands of the 
 group. The most noticeable were cerbera odallam, 
 afzelia bijuga vesi, heritiera littoralis, calophyllum 
 inophyllum clilo, ippomoea pes-caprse, kleinhovia 
 hospita,pandanus odoratissimus, cynometra grandiflora,
 
 60 
 
 cassytha filiformis, cocoa-nut, terminalia catappa 
 I a cole, paritium tiliaceum vaud'uia. The presence 
 of the cocoa-nut and cerbera in the interior as well as 
 the dilo and tavola may be owing to the agency of 
 the natives. On the other hand, several species of 
 land plants are found on the sea- shore, on the edges of 
 tidal estuaries, and salt water marshes. The branches 
 of large trees overhanging the sea may frequently be 
 found covered with epiphytes, or orchids, ferns and 
 lycopods, which all apparently rejoice in an occasional 
 bath of salt water spray. None of the mountains of 
 Fiji are high enough for an alpine flora to exist. 
 Many of the plants found on the tops of the moun- 
 tains are also found near the level of the sea, even on 
 the shore. On the other hand, sea level plants may 
 also be found on the tops of the hills. But in the one 
 case, the number of sea-level plants decreases in the 
 ascent to a higher elevation, and in the other, mountain 
 plants become fewer on approaching the sea. Except 
 in favoured situations, plants whose habitat is in the 
 warm sheltered plains and valleys, present a stunted 
 and weather-beaten appearance, when met with on 
 the higher mountain sides. This in general may be 
 owing to the scantiness of the soil as well as exposure 
 to the winds and cool air. The plants of the moun- 
 tain tops, when found near the sea still occupy a posi- 
 tion similar to their native one, viz., the top of a 
 ridge. But when these plants are found at low 
 elevations, the majority of them are lank, drawn up, 
 and lean on others for support, plainly indicating that 
 the climate is too hot for them. 
 
 One or two species of cinnamon, litsea, alstonia, 
 paphia, polystichum, blechnum, calophyllum, podo- 
 carpuSj calanthe, pavetta, selaginella, and a great
 
 61 
 
 variety of mosses are most commonly found on the top 
 of the mountains. Astelia, calophyllum burmannii 
 cinnamomum pedatinervuin, gnetuni genom, podo- 
 carpus cupressina kau tabua, podocarpus vitiensis 
 dakua-salusalu, dacrydium elatum leweninini, dam- 
 mara vitiensis dakua, kentia exorrhiza niu soria or 
 tiiu scar, and some other palms may be found thriving 
 on the sides of the mountains, from the sea-shore up 
 to elevations of 2,500 or 3,000 feet, i.e., when in 
 situations sheltered from prevailing winds and in soil 
 favourable for their development. 
 
 The windward side of the islands, where most rain 
 falls, is one dense tangled mass of vegetation, through 
 which it is impossible to force a passage without great 
 exertion. This is especially so on land that has at one 
 time been cultivated, but abandoned for some years. 
 Land thus abandoned is at once overgrown by reeds 
 gasau, wild sugar canes vicos, sponia orientalis, and 
 sponia velutina, homalanthus populifolia, tree ferns, 
 large growing climbers, &c, all contending for the 
 mastery. This goes on until perhaps the growth is 
 checked by fire, which burns up the grass, the leaves of 
 the sugar cane, &c. The hardier kinds of exogens 
 that have been least injured by the fire, start into new 
 and vigorous growth and ultimately take possession 
 and give shelter to hardy ferns, zingiber zerurnbet, 
 and climbing freycinetias. The tender ferns follow, 
 accompanied by shade loving alpinias, heliconias, 
 pipers, palms, cyrtandras, &c. Along with these, 
 young plants of podocarps, conifers, calophyllums, 
 &c, make their appearance. After a few years, — for 
 growth is rapid in the moist warm climate of Fiji, — the 
 woods begin to assume the appearance of a virgin 
 forest, with a dense undergrowth of ferns and shrubs.
 
 62 
 
 The branches of the large trees are covered with 
 orchids, lycopods, ferns, and loranths, while their 
 gigantic trunks are covered with hymenophyllunis, 
 and trichomanes, climbing pipers which give them the 
 appearance of columns clad with ivy. Such epiphytes 
 as pothos scandens, and other orontiads make the 
 tr Links of the trees look like pillars clad with creeping 
 caladiums ; branching freycinetias, &c, make the 
 trees to which they cling appear like tall columns of 
 grass, the tops of which are loose and wave backwards 
 and forwards in the breeze. Sometimes the trunks 
 may be seen all aglow with the bright flowers of a 
 creeping medinilla, adoruing as with wreaths the tree 
 to which it clings, and adding beauty and variety to 
 the agreeable though somewhat sombre shade of the 
 forest below, while its leaves are seen mingling with 
 those of the tree, far above. A break in the forest 
 displays festoons of white flowering clerodendrons 
 hanging from the top of a tall tree, while a 
 small gap will be covered over like a trellis with 
 the beautiful carruthersia and sweet smelling jas- 
 miniums. 
 
 Looking down upon the forest, from an eminence, 
 it presents one mass of dark green foliage, the uni- 
 formity of which is broken by the delicate fronds of 
 i lie ire*.' fern, and the waving leaves of the palms, 
 and varied by the gay flowers of ipomceas and other 
 climbers which have overtopped the trees and are 
 spreading themselves out to the light and air. 
 
 Tin' leeward side of the largest islands is an open 
 country, — undulating hills covered with grass and 
 ferns, with patches of forest in ravines and tops of 
 mountains, — places which have escaped both the 
 ravages of fire and the migratory cultivation of the
 
 63 
 
 Fijians. Such patches are comparatively few. In 
 them the hard -leaved myrtaceae abound. Numbers 
 of noko-noko casuarina equisetif olia ; the gumas, 
 acacia richii ; geitonoplesiums and a species of hib- 
 bertia, along with the open grassy aspect of this part 
 of the country, give it a striking resemblance to some 
 parts of Australia. The dark foliage of the kau 
 kuru, casuarina nodiflora, in dense masses, has the 
 sombre aspect of a pine-clad mountain side. While 
 the presence of screw pines and sago palms (cycas 
 circinalis) in clumps or single specimens dotted over 
 the country, give the landscape a somewhat antedilu- 
 vian aspect. Acres of land are covered with ferns, 
 the " bracken," pteris esculenta, gleichenia oceanica, 
 and nephrodium molle. 
 
 The " turmeric " plant (curcuma longa, cogo of 
 the natives) abounds in this part of Fiji, and hill- 
 sides may be seen covered with it, mingled with the 
 yaka (pachyrrhizus angulatus), and the yabia s Fijian 
 arrowroot, several varieties of tacca. In most of 
 the dry districts, several species of the gardenia 
 abound, their white flowers adorning the landscape 
 and perfuming the air with their odour, which, in the 
 open atmosphere, is refreshing and pleasant. The 
 "candle nut" (aleurites triloba, lemci), is the most 
 common tree in the ravines. The hoary grey colour 
 of its young leaves, contrasted with the dark green 
 of the older ones, and the adjacent tree ferns, gives 
 a pleasing variety to the whole. These localities 
 are the habitat 'of the scented woods of Fiji, the 
 sandalwood, the bua-bua and the savoo. On rocky 
 clefts the oderiferous and pretty bua, fagraea ber- 
 teriana, and several species of drymispermums abound,
 
 64 
 
 the last in company with blue, white, and red 
 flowering eranthemums. 
 
 The sides of streams in these dry districts are 
 shaded by such trees as heritiera litoralis, afzelia 
 bijuga, terminalia catappa, kleinhovia hospita, cyno- 
 tnetra grandiflora, cibicibi (pr. thimbi-thimbi), bam- 
 boos, calojniYllums, eugenias, &c. Away from the 
 immediate vicinity of the streams these trees are 
 deciduous, calophyllums and eugenias excepted. 
 
 That pretty and fragrant white flowering genus of 
 small trees, dolicholobium, is found from the sea-shores 
 to the tops of the highest mountains in both wet and 
 dry districts. Numerous specimens of gay flowering 
 hibiscus of several species also abound. Along with 
 these red leaved and green leaved dracaenas and 
 crotons, with their leaves spotted yellow, green, and 
 red may all be seen. Shady woods, in both dry 
 and wet localities, are bright with the flowers of 
 several sorts of small shrubs (ophiorrhiza), and the 
 larger, but not less pretty flowers of mauy species of 
 psychotria. 
 
 The rocky banks of many streams are adorned with 
 the cream coloured flowers of lindenia vitiensis, im- 
 pregnating the air witli their sweet odour. The 
 slender, half-climbing shrub, mussaenda frondosa, 
 with its golden flowers, large white phylloid calyx 
 .Hid green leaves, decorates many an acre of waste 
 grassy Land, where the orange coloured dove and the 
 n-d and the green parrots flit to and fro. 
 
 Ferns abound everywhere, — from sea level to the 
 highesf mountain tops, — in the hottest and coldest 
 parts, — in sunshine and shade, — on the poorest and 
 richesl soils, and in driest and wettest parts. They
 
 65 
 
 are of all sizes, from the tiny hymenophyllum, scarcely 
 one fourth of an inch, to the gigantic alsophila, tree- 
 fern, having a trunk 50 feet or more in height, 
 surmounted by a crown of beautiful feathery-looking 
 fronds. The number of distinct species and varieties 
 of ferns and allied lycopodiums and selaginellas in- 
 digenous to Fiji amounts, as yet found, to 246. I 
 have no doubt the number will be raised to about 
 300 species when every part of the islands has been 
 explored. Some of these ferns are magnificent. The 
 dicksonia moluccana has fronds of a triangular shape, 
 measuring 12 feet in length and 10 feet in breadth 
 at the base. One of them would cover an area of 
 60 superficial feet. This gigantic leaf is supported 
 by a stipe or stalk 6 feet in length and 3 inches in 
 circumference. As a contrast to this may be mentioned 
 the tiny fronds of the flimy ferns, hymenophyllums, 
 and some species of trichomanes, scarcely an eighth of 
 an inch in size. The delicate fronds of a few species 
 of the last named genus attain a height of 2| feet. 
 Most beautiful they look when seen with the rain drops 
 hanging like beads of crystal from the points of their 
 finely-divided fronds. Not less pretty in this respect 
 are hymenophyllums javanicum, and dilatum, gene- 
 rally found on the sides of streams, shaded from the 
 sun by the overhanging banks and lofty trees. 
 
 The davallias found in Eiji are worthy of notice. 
 However, the most beautiful of them are hymen- 
 ophylloides, and blumeana. The latter is, without 
 doubt, the prettiest fern in Eiji. Both are found on 
 the loamy banks of streamlets in densly shaded woods. 
 Their fronds seldom exceed 1 foot in height, are of 
 a pale green colour, finely divided, and their mem- 
 
 Q2019. E
 
 66 
 
 branous texture gives them a pellucid crystalline ap- 
 pearance, especially when they are covered with dew. 
 In the dry parts of Eiji, one of the silver-leaved ferns 
 (cheilanthes farinosa) may occasionally he found grow- 
 ing in the crevices of the rocks, and its pretty relation, 
 cheilanthes tenuifolia, which, with pteris ensiformis, 
 and pteris geraniifolia, abounds in dry grassy fields, 
 and comes up after the rains. While festoons of lygo- 
 dium reticulatum wa Tealou (holy creeper), and tassels 
 of lycopodiums phlegmaria, and nummuiarifolium, 
 to 5 feet in length, hang from almost every tree, the 
 surface of the ground below is clad with one dense 
 mass of beautiful selaginellas, some of which attain a 
 height of 4 or 5 feet. 
 
 There are not many different species of orchids in 
 Fiji, but the various members of several genera are 
 well represented, and are not unworthy of notice. A 
 species of calanthe, having a spike of white flowers 
 spotted with red, which grows among grass, is common 
 and beautiful. Another species, of the same genus, 
 with snow white flowers, abounds in shady forests in 
 wet and dry localities ; and a third, having beautiful 
 orange coloured flowers, sessile and clustered together 
 on a short spike like the flowers of a hyacinth, was 
 found in one place near the top of Voma Peak. 
 
 Several species of dendrobium are worthy of culti- 
 vation ; these are mohlianmn, tokai, Gordoni (n. sp. 
 Le M. Moore), and Ilornci (n. sp. Le M. Moore). 
 The latter was found in the island of Rabi, grow- 
 in- on a tree on the sea-shore, where it was occa- 
 sionally bathed in the salt spray of the breaking 
 waves. Dendrobium Gordoni was found in Samoa, 
 growing on a pandanus tree in a swamp, in the island
 
 67 
 
 of Upolu, and also on an old dakua tree (damniara 
 vitiensis) near the Blackwater, {Wai nl Loa,) in the 
 interior of Viti Levu. 
 
 Among parasites there are three species of loranths, 
 and two curious species of apphylous viscums (niisle- 
 toe). The loranths are very common in Fiji, and 
 are found on nearly every ivi tree (inocarpus edulis). 
 The flowers of the loranths are beautifully co- 
 loured, red and purple, yellow, and yellow and 
 purple. The hydnophytum is a curious and inte- 
 resting genus of rubiaceae. Eour species of this genus 
 have been discovered in Eiji. They are epiphytal 
 plants, and are generally found on the trunks or 
 branches of trees. Their favourite position is between 
 the forks of the branches, where they sit most securely. 
 The part that may be termed the stem or trunk of 
 the plant, is cone shaped, flat or concave at the base, 
 adapting itself to that part of the trunk or branch on 
 which it sits, and rounded more or less at the top or 
 apex. The largest seen was about a foot in diameter, 
 and 15 inches in height. The stem is composed of a 
 soft, spongy, fibrous substance, dark coloured on the 
 outside, altogether, not unlike a large purple turnip. 
 The black fibrous roots are generally emitted from 
 the edges of the stem at its base, and cover, like a 
 net, the bark of the tree to which they firmly adhere. 
 Prom the top of the stem rise the branches bearing 
 the leaves and flowers. The latter are either white 
 or yellow, and sometimes an inch in length. The 
 stem is a favourite residence of vicious black ants 
 which make their nests in it, and hollow it out into 
 numerous passages, from which they issue in hordes 
 at the. least disturbance. Balanophora is a curious 
 root parasite, and the ivaloa, or black creeper 
 
 E 2
 
 68 
 
 (rhizomorpha), is an interesting fungus to the Euro- 
 pean, and a useful one to the Fijian. 
 
 There are comparatively few genera of palms indi- 
 genous to Fiji, hut the several species are numerously 
 found and well represented. The niu sou (areca or 
 kentia exorrhiza) is a tall graceful palm, frequently 
 rising to a height of SO feet in favourable situations. 
 It is most common in low-lying districts, hut may 
 he found on the tops of the highest mountains. Prit- 
 chardia pacifica, the niu masie of the Fijians, and 
 the fan palm of the settlers, although not rare, 
 cannot he said to abound in a natural or wild 
 state. It is a handsome, and in some respects a 
 useful species. Some species of ptychospermum, 
 the cage-cake (pr. thangethake), and the balaka, 
 are very handsome trees. One or two species of 
 the genus attain the dimensions of the niu sail, 
 while others do not exceed the size of a stout 
 cane. These latter are found in the dense virgin 
 forests of the wettest parts of Fiji, and are common 
 from sea level ta the mountain tops. A kind of sago 
 palm (sagus vitiensis), soyo is not uncommon in 
 some of these islands. It is most abundant on low- 
 Lying swampy land, on the hanks of the Navua 
 and the Wai Manu rivers in Viti Levu, and occa- 
 sionally met with in other islands. It attains a 
 height of about 35 feet, and is a strong growing 
 picturesque tree. The inflorescence is a large terminal 
 panicle, 10 feet or so in height, and about 7 feet in 
 diameter at the base. After flowering and bearing 
 seed the tree dies. 
 
 Although the leeward side of the large islands is an 
 open grass country, yet there arc comparatively few 
 kinds of grasses indigenous to Fiji. However, the
 
 60 
 
 species that exist are well represented. The paucity 
 of species may be owing to the fires which annually 
 sweep over the dry districts, burning up all the 
 herbage that springs up during the wet season. The 
 yasau or reed (eulalia japonica), is by far the most 
 abundant, covering whole sides of hills and some- 
 times descending into the flat low lying lands. An un- 
 named species, the drauka, although indigenous and 
 not rare, is generally found cultivated. Sugar canes 
 dovo (saccharum onicinarum), are common ; both wild 
 and cultivated varieties. The wild varieties grow 
 in dense brakes on the rich alluvial flats and along 
 the sides of small rivers and streams. They frequently 
 grow to a height or length of about 20 feet, with a 
 diameter varying from one-fourth of an inch to an 
 inch. They are of various colours, green, white, or 
 red, and some varieties are striped like a ribbon. The 
 juice of some of the varieties has a faint sweet taste, 
 but that of the majority is insipid and watery. Their 
 characters at once suggest them to be the plants from 
 which the cultivated varieties of the sugar cane have 
 descended by improvement on successive sorts from a 
 distant period. Improvement on them will be tried 
 in the Botanical Gardens at Mauritius. Such experi- 
 ments while interesting to botanists will be of great 
 importance to growers of sugar cane. Bamboos, of 
 which there are several kinds, are numerous. Lemon 
 scented grass caboi, [cymbopogon refractus, and 
 perhaps another species] is abundant in many places 
 of some of the islands. 
 
 There are very few species of sedge in Fiji, but 
 like the grasses the various sj)ecies are plentifully 
 represented. They are generally confined to swamps 
 over which fire sweeps annually in the dry season,
 
 70 
 
 destroying all the vegetation dry enough to burn, and 
 exterminating the annual and the tender kinds. 
 
 In arboreous vegetation, Fiji has many tine speci- 
 mens. Although none of the trees attain the dimen- 
 sions of the mammoth trees of California, nor the 
 gigantic size of some Australian eucalypti, yet they 
 are splendid examples of their respective kinds. On the 
 Tai Levu coast a tree of barringtonia speciosa, vutu, 
 when measured at 6 feet above the ground, was found 
 to be 33 feet in circumference of trunk. The trunk 
 was about 12 feet in length, the loftiest branches were 
 not more than 40 feet from the ground, but so wide 
 spreading that, although the points of the branches 
 had been lopped off, they still covered an area of 
 about half an acre. The charred trunk (half of the 
 trunk was burned) of a dilo tree (calophyllum ino- 
 phyllum) growing on the shore at Rabi measured 
 7 feet in diameter, by a length of 12 feet. The head 
 of the tree was proportionately large, and over- 
 hanging the sea. Some magnificent trees of c'tbi- 
 cibl (cynometra sp.), vesi (afzelia bijuga), and vaivai 
 (serianthes myriadenia), were seen in the moun- 
 tains of the same islands. The trunks of a few 
 of the first named would give an average diameter 
 of 3 feet on a length of 10 feet ; those of the second 
 21 feet on a length of 30 feet ; and the third 2 J feet 
 on a length of 20 feet. Equally good samples of 
 these lives may be seen in other parts of Fiji. On 
 the b.-mks of the Tamavua river, in Viti Levu, 
 there is a tree of dakua (dammara vitiensis) nearly 
 T ,n feel in height. Its trunk, when measured at 
 f; feei above the ground, was found to be 25 feet 
 in circumference. At about 20 feet from the ground 
 the Dunk had been broken, and is now divided into
 
 71 
 
 a number of upright growing shoots, each of which 
 has the dimensions of a tree of more than medium 
 size. In the mountains of Taviuni are many 
 fine specimens of the damanu (calophyllum bur- 
 manni) and dilo-dilo (calophyllum spectable, of 
 the U. S. exploring expedition), as well as other 
 kinds whose dimensions would equal either of the 
 cibicibi, vaivai, and vesi at Kabi. Trees of that size 
 are by no means rare in the virgin forest of Yiti 
 Levu and Vanua Levu, and the dahua (dammara 
 vitiensis), dahua saJu-salu (podocarpus vitiensis), 
 and lewinmmi (dacrydium alatum), may be added 
 to the list of large trees common in these two 
 islands, but not in any of the other islands of the 
 group. In the forests which lie between the wet and 
 dry districts, and also in the mountains in the wetter 
 parts of the latter, trees of the largest size are most 
 numerous. These forests are composed of prime 
 timber trees, such as dahua, dahua salu-salu, lewini- 
 nini, damanu, hau tabua, and several other sorts, 
 whose trunks will give an average diameter of from 
 1-J to 3 J feet on a length of about 40 feet. 
 
 The ivi or " Polynesian chestnut " (inocarpus edulis) 
 is an interesting tree. It is rather larger than an 
 average sized English elm, frequently growing to a 
 height of about 80 feet, and in the outline of its head 
 and habit it is not unlike that tree. Its trunk is a 
 curiosity. It is deeply fluted or rather buttressed all 
 round, and a section of it would not be unlike a cart 
 wheel, minus the felloes; the buttresses, like the 
 spokes, springing from a central part resembling the 
 nave. The diameter between the extremities will 
 range up to 20 feet, that of the central part (nave) 
 perhaps a foot. The daiva (nephelium pinnatum)
 
 72 
 
 is another noble tree found in all parts of Fiji. It is 
 deciduous, and when the young* leaves unfold them- 
 selves, their peculiar reddish green colour gives a 
 pleasing variety to the landscape. Before the leaves 
 fall off they change from green to a reddish brick 
 colour. 
 
 Several kinds of large fig trees baka (ficus) are 
 found in Fiji, notably one at Bureta in Ovalau, 
 another on the Rewa in the interior of Viti Levu, 
 and a third between the native towns of Vose Dam 
 and Wai Basaga on the Siga Toka river. The last- 
 mentioned tree serves as a sort of half-way house 
 between the two towns. Its trunk is hollow, and 
 could shelter 20 or 30 men. "Wayfarers kindle fires 
 in it to cook their food and keep themselves warm 
 during the night. These large fig trees commence 
 life as epiphytes, and ultimately strangle the tree 
 which supported them. A seed has been dropped, 
 perhaps by a bird, on a branch in the fork of the tree; 
 the position being favourable, the seed germinates, 
 and a tender radical, like a thread, grows down the 
 side of the trunk, clinging to the rough bark for sup- 
 port, till it reaches the ground. At the same time a 
 stem grows upwards from the seed. This root increases 
 yearly in size and strength, so docs the young plant, 
 which .-ciids, annually, instalments of roots to the 
 ground, in the same way as the first. The thread-like 
 mots rapidly grow thicker after they enter the ground, 
 and resemble perpendicular columns all round the 
 trunk of the tree. Another set of roots wind round 
 these, Like a many-folded net. These roots do not 
 displace one another. They unite perfectly, as by 
 affinity, \\ henever they come in contact, ever tighten- 
 ing their hold on the trunk of the tree, which, at last
 
 73 
 
 succumbs under the strain, decays, and its place is left 
 hollow. Some other kinds increase by dropping root- 
 lets from their branches, and spread until they cover 
 large areas of land, and it is impossible to say, with 
 certainty, which is the original from whence all have 
 sprung. 
 
 The flora of Fiji is essentially tropical. A few species 
 belonging to a temperate one may however be met 
 with on the mountain tops. Its general character is 
 Polynesian, with some affinities to the flora of Austra- 
 lia and the Malay Islands on the western and north- 
 western sides of the group. These resemblances 
 decrease towards America on the east, and the northern 
 parts of New Zealand on the south. 
 
 An alphabetical list of the plants will be found in 
 the appendix, and also a list of the genera under the 
 order to which each belongs.
 
 74, 
 
 CHAPTER III. 
 
 Fijian Food Plants — Method of Cultivation — 
 Vegetables. — &c. 
 
 Tee instincts of the Fijian arc agricultural, and it 
 may be said that he finds a use for all the vegetable 
 products of his country, and has a name (sometimes 
 several) for each individual plant. His knowledge 
 of their use is seldom at fault, and they provide him 
 a never failing supply for all his needs. Of food 
 plants lie cultivates yams, dalo or taro, sugar cane, 
 //' dracsena sp., bread fruit, &c. With great aptitude he 
 selects from the forest portions of land best adapted 
 for the several kinds of crops. The effects of nature 
 on the vegetation which surrounds him are his guides 
 to the season for digging, planting, and gathering in 
 his crops. Of cereals he cultivates very little, maize 
 for Government taxes being the chief. 
 
 The people live principally on yams, dalo, bana- 
 nas, bread fruit, with fish, fowls, pork, and several 
 kinds of greens. Their drink is generally water, or 
 the milk of the cocoa-nut. When tired, or on fes- 
 tive occasions, they use agona or Jcava. The yam, 
 uvi, is their staple food; they have about 20 diffe- 
 rent sorts under cultivation. Some of the varieties 
 are very fine, mealy, and free from fibre, like a 
 good potato. The tubers of some of the kinds do 
 not exceed two or three lbs. in weight, but those of 
 one or two sorts weigh as much as 100 lbs. in weight. 
 The Fijians say that the yam thrives best in hard or 
 rough, unprepared ground. This may very probably 
 be owing to the ground being new and rich.
 
 75 
 
 The trees having been felled, and their roots cleared 
 out of the ground, and the grass, &c., burnt off, plant- 
 ing commences when the drala tree (erythrina indica) 
 begins to flower, in the month of July or August, 
 according as the season is late or early. All hands 
 assist in planting. The soil is thrown up into small 
 m ounds, buke, from 3 to 5 feet apart. On each 
 mound a small yam, or the crown of a large 
 one is planted. Should the ground be flat, open 
 drains are made to carry off the water, or the ground 
 is thrown up into beds with ditches between, and the 
 yam mounds formed in rows on the beds. The stems 
 of the yams are supplied with canes to climb upon. 
 The canes are generally laid horizontally, supported 
 by forked sticks stuck in the ground, or by the tops 
 of the mounds. The roots or tubers are ready for 
 digging by the beginning of March ; the drying of 
 the stems indicates that the tubers are ripe. When 
 dug, the yams are stored in airy sheds erected on 
 the fields. These sheds are constructed of bamboos 
 set upright, and the roof made waterproof by a 
 thatching of grass. After being stored, the yams are 
 turned over occasionally ; the young stems are rubbed 
 off those that have started growth, and all the decaying 
 ones are removed. They are used -boiled, roasted, or 
 steamed, the larger ones being cut in pieces, and the 
 smaller ones cooked whole. 
 
 There are two kinds of dalo, land and water da to, 
 j ast as in India there is mountain and swamp rice. 
 The land dalo is most commonly met with in the 
 wettest districts. In fact, like mountain rice, it will 
 only grow in places where the rainfall is great, and on 
 land from which the water has neither drained, nor 
 evaporated after the forests have been cut down.
 
 70 
 
 To prevent too rapid evaporation, a few trees are left 
 growing on the land selected for the dalo. To pre- 
 pare the ground for dalo, the trees are felled and 
 burned, and the ground cleared from roots of grass 
 weeds, &c. The plants are put down in rows from 
 2 to 3 feet apart, and less is allowed from plant to 
 plant. Holes about 9 inches in depth are made in 
 the ground with a planting stick, which, before being 
 pulled out, is well shaken to harden the sides of the 
 hole, prevent the ground falling in, and water from 
 passing freely through the soil . This hole catches a 
 considerable amount of rain water, as it runs off the 
 ground, and generally retains it during a protracted 
 drought. Besides keeping the dalo moist, the depth 
 at which it is planted prevents it throwing out suckers 
 at the top of the tubers (conns), which it has a 
 tendency to do when planted near the surface. The 
 part planted is a thin piece cut from the crown of the 
 tuber, with the leaf stalks attached, — the leaves being 
 removed to prevent exhaustion. The Fijians seem 
 to be aware of this, and in transplanting the masi 
 (broussonetia papyrifera), bread fruit, &c, they re- 
 move the leaves when lifting the plant. The only 
 care bestowed on the land dalo after planting is to keep 
 down weeds, and this weeding is generally done in 
 wet weather, lest the ground should be too suddenly 
 exposed to the drying influences of sun and air. 
 
 The place selected for growing water dalo 
 is generally the bottom of a valley, or any place 
 where water is at command. This plant, like rice, 
 requires a constant supply of fresh water. Not 
 a little labour and ingenuity has been displayed 
 by the Fijians in making aqueducts, often miles in 
 Length, over ravine and hollow, to carry a supply of
 
 77 
 
 fresh water to these plantations. Sometimes the hill 
 sides are terraced for it, as is done for paddy or rice 
 in some parts of Ceylon. Of course, they are unac- 
 quainted with the use of the spirit-level, and the level 
 must have been obtained by digging and allowing the 
 water to follow. This would indicate the highest 
 point to which the water would rise. In making 
 the retaining walls for the beds and terraces on the 
 hill sides, a good deal of labour has been bestowed. 
 One bed follows another in succession, the fall from 
 a bed to the one next below it varying from 4 inches 
 to several feet, according to the steepness of the site. 
 The beds also vary greatly in size. The settlers call 
 them " dalo or taro patches." As in the case of yams 
 and land dalo, these beds, after a crop or two has 
 been taken off them, are allowed to lie fallow for 
 several years, in order that the land may regain its 
 fertility. 
 
 When the land is to be re-cultivated, the grass, 
 &o. is cleared off the surface, and either burned or 
 thrown aside ; the aqueducts and retaining walls are 
 put in order. The ground is dug and the surface 
 levelled, — water being let on frequently for a trial of 
 the level. The dalo is then planted in the same manner 
 as the land dalo above described, only that the plants 
 are generally put down at a less distance apart. The 
 dalo grows best in a heavy stiff clay soil, and generally 
 takes from 10 to 12 months to reach maturity. The 
 decaying of the leaves indicates that the tubers are 
 ripe. The tubers vary in weight from 1 to 12 lbs., 
 if they have been well grown. The average weight, 
 however, is from 4 to 6 lbs. 
 
 They are eaten either boiled or roasted, and are st'archy 
 and very nourishing. The natives prefer eating them
 
 78 
 
 cold rather than hot. The dalo, along with some sweet- 
 ening' matter, frequently forms the chief ingredient in 
 the native vakalolo, or puddings. The young leaves, 
 boiled and served like spinach, are an excellent vege- 
 table. Like the corms, they are extremely acrid 
 when raw, hut the acridity is removed by the heat 
 when cooking. 
 
 There are about 18 different varieties of the dalo 
 cultivated in Eiji. They differ from each other princi- 
 pally in the size and colour of the leaves and leaf 
 stalks. Some of the varieties are very handsome plants, 
 deserving a place in any collection of plants for hot- 
 house decorations. The natives interchange the tops 
 for planting from one district to another, from a cold 
 district to a warm, from a Avet to a dry, and from one 
 kind of soil to another. The Fijians know, by expe- 
 rience, that these changes are beneficial to the dalo 
 plant, and that a larger and better crop is obtained than 
 by constantly cultivating the same sort in the same 
 district or kind of soil. When the "tops" are ready 
 for planting, before the ground is in proper order to 
 receive them, they are preserved by partly immersing 
 them in water, generally in some place where they are 
 shaded from the sun. 
 
 Although the Fijians are well aware of the benefit 
 derived from manure when applied to then' "pet" 
 sugar caneSj they do not in general make use of it for 
 any of their crops. In selecting a piece of land for 
 growing their yams, &c, they are generally correct as 
 to the kind of land best adapted to the purpose, but as 
 in the choice of tin- situation they seem to be moved 
 by fancy. They have a Large area to chose from, and 
 tin spol selected may be as far as 5 or G miles from 
 llic town wliciv they live. Not because there is no
 
 79 
 
 land suitable for the purpose nearer, hut apparently 
 merely to gratify a whim, or faney. Then- time is 
 mostly at their own disposal. A kind of temporary 
 dwelling is erected close to the selected land to which 
 they remove with their families during the season for 
 clearing the land and planting the crop. After this 
 is completed, they return to the town (Koro), and 
 occasional visits are made to the plantation for the 
 purpose of weeding, &c, and to see how the crops are 
 growing. The common people generally assist the 
 chief in the heavy part of his agricultural labour, 
 clearing the land, &c, and the poorer people are 
 aided by their wives. The latter have to carry home 
 from the fields all the yams, canes, &c, the men evi- 
 dently thinking such labour beneath their dignity ; or , 
 more likely, they are debarred by custom from helping 
 the women. 
 
 Their cultivation is migratory. They seldom take a 
 crop of the same piece of land for two successive years, 
 except in well watered districts, when a crop of land 
 dolo may be found succeeding one of yams, or the 
 reverse. One crop, however, is the rule. The land is 
 then abandoned for an indefinite period, until its 
 fertility is restored. When such a system of cultiva- 
 tion prevails, a large area of country is required to 
 supply food to a comparatively small population. In 
 the elevated parts of the windward districts, little 
 injury is done by the unwooding of much forest land 
 annually for plantations — an equal extent being 
 annually abandoned. After an abundant fall of rain, 
 so rapid is the growth, that the land thus abandoned 
 is speedily covered by a dense growth of trees. In this 
 way a kind of balance is effected, provided that upon 
 such land, in after years, fire is prevented from entering
 
 80 
 
 and destroying the trees which are grown on it. This, 
 unfortunately, occurs too often, as the low-lying and 
 miss-covered hills on the windward side of Ovalau, 
 Vanua Levu, Viti Levu, and other islands testify. 
 This lias, also, heen the cause of unwooding the leeward 
 parts of Viti Levu, and Vanua Levu, the consequence 
 of which is that these districts are often weeks with- 
 out a shower, and the land is parched by drought, and 
 rendered almost barren. In short, it is apparent that, 
 with a dense population to support, and the annual 
 requirement of new land whereon to grow food crops, 
 if this system of agriculture be not abolished it will 
 bring ruin on the whole country. In the cultivation 
 of yams and dalo, or in the management of a canoe 
 on a rapid river, the .Fijian could give a lesson to a 
 more civilised being ; but, for the general welfare of 
 the country, it will be necessary to teach him another 
 system of agriculture, by showing him that by the use 
 of manure, crops of the same sort can be taken off 
 the same land for a succession of years. The intro- 
 duction of cereal food, as rice, flour, corn, &c, for the 
 use of the people, would help greatly to alter the 
 present vicious system of cultivation. 
 
 In digging and preparing the soil, forming aque- 
 ducts, &c, theFijians seldom use any other implement 
 than a pointed stick made of some hard and tough 
 wood, and the hands. Even now the spade or hoe is 
 seldom used, but they are becoming more common than 
 formerly ; and t lie use of these and other implements 
 will in time prevail. The native jnan of digging is as 
 follows. The men provide themselves with a digging 
 stick each, and by repeated blows of these make holes 
 round a piece of ground of about 2 feet in diameter ; 
 then by using the sticks as levers this piece of soil is
 
 81 
 
 turned over on its side, or upside down. Boys follow, 
 and break up these lumps by blows from short sticks, 
 pulverizing the soil with their hands. 
 
 Among native food plants the banana may be 
 ranked after the yam and dalo in order of merit. This 
 is more especially the case in the interior of Viti Levu, 
 where the people have not so many cocoa-nut trees 
 as those who live on the coast, and in the smaller 
 islands, where the cocoa-nut abounds. Even then the 
 bananas are largely used for food, roasted (when 
 green), raw (when ripe), also cooked with cocoa-nut 
 milk and the juice of the sugar cane, as a vakalolo 
 or pudding. Banana plantations abound everywhere, 
 and extensively so in Colo, i.e., the mountain districts 
 of Viti Levu. They are planted along the sides of the 
 road to shade the traveller from the sun, sometimes 
 forming avenues miles in length or more. The fruit 
 on these trees is tabu, that is forbidden to travellers. 
 The tabu is invariably respected by the natives. 
 
 Bananas are planted in rows, and the trees are 
 put down at about 8 feet apart, and the same dis- 
 tance is allowed between each tree. Suckers from 
 the sides of old roots are used as plants, the leaves 
 being cut off before planting for the reason already 
 mentioned. The soil in the place where the young 
 tree is to be planted, is dug in a circle of about 3 
 feet in diameter, and to the depth of 2 feet, and well 
 manipulated. The young trees bear in about two or 
 three years after planting. These plantations are fre- 
 quently formed on land that has yielded a crop of 
 yams or dalo. The latter is sometimes planted along 
 with bananas, whose leaves, as the natives say, shade 
 it from the sun, or more correctly they shade the 
 ground, and prevent a too rapid evaporation cf mois- 
 
 Q 2019. F
 
 82 
 
 ture. Bananas are extensively exported, but the 
 supply is considerably short of the demand. The 
 leaves of the banana are often used as plates for 
 serving food upon, as tablecloths, and also for wrap- 
 ping material. When used for the latter purpose, the 
 mid-rib is cut close to the leaf, which is passed several 
 times through the flames of a fire to make it tough 
 and pliable. Thus treated, the leaf does not split 
 readily. The leaves of the dalo are also used for the 
 same and similar purposes, for which they are pre- 
 pared as the banana. The stems of the common 
 banana yield a fibre scarcely inferior to " Manilla 
 hemp" (musa texilis), but it is not extracted. An 
 abundant supply of it could be obtained from such 
 a country as Fiji, where bananas are planted on 
 a large scale as food to the inhabitants and for ex- 
 portation. 
 
 Next to the above-mentioned food plants comes the 
 bread-fruit (artocarpus incisa) which is a most use- 
 ful as well as a highly ornamental tree. It sometimes 
 attains a height of 50 feet, but the average is from 
 30 to 40 feet. In general its trunk will measure 
 about 15 feet to the first branches, with a girth of 
 3 to 1 feet. It is a horizontal branching tree, with a 
 cone-shaped head. The leaves of the young trees are 
 sometimes 2 feet in length, and from 12 to 15 inches 
 in width. Those of the older trees are little more 
 than half that size. They are covered with rough 
 hairs, which makes them disagreeable to the touch. 
 Some of the varieties have leaves deeply lobed, and 
 those of some others arc almost entire. The fruit of 
 some of these varieties weighs as much as 9 lbs. ; that 
 of others does not exceed 1 or 2 lbs., and 4 or 5 pounds 
 may be reckoned the average weight throughout the
 
 83 
 
 group. They are hi general cone-shaped, flattened at 
 the base, or speriod. The quality of some of them is 
 excellent, dry and mealy like a potato ; that of others 
 is watery and insipid. They are either baked or 
 boiled, and eaten alone, or with pork or fish. Some- 
 times they are made into puddings, or buried under 
 ground, and made into a mandrm, i.e., native bread. 
 At all periods of the year there are some of the 
 varieties in fruit, but the fruit is most abundant from 
 the middle of February to the middle of April. In 
 some of the native towns the trees are abundant, 
 and groups of 20, or more, may frequently be seen 
 scattered over land which had been cultivated. Large 
 numbers of the trees were destroyed in the wars that 
 constantly occurred between different tribes, — the first 
 acts of an invading force being to destroy the food 
 plants and fruit-bearing trees of the tribe invaded. 
 
 One or more of the varieties of the bread-fruit 
 bear seeds, but the most of them are barren. It is 
 doubtful whether these seed-bearing trees are varieties 
 of the artocarpus incisa, or if they do not form another 
 species of the same genus. The wood of the bread- 
 fruit is used for some purposes by the Eijians, but it 
 is not so good as that of the " Jack " (artocarpus in- 
 tegrifolia) or the artocarpus hirsuta. It is soft, light 
 brown, with parallel veins of a reddish colour. When 
 wounded, the tree yields a large quantity of white 
 sticky juice, which is used for caulking the seams of 
 canoes. The tree is propagated by suckers attached 
 to a portion of the root from which the sucker has 
 sprung. The young trees grow rapidly, and in the 
 third or fourth year after planting they reach a height 
 of about 16 feet, and begin to bear fruit. They have a 
 picturesque appearance peculiar to themselves of which 
 
 F 2
 
 84 
 
 a minute description would convey a very indifferent 
 idea. 
 
 The sweet potato, kumara (ipoma?a batatas or 
 batatas edulis), is cultivated to a small extent by the 
 Fijians, and largely by the settlers, as food for their 
 labourers. There are two varieties, one of which has 
 tubers of a reddish colour, those of the other are 
 white. Both of these are excellent, and it is surprising 
 that they are not a favourite article of food with the 
 natives. These and yams were selling in Levuka last 
 year at from £4 to £6 per ton, according to quality, 
 and 5 or 6 tons can be produced from an acre of land. 
 
 Besides the above-mentioned plants which are cul- 
 tivated for food, there are others of less importance, 
 either growing wild in the forests or found in a semi- 
 wild state in many places. One of these is the 
 via mila (alocasia indica). It is found growing by 
 the sides of streams, at the edges of dalo patches 
 and marshy places throughout Fiji. It attains a 
 height of about 10 feet when full grown, and has a 
 handsome, striking appearance. The stem, the part 
 eaten, is frequently about 4 to 6 inches in diameter. 
 It is, if anything, more acrid than the dalo, and is 
 only eaten in times of scarcity, or, for a change. In 
 well developed plants, the leaves are about 3 feet 
 long, and from 2 to 2J broad at the base, smooth, and 
 of a dark green colour. In Seychelles, where the 
 plant is common, and by a curious coincidence called 
 "Via," the large, fleshy succulent stems, or im- 
 mense elongated conns, are used, when boiled, for feed- 
 ing pigs. The via kau, or via kana (cyrtosperma 
 edulis) is sometimes cultivated in swampy places 
 like dalo. Although in general use there is not 
 much of it eaten ; neither is it so good or so highly
 
 85 
 
 esteemed as the latter plant. Both the via mila and 
 the via kana are eaten cither hoiled or roasted. 
 Sometimes they are grated, and along with other in. 
 gredients made into madrai. The poisonous qualities 
 are driven off by the heat in cooking. 
 
 The daiga (amorphophallus campanulatus) grows 
 wild in almost every part of Fiji. The root, the part 
 used for food, is a flat tuber about 6 inches broad and 
 3 or 4 inches thick. The plant is herbaceous, and 
 the flower appears before the leaf; it has only one of 
 each. The flower, on well developed plants, is about 
 6 inches in diameter, and rises about 9 inches above 
 the ground. It has a curious and grotesque appear- 
 ance. The spathe, or outer floral covering, is brown, 
 and is supported in the centre by the spadix, around 
 which the spathe, when undeveloped, is closely wrapped, 
 — much in the same way as an unexpanded bell- shaped 
 tent is wrapped around the centre pole. As the flower 
 attains maturity the spathe expands like an umbrella, 
 but the margin is rolled inwards. Thus strengthened, 
 the margin is prevented from falling and covering the 
 spadix which, by the expansion of the spathe, is ex- 
 posed like the handle of an opened umbrella. The 
 individual flowers are sessile, and arranged closely 
 together round the spadix. When the flowers reach 
 maturity, they emit an offensive carrion-like odour, 
 which may be smelt at some distance. Though hidden 
 among long grass, the position of a plant of the 
 daiga, when in flower, is quickly ascertained by the 
 offensive smell and the swarms of flies that hover 
 about, it. As the individual flowers reach a mature 
 stage one after another the disagreeable smell is kept 
 up for a week or ten days. The leaf, which is hand- 
 some and pinnatifidly divided, pcdate-shaped, is from
 
 86 
 
 9 inches to a foot in length, and about 18 inches in 
 breadth, of a pale green colour, blotched with purple. 
 The foot stalk is about 3 inches in circumference, and 
 is covered with soft fleshy spines. The root of the 
 daiga is ripe when the leaf dies down, in which con- 
 dition it remains until the flower appears above the 
 ground the next season. It is considered nutritious 
 although very acrid, and it cannot be used until 
 cooked. It is said to aid fermentation, and is mixed 
 with some other roots and fruit in making Fijian 
 bread mad red. 
 
 Another esculent root yaka, or ica yaka (pachyr- 
 rhizus angulatus), is also found wild in all parts 
 of Fiji, but not so common on wooded as on open 
 grass land. It is a herbaceous plant, bearing tri- 
 foliate leaves and white flowers tinged with blue. 
 The roots, or tubers, are the edible part of the plant. 
 They grow to a size of about 3 feet in length and 
 3 or 4 inches in diameter. They have a flat, sweetish 
 taste, and are very stringy even when well cooked. 
 
 The tavoli (dioscorea nummularia), yields an es- 
 culent root which, when in season, is much relished 
 by the Fijians. It grows wild in the forests, and 
 abounds in some parts of Taviuni, Ovalau, &c. The 
 root is about the size of a large carrot. It is gene- 
 rally eaten roasted, and, although a little fibrous, 
 i^ dry and mealy, and its taste is not unpleasant. 
 The kaili (dioscorea bulbifera) is another yam, which 
 is found growing wild in the woods. It is not so 
 much ]•( dished as the If roll, and requires to be 
 soaked in water to remove its acridness before being 
 boiled or roasted. 
 
 The masawe (dracaena sp.) is largely cultivated 
 by the Fijians, and may be seen growing round the
 
 87 
 
 houses in every native town. The root is large 
 and soft, and full of a sweetish juiee resembling 
 stick-liquorice in taste. It is either chewed by 
 itself, or used by the natives to sweeten their vakalolo 
 — puddings. 
 
 The cassava, or tapioca plant (jatropha manihot), 
 has been recently introduced. Single plants and 
 occasionally small plantations of it were noticed in 
 the vicinity of several native towns, and it was seen 
 growing like a wild plant in many places in the 
 forests. Its presence there is most probably owing 
 to 'cuttings of it having dropped out of a bundle 
 while being carried through the forest. It grows 
 readily from cuttings of the stem. These cuttings 
 are generally about a foot in length, and are laid flat 
 in the ground at the bottom of a hole about 6 inches 
 deep, and then covered with soil to the depth of an 
 inch. As an article of food, the root is not much 
 relished in Fiji either by the natives or Europeans. 
 In Seychelles it is otherwise. There the roots are 
 frequently eaten raw, and by law, the planters, sup- 
 ply them for food to the labourers on the cocoa- 
 nut plantations. The young roots when boiled are 
 served as a vegetable and are very palatable, but 
 become hard and fibrous as they grow old. The 
 roots are also grated into a kind of meal, from which 
 cakes are made (much the same as oatcakes in Scot- 
 land). These cakes are to be found on almost every 
 table in Seychelles. 
 
 The ivi nut, in its season, is also largely used as 
 food throughout Fiji. When grated, it forms one 
 of: the ingredients of Fijian madrai. The kerne] is 
 roasted or boiled in the pod, and eaten either cold 
 or hot. Its taste is not unlike that of the chestnut,
 
 88 
 
 but to some stomachs ivi nuts arc very indigestible, 
 even when well masticated. The nuts of the tavola 
 (terminalia catappa) the " Country almond " of 
 India, is also extensively eaten during its season. 
 It requires no cooking, and has a pleasant almond- 
 like taste. 
 
 In order to preserve the produce of the earth from 
 one season to another, or to guard against want during 
 a season of drought, or a scarcity of food from any 
 cause, the Eijian digs a circular hole in the ground 
 4 or 5 feet deep, and lines it with leaves. The hole is 
 then filled with bread fruit,bananas, dalo, daiga, kawai, 
 a kind of yam, &c, all thrown together or placed in 
 layers. The whole is then thickly covered with leaves 
 and earth. The mass soon begins to ferment, and 
 emits a strong, sour, and very nauseous smell, which 
 may be felt at a distance of more than half a mile on 
 the leeward side of the pits. In a short time the 
 different materials form a tough doughy looking 
 lump. A portion of this is taken out as required, and 
 baked on hot stones or steamed in an earthen pot. 
 Such is the materials from which the Eijian bread, 
 madrai, is made, — certainly not inviting to the palate 
 of a European. In this manner some kinds of food 
 arc kept from one year to another. 
 
 So few potatoes are cultivated in Eiji, either by the 
 natives or by settlers, that they are scarcely worth 
 mentioning. That they would grow well, especially 
 in the dry parts of Eiji, and during the dry and cool 
 season, cannot be doubted. The settlers have not 
 time to devote to their cultivation, and the natives 
 are still ignorant of it. At present small quantities 
 of them are imported from Australia and New 
 Zealand, chiefly by dealers, and sold to the settlers.
 
 89 
 
 As regards European culinary vegetables, Fiji is 
 badly supplied. In fact vegetables grown in the 
 colony are scarce and of bad quality, and seldom 
 found on the table of any of the settlers. One or two 
 market gardens have been established by Chinamen in 
 the vicinity of Lcvuka ; but even there, where there is 
 more demand for vegetables than in any other place in 
 Fiji, the supply is meagre, and neither fruit nor vege- 
 table markets exist. From the gardens of these China- 
 men, cabbages, lettuce, parsley, shallots, radishes, 
 French beans, pumpkins, and sometimes carrots, tur- 
 nips, and cucumbers may be obtained, but the quality is 
 invariably bad. This is owing to bad cultivation, — not 
 supplying sufficient water to the growing vegetables, 
 and cultivating them at wrong seasons. This will be 
 remedied in course of time, as the demand becomes 
 greater, and the people get acquainted with the 
 method of cultivating the different kinds, the best 
 season for planting, and the kind of soil best adapted 
 for each. 
 
 Between vegetables peculiar to the tropics in the 
 warm wet season, and those belonging to the tem- 
 perate regions in the cool dry season, Fiji ought to be 
 well supplied with salads, pot vegetables, and fruits 
 of home growth all the year round. 
 
 Parsnips, rhubarb, long carrots, brussels-sprouts, and 
 brocoli will not likely succeed well in Fiji. But turnips, 
 cauliflowers, celery, kohl-rabbi, salsifa, red cabbage, 
 broad beans, would succeed well during from three to 
 six months of the cool season of the year. Beet-root, 
 green peas, spinach, cucumbers, pumpkins, endive, 
 chicory, lettuce, turnips, and radishes, could be on the 
 table during from six to nine months of the year ; while 
 potatoes, asparagus, cabbage, short carrots, onions,
 
 90 
 
 radishes, green maize, tomatoes, brinjals, french 
 beans, water cresses, ought to be plentiful during 
 from nine months to all the year. The want of any 
 one of these vegetables during the above periods, 
 of good quality and cheap, must not be attributed to 
 either the soil or climate of Fiji. In New Cale- 
 donia, and Mauritius, where soil and climate closely 
 resemble those of Fiji, all the above-named vegetables 
 grow during the periods mentioned respectively. 
 
 The Fijians have of late taken to the cultivation of 
 some European kitchen vegetables, notably cabbages, 
 which they hawk on the streets of Levuka. A small 
 garden planted with them was seen at na Sau-coka, 
 in the interior of A r iti Levu. The garden belonged to 
 the native minister of the " Koro." 
 
 Were the Fijians granted a supply of vegetable 
 seeds to begin with, and taught how to cultivate each 
 different kind, it may justly be inferred from the 
 liking which they have for field and garden work, 
 that they would soon be able to supply the community 
 with good and cheap vegetables. 
 
 The Fijians are fond of green vegetables, and culti- 
 vate several plants to supply them, in addition to 
 those that grow wild. They generally eat them with 
 pork and fowls, or fish. In heathen times, several 
 kinds were eaten with bakolo, or human flesh. No- 
 tably the malawaci (tropins anthropophagorum), 
 tudano (omalanthus pedicellatus), borodina (sola- 
 num anthropophagorum), and kurilagi (a pecu- 
 liar variety of dalo (colocasia antiquoruni). The 
 vegetables commonly used are the young leaves of 
 the tlalo. Like the root they are very acrid, and 
 require to be well cooked, in order to remove their 
 acridity and make them wholesome. The boro nil
 
 91 
 
 yaloka ni gata (solarium nigrum, var. oleraceum), 
 is also used by the Fijians, but not much by the 
 settlers. It generally grows on cultivated lands. 
 The bete or van van ni viti (hibiscus manihot), is 
 much used and extensively cultivated in several 
 districts by the natives. It has a taste not unlike 
 spinach. 
 
 At Kabi, the leaves of a plant belonging to Phy- 
 tolaccaccae were cooked and served as a vegetable 
 daily at dinner. They are superior to the bete, and 
 equal to spinach. Indeed, some consider them 
 superior to it. Taukuku ni vuaka (portulaca ole- 
 racea), a weed growing on all waste land, is also 
 much used by the natives. The young undeveloped 
 flowers of the ^vaulo (flagellaria indica), a grami- 
 neous climber common in all forests throughout the 
 colony, are also in great request during their season. 
 Another gramina, the drau&a t a plant somewhat 
 resembling the sugar cane, is cultivated largely in 
 some parts of Piji. As a vegetable it is much re- 
 lished by the Pijians all over the group. The un- 
 expanded panicle of young flowers is the part eaten. 
 If taken when young and tender, properly cooked, 
 and served with butter as sauce, it is reckoned, by 
 some, not inferior to asparagus. I regret that my 
 specimens of this plant were not in fit condition to be 
 named. They were not sufficiently advanced, and 
 from the demand for the flowering shoots, specimens 
 in full flower could not be obtained. To obtain these 
 in Eiji, a tabu or prohibition to touch, would re- 
 quire to be put on a few plants. Besides the above 
 plants, the young leaves of several kinds of ferns are 
 used as pot vegetables. These are litobrochia incisa, 
 alsophila excelsa, or bala-bala, in times of scar-
 
 92 
 
 city, angiopteris evecta, and asplenium esculentum — 
 oto. The last, from choice, is used most exten- 
 sively at all seasons and on all occasions. In general, 
 the Eijians hoil the vegetables, drain off the water, 
 and serve them in the same way as spinach. Some- 
 times they are baked along with pork, fowls, or fish, 
 at other times they are used as ingredients in fowl or 
 fish soup. These soups are often well prepared and 
 nicely flavoured.
 
 93 
 
 CHAPTER IV. 
 
 Fruit. 
 
 Fruit is plentiful in Fiji. Bananas, as already 
 mentioned, abound everywhere. Of these musa trog- 
 lodytarum, soaga, is said to be found wild in the 
 woods. I saw it only in plantations, or in land which 
 had been cultivated. As an article of export, to the 
 Australian colonies and New Zealand, bananas deserve 
 to be extensively cultivated. Practically, the market 
 for them is unlimited, and their cultivation, which is 
 not attended with much expense, will be remunera- 
 tive. The same may be said of pine aj>ples, the 
 balawa ni papa lag I (or foreign pandanus) of the 
 Fijians, which thrive remarkably well in Fiji. The 
 soil and climate are in a high degree suitable for their 
 cultivation, and they are produced in perfection. The 
 demand for them in the Australian and New Zealand 
 markets is great; the supply is scanty and unequal 
 to the demand. A few are grown by the Fijians, but 
 the cultivation of them is by no means general 
 throughout the group, — the gardens of the settlers 
 excepted. The cultivation of the pine apple and 
 good bananas, with perhaps oranges, limes, and lemons 
 by the natives, at easy distances from the ports where 
 the colonial steamers call, should be encouraged bv 
 Government, which might take the fruit from the 
 natives as part of their taxes. Two or three varieties 
 of the saddock, moli kana, have extended to all 
 parts of Fiji; so also has the lemon, moli hum
 
 9-4 
 
 kuru, and the lime, but the latter is not so plenti- 
 ful as the two others. Moli huru huru was seen at 
 some places planted as a "fightmg fence" around 
 some of the native towns. In many places the two 
 former, in a wild state, are more common than any 
 otlur kind of trees, and especially so between Suva 
 and Kaluha, where the air was loaded with the smell 
 of the decaying fruit. 
 
 The orange, moli ni tahiti, is not so common as 
 any of the above, still, it is not rare. Eewa is noted 
 the excellent quality of the oranges, which used 
 to 1>>' exported to Australia before they began to be 
 exte isively cultivated in New South Wales. As the 
 orange ripens in Fiji at a different season from 
 Australia, ii might still be exported there, and espe- 
 cially to Xew Zealand, where the climate is too cold 
 to grow them in the open air. Auckland, New 
 Zealand, is about as near Suva and Levuka in Fiji as 
 it I- Sydney, and from the climate and cheapness of 
 labour, oranges could be grown at a less expense in 
 Fiji than in Australia. At Namosi, in the interior of 
 Viti Levu, oranges are abundant, and their quality 
 cannot be excelled by those of any country. Dr. 
 Seeman left seeds of the orange there with Mr. 
 Danford, known in Fiji as "Harry the Jew," and 
 him instructions as to the treatment the trees 
 required The healthy look of the trees, and the 
 large crop- of fruit that they bear annually, give 
 evidence that these lessons have not been neglected. 
 The appearance of young trees in other districts, 
 particularly in the neighbourhood of Sura, indicates 
 plentiful crop- of oranges in future years. But to 
 insure this result some attention must be given to 
 the trees, which,, like some other things in Fiji, are
 
 95 
 
 generally left to nature to grow or die. If the shad- 
 dock and lemon are not indigenous to Fiji, it is diffi- 
 cult to say when, or hy whom they were introduced. 
 Large trees of the former, with trunks from a foot to 
 18 inches in diameter, may be seen in all parts of 
 Fiji, even in the centres of supposed virgin forests. 
 Although lemons and limes abound in Fiji, no lime 
 juice is made, but the abundance of the raw material 
 suggests the making of that commodity largely and 
 cheaply. 
 
 The daiva (nephelium pinnatum), is a kind of 
 litchi, but its fruit is inferior in quality to that of the 
 latter. When ripe it is about the size of a pigeon's 
 egg, not unlike it in shape, of a yellowish green 
 colour, and covered with soft fleshy spines. The taste 
 is flat, sweet, but not unpleasant. The aril, sur- 
 rounding the seed and lying between it and the 
 skin, is the part eaten. In some varieties this part 
 is about three-eighths of an inch in thickness. It 
 is soft and glutinous, and has a pale yellow semi- 
 transparent colour. There are many varieties of the 
 tree, and good hopes may be entertained that the 
 quality of the fruit will be improved by careful cul- 
 tivation. The fruit of some varieties of the clawa is 
 nearly twice the size of the litchi ; and a fruit bearing 
 variety, combining the size of the daiva with the 
 flavour of the litchi, would be an important addition 
 to tropical fruit. Owing to the seeds germinating 
 readily wherever dropped, forests of the daiva may be 
 seen in many parts of Fiji, — most commonly on land 
 that has once been cultivated. The reason for this 
 is that the growth of these young trees has not been 
 prevented by that of other trees previously established 
 on the soil.
 
 96 
 
 Eugenia malaccensis (Malay apple), the kav'tka of 
 the Fijians, is another indigenous fruit. There are 
 several varieties of it, but those most esteemed are 
 the white and the red fruit bearing kinds. It is a fine 
 symmetrical growing tree, frequently attaining a 
 height of tO feet, and its dark green foliage contrasts 
 beautifully with the bright red colour of its large 
 flowers and fruit. The fruit is borne on the branches 
 in clusters of three or more together. It has a 
 flavourless watery taste to a European, but is much 
 relished by the natives, who besides eating the fruit, 
 use it as an ingredient in their madrai, and the 
 flowers as an ornament for their hair. 
 
 The wi (sponias dulcis) also abounds in many 
 parts, and is most common about the native towns. 
 It is a sparsely and horizontally branched, deci- 
 duous tree, frequently growing to a height of 70 
 feet. The fruit, which is much relished both by 
 the natives and Europeans, is of a yellow colour when 
 ripe, very juicy, and has a pleasant sub-acid flavour. 
 It is about 8 or 9 inches in circumference, and some- 
 times weighs nearly a pound when well grown, but it 
 is full of wiry fibres that make it disagreeable to 
 persons who have tender gums. The settlers make it 
 into tarts, and also eat it in its natural state. The 
 tree is more common, grows better, and its fruits have 
 a finer flavour on the coast than on the elevated land 
 and wei climate of the mountains. 
 
 The tarawau ( dracontomelon sylvestre) is another 
 Fijian frail bearing tree. It grows to a height of 
 10 feet, and has a wide spreading head of branches 
 with bright green pinnated leaves. The fruit is 
 Bucculenl and juicy, lint the taste is flat and want- 
 in- in flavour. It is relished only by the natives.
 
 97 
 
 Planting the taraioau is, according to Fijian myth- 
 ology, the occupation of the departed in a future 
 state. 
 
 In addition to these, there are several other kinds 
 of fruit eaten by the Fijians, but not much re- 
 lished by Europeans. They are the lose lose (fiscus 
 vitiensis), the balawa (pandanus caricosns), the wild 
 bramble loagodra-godra (rubus tiliaceons), the bakoi 
 (eugenia richii), the sea (eugenia sp.), the naica- 
 nawa (cordia subcordata), the vutu hana (barring- 
 tonia excelsa) ; in fact, to a hungry Fijian scarcely 
 any kind of fruit, animal, bird, fish, or snake comes 
 amiss. 
 
 Water melons are abundant in Fiji, and are much 
 esteemed both by Fijians and settlers. The bottle 
 gourd is also common, but not the sweet melon, which, 
 from some cause, is entirely neglected. The carica 
 papaya (the papaw, mamme apple, or mummy apple, 
 — as the settlers wrongfully persist in calling it), 
 is not uncommon throughout the group. The Fijians 
 eat it raw, but by Europeans it is cooked and eaten as 
 a vegetable or a preserve. " The leaves possess the 
 " property of making tough meat tender ; and the 
 " seeds are an efficacious vermifuge for children." — 
 (Seemann.) 
 
 Of other exotic fruits that have been introduced 
 into Fiji, and thrive there, may be mentioned 
 the following, viz., the guavas, psicliums pomiferum, 
 pyriferum, chinensis, and cattleyanurn. The first 
 two are now quite naturalised in Viti. They are 
 most common in the vicinity of European settlements, 
 whence they will ultimately spread throughout the 
 colony. On the rocky soils near Levuka they have 
 grown into a dense scrub in some places. The last- 
 
 Q 2019. G
 
 98 
 
 named two are of recent introduction, and it is not 
 long since they began to bear fruit, but they will soon 
 be equally at home. The little black-fruited psidium 
 cattleyanum resembles the strawberry in taste, and is 
 i he best flavoured of the four. The yellow fruit of 
 psidium chinensis is the least palatable, but it makes 
 an excellent preserve. Guava jelly is made from the 
 first two, but there is not so much of it made in Fiji 
 as in Mauritius and some other countries. The 
 loquat, or bibassier, has also been introduced, but 
 at present it is only grown on the coast, where the 
 climate is too hot for it bearing well. In the tropics 
 it bears best in elevated situations, where the climate 
 almost resembles that of temperate regions. 
 
 The white and the black fruited varieties of the 
 mulberry (moras indica) are common throughout 
 Fiji. Some towns in the interior of Viti Levu are 
 surrounded with a fence of them. A bank, or wall 
 of earth and stones, has been thrown up from 4 to 
 feet in height as a sort of fortification, with a 
 broad and deep ditch on the outside (frequently on 
 both sides of the bank). On the top of this wall or 
 bank, a thick fence of mulberries, lemons, and, in some 
 places, of barringtonia racemosa and jatropha cur- 
 cas, lias been planted. The two last chiefly at the 
 Koros on the coast or low]ands. The hollow trunks 
 of tret' ferns have been laid horizontally through the 
 wall, and used as loopholes for the defenders to fire 
 from. The healthy, thriving appearance of the mul- 
 berry in Fiji suggests that silk, in the form of cocoons, 
 miglrl be added to the products of the colony. No 
 doubi need be entertained about the suitability of the 
 climate of Fiji for rearing the silkworm, and the 
 cocoons could be produced very cheaply. " The growth
 
 99 
 
 of silk " among the natives might he encouraged by 
 Government. 
 
 The anona squamosa, or custard apple, thrives 
 well in Fiji, and is now common in the gardens of the 
 settlers. This augurs well for the success of other 
 fruit-bearing species of anona. 
 
 The grandilla (passiflora quadrangularis) is quite 
 common, and bears annually loads of delicious fruit. 
 
 The pomegranate is not less common, but it does 
 not bear so freely. The rind is a reputed cure for 
 dysentery in some countries. 
 
 The mango has also been introduced, but so recently 
 that only a few of the older trees have begun to bear 
 fruit. No certain idea can be formed as to how the 
 flavour of the fruit will be affected by the climate of 
 Fiji. The young trees present a hopeful appearance. 
 The mango is more prolific and the fruit is of 
 better quality when grown in a dry climate than in a 
 wet one, notwithstanding that the trees are gene- 
 rally larger and healthier in the latter than in the 
 former. Moist, showery weather is more favourable 
 to the growth of wood than of fruit. Although in a 
 wet district the trees may yearly show an abundance 
 of flower, yet, should a tropical shower pass over 
 them while in blossom, scarcely a flower will set in 
 a whole orchard of mango trees. Hence it may 
 safely be affirmed that the best crops and the finest 
 flavoured fruit will be produced in the dry localities 
 of Fiji. The prevalence of either wet weather, or 
 a cloudy sky, prevents fruit from being well flavoured 
 m any country. 
 
 The alligator pear or avocada (persea gratis- 
 
 sima) has lately been introduced, and its success 
 
 G 2
 
 "100 
 
 may be deemed certain. The same may be predicted 
 of the jack, tamarind, litclii, longan, &c Regarding 
 the mangosteen and durian, one cannot speak with 
 the same certainty, as they are natives of a much 
 hotter climate than Fiji. However, a trial of both 
 should be made, and were the trees planted in shel- 
 tered valleys at a low elevation, where the climate is 
 moist and warm, the soil rich, constantly moist, but 
 well drained, the results would be hopeful. 
 
 Moderate success has hitherto attended the cultiva- 
 tion of the fig tree (ficus carica) in Fiji. It is in 
 every settlers garden, and frequently bears a fair crop, 
 but the fruit is not so well flavoured as in a temperate 
 climate. 
 
 Considering that some varieties of the peach do 
 well in Mauritius and New Caledonia, there can be no 
 doubt that they will grow equally well in Fiji, espe- 
 cially if the varieties are obtained from either of these 
 colonies, or the northern parts of Queensland. 
 
 Strawberries also trrow fairly well in the above 
 islands, and it may be expected that they will prosper 
 in Fiji, particularly in the cool parts of Viti Levu, 
 Vanua Levu, and the mountains of Taviuni and 
 Ovalau. The climate of Fiji is in no part cold 
 enough for the common raspberry, but another species 
 (rubus rosrefolius), common in the forests of Mau- 
 ritius and Seychelles, would thrive well in Fiji, and 
 prove a valuable addition to the fruit-bearing plants 
 of these islands. 
 
 Tin' climate of Fiji is not favourable to the culti- 
 
 tion of the grape-vine. The plants grow fairly, 
 her,, me evergreen, and occasionally bear a few bunches 
 of Mnall fruit. The climate is not too hot for the 
 vine, and the wanl of success is due to the plant not
 
 101 
 
 getting a season for rest. This might be remedied by 
 planting it in those parts where rain seldom falls ; 
 the drought would have the same effect on the plant 
 as the cold weather of a temperate climate. However, 
 the cultivation would require to be carried on entirely 
 by irrigation, and the roots kept under the complete 
 control of the cultivator. In this way two or three 
 crops could be got in the year from the same plants, 
 as at Jaffna, Ceylon. 
 
 Such fruits as the apricot, plum, cherry, apple, 
 pear, gooseberry, currant, &c, will not grow in Piji, 
 as the climate is far too hot for them.
 
 102 
 
 CHAPTER V. 
 
 Obnamentax Plants — Starch — Spices — Clothing 
 — Mats — Pans — Cordage. 
 
 In the vicinity of their dwellings, arid in their 
 burying- grounds, the Pijians cultivate several kinds 
 of flowering and foliage plants. Of the latter were 
 seen several kinds of fine crotons, 20 varieties of 
 beautiful draccenas, an immense number of coleus of 
 nearly all colours, the admirable amaranthus salici- 
 folius or tricolor, the pretty alternanthcra parony- 
 choides (in several varieties), called by the settlers 
 "Fiji grass," three or four kinds of acalyphas, two 
 or three varieties of panax, near p. fruticosus, dani- 
 dani, one or two species of euphorbia, a dwarf variety 
 of hibiscus tricuspis, vaudra, two kinds of orna- 
 mental grasses, one having reddish, and the other varie- 
 gated (green and white) leaves. Among flowering 
 plants were noticed some gay varieties of hibiscus, 
 near h. rosa-sinensis. Several double flowering sorts 
 of hibiscus are cultivated ; one, with bright scarlet 
 flowers about 6 inches in diameter, was very conspi- 
 cuous. Balsamins, gompliernas, and marvel of Peru, 
 :ommon favourites of the natives. The fragrant 
 white trumpet flowering brugmansia suaveolens, a few 
 varieties of roses, bauhinia richardsoniana, &c., are 
 also much coveted by t lie Pijians. The natives like 
 »wee1 smelling flowers growing near their 
 houses, Mich a- the bua (fagraea berteriana), one
 
 103 
 
 or more species of drymispermum and lcucosmia, 
 locally termed sinu dina, sinu danu, and niataiavai, and 
 the peculiar scented uci salu-salu (evodia liortensis), 
 whose leaves when crushed emit a pungent odour 
 resembling peppermint. With the flowers of the 
 bua, sinu dina, mataiavia, makosoi (cananga odorata), 
 bua siu (lindenia vitiensis), some species of dolicholo- 
 bium, buabua (guettarda speciosa), jasminums, wa 
 vatu, the vasa (cerbera lactura), and hoyas, iva-bibi, tlie 
 Fijians make wreaths, necklaces, sashes, and belts or 
 bands. The sashes go over the shoulder, cross the 
 chest, and pass under the arm, and the belts are worn 
 round the body. The flowers are strung upon a 
 cord, made from the bark of the vau (hibiscus tilia- 
 ceus), or a bit of a tough climbing plant, and the 
 corolla tube of one flower is inserted into the corolla 
 tube of the flower next below it. Sometimes chaplets 
 wreaths, &c, are made of the wa kalo (lygodium 
 scandens), and the fronds of other delicate ferns, 
 artistically woven or plaited together, along with 
 the red leaves of dracsenas, and those of odoriferous 
 plants as the cevuga (amomum augustif olium) , or 
 a graceful mixture of foliage and flowers, is not un- 
 frequently used. 
 
 The native, in ornamenting himself with gay 
 flowers, seems to study his own taste, and takes 
 delight in being adorned differently from his neigh- 
 bour. 
 
 They also profusely anoint their heads and bodies 
 with oil to which a fragrance has been imparted by 
 the gratings of sandalwood, macoua, the bark of 
 cinnamomum pedatinervum, and some other species 
 of the same genus ; — The flowers of the maketa 
 (parinarium laurinium), makosoi, laga kali (my
 
 104 
 
 specimens of this plant were not sufficient to 
 identify it), leba (eugenia ncuroealyx), the leaves of 
 a species of litsea, the uci, &c. In a word, every- 
 thing is used that will impart a perfume to the oil, 
 but the odours of sandalwood and macou are the most 
 valued. 
 
 In the gardens of European settlers many tropical 
 fl iwering shrubs and trees, climbers, and ornamental 
 laved plants are cultivated; by some with care, 
 taste, and skill. These plants are chiefly cletorias, 
 hibiscuses, eranthemums, russellias, ipomaaas, dra- 
 eienas, acalyphas, coleus, alternantheras, gardenias, 
 roses, &c. Every vessel from Australia, New He- 
 brides, the Solomon, or Marquesas islands, brings 
 additions to the collections of amateurs, such as rare 
 specimens of hibiscus, dracamas, crotons, palms, &c. 
 
 The Eijians do not make use of the roto (cycas 
 circinalis) or the soga (sagus vitiensis) as sago 
 yielding plants. This is an article they seem to be 
 unacquainted with, and it has not been made in Eiji 
 from these plants by any one, Seemann excepted. Prom 
 the roots of the yabia (one or more species of tacca), 
 a fecula is made. It is like arrowroot, but darker in 
 colour, and more nutritive. It is used in the same 
 way as arrowroot. Those who have tried both prefer 
 the yabia when they can obtain it pure and clean. 
 The yabia grows abundantly in all parts of Eiji, but 
 it is more common in the interior of Vanua Levu than 
 . other locality visited. The plant is not culti- 
 vated, but grows freely among grass in almost any 
 soil. It is herbaceous, and the leaves come up annually 
 after the wot season has set in. At the beginning of 
 the cool dry season the leaves turn yellow and decay, 
 bin the -talks remain in the ground, free from the
 
 105 
 
 tubers. At this stage the tubers are iu proper condi- 
 tion for digging, and the decayed leaf stalks point out 
 their exact position to the diggers. 
 
 Turmeric (curcuma longa), the cago of the Eijians, 
 abounds in all the islands. Like the yabia, it is her- 
 baceous, and the rhizomes are fit for digging when 
 the leaves have died. When prepared, it is called 
 rerega, and is used for cosmetic purposes, dyeing 
 garments, &c. 
 
 Cassava (jatropha manihot), is cultivated by some of 
 the settlers for making tapioca, but there has not yet 
 been much of it made. The " plant ,J for grating the 
 roots and granulating the tapioca, is but recently set up. 
 
 Arrowroot of very fine quality is made in one of 
 the islands, from maranta arundinacea, and a species 
 of canna which has recently been introduced. Both 
 plants thrive remarkably well, but the largest yield of 
 fecula is obtained from the canna. A considerable 
 area of land on the island of Koro has been planted 
 with these, and machinery for the manufacture of 
 arrowroot has been erected there by an enterprising 
 gentleman. Steam power is used for grating the 
 rhizomes or roots, and the fecula is dried by heated 
 air. The estimated yield per acre is said to be about 
 1,300 lbs. The arrowroot is sent to England, 
 Australia, and New Zealand. It is cleanly made, 
 pure, and its quality is not inferior to that made in 
 any country. Some persons think that the quality of 
 white arrowroot is inferior to that which has a 
 slight brown or yellowish tinge. This is a mistake. 
 Arrowroot when pure is white ; when coloured in the 
 slightest degree, it has not been perfectly cleaned. 
 As the quality of white sugar is superior from its 
 cleanness to brown, so the quality of white arrowroot
 
 106 
 
 ia superior to that which is coloured. The value of 
 the arrowroot exported during 1878 was 776/., in 1877, 
 500/., and 281/. in 1876. 
 
 Three or four species of nutmegs (myristica), called 
 male, grow wild in the forests of Fiji. Some of 
 the settlers use the fruit of one of these (myristica 
 eastancefolia) as a substitute for the nutmeg (myristica 
 moschata). It closely resembles the latter in size 
 and shape, and in the colour of its aril, or mace, but 
 its aromatic properties are not so well developed. A 
 quantity of them was sent to Sydney, but the Chinese 
 in that city soon detected the want of flavour, and 
 there was no further demand for Fiji Nutmegs. It 
 may be presumed, from species of the genus being 
 found in the jcolony, that the soil and climate will 
 prove favourable to the growth of the true nutmeg. 
 They are undoubtedly favourable. Although proof of 
 success is yet wanting, no one need hesitate in plant- 
 ing the tree in Fiji, especially in the sheltered valleys 
 and hillsides in the interior of the large islands. 
 
 None of the native cinnamons possess the grateful 
 aromatic fragrance of the cinnamon of Ceylon (cinna- 
 momum zeylanicum), and, consequently, they are of 
 no value as articles of commerce. Their presence, 
 however, among the indigenous plants of the colony, 
 bespeaks a successful issue in the cultivation of the 
 true species whenever it may be tried. The cinnamon 
 is n hardy plant, which will thrive in the poorest soils. 
 There is no doubt of its growing well in Fiji. By 
 some of the settlers macou is used as a substitute 
 For cinnamon in seasoning custards, puddings, &c, 
 liii t, ;it the best, it is a poor exchange. 
 
 Tin- clove and allspice will thrive in all parts of 
 the colony, the sr.il and climate being favourable to
 
 107 
 
 them. There are no seed-hearing spice trees in Fiji, 
 and however well suited these islands may naturally 
 be for their growth, the cultivation of them will not 
 be extensive until the trees hear seeds in the colony. 
 No doubt this is the case with every new species of 
 plant that is introduced. But while the plants are 
 growing time is not lost. It gives intending planters 
 leisure to think. Many erroneous ideas arc exploded ; 
 a great deal of information and experience is gained 
 as to the kind of cultivation the newly-introduced 
 plants require ; kind of soil and situation that suits 
 them best ; most efficient method of manufacturing 
 or preparing the produce for market ; and in this way 
 the enterprise is taken beyond the region of hazardous 
 speculation or experiment. 
 
 The cultivation of ginger (zingiber officinalis) has 
 lately been tried in Fiji. The plant will thrive ; but 
 as yet planters are only feeling their way as to its 
 proper treatment, and the preparation of the produce 
 for market. There is a native ginger (zingiber zer- 
 umbet), but it is of no market value, as its rhizomes 
 have an unpleasant flavour. 
 
 Several species of piper (pepper plant), are found 
 wild in Fiji. None of them yield a product of any 
 value. The colony is eminently adapted for the 
 cultivation of the pepper plant (piper nigrum). 
 A few plants of it have been introduced, and although 
 the stock can be easily increased by cuttings, igno- 
 rance as to the cultivation of the plant, and the 
 manner of preparing the berries for market, will be 
 a draw-back for some time to come. 
 / Piper methysticum agona is grown to some 
 extent by the natives (chiefly round their houses), 
 for making their favourite beverage agona
 
 10S 
 
 or kava. When well grown it is a noble, pictu- 
 resque-looking plant, worthy of cultivation in our 
 English hot-houses. The root is the part used, 
 and the plant is easily propagated by cuttings. Of 
 late, attention has been called to the medicinal pro- 
 perties which the plant is said to possess, and a 
 quantity of it has been exported to the Australian 
 colonies. The Fijians give presents of its roots to 
 their chiefs, friends, and anyone that they wish to 
 propitiate. Between them and some of the traders 
 it has a recognised market value, at which it is bought 
 and sold, varying according to the supply and demand. 
 The best quality is grown in the mountains where it 
 grows most luxuriantly, and in great abundance. 
 The Pijians say that the bird's-eye pepper or chillie 
 plant, boro ni papain gl, or foreign boro (capsicum 
 frutescens), is not a native of their country. If so, 
 it has long been naturalised, and is now one of the 
 most common plants in these islands. It bears an 
 abundant crop of fruit, very pungent in quality, from 
 which excellent cayenne pepper could be made. It 
 is largely used by the settlers to give pungency to 
 curries, sauces, &c. Some kinds of domestic fowls, 
 such as turkeys, guinea fowls, &c, are very fond of its 
 fruit, and it is said to give their flesh a pleasant spicy 
 flavour. 
 
 Among the natives, the use of cotton cloth for 
 8ulvs is annually increasing. Still, their wants in 
 tin's respect arc to a great extent supplied by the 
 bark of the masi (broussonetia papyrifera), which 
 la extensively cultivated for the purpose. The muci- 
 lage,&c., i^ beaten out of the bark with wooden mallets; 
 and t he glutinous nature of the fibre serves in a great 
 measure to join pieces of the bark together till the
 
 109 
 
 required size is attained. To strengthen the joinings, 
 a paste made of yabia, or some other adhesive sub- 
 stance, is used. The cloth is sometimes made to 
 a degree of fineness resembling the finest gauze ; 
 and by being frequently washed and bleached it 
 becomes perfectly white. 
 
 Besides sulus and turbans for the head, mosquito 
 curtains and hanging screens are made of it. These 
 screens are used as partitions to divide a house into 
 compartments. They are printed in various patterns 
 which, although displaying a good deal of taste in 
 design, are poorly executed. The colours are placed 
 on raised forms made of strips of wood, generally of 
 bamboo. The juice of the laud (aleurites triloba), dogo 
 (rhizophora mucronata), and kura (morinda citrifolia) 
 is largely used for this purpose. 
 
 A coarse cloth is made, in the same manner as 
 masi, from the bark of several species oibaha (ficus), 
 which grow in great numbers in Fiji. It is worn 
 by the poorest class of the people, and only, when 
 better cannot be got, by the well-to-do. 
 
 The liku is a dress much worn by the Fijians on 
 festive occasions. It is made of the fibres of differ- 
 ent kinds of plants. One end of the fibres is fastened 
 to a band which is tied round the waist, the other 
 end hangs down over the thighs like a fringe. The 
 length of the liku varies according to the rank of 
 the wearer, some of them reaching to the knees, 
 others only to the thighs. The most fashionable 
 likus are made from the wa loo, a species of 
 fungus (rhizomorpha), that grows on decaying trees 
 in swamps, and prepared leaflets of the cocoa-nut tree 
 stained black or yellow by mud and turmeric respec- 
 tively. The fibres extracted from several species of
 
 110 
 
 van (paritium tiliaceum, tricuspis, and purpurescens), 
 
 arc are also used for Ukus, particularly in the in- 
 terior of Viti Lcvu. The tough woody branches 
 and stems of some climbers, beaten into fibres, are 
 used for the same purpose. The climber from which 
 the most of these are made is alyxia bracteolosa. 
 
 When working, or travelling along a muddy path, 
 or through long wet grass or reeds, the Fijian doffs 
 his clean cotton sulu or fashionable Uku, and dons 
 one of the latter, made of very simple material, 
 viz., one or two banana leaves, which he fastens 
 round the loins by their mid-ribs and allows the 
 blades of the leaves to fall in shreds over his thighs, 
 A man's lihu hanging on a stick or laid upon a 
 stone by the side of a stream, is a tabu against 
 women bathing there ; and if a woman's llku, it is 
 a tabic against any man going near the place. 
 Anyone who knowingly breaks the tabu smarts 
 for it. 
 
 The leaves of some species of pandanus (p. odor- 
 atissimus and caricosus) balaiva and voivoi, are used 
 for making mats to cover the floors and sleep upon. 
 The finest mats are made from two species of sedge, 
 called kauta and ya (eleoeharis articulata and varie- 
 gata) which grow profusely in swamps. The leaves 
 are well bleached in the sun before being used. 
 This renders them tough and pliable, and gives the 
 mats a yellowish colour when made up. 
 
 Fans are made from the fibres of various plants. 
 Those most valued are made from a single leaf of a 
 fan palm (pritchardia pacifica), bordered with a strip 
 of bamboo, to prevent the leaf splitting. The borders 
 of mats and fans are tastefully ornamented with 
 ("loured wool, feathers, &c.
 
 Ill 
 
 Besides for making mats, the above materials arc 
 also employed in making baskets of divers models. 
 Different designs are wrought out on the baskets, 
 by using plain or stained material. The strongest 
 baskets are made from the split stems of flagcllaria 
 indica, and the mid-ribs of cocoa-nut leaves ; a strip 
 from the outer part of these being used. A kind of 
 ratan (calamus), well adapted for basket making and 
 all kinds of wicker work, is common in the mountain 
 forests of Taviuni. As no articles made from it were 
 seen, it is not supposed to be used for basket making, 
 or in fact for any purpose. It is a strong growing 
 plant, climbing to the tops of the highest trees. Its 
 leaves, divided into leaflets like those of a palm, end 
 in a spiny tendril, and their mid-ribs and veins are 
 covered with recurved spines. The stems can be 
 divested of the leaf-sheaths, which adhere to them, 
 by steeping in water and exposure to strong sunshine. 
 
 Hopes, &c, are made from the fibres of vau 
 (paritium sp.), JealaJcakaisau (hibiscus diversifolius), 
 sinu mataiavl (wikstrcemia indica), yaka (pachyr- 
 rhizus angulatus), cocoa-nut fibre or sinnet, &c. 
 These fibres are extracted by maceration, beating, 
 or scraping with a shell. Pishing nets are principally 
 made from the fibres of sinu mataiavl, and the yaka, 
 plaited hard like whip- cord. They are as strong 
 and lasting as those made of hemp. Plaiting sinnet 
 is a favourite occupation of the Pijians, in which 
 all can take part.
 
 112 
 
 CHAPTER VI. 
 
 Timber — Native Houses — Minor Forest 
 Produce. 
 
 The forest of Piji contain many valuable timber 
 trees, of which a few may be mentioned. 
 
 The vest (afzelia bijuga), yields perhaps the most 
 valuable timber in Piji. It generally 'grows on 
 the shore or sandy beaches, and in rocky clefts, 
 and by the sides of streams in the interior (on the 
 north-west sides) of Viti Levn and Vanua Levu. 
 It is not a lofty growing tree, but its branches 
 are wide spreading. The length of the trunk is 
 seldom more than 20 feet, and its diameter is fre- 
 quently from 3 to 4 feet. Its wood is of a dark 
 brown colour, closely and evenly grained, heavy, and 
 hard, but easily worked ; very durable in any situation, 
 and capable of taking a fine polish. It is a most valu- 
 able timber where strength and durability are required, 
 and in no respect inferior to teak. Knotty and gnarled 
 portions of it are excellent substitutes for lignum 
 vita? in making block-sheaves. Large sound trees of 
 it are now scarce in the colony, owing to its having 
 been extensively used in the construction of large 
 canoes, for which the Pijians were famed. It is used 
 in house building as pillars to support the wall plates 
 and centre ridges; also in making agona bowls, 
 native drums, or talis, &c. The tree is common 
 on the shores of nearly all tropical countries, from 
 the oast const of Africa, through the Mascarene, 
 Indian, Malayan, and Polynesian islands to the western
 
 113 
 
 shores of America. But it is not common, if at all 
 found indigenous, at a distance of more than 20 degrees 
 of latitude north or south of the equator. It is not 
 found wild in Mauritius, and I did not see it in the 
 Sandwich islands. It is of slow growth, requiring 
 ahout 140 years, or more, to reach maturity. 
 
 The tavola (terminalia catappa) is found like the 
 vest over a wide range of tropical countries, cither 
 growing spontaneously, or planted for the pleasant 
 shade of its foliage. In Eiji, it grows naturally 
 on the shores, and on the banks of streams, in the 
 interior of the larger islands. It is also planted about 
 the native towns for its shade. It is a lofty horizon- 
 tally branched, deciduous tree, which frequently grows 
 to a height of 70 or 80 feet, with a trunk from -1 to 8 
 feet in diameter, and sometimes a height of 40 feet 
 from the ground to the lowest branches. The timber 
 is of a light brown colour, with darker veins, easily 
 worked, not very hard nor heavy, and about the same 
 density as teak, which, in outward appearance, it some- 
 what resembles. The timber is durable when kept 
 dry, but decays fast in places where it is alternately 
 wet and dry. It is very useful for house building 
 purposes, such as flooring, partitions, inside doors, 
 &c. The tavola is said to make the best sounding 
 kills. These are dug or hollowed out, like a trough 
 from a portion of the trunk, leaving thin sides, and 
 about 4 inches of the wood at each end. The sides 
 are beaten by two sticks about 18 inches long. In 
 different ways, measures or time is beaten on them, the 
 meaning of which is known by the natives and the " old 
 hands " or settlers. The sound of the lali is not 
 unpleasant when beaten by a practised hand, and a 
 good sounding one may be heard at a distance of 
 
 Q 2019. H
 
 114 
 
 1 or 5 miles on a quiet morning. The trunk of the 
 tavola and some other trees, notably the dakua 
 and damanu, are used, faute de niieux, for making 
 "dug out" canoes or takias, for navigating rivers 
 and smooth water round the shores, and inside the 
 reefs. 
 
 The dilo (calophyllum inophyllum) is another 
 large tree. Like the preceding two, it is common on 
 the shores of most tropical countries, and not unfre- 
 quently found in the interior, where, if in dense 
 forests, it sometimes attains a height of 60 or 70 feet, 
 — being forced up by encroachment and protection of 
 surrounding trees. On the shores it seldom grows to 
 a lofty tree, but has large wide-spreading branches, 
 and a trunk frequently 7 feet in diameter. Like the 
 other calophyllums mentioned below, it yields a valu- 
 able and useful timber. The crooked branches of the 
 trees grown on the sea-shore, are useful as "knees" 
 in the construction of boats and large sized vessels. 
 The seeds yield the dilo or " Tacamahaca " oil of com- 
 merce, which used as a liniment, is of high repute in 
 the east as a cure for rheumatics, &c. When the bark 
 of the tree is wounded, the sap, which flows gently 
 from the wound, is of a clear, transparent, greenish 
 colour. By exposure, it gradually thickens into a gum- 
 resin which is the "Tacamahaca" resin of druggists. 
 The oil as well as the resin is used by the Pijians and 
 " old settlers" as a cure for rheumatics, pains in the 
 joints, and as a balsam for wounds. There is not 
 much of its oil now made in Eiji, and it is not 
 easily obtained pure. The native method of extracting 
 ii [s rude. As the tree is not uncommon in several 
 Localities, its seed might be collected by the people as 
 B Q-overnmenl lax, and the market value of the oil
 
 115 
 
 ascertained. It is believed to be still of considerable 
 value, and about 18 years ago it was worth 90/. per 
 tun. 
 
 The clamanu (calophyllum burruanni), damanii 
 dilo dilo, and another unnamed species, yield the 
 " damami timber " of [Fiji. It is of a light brown 
 colour, beautifully but somewhat coarsely veined, 
 tough, strong, and bears a heavy strain. It is 
 deservedly esteemed in house and ship-building, being 
 durable in mostly all situations. It warps, however, 
 if not well seasoned, and the grain is rather curly, but 
 it is not difficult to work. Planks and logs of it have 
 been shipped to the Australian colonies, where they 
 have met a ready sale at remunerative prices, Some 
 of the timber has also been sent to the London market, 
 but the result has not been made known. The timber 
 of these species with that of the dilo, is celebrated 
 for making excellent spars for small vessels, where 
 strength and toughness are important requisites. The 
 trees are common throughout Fiji, in dense forests on 
 the windward sides of the islands, and near streams on 
 the leeward or dry sides. They grow to a large size, 
 and with what, in the tropics, is considered ordinary 
 rapidity. The annual growth in height of a well- 
 established young tree in fairly good soil will be from 
 3 to 4 feet. As the tree gets old the growth is slower, 
 and it will probably take about 80 years to reach 
 maturity, when it will have attained a height of about 
 60 or 70 feet, with a trunk, — a clean, smooth cylinder, 
 of some 35 or 40 feet in length, having a diameter of 
 2J feet at the base and 2 feet at the top. The timber 
 is useful for many purposes long before the tree has 
 reached maturity, on which account the tree is 
 especially valuable. 
 
 H 2
 
 116 
 
 The dakua (dammara vitiensis) may be termed 
 the Jcawrie pine of Fiji. It attains a great size, 
 growing sometimes to a height of 100 feet, with a 
 trunk of 27 feet in circumference and 60 feet to the 
 first branches. This may be reckoned the maximum 
 size of the tree. A living specimen that has almost 
 reached these dimensions has been noticed. Dakua 
 timber is light, close-grained, white, and easily worked. 
 It makes good spars, and is useful for a variety of 
 purposes. Its quality is equal to good pine. Large 
 numbers of the best trees have been felled in the more 
 accessible forests, and large-sized trees are now con- 
 fined to the interior of Yiti Levu and Vanua Lcvu. 
 In some parts of these islands it is common, though 
 not abundant, and it is now rare, if not extinct, in the 
 other islands of the group. The tree exudes an in- 
 flammable gum-resin called ma/cadre by the Fijians, 
 who use it for burning as a lamp or torch. The gum 
 is also used in glazing their pottery. The smoke of 
 the burned resin also yields a black dye, which the 
 Fijians used instead of the laud in dyeing their 
 cloth, tatooing, &c. The kawrie gum is a valuable 
 article of commerce, but large pieces of it can now 
 rarely be got in Fiji. The inflammable nature of the 
 gum has undoubtedly been an important factor in the 
 destruction of the trees by fire, which has extermi- 
 nated them in many localities in the dry districts. 
 
 The </"/,■''" salu salu, or lean solo, as it is termed 
 in some localities, (podocarpus vitiensis), is a fine 
 handsome tree, in its leaves and appearance, closely 
 resembling 1b< v Australian araucaria bidwellii. It 
 does not attain the dimensions of the dakua, and 
 seldom exceeds 60feei in height, — its greatest circum- 
 ference beinn' about 15 i'cet. It is not so common as
 
 117 
 
 the dakua, but is found in Viti Lcvu and Vanua Levu 
 forests from the level of the sea to the tops of the 
 mountains. Its timber is of a light brown colour, 
 easily worked, tough, strong, durable, and capable of 
 taking a fine polish. It can be used for almost any 
 purpose connected with house and boat building, and 
 cabinet-making. 
 
 The lewlninini (dacrydium alatum), is a smaller 
 sized tree than the last named. It grows to a height of 
 about 50 feet, and its trunk rarely exceeds 12 feet in 
 circumference. It is found also in Viti Levu and 
 Vanua Levu, and ranges from the sea-shore to the 
 tops of the mountains. It yields a very useful timber, 
 fit for almost every purpose connected with house 
 building or cabinet-making. It is either white, or 
 slightly cream coloured, close-grained, hard and 
 durable, and is much valued by the natives. 
 
 Podocarpus cupressina (kau tabua, so called from 
 the wood resembling whales' teeth in colour), yields 
 timber of a beautiful yellow colour, closely and evenly 
 grained, easily worked, durable, and moderately hard, 
 useful alike for house-work and cabinet-making. It 
 polishes well and easily. The tree grows in the forests 
 of Vanua Levu and Viti Levu, and is found from the 
 sea coast to the interior, but is more common on 
 mountain ridges than in the valleys. 
 
 There are two other species of podocarpus, to which 
 the Eijians give the name of Jcausi, viz., podo- 
 carpus bractelosa and afhnis. They are trees of 
 medium size, growing to a height of about 40 feet, 
 with trunks about 6 feet in circumference. They are 
 not uncommon, and generally grow on the tops of 
 hills. They are seldom found in the valleys. Both 
 species yield a fine timber, closely-grained, hard, 
 durable, and useful for a variety of purposes.
 
 118 
 
 Tlic vai vai (serianthes myraidenia) is a large tree. 
 It grows to a height of ahout 70 feet, and has a trunk 
 from 35 to 10 feet in length, with a circumference of 
 15 feet. It is common in the forests of the larger 
 islands, and yields a strong, hard, white coloured 
 timber, much valued in house and ship building on 
 account of its toughness, strength, and durability. 
 taMm are sometimes made or dug out of its large 
 trunks. 
 
 The so gall (lumnitzera coccinea), is a medium 
 sized tree which grows to a height of about 40 feet, 
 and its trunk girths about 7 feet, at 6 feet from the 
 ground. It is much valued for piles, as its timber is 
 durable in water and not subject to the attacks of 
 insects. However, the trunk seldom exceeds 20 feet 
 in height, which prevents its being used on all occa- 
 sions. It grows in salt marshes, tiri or mangrove 
 swamps near the mouths of rivers and on some parts 
 of the coast. 
 
 The hau huru (casuarina nodiflora) is most [com- 
 mon in the district of Bua in Vanua Levu. There 
 it grows to a fair sized tree of 50 feet or so in height, 
 surmounted by a flat head of branches, and dark, 
 sombre pine-looking leaves. Its trunk attains a girth 
 of about 8 feet and a length of 35 or 40 feet. The 
 wood is white coloured, closely- grained, hard and 
 heavy. It is useful for many purposes, but does not 
 bear exposure to the weather. 
 
 The rrmlo rrmlo (hibiscus, or thespesia populnea), 
 a common tree on the shores of nearly all tropical 
 countries. It seldom grows above 40 feet in height. 
 The trunk is From 15 to 20 feet in length, with a girth 
 of aboul 7 feet. The outside timber is white and soft 
 Likethai of the willow, but the inside, or heart timber, 
 is hard ami durable. It is of a light-brown colour,
 
 119 
 
 curly- grained and not very easily worked, but a good 
 timber for boat building and various other purposes. 
 The large crooked branches are used as knees. In some 
 tropical countries, such as Ceylon, this tree is exten- 
 sively planted for its shade, along the sides of roads 
 and streets. Large branches lopped off and put into 
 the ground strike root rapidly, and in a few years 
 are medium sized trees. 
 
 The vug a (nelitris vitiensis) and vug a vug a (metro- 
 sideros polymorpha) are trees of less than medium 
 size. They grow to a height of 30 or 35 feet, 
 with trunks about 20 feet in length, and seldom ex- 
 ceeding 2^ or 3 feet in circumference. They are most 
 common in the dry parts of Viti Levu and Vanua 
 Levu, and grow in the poorest soil. Both are pretty 
 flowering trees. The timber is very hard and durable 
 and is used by the settlers as piles to support the frame- 
 work of their wooden houses. For this purpose they 
 are let into the ground to a depth of 1 or 2 feet, and 
 the earth rammed hard about them to keep them firm. 
 They are then all cut to the same level, at the required 
 height above ground, for the floor of the house. In 
 such a situation good timber of either kind is said to 
 stand the vicissitudes of climate and weather for about 
 20 years. 
 
 The koka (Bischoffiia javanica) grows to a height 
 of 45 or 50 feet, and has a large wide-spreading 
 head, resembling the plane-tree in outline. . The 
 trunk is seldom more than 20 feet in length, and does 
 not exceed 12 feet in girth. The tree is not often seen 
 in thick forests, but is abundantly represented on land 
 that has been cultivated, particularly on alluvial soil 
 near the rivers. Orchids, ferns, and lycopods would 
 seem to have a special favour for the JwJca as it
 
 120 
 
 may l>e seen covered with these epiphytes, while upon. 
 the surrounding trees there are none. The timber is not 
 unlike teak in colour and grain, — hard, durable, and 
 stands exposure to the weather. Por general purposes 
 it is quite as useful as teak, and the Fijians esteem 
 it next to vest in making posts or pillars for their 
 houses. It would make excellent household furniture, 
 and would polish well. When green, it is dense and 
 heavy, and will not float in fresh water. 
 
 The cibicibi, cynometra sp., is a lofty tree, growing 
 to a height of 75 feet, with a trunk 40 or 50 feet in 
 length, and about 12 feet in girth. The heart wood 
 is closely and finely grained, hard, durable, and useful 
 for all domestic purposes. That on the outside is 
 soft and white, and decomposes rapidly. The cibicibi 
 is common in forests up to an elevation of 1,000 feet, 
 but is most abundant in the wet districts, where it 
 attains the greatest dimensions. 
 
 The nol:o noko (casuarina equisetifolia) is com- 
 mon in Fiji, but abounds most in dry localities. No 
 particularly large trees of it were noticed, but in 
 Seychelles it sometimes grows to a height of 150 feet, 
 with a trunk nearly 7 feet in diameter. The timber 
 is dense and close-grained, something like larch in 
 colour, and like it, also, inclined to warp when exposed 
 to strong sun-shine. It should not be cut up until 
 thoroughly seasoned. It is strong and elastic, and 
 w< 11 adapted for house-building purposes. It is hard, 
 and durable when kept dry. The tree grows with 
 great rapidity, will thrive in the poorest soils, and live 
 in very dry situations. It makes excellent fuel, will 
 even burn when green and wet with external mois- 
 ture. The caloric powers of this wood are not excelled 
 by those of any other kind of wood. The Fijians
 
 121 
 
 formerly made their best war-clubs from vounsr noko- 
 noko trees. This may account, to some extent, for 
 large trees of this species being scarce in the group. 
 
 The Jmlava or Jcukulava (wormia biflora) grows 
 to a height of about 30 feet, with a trunk not ex- 
 ceeding 6 feet in girth. It is common throughout 
 Fiji. The wood is of a reddish colour, hard, tough, 
 and durable. It is used for a variety of purposes by 
 the natives and settlers. 
 
 The savoo or cavoo (Pitfosporum, sp.) is a small 
 tree, generally found on the borders of marshes near 
 the sea. It grows to a height of 35 or 40 feet, and 
 its trunk is seldom more than 2J feet in diameter. 
 The wood is close-grained and moderately hard. It 
 is used by the Fijians as rafters for houses, and is one 
 of their scented woods. 
 
 Besides the above-named timber trees there are a 
 great many others of minor importance, the value 
 and utility of which are unknown. 
 
 Sandalwood is a well-known product of the forests 
 of Fiji ; but as information regarding it will be found 
 in Appendix II., it is not further alluded to in this 
 place. 
 
 Several kinds of trees and climbers, yielding caout- 
 chouc of the finest quality, are found wild in the 
 forests of Fiji. As Appendix I. is a report on these 
 caoutchouc-yielding plants, further mention of them 
 here is needless. 
 
 The Fijians require a large amount of forest pro- 
 duce for what may be termed domestic purposes ; such 
 as timber for house-building, wood for fuel, leaves for 
 thatch, materials for making mats, &c. 
 
 Their houses are generally well built ; and a de- 
 scription of one will give an idea of the kind and
 
 122 
 
 quantity of material required in their construction. 
 The largest houses are those of the chiefs, the 
 churches and schools. The length of these buildings 
 varies from 50 to 80 feet, and their breadth from 25 to 
 fcO feet. The average height of the side walls, from 
 the floor to the eaves, is about G feet, and from the 
 level of the side walls to the ridge about 20 feet, 
 making a total height from floor to ridge of from 26 to 
 30 feet. The ridge is supported at each end by a 
 round log, — the trunk of a tree set upright; and, should 
 the house be long, by one or more of these logs as 
 pillars set at equal distances apart. The tops of these 
 logs arc either forked, or hollowed out for the ridge 
 pole to rest upon, and round logs, about a foot in dia- 
 meter, are set up as side posts, at about 10 feet apart. 
 These are also hollowed out at the top, that the wall- 
 plate may lie solidly upon them. The wall-plates and 
 ridges are made of the trunk of a cocoa-nut palm, or 
 any other long straight tree ; and they are not less 
 than 6 inches in diameter, "When one tree is not long 
 enough to reach from end to end of the house, another 
 is joined to it, by overlapping the ends, and fastening 
 them together by sinnet. The wall-plate or ridge, as 
 the case may be, is supported at the joint by a pillar 
 or post. Large pieces of timber (round logs) are used 
 as tie-beams, one at each end of the house, and 
 -hould the house be long, one or more is laid across 
 at equal distances apart. These tie-beams are fastened 
 firmly to the Mall-plates by sinnet; — binding the 
 aides of the house together, and preventing them 
 from being thrust out by the weight of the roof. 
 Tin- rafters are supported by the wall-plates and ridge, 
 beyond which their ends extend, crossing each other 
 and forming an .-mule like the letter V. The rafters
 
 123 
 
 are bound together by three purlins on each side of 
 the roof, one of which is at the lower end of the 
 rafters, outside the wall-plate, another is just below 
 the ridge, the third midway between these two. The 
 purlins are firmly tied by sinnet to the rafters, and so 
 prevent any of them from shifting or sagging. The 
 purlins are long straight pieces of timber, not less 
 than 6 inches in diameter. The rafters are small 
 straight trees, from which the bark has been cleanly 
 removed, as it would harbour destructive insects. 
 They are placed from a foot to 18 inches apart. On 
 the outside of the above-mentioned side posts, which 
 support the wall-plates, another row of side-posts is 
 set up. These are generally the stems of tree-ferns 
 smoothed, either round or square. They are placed 
 from 3 to 6 feet apart. They are let some distance into 
 the ground, and are fastened at the top to the lowest 
 purlin and the ends of the rafters by sinnet. The walls 
 or sides of the houses are formed of laminated reeds or 
 canes of the gascm (eulalia japonica). The lamina are 
 arranged either uprightly, horizontally, or diagonally. 
 By interweaving the lamina, aided by coloured sinnet 
 fastenings, many curious patterns are worked out. 
 Sometimes the walls of the houses, outside the reeds, 
 are thatched with cane leaves or branches of the 
 makita (parinarium laurinum), with the leaves 
 attached, or the fronds of the marsh acrostichum 
 aureum. The roofs are thatched with sugar-cane 
 leaves, ferns, or long grass. When the two latter are 
 used, the rafters are (like the side walls) covered with 
 several layers of reeds woven into different designs, 
 over which the thatch is laid, all being made fast to 
 the rafters by sinnet. When the leaves of the sugar 
 cane are used, they are doubled over a reed and
 
 124 
 
 fastened, or rather sewed, by a thread-like split of 
 bamboo, or the flexible stem of flagellaria indica. 
 The reeds to which the cane leaves are sewed are then 
 laid upon the rafters, beginning at the eaves, each 
 successive layer overlapping the other more or less as 
 the thatch, tibitibi, is wanted to be thick or not. 
 The site on which the house is built is raised above 
 the level of the ground into a mound. These mounds 
 vary in height from 1 to G feet, and their sides are 
 frequently pitched with variously coloured pebbles 
 from the rivers, to prevent the earth being carried 
 away by heavy rains, and for ornament. After the 
 house is finished, the floor is thickly covered with 
 dry grass, fern leaves, &c, and then carpeted with 
 mats. No nails are used in the construction of the 
 houses, the different parts being securely fastened 
 together with sinnet or the stems of strong climbers. 
 A large quantity of sinnet is used to ornament the 
 beams, posts, &c, and an adept, skilled in decorating 
 and arranging designs and patterns, is much esteemed. 
 In the V-shaped angle, formed by the ends of the 
 rafters projecting beyond the ridge, as before-men- 
 tioned, the trunk of a long tree-fern is laid, with its 
 ends projecting several feet beyond the ends of the 
 roof. The projecting ends of the tree-fern are orna- 
 mented with shells, and sometimes golden coloured 
 cowrie shells are suspended from them by a fastening 
 of sinnet, and allowed to dangle in the air. 
 
 The houses of the common people are neither so 
 large, so substantially built, nor so highly ornamented 
 as those of the chiefs; but even among the poorest 
 people there is a certain amount of pride in having 
 their bouses comfortable, and ornamented to the best 
 of their abilities. The character of those who do not
 
 125 
 
 attend to these matters is much and unfavourably 
 commented upon in Fijian society. Near the coast, 
 and on the low-lying parts, the houses are either 
 gable ended, or hip roofed. In the interior of Vitu 
 Levu, the roof has the form of an ogee arch, with an 
 outward spring at the eaves. In the middle of Vanua 
 Levu, the sides of the houses, together with the roof, 
 form an elliptic arch. No heavy timber is used in 
 the construction of these houses. One end of the 
 rafter is fixed in the ground, and the top is then 
 joined to the top of the one opposite. These ends 
 overlap each other, and they are then securely tied 
 together. The rafters arc kept in their places by 
 purlins, to which they are fastened by sinnet, or the 
 flexible stems of climbers. The purlins are laid hori- 
 zontally at about 2 or 3 feet apart. The Fijians seem 
 to be unacquainted with the use of braces or struts in 
 the construction of houses and bridges. Their build- 
 ings are consequently kept upright by the posts 
 being deeply sunk in the ground and firmly fixed in it. 
 There are several species of bamboo, natives of 
 Fiji, and as may be supposed, they are used for a 
 variety of purposes by the Fijians. One of these is 
 that of a water can or pitcher. For this purpose a 
 piece of bamboo, from 2 to 12 feet in length, and 
 about 3^ inches in diameter is selected. As a crack 
 in the bamboo would render it useless, considerable 
 care must be taken in cutting and seasoning it, and 
 also in piercing its partitions or cell walls. One of 
 the large sized bamboos will hold as much water as an 
 ordinary pitcher. Like other commodities, they arc 
 articles of exchange between the inhabitants of the 
 districts where they abound, and those residing in 
 localities where they are scarce.
 
 12G 
 
 Besides in house building, the trunks of tree-ferns 
 are largely used for making fences round the native 
 towns to keep out pigs, which are commonly allowed 
 to run at liberty in the woods. 
 
 The soft downy scales found on the base of the leaf- 
 stalks or stipes of some tree-ferns are used for stuffing 
 pillows, cushions, and mattresses. For this purpose 
 these scales arc an excellent substitute for feathers ; 
 but the softness of such articles makes them too hot 
 to be agreeable in the warm climate of Fiji. 
 
 Although the gasau, a large grass or reed, may 
 be classed among the products of waste land in Fiji, 
 it is of great utility to the natives and settlers, in 
 forming the side walls of their houses, temporary 
 fences, &c. Not only arc they used in forming the 
 walls of natives and settlers' houses, but Government 
 House and offices at Nasova are formed of triple rows 
 of them, fastened together and bound to the frame- 
 work of the building by sinnet. If not so lasting as 
 weather-boarded houses, they are far more healthy, 
 cool, and any, and are altogether better adapted to the 
 climate of Fiji, particularly when surrounded by a 
 verandah. When kept dry the reeds will last 15 or 
 20 years. 
 
 The straw of the wild sugar cane, vico, and of the 
 cultivated varieties, clovu, is of great use to both 
 natives and settlers for thatching houses. In many 
 districts it is indispensable, and it would be difficult 
 1<> find another article, sufficiently abundant, as a 
 substitute.
 
 127 
 
 CHAPTER VII. 
 
 Conservancy of Forests. — Destruction by Fires. 
 — Re-foresting and Preservation of Water. 
 
 In addition to its own indigenous forest products, 
 there cannot he a doubt that the soil rfnd climate 
 of Fiji will greatly favour the growth and bring to 
 perfection the salvlan products of other tropical 
 countries; such as teak, ebony, sal, satinwood, log- 
 wood, mahogany, sissoo, rosewood camphor, the South 
 American caoutchouc trees, the gutta-percha trees, &c. 
 Nutmegs, cloves, cinnamon, camphor, candle-nuts, 
 allspice, &c, might be grown in the forests, as forest 
 produce, as a means of making them remunerative. 
 These articles would scarcely pay the expense of culti- 
 vation in regular plantations ; but when they can 
 be grown in a semi-wild state they are highly re- 
 munerative. In this case the only expenses would be 
 planting and protecting the trees, and gathering the 
 produce, — ordinary forest expenses. 
 
 It will be incumbent on the government of Fiji to 
 keep a considerable area of land under timber, and to 
 plant extensively on land at present umvooded. In 
 Viti Levu the unwooded land may be roughly stated 
 to lie on the north-west side of a line drawn from 
 between Serua and the mouth of Siga Toka river in the 
 south-east, to Viti Levu bay in the north-east of the 
 island. In Vanua Levu it lies on the north-western 
 side of a line drawn from Udu Point in the north-east 
 to the south-west side of Sandalwood bay, at the south- 
 eastern extremity of the island.
 
 123 
 
 From causes that will be stated, the districts in 
 which these uuwooded lauds are situated are the driest 
 in Fiji. As seen in the meteorological statement, 
 rams are abundant in these districts at the periods of 
 the year when northerly and westerly wiuds prevail in 
 the group. At other times of the year dense mists 
 and heavy showers are not uncommou on the tops of 
 wooded mountains, and other places at a lower eleva- 
 tiou, where patches of forest still remain. But these 
 showers and fogs seldom descend to the uuwooded and 
 low-lying plains and valleys. As soon as a current of 
 vapour bearing air passes beyond these wooded places, 
 it either becomes rarefied by the heat rising from the 
 uuwooded land, rises to a higher altitude and passes 
 away, or it becomes condensed and warm from part- 
 ing with a large portion of vapour, and passes over 
 the country in arid draughts until checked by a 
 wooded hillside or patch of forest. In passing through 
 the wooded parts of these provinces, I have frequently 
 got a wetting, while the path through the open grassy 
 land lyiug between was dry and dusty. It can 
 scarcely be disputed that the re-wooding of tracts of 
 land in these dry districts will be highly beneficial to 
 agriculture. At present the rains which fall period- 
 ically flow off the land in floods in a few days. This 
 the establishment of forests will check, and the water 
 being entangled among the dense undergrowth, tree 
 roots, &c, of a forest, will be absorbed by the soil, 
 like a sponge, and parted with gradually. Further, 
 in re- wooding the tops of the hills the soil will be 
 k.pt from opening into rents by the drought, and 
 landslips, at present a frequent occurrence in these 
 districts, will be prevented. They take place generally 
 at the commencement of a sudden and heavy rainfall,
 
 129 
 
 and are caused by the water entering the deep rents, or 
 fissures in the soil, made by the drought, and passing 
 downward between the soil and the stratum on which 
 it rests, and not readily finding a way out, liquefying 
 and carrying away the soil at the bottom of the slope- 
 The soil composing the slope being softened and un- 
 dermined at the base, and loosened from the stratum 
 on which it rests, slips down by its own weight, and 
 carries everything along with it. 
 
 Another benefit that may be expected to result from 
 the re- wooding of hills, at present only covered with 
 grass, is that the water, being hindered from running 
 off the surface of the ground in floods, as at present, will, 
 by percolating through the soil, be given off gradually, 
 and a regular and abundant supply will be kept up in 
 rivers and streams throughout the year. This is a 
 most important consideration, not only as it will main- 
 tain a supply of water for domestic purposes, cattle, 
 &c, but also as a motive-power for machinery, the 
 irrigation of the land, and in navigating the rivers. 
 Re-wooding large tracts of land will also have the 
 effect of making the climate moist throughout the 
 year, and, in consequence, fit for the growth of agri- 
 cultural produce for which otherwise it would be 
 quite unsuitable, by reason of aridity. For example, a 
 field of rich land may be planted with sugar canes, 
 and well irrigated, but if the climate of the locality 
 be dry and arid, the crop will not pay expenses should 
 the canes grow, which is questionable. It is my 
 opinion that much of the cane disease, so disastrous 
 in Mauritius of late years, is due to the unsuitability 
 of the climate, brought about, or caused, by the over 
 destruction of the forests. It would seem that a pro- 
 portion of unwooded arable land and of forest were 
 
 Q2019. I
 
 130 
 
 required to render the climate healthful for man, and 
 to the growth of the plants which man cultivates to 
 supply his daily wants and for the purposes of civil- 
 ization ; and that when the halance inclined too much 
 cither way, unhealthiness of the climate for man and 
 his domesticated plants and animals was the result. 
 Examples of this may be seen in various colonies, 
 Mauritius in particular. Before the balance of 
 forest and arable land required by the law of nature 
 can be restored to that island, a large sum of money 
 (about £200,000 sterling) will have to be expended 
 in the purchase of land, planting and protecting 
 the forests, and likely a generation will pass away 
 before the desired results are attained. To avoid these 
 dangers, and preserve that salubrity of climate, for 
 which, as a tropical land, Eiji is noted among the 
 islands of the Pacific, it will be necessary for the 
 Government of the colony, in the disposition of lands, 
 to set apart large forest reserves in both the wet and 
 dry districts. These reserves should include, if possible, 
 all the mountain and hill tops (in a proportion of one- 
 third of their slopes), the land surrounding springs, 
 and at the watershed and sources of rivers and streams ; 
 in short, the timber should be preserved on the 
 land on which the water in the streamlets, &c, 
 fa collected. To effect this properly, and perhaps 
 for other reasons, it would be unwise to dispose of 
 more than one half of the land at one time in any 
 district, even niter the forest reserves have been 
 se1 apart. After the lands disposed of have been 
 l»(l and cultivated, and the country opened up by 
 roads, &c., the remaining half of the lands will be 
 easily :tnd profitably leased or sold. And as some 
 climatical experience of the district will have been
 
 131 
 
 obtained, it will be known to a certainty what farther 
 extent of land may be given up to cultivation with- 
 out injuring the climate or fertility of the soil. In 
 addition to its beneficial effect upon the climate, soil, 
 &c, there arc other advantages of great value to a 
 community to be derived from keeping large tracts 
 of land under forest, viz., an abundant supply of 
 cheap fuel, timber for house and ship building, for 
 sugar factories, and all other industrial purposes con- 
 nected with the colony. In this way large sums of 
 money will be kept in the colony that otherwise would 
 have to be sent out of it annually. The case of 
 Mauritius may be quoted as an example of this. 
 Prom that small, though not unimportant island, 
 about £20,000 is sent annually to India, Singapore, 
 and Australia for timber, the produce of tropical 
 countries, which might have been grown in the 
 colony. This sum does not include the value of pine 
 imported from Europe, which could not be grown in 
 Mauritius. The Fijian clalma and dakua-salu-salUy 
 are equal if not superior to any pine for all the 
 purposes for which it is used, and quite as easily 
 worked. It may therefore be anticipated that by the 
 sale of the timber, and other forest produce, these 
 forest reserves will not only be self-supporting, but 
 when the colony is fully settled, and the demand for 
 various forest products greater than at present, they 
 will yield an annual revenue to the colony. There are 
 persons who hold the opinion that no timber ought to 
 be felled in Government reserves, which they say are 
 maintained solely for climatic purposes. This is 
 equivalent to taxing the community to keep up pro- 
 perty from which they receive only half the benefit 
 which that property could yield. By the sale of 
 
 I 2
 
 132 
 
 mature timber, these reserves (as has been stated) will 
 in time be more than self-supporting, without in the 
 Leasl injuring them for those purposes for which they 
 were established. The objects to be obtained in this 
 matter are of so great importance to the colony, that 
 Government cannot trust the carrying out of them to 
 jirivate persons, who will study their own interests 
 rather than the welfare of the commonwealth. The 
 vital importance of the subject is my only excuse for 
 dwelling so long upon it. Of course results commen- 
 surate to the foregoing ideas will not be realised in a 
 year, nor perhaps for some time to come ; but if the 
 object to be attained is kept steadily in view by the 
 Government, and intelligently worked up to, there is 
 not much fear of ultimately attaining a satisfactory 
 result. It may be added that the future success of 
 the matter depends very much on steps being taken 
 at once to lay a solid foundation upon which the 
 structure is to be built. 
 
 Reference has already been made to the unwooding 
 of the leeward districts by the system of cultivation 
 practised by the Fijians, and destructive fires which 
 annually sweep over these districts in the dry season. 
 The mischief caused by the former of these in all 
 parts of the group lias been alluded to, and I would 
 now call attention to the latter. These fires originate 
 in several ways, either when burning the scrub and 
 grass in clearing land for a new plantation and care- 
 sly allowing the fire to spread into the surrounding 
 dry herbage; (2) by sparks from torches carried by 
 the natives when travelling after nightfall to show 
 the paths and fords of rivers; (3) or by lighting 
 fires to cook food and dry their smoking tobacco when 
 on a journey, as is the custom of the Fijians, and
 
 133 
 
 leaving them unextinguished. AVith reference to the 
 first of these, it is either from want of forethought, 
 carelessness, or perhaps indolence, that fires kindled 
 to consume rubbish, are allowed to spread beyond the 
 boundary of the clearing. Such carelessness ought 
 to be severely punished. As to the second, good paths 
 and roads and bridges will, in a great measure, do away 
 with the necessity of carrying torches. Still, naked 
 lights ought not to be allowed among dry herbage, at 
 least during the dry season. In respect to the third, 
 ground in the vicinity of the resting-places should be 
 cleared of all herbage, for some distance round, and 
 any party kindling a fire should extinguish it before 
 leaving, under a penalty. A further precaution would 
 be to surround each reserve by a fire-break of at least 
 12 yards in width, from which all inflammable ma- 
 terial ought to be cleared away annually. In addition 
 to this, the roads between the blocks or divisions of 
 the forest should be kept clear of everything that will 
 burn, so that, should a fire occur in one block, it may 
 be prevented from spreading into others. When the 
 colony is fully settled, and the open grassy lands in 
 the dry districts pastured by cattle or sheep, which 
 will eat down the long grass at present covering these 
 lands, the dangers from fire will be much lessened, espe- 
 cially if regulations against fires are firmly enforced.. 
 
 It is not to vegetation alone that these fires have done 
 injury. By burning the grass off the ground the soil 
 is laid bare, and the surface is cracked and crumbled 
 into dust by the heat of the sun. From the steepness 
 of the ground in some places, the first heavy rain 
 carries off the loose surface soil to a depth of several 
 inches. The frequent recurrence of this has resulted 
 in laying bare the subsoil in some parts of the country.
 
 131 
 
 In some districts, these tracts are now covered with 
 hardy ferns and rough kinds of grasses ; but in other 
 places of small extent, the subsoil lies exposed on the 
 surface. Unfortunately these fires are still occurring, 
 and only last dry season they laid waste a great part 
 of the province of Xavosa. 
 
 The road (or rather bridle path) from Nadi on the 
 wesl coast of Viti Levu, to Fort Carnarvon at na 
 Tua-tua-coka in the interior, passes, on the top of the 
 mountains, through the charred, remains of what had 
 been a large and magnificent forest of the finest 
 timber trees in Fiji, now completely ruined by fire. 
 This happened about six or seven years ago. When 
 I passed through the forest in August 1878, the dead 
 blackened trunks, with leafless branches, were still 
 standing like great chimney stalks, but the under- 
 growth had been completely burned up. The natives 
 from the neighbouring towns had taken advantage of 
 the circumstance and planted large patches of the 
 ground thus cleared with yams, dalo, and bananas. 
 In some places a natural growth of young trees and 
 Bhrubs had started, but most likely it has been de- 
 stroyed in the conflagration of last year, which oc- 
 curred after my departure from Fiji. 
 
 "What may be termed the natural tendency of the 
 land to re- wood itself should be taken advantage of ; 
 and there can be no doubt that lar<?e tracts of land 
 on the leeward side of Vitu Levu and Vanua Levu, 
 would speedily be covered with forest of a natural 
 will, were the ravages of fire prevented, and 
 browsing animals, as cattle, horses, sheep, goats, &c, 
 excluded. 
 
 Before any tract of land is set apart to allow it to 
 become naturally re-wooded, it should be carefully
 
 135 
 
 examined, and all symptoms of natural growth noted. 
 This will prevent money being expended in protecting 
 land on which a natural growth of trees might not 
 spring up. It would be incorrect to affirm that most 
 of the forest trees thus naturally produced would be 
 of utility to the builder; still, natural production 
 would be a ready means of serving a climatic purpose, 
 attended with little expense, and would give time for 
 the more valuable kinds of timber being planted in 
 other parts of the colony. In the meantime planting 
 should be confined to places which will not become 
 re-wooded naturally. The kinds of trees selected for 
 planting should not only be adapted to the climate 
 and soil of the locality and district, but should be 
 chosen with an eye to their future value, whether for 
 fuel or timber ; as caoutchouc or sandalwood yielding, 
 or spice plants. 
 
 By carefully selecting the most valuable forest 
 trees indigenous to Eiji and other tropical countries, 
 a large number of useful kinds could be obtained 
 adapted to the climate and soil of the various districts 
 of the colony. A few exotic kinds maybe mentioned. 
 For the poorest soils of the dry districts, hoematoxylon 
 campeachianum, logwood ; albizzias lebbek, odoratis- 
 sima, elata, moluccana ; tetranthera laurif olia ; acacias 
 arabica, eburneum, and catechu ; ingas dulcis, and 
 xyclocarpa ; adenanthera pavonina. Among the kinds 
 of timber trees that will succeed in localities that are 
 neither particularly wet nor dry may be mentioned 
 teak (tectonia grandis) ; sal (shorea robusta) ; hopeas 
 maranti and stipulosa ; vaterias indica, ceylanica, and 
 seychellarum ; dalbergias sisso (sissoo), and latifolium 
 (rosewood) ; pterocarpuses indicus (santal), and marsu- 
 pium (kino) ; cedrela toona (toon) ; lagerstroemias
 
 136 
 
 parviflora, and regina ; bassias latifolia, and longifolia ; 
 swietenia mahogani (mahogany), swietenia chloroxy Ion 
 i satinwood) ; diospyroses ebenum, and hexandra (both 
 yield ebony); isonandra gutta (gntta pcrcha tree); 
 ficus indica, and the caoutchouc yielding castilloas, 
 heveas, and manihot Glazovi of South Africa. It 
 will ultimately be found that some of these will 
 succeed in the wettest parts of Fiji as well as in 
 moderately dry places. Although some of these trees 
 may grow in the dry districts, yet judging from 
 their nature, planting them in dry places cannot 
 be recommended in a general way. A good deal of 
 re-hooding could be done inexpensively, by sowing 
 the seed in situ in the manner indicated for the 
 caoutchouc and sandalwood trees (see reports on these 
 subjects, Appendices I. and II.). However, it is only 
 the indigenous trees that produce seeds abundantly, 
 that can be profusely increased ; exotic trees will not 
 be easily extended until they produce seeds freely in 
 the colony, and the usual method of planting, where it 
 may be desirable to establish them, will have to be 
 resorted to for some time. 
 
 A committee of Woods and Forests was appointed 
 by His Excellency the Governor of Fiji to confer on 
 forest matters, and several meetings and consultations 
 were held, but from my almost constant absence from 
 Levuka, the subject was far from being exhausted 
 when I left Fiji. Before my departure, I drew up 
 propositions for a Forest Ordinance, and gave them 
 to the Colonial Secretary for submission to the Govern- 
 ment. Since I came to England I have arranged 
 these propositions under proper headings, and they 
 are printed in Appendix III., with explanatory re- 
 marks or reasons for each proposition, printed on the
 
 137 
 
 opposite page. It may be stated in reference to the 
 forest staff, that a large establishment is not required, 
 at least in the meantime ; but it is necessary that a 
 person with a fair knowledge of forestry be appointed 
 to regulate and superintend the felling of timber on 
 crown lands, marking off reserves, &c. See further 
 remarks on this subject, under suggestions for Botanic 
 Gardens. It need scarcely be added that subordinates 
 should be taken on as required, aud that the " Forest 
 Department " should increase in importance along 
 with the colony.
 
 138 
 
 CHAPTER VIII. 
 
 Botanic Garden. — Industrial School. — Museum. 
 — Meteorology. 
 
 In a new colony like Fiji, a Botanic Garden would 
 be of the greatest importance and utility, indepen- 
 dently of the knowledge of botany as a science, and 
 the taste for plant culture which, it would foster and 
 diffuse in the colony. It would be highly popular 
 with the settlers, and the subject has frequently been 
 mentioned with approval at the meetings of the Eiji 
 Agricultural Association. No information has yet 
 been obtained as to what action the Government of 
 the colony have taken on the subject. 
 
 The introduction of many useful plants into Fiji 
 has been suggested, and the desirableness of having a 
 suitable place for planting them need scarcely be 
 alluded to. In it the plants would be properly grown 
 and propagated, and distributed from it to the inha- 
 bitants in all parts of the colony. From practical 
 observation the settlers and natives would become 
 familiar with the treatment or field cultivation which 
 different kinds of plants required, and the preparation 
 of the produce for the market. It would|be the duty 
 of the Director or Manager to spread throughout the 
 colony all the information he possessed or could obtain 
 
 in the besl sources as to the nature of the plants, 
 land of soil, and treatment or culture which they 
 required. Reliable practical information on tropical 
 cultivation La much needed in Fiji. Most of the 
 settlers know aexl to nothing about the husbandry of
 
 139 
 
 the sugar cane, coffee, tea, cinchona, cacoa, and other 
 products of the tropics. The consequence is that 
 large sums are spent on worthless experiments, or in 
 working out useless theories, and not unfrequently 
 on fanciful and absurd notions. This want of prac- 
 tical knowledge among the settlers has been the ruin 
 of Fiji from an agricultural point of view. Nor is the 
 Government of the colony, in agricultural and foresting 
 matters, in a better position than the settlers. All 
 are groping in the dark, and the want of a living 
 reliable authority, to whom all could refer and obtain 
 good practical information, is very much felt. Indeed 
 the date of supplying this want will mark a new era 
 in the agricultural condition of the colony, since a 
 supply of labour to work the fields has been secured, 
 and can now be depended upon. 
 
 A Botanic Garden might be established on a small 
 scale, as a nursery at first, and be extended and 
 beautified as the colony increased in prosperity, and 
 became able to support] one, such as that in Ceylon, 
 Mauritius, Trinidad, &c. This ultimate increase should 
 be kept in view from the beginning, and the means 
 of attaining it, proportionate to the resources and 
 needs of the colony, carefully considered, laid down, 
 and intelligently worked up to. A considerable area, 
 about 30 acres, would ultimately be required as nursery 
 ground, on which to rear young plants for distribution 
 to the inhabitants, and for planting in the forests. 
 Besides this, space for the growth of fruit, spice, 
 timber, and caoutchouc trees, &c, would require to 
 be provided, in order that seeds might be obtained in 
 quantity sufficient to meet all future demands. Park- 
 like space would best answer this purpose, and it 
 would most easily be kept. In addition to these, it
 
 140 
 
 j lit be desirable to have within the same boundaries 
 of land room for the acclimatisation of useful animals, 
 and a model farm for the trial and acclimatisation of 
 different kinds of agricultural plants, such for instance, 
 rice, different kinds of coffee, sugar cane, cacoa, tea, 
 cinchonas, gram, and various other grains. About 50 
 acres would be required as Botanic Gardens and Plea- 
 sure-grounds. Altogether about 300 acres might be set 
 apart for the purposes mentioned. At the commence- 
 ment, at least, the Director or Curator of the Botanic 
 Gardens might take charge of the forests. Not that 
 there would not be work enough for him without them, 
 but because supporting two highly skilled men might 
 be too heavy for the resources of the new colony. 
 
 The Botanical Gardens should, if possible, be within 
 an easy distance of Suva, the chosen site of the 
 Capital, and also near the highway into the interior 
 of Yiti Ljvu. A site in the vicinity of the native 
 town of na Colo-suva, lying between Suva and the 
 Wai Maim, would answer the purpose admirably, as it 
 would combine a suitable climate, good soil and a sup- 
 j)ly of water, being within 5 miles or so of the capital, 
 with access to the interior of Viti Levu and all the 
 other islands of the group by the eastern branch of 
 the Ptewa river. 
 
 It may be suggested that the residence of the 
 Governor might be in connexion with the proposed 
 Botanic Gardens or adjacent to them. This would do 
 away with the necessity of keeping separate grounds. 
 
 The founding of an Industrial School in Fiji well 
 
 lis consideration. For this purpose advantage 
 
 lniVnt be taken of the present training school at 
 
 Navaloa, Viti Levu. To that institution the more 
 
 anced and most promising young men are drawn
 
 141 
 
 from the native schools which the missionaries have 
 established in all the towns throughout Fiji. They 
 not only receive a good education, but arc employed 
 a part of the day, before or after school hours, at field 
 work, cultivating yams, dalo, &c, on the land belong- 
 ing to the institution. In this way the institution is 
 altogether, or to a great extent, supplied with food, 
 and the exercise is most beneficial to the health of 
 the scholars. The system of agriculture practised by 
 the Fijians has been mentioned, and the evils arising 
 from it pointed out. As it may be desirable to change 
 this system for one which would not require new 
 ground every year on which to grow food plants, advan- 
 tage might be taken of the institution at Navaloa to im- 
 part to the natives a thorough knowledge of modern 
 agriculture. There the young men would see the result 
 of using manure ; that by its use the same kind of crop 
 can be taken repeatedly from the same ground, and also 
 the benefit of a yearly rotation of different kinds of 
 crops. Not only so, but as a part of their education, 
 they would become acquainted with the various prac- 
 tical ways in which these results are brought about. 
 
 The young men trained at this institution, the most 
 of whom are the sons of chiefs, will naturally become 
 prominent and influential members of the native com- 
 munity, and it may be expected that the knowledge 
 thus imparted to them will soon be extended to others. 
 Besides this, they might also be taught the use of 
 tools, how to work a saw, drive a nail, use a plane, 
 and handle an adze, &c, — a kind of knowledge they 
 much need, and which would be most useful to them 
 in their after life. 
 
 At Levuka, the present capital of Fiji, there is a 
 Mechanics Institute, and a fairly good library,
 
 142 
 
 circumstances considered. The Government having 
 granted a site for a new building, to replace the old 
 dilapidated and incommodious one at present occupied, 
 advantage of the circumstance might be taken to form 
 the nucleus of a Museum for the colony. The Society 
 which the institute represents is neither numerous nor 
 wealthy ; but it would doubtless lend its aid in this 
 matter for the information of the people. Towards this 
 end Government might help the Society by granting 
 a small sum annually upon well considered and ap- 
 proved conditions, say of giving accommodation in 
 the building for a small but increasing collection. 
 This collection might represent the flora of the colony ; 
 its land and sea fauna, mineralogy, geology, and in- 
 dustries ; and articles of curiosity, and of historical and 
 economical, commercial, or educational interest from 
 other countries. The co-operation of naturalists 
 visiting the colony should be desired, and they might 
 be requested to give the museum one specimen of 
 each species of the collection made in the group. The 
 settlers and natives in all parts of the colony might 
 contribute, and a fairly representative and interesting 
 collection might be easily and rapidly got up. The 
 habits of the natives are changing, surely, if not 
 rapidly, and articles of interest such as represent their 
 former condition, manners, customs, clothing, manu- 
 factures, &c.,are fast disappearing, and ere long there 
 will be more of these articles in Europe and Australia, 
 where, as curiosities, they are more valued than in 
 Fiji A Museum would retain a fair collection of 
 thi Lcles, which it would be desirable and inter- 
 
 esting ; " preserve in the colony. 
 
 The climate of Fiji is essentially tropical, yet very 
 health \. Malarial fevers and other diseases common
 
 143 
 
 to nearly all tropical countries are entirely unknown 
 in Fiji. New comers, however, are said to be sub- 
 ject to attacks of diarrhoea or dysentery. This may 
 arise from careless living, or change of diet ; or, if the 
 person has been travelling in the colony, from poor- 
 ness of food and not being acclimatized or accustomed 
 to having the clothes wet, and neglecting to change 
 them. Slight wounds have a tendency to become 
 sores, if not at once properly attended to, kept clean, 
 covered from the air and strong sunshine, and from 
 salt and brackish water. The Fijians are certainly a 
 rpbust, healthy race, and live to a great age. Though 
 in some places their houses are situated on low-lying 
 marshy land, or even in the middle of marshes of 
 brackish water, and on the edges of mangrove swamps, 
 the people are exempt from all complaints arising from 
 miasma, beyond an occasional severe cold in the cool 
 season, asthma, or rheumatics. 
 
 Elephantiasis is common among the natives, and 
 so is an ulcerous disease locally called coko. It 
 is not fatal, and is mostly confined to children. 
 The Fijians say that their children are neither strong 
 nor healthy till they have have had it. It is supposed 
 to be hereditary, but not contagious. A kind of 
 ophthalmia, which lasts only a few days, is not uncom- 
 mon, and both natives and settlers are subject to it. 
 The settlers throughout the colony, and European 
 tradesmen in Levuka, such as carpenters, &c, work in 
 the open air constantly throughout the year, exposed 
 to all the changes of weather, without feeling any bad 
 effects. This says a great deal for the healthiness of 
 the climate, as Levuka is about the worst place in Fiji 
 for situation. But however healthy the climate of 
 Fiji may be in general, its effect on the average Euro-
 
 144 
 
 pean is enervating and depressing. This is particularly 
 the ease during the hot days that occur in the months 
 of December, January, and February. A heavy, 
 languid, oppressive feeling is experienced, acconi- 
 anied by an unwillingness for the least exertion, 
 either mental or physical. The relaxing effect of the 
 climate renders a change to a cooler region at times 
 desirable, if not necessary. The dull indolent habits 
 of the natives, too, have a depressing effect on those 
 who are much in contact with them, and it needs the 
 quickening influence of mingling with a superior race 
 to sharpen the thoughts, as well as the cool air of a 
 temperate climate to brace and invigorate the body. 
 
 In Fiji, as in most tropical countries, there is a dry 
 and a wet season ; the former is cool, and lasts from 
 May to October, the latter is hot, and lasts from Octo- 
 ber to May. In the dry season, the south-east trade 
 winds prevail, and every person is benefited by the 
 cool invigorating breeze. During the wet season there 
 are frequent calms, and the winds are variable, though 
 generally from a northerly direction. The weather is 
 hot, and the least exertion brings the perspiration in 
 streams out of the body. While the cool weather lasts, 
 Europeans can wear, with comfort, clothing adapted 
 to an English summer ; indeed, at this season the 
 weather is delightful, — finer than the best summer 
 weather in England. In the hot season the least 
 amount of clothing is burdensome and oppressive. 
 Thunderstorms accompanied by vivid and rapid 
 flashes of lightning are common all over the colony 
 during the hot season. In the cool season these 
 storms are of rare occurrence, and the wind blows 
 steadily, and frequently in strong breezes during 
 September. Prom the beginning of December to
 
 145 
 
 the end of March, owing to the backing and filling of 
 the north-west monsoon, the winds are unsettled. 
 At this time of the year, both extremes meet, and 
 calms are followed by sudden squalls. These squalls 
 are accompanied by deluges of rain, and may last 
 from half an hour to several days, during which time 
 the wind will blow from all points of the compass. 
 But although a year seldom passes without one of 
 these circular gales occurring in one or other of the 
 islands, they rarely if ever rise to the fury of a hurri- 
 cane, such as those that annually sweep over Mauritius 
 or the West Indies. The houses of the natives, the 
 settlers' buildings, trees, &c, are evidence that heavy 
 gales of wind (hurricanes) do not occur. 
 
 The annual rainfall in Fiji may be considered heavy 
 even for a tropical country ; and w T hat is of the great- 
 est importance in an agricultural point of view, is that 
 the rains fall most abundantly during the warm or 
 summer season, when vegetation most requires it. As 
 tables of rainfall, &c. will be found in the App. (V.) 
 it is unnecessary to go into details ; but it may be in- 
 teresting to state that Delanasau, on the north coast of 
 Vanua Levu, is one of the driest parts of Fiji. There, 
 in 1877, rain fell more or less on 106 days; at Qara 
 Warn, in Taviuni, on 228 days ; at Levuka, Ovalau, 
 on 158 days ; and at Wai ni Sasa, on the Howa river, 
 Viti Levu, on 139 days. Unfortunately we do not 
 have the quantity that fell at the last-mentioned place. 
 Wai ni Sasa is on the banks of the Uewa river, about 
 25 miles from its mouth. The district is popularly 
 known as one of the wettest in Fiji ; but as far as a 
 comparison can be made, the number of days on which 
 rain falls is less there than at Levuka. At Dela- 
 nasau, in 1877, December was the hottest month of 
 
 Q 2019. K
 
 116 
 
 the year, the mean temperature being 84*1 (max. 97'6 ; 
 min. 70- S), see table I. At Levuka, in the same year, 
 February was the hottest month, the mean temperature 
 being 82*2 (max. 92"2 ; min. 73'2), see Table II. The 
 ,h<t four months of the year, and the last two, were 
 the warmest at Delanasau, Table III. Table I. shows 
 the mean annual rainfall, temperature, &c, at Dela- 
 nasau for seven years ; but as there are no observations 
 for the same number of years from any other part of 
 the colony, a correct comparison cannot be made. 
 An important fact, indicated by Table II., may be 
 noticed. Previous to, and during 1861-2, the low 
 hills around Levuka were thickly wooded. Since that 
 time the woods have been cut down, and the number 
 of days on which rain falls has been reduced from 256, 
 the average for 1861-2, to 149, the average for 1865-6 
 and 1876-7. It would seem that the number of showers 
 diminished simultaneously with the cutting of the 
 trees. The thick woods afforded shelter to the moun- 
 taineers, who on several occasions appeared in large 
 numbers, and threatened to sack the town and murder 
 the white settlers. These marauders came from 
 Lavoni, in the centre of Ovalau, just across the moun- 
 tains from Levuka ; stole down upon the town ; 
 plundered the goods of the settlers, and then made off 
 into the woods, where it was useless and dangerous to 
 follow them. In consequence of this, the woods in 
 the vicinity of the town were entirely cut down. But 
 it may be remarked, that the average rainfall for the 
 year does not seem to be much affected by the cutting 
 down of the woods. In answer to this, it may be 
 stated that whereas formerly the rain came in gentle 
 showers which sank into the ground and refreshed 
 the vegetation, it now descends in torrents, and runs
 
 147 
 
 off the ground, carrying away the loose soil on the 
 surface, where the ground is steep, and doing great 
 damage to both soil and vegetation. 
 
 Table VI. shows that from observation taken during 
 five years, the last three months of the year, with the 
 first four months of the following year, constitute the 
 wet season at Delanasau, and doubtless, for Fiji. 
 These tables, however, give merely an indication of 
 the climate of Fiji. The islands differ a great deal as 
 to the amount of rainfall ; and the temperature of 
 different localities varies so much, that a correct idea 
 cannot be given until observations have been taken at 
 many different parts of the colony and compared. 
 
 To judge from the number and size of the rivers, 
 and the volume of 'water which they pour into the sea, 
 combined with the small area of the river basins, it 
 may be concluded that the yearly rainfall in many 
 parts of Viti Levu and Vanua Levu is greater than 
 that registered during two years at Qara Walu, in 
 Taviuni (See Table IV. J. At some places on the 
 north coasts of these two islands the rainfall may be 
 less than that so carefully recorded at Dalanasau. 
 
 As regards temparature, an observation can hardly 
 be said to do more than indicate that of the locality 
 where it was taken. In the interior of both the large 
 islands, the ruling temperature is very much lower 
 than that noted on any part of the coast. Again, on 
 the elevated plains, or grass-covered hills in the interior 
 of Viti Levu, the temperature during the day is some- 
 times as high, if not higher, than on the coast, while 
 during the night it is much cooler, — perhaj)S cold for a 
 tropical country. 
 
 Observations should be taken in a systematic manner 
 and at stated hours of the day. Approved printed 
 
 K 2
 
 us 
 
 forms, ruled and divided into columns under the 
 required headings, as in Table II., Appendix V., might 
 be issued for each month of the year, to the observer 
 at each station. Failing a central observatory, monthly 
 returns of observations might be sent to the Registrar- 
 General of the colony, to be compared and published 
 yearly or monthly in the Government Gazette. These 
 forms could be printed at small expense. They would 
 save a Great deal of time and labour to the observers 
 in monthly ruling forms and dividing them into 
 columns, copying headings, and columns of figures. 
 The observations could be put down on the form at 
 the time they were taken. The Registrar- General's 
 address should be printed on the back of the forms, 
 and they might be returned to him free through the 
 post office. 
 
 Observations might be taken by the police at their 
 several stations throughout the colony, and at the 
 court-houses in the different islands and provinces. 
 The aid of the planters might be invoked in this 
 measure, so important to agriculturists. The study of 
 the weather is as important to the planter as it is to 
 the seaman ; and observing the thermometer, barometer, 
 rainfall, &c, and keeping notes and observations on 
 them, is the way to attain a correct knowledge of it. 
 Properly used, such knowledge saves much expense 
 and unprofitable labour to the planter in the tropics.
 
 149 
 
 CHAPTER IX. 
 
 Number of Islands in the Group — Area of Land 
 — Reefs — Rivers— Navigation — Watersheds 
 — Mountains — Lakes — Taviuni — Rabi — Loma 
 loma — koro — ovalau — levuka. 
 
 The number of islands comprising the Fiji group is 
 over 200, and their aggregate area is estimated at 
 about 7,400 square miles. Viti Levu, the largest 
 island, has an area of about 4,100 square miles, 
 Vanua Levu 2,432, Taviuni 217, and Kadavu 124 
 square miles. The other islands are of small extent, 
 from Koro, 57 square miles, downward. 
 
 Most of them are surrounded with reefs of coral. 
 These reefs are of two kinds, " barrier" and "fring- 
 ing" reefs. Frequently both kinds of reefs maybe 
 seen at the same island, and at one part of its coast. 
 At another part, the reef may be a barrier one, and 
 again at another place a fringing reef. There are 
 numerous deep-water channels through the barrier 
 reefs, and on the inside of these reefs there are several 
 fine harbours, notably those at Suva, Levuka, Savu- 
 savu, &c. There are commodious roadsteads in the 
 group, where ships of the largest size may anchor in 
 safety, and leave with almost any wind. Between the 
 islands, and inside the barrier, there are numerous 
 patches or " heads " of coral, dangerous to strangers, 
 in navigating among them. Still these reefs break the 
 swell of the ocean, and render navigation throughout 
 the group safe, even for open boats in ordinary 
 weather.
 
 150 
 
 The islands lie in small groups of several together. 
 In some places the water is so deep that vessels of 
 GOO tons can be moored to the shore; while in 
 other parts of the same island, the water is so shallow 
 that a ship cannot get within several miles of the 
 shore. 
 
 Most of the islands are high and mountainous, 
 rising abruptly from the sea as if they were the 
 mountain tops of a submerged continent, or large 
 island. The mountains of Taviuni, Vanua Levu, Viti 
 Lcvu, and Kadavu rise to an elevation of 3,000 feet 
 above the level of the sea. In none of the other 
 islands do they much exceed a height of 2,000 feet. 
 There is very little level land in any part of Fiji. 
 Hills and lovely valleys follow in rapid succession, 
 From the shore to the interior. Lofty peaks rise in a 
 succession of precipitous ascents, one after another, 
 sending off numerous spurs, which again subdivide 
 and ramify in a manner that defies description. 
 
 In many instances the sources of streams overlap 
 each other, and the waters from parallel valleys find 
 their way to the sea in opposite directions. Near 
 Namosi, a stone, dropped from where the Wai-Dina 
 rises, would fall into the waters of one of the prin- 
 cipal branches of the Xavua river, which at this place 
 is a rapid stream 30 feet broad and 2 feet deep. 
 
 At a place near Nadrau, a similar thing occurs, 
 viz., from where the Wai ni Mala rises a stone could be 
 thrown into the Siga Toka river. In Lavoni valley, 
 Ovalau, two large streams from opposite directions 
 unite and flow off at a right angle to their former 
 course. Many more instances might be given, but 
 these will Mifilce to show the complications of the 
 watersheds in Fiji.
 
 151 
 
 In Vanua Levu a range of lofty mountains extends 
 almost from end to end of the island, and forms its 
 main watershed. In the mountain and river system 
 of Vanua Levu, the principal slope is towards the west 
 and north-west. The chief subdivisions of this water- 
 shed are in order from south-west to north-east ; (1) 
 in the vicinity of Dand's Peak, (Corobato) ; (2) 
 The Sugar Loaf (Thorobala) ; (3) Needle Peak ; (1) 
 "Drayton's Peak ; (5) Hale's Peak. Prom the first, the 
 water flows eastward towards Kobalau Point and Savu 
 savu Bay, and north-westward towards Naloa. Bua is 
 surrounded by a semicircle of mountains, among which, 
 in a valley, flows a large stream that rises in the 
 vicinity of Dand's Peak, and enters the sea a little to 
 the south of Sandalwood Bay. Prom the Sugar Loaf 
 (2), the water flows eastward to Savu-savu Bay, and 
 south to Wai Nunu near Kobalau point. 
 
 The tributaries of the Dreketi river rise in the 
 vicinity of Drayton's Peak (4), and, flowing in a westerly 
 direction, join the main branch of the rive] 1 as it flows 
 from the mountains (Needle Peak) of Wai Levu, fall- 
 ing into the sea nearly opposite the island of Nuvera. 
 It is navigable for small craft drawing 3 feet of water 
 for 25 miles from its mouth. A range of mountains 
 extends along the N.W. coast of Vanua Levu, from 
 near the mouth of this river, to nearly, opposite Mali 
 island. Between this range and the main watershed, 
 which runs in a zig-zag manner through the island, 
 lies the basin of the Dreketi river and its tributaries, 
 four large streams. Prom Drayton's Peak, the water- 
 shed runs eastward, close to the N.W. shore of Natawa 
 bay, and northward to Hale's Peak (5). The waters 
 from this basin flow in a north- westerly direction, and 
 enter the sea by several large streams opposite Mali
 
 152 
 
 island. Auain, on the north of Halo's Peak another 
 river basin is formed, bounded on the south by Hale's 
 Peak, on the south-east and east by the main water- 
 shed, which here runs close to the shore of Natawa 
 bay, and on the north-east and north by high land, 
 which crosses the island from Tibethe point. The 
 waters collected in this basin flow also in a north- 
 westerly and westerly direction, and are discharged 
 opposite Sau-sau passage near Vuni-vuti, and Tutu, 
 near Drua-drua island. Several streams fall into 
 Natawa bay on its N.W. and S.E. coasts, as at Koro- 
 ni-saca, Malaka, and "Wai Levu at the head of the bay. 
 
 These streams are all navigable for boats and. small 
 craft, for some distance into the interior, notably those 
 which fall into the sea at Mali island and at Tutu. 
 Prom this place I went up the river 8 miles in a canoe 
 loaded with ten people and half a ton of luggage. 
 
 No streams worthy of mention enter the sea on the 
 long line of coast from Savu-savu bay to Somo-somo 
 straits. 
 
 The configuration of the land is the cause of the 
 N.~W. (Macuata) coast of Vanua Levu suffering from 
 drought, except during the northerly winds. The 
 range of mountains forming the watershed, and ex- 
 tending in a S.W. and N.E. direction, are, as has 
 been stated, covered with dense forest from end to end 
 of the island. On these mountains, the vapour laden 
 clouds, carried by the S.E. trade winds, settle, and 
 pouroul rain in torrents; and the air having parted 
 with its moisture passes over Macuata in dry gusts. 
 
 AVitli.Mii speaking of the peaks mentioned, which 
 are much higher, this range of mountains rises in 
 many places i<> a heighl of 2,000 feet above the sea. 
 The estimated heights over which I passed, in crossing
 
 153 
 
 and recrossing this range, are as follows : — Frorn 
 Koro-i-vono to Togaloa, at a height of 1,500 feet. 
 From Vuni Sawani to Savu-savu at 1,000 feet. From 
 Wai-wai, Savu-savu bay to Naduri at 1,800 feet ; La- 
 doga to Malaka at 1,500 feet ; and from Bua to AVai 
 Nunu at 1,000 feet. 
 
 In passing over these mountains many striking and 
 frequently magnificent views present themselves. 
 Here forest and woodland, with valley opening into 
 valley in oft repeated succession ; there on one side 
 the open, undulating grass-covered country of Mac- 
 uata; on the other, the blue sea studded with islands 
 — with spots and lines of white foam where the sea is 
 breaking on the reefs ; all these, seen from a con- 
 siderable elevation, combine in forming a panorama of 
 which words can convey only a faint idea. 
 
 Natawa bay, in the N.E. of the island, runs about 
 30 miles inland. At its S.W. extremity the distance 
 to Savu-savu bay is about 7 miles, and about 2-J 
 miles to the south coast. At one place this narrow 
 neck of land, joining the peninsula thus formed to 
 the mainland, is not more than 100 feet above the 
 sea. 
 
 At the narrowest part there is a salt lake of about 
 150 acres in area. It is surrounded by hills, and has 
 communication with the sea by a deep narrow channel, 
 about 6 yards across at its narrowest, and about a 
 mile in length. Through this channel the tide runs 
 in and out with great velocity. From the appearance 
 of the flat land which borders the lake, it is conjectured 
 that the lake was at one time nearly double its present 
 size ; and the narrow ridge of land which separates 
 the lake from Natawa bay, also bears unmistakeable 
 evidence of having been under water. The lake and
 
 151 
 
 the channel to the sea are bordered with the kinds of 
 plants usually found on the sea-shore, and the rocks 
 in its vicinity are of that breccia so common in 
 Fiji. Coral is said to abound in the lake. It is most 
 probably the crater of an extinct volcano. Erom the 
 lake, the Eijians drag their canoes across the narrow 
 ridee of land, and descend with them into Natawa 
 bay. 
 
 Lakes arc not numerous in Fiji. There is one in 
 Taviuni at about 3,000 feet above the sea, in an old 
 crater. Near the native town of na Kali-kosa, in the 
 interior of Yanua Levu, there is a small lake with a 
 floating island in it. 
 
 On the south coast of Vanua Levu, near Mr. 
 Hawkins' cocoa-nut plantation between Levuka and 
 Vatu Kali, a singular occurrence has taken place. At 
 the place in question, the level of the reef falls 
 suddenly about 1\ feet, like a step. This fault runs 
 right out to sea at right angles to the coast-line. 
 East of this point there is a double line of reefs, an 
 outer or barrier reef, and an inner or fringing reef. 
 To the westward there is only the fringing reef. 
 This would lead to the conclusion, that there has been 
 either a depression on one side, or an upheaval on the 
 other. In connexion with the whole character of the 
 coast to the west of this point, and the indications of 
 the salt lake having at one time covered a larger area 
 than at present, an upheaval is most probably the 
 cornel inference. The surface of the flat land border- 
 the lake is from 2 \ to 3 feet above the level of the 
 water. 
 
 Rivers of I'ili Levu. — Visitors to Eiji, coming from 
 
 ' nics," arc greatly surprised at the size and 
 
 beauty of its rivers ; and, considering the size of the
 
 155 
 
 islands, the number of the rivers and their magnitude 
 are certainly astonishing. The largest river in Viti 
 Levu is the Bewa — the Wai Levu (Great Elver) 
 of the Pijians. It is formed by the junction of the 
 Wai ni Buka and the Wai ni Mala, and afterwards 
 receives on the right bank the Wai Dina and the Wai 
 Manu. At 25 miles from its mouth it is about 200 
 yards in breadth, and at its ordinary height has a 
 volume of water nearly equal to that of the Tay at 
 Perth. 
 
 The Navua river is the next in size, up which 
 vessels drawing over 6 feet of water can go for 15 
 miles. The next is the Siga Toka, which is perhaps 
 the longest river in Fiji. Unfortunately there is a 
 bar at the mouth of this river which makes it 
 dangerous to enter from the sea, but inside there is 
 deep water. The Ba river is the next in size. It 
 is also navigable for several miles from the sea. Then 
 follows the Wai Delice, up which boats with about 
 10 tons of cargo can go for 17 miles. Besides 
 these, there are a great number of smaller rivers, the 
 most of which are navigable for several miles 
 inland. 
 
 Branches of the Uewa. — The Wai ni Buka rises 
 in the mountains that border the northern or Baki- 
 Baki coast of Viti Levu, on the western side of Viti 
 Levu bay, and flows in a south-easterly direction to 
 its junction with the Wai ni Mala. In its entire 
 length it runs parallel to the eastern coast, from 
 which it is separated by a range of high wooded 
 mountains. The Wai ni Soga, one of the branches 
 of the Wai ni Mala, rises in the same mountain 
 range as the Wai ni Buka, and flows in a south- 
 easterly direction to na Babuca, where it is joined by
 
 15G 
 
 the Wai ni Loa, or Black water. This river rises 
 on the high table land, overhanging the banks of the 
 Siga Toka, near Nadrau, and flows in an easterly 
 direction to na Babuca where it receives the "Wai ni 
 Soga, then runs in a south-easterly direction and 
 joins the Wai ni Mala, above Koro Suli. The 
 Wai ni Mala rises in the mountains about na 
 Qara-wai, and flows in a north-easterly direction to 
 its junction with the Wai ni Loa. The united rivers 
 under the name of the Wai ni Mala flow eastward in 
 very zig-zag courses to a little below na Koro Vatu, 
 where their waters unite with the Wai ni Buka 
 in forming the B.ewa. 
 
 A branch of the Wai-dina also rises in the vicinity 
 of na Qara-wai, and flowing in a crooked south- 
 easterly course, joins the Wai-dina at na Buke Luke. 
 The Wai-dina rises about 4 miles west of Kamosi, at 
 a place where a stone could be dropped into the waters 
 of a branch of the Navua, and flows cast by north 
 in a very winding course to the Hcwa. The Wai 
 Manu rises on the eastern side of a mountain called 
 Kora Loa, not far from the Navua river, flows in an 
 easterly course nearly parallel with the Wai Dina, 
 and falls into the llewa about 20 miles above its 
 mouth. 
 
 This river system is a most important one. The 
 Wai ni Mala is navigated by canoes drawing 2 J feet 
 of water to Koro Suli, a distance of about 30 miles 
 by the river, above its junction with the Wai ni Buka. 
 The Wai ni Uuka is also navigated for about an equal 
 distance Light draught canoes go up the Wai-dina 
 2<) miles above ii- junction with the Bewa, and barges 
 with 20 tons of sugar canes come down the Wai Manu 
 a distance of about 8 miles above its mouth at na
 
 157 
 
 Vusa. By the Wai ni Mala and Wai ni Buka, a 
 system of river navigation is continued down the 
 Bewa to the sea, a distance of 85 or 90 miles by the 
 course of the rivers. Plat-bottomed boats containing 
 about 15 tons of cargo, are brought from Messrs. 
 Scott and Harvey's settlement at the junction of these 
 two rivers, down to the sea, a distance of 55 to 60 
 miles. 
 
 The Navua River. — A branch of the Navua river 
 rises in the mountains near na Qara-wai, and joins 
 the main stream at Bega. The main stream is com- 
 posed of several large tributaries, which have their 
 sources near the banks of the Siga Toka, and on the 
 inland slope of a range of mountains which commences 
 at Serua, and runs in a more or less broken range to 
 the Bewa river. The Navua is a rapid river, and its 
 navigation is dangerous in consequence of the Namata 
 falls, about 25 miles from its mouth ; but the natives 
 convey produce from the vicinity of Naniosi, and 
 above Bega on the other branch, down to the sea. 
 Eor this purpose, rafts constructed of bamboos are 
 used, and as the river is a series of deep pools, rapids, 
 and sudden turns, it requires great skill and nerve 
 to steer either a raft or a canoe safely to the sea 
 
 The Siga Toka. — The main branch of the Siga Toka 
 rises near the sources of the Wai ni Buka, in the 
 mountains near Baki-Baki, passes Nadrau, and tra- 
 verses Viti Levu from north-east to south-west. On 
 the left bank it receives the Wai Suli Kana about 
 10 miles above na Tua-tua-coka, or Eort Carnarvon. 
 This branch rises on the western slope of the moun- 
 tains near na Qara-wai, and flows in a westerly direc- 
 tion until it falls into the main stream. A third, but 
 much smaller branch, rises on the eastern side of
 
 15S 
 
 Pickering's Peak (Koroba), flows east by south, and 
 joins the main river at na Tua-tua-coka. The Siga 
 Toka is perhaps the longest river in Fiji ; but its 
 course lies at the bottom of a deep valley, which 
 narrows in some places to a perfect gorge or chasm, 
 at the top of whieh, and almost within a stone-cast 
 of its channel, some other rivers (notably the Wai 
 ni Mala, &c.,), have their sources. 
 
 The Ba river is formed of two branches, one of 
 which rises in the mountains behind Raki-Raki and 
 flows for some distance in a south-westerly direction, 
 then turns and flows in a north-westerly direction to 
 the sea. The other branch rises on the top of the 
 gorge overlooking Nadrau on the Siga Toka, flows 
 first to north-west, then turns suddenly to north-east, 
 and joins the main stream about 25 miles from its 
 mouth. 
 
 The Wai Delice rises in a ridge of mountains which 
 stretches along the coast with diminishing elevation, 
 from Namena to Viti Levu bay. The course of the 
 river, at first is in a southerly direction, then taking 
 a turn to the eastward, it reaches the sea near Verata 
 point. The Nadi river, which is of second or third rate 
 importance and size, rises between the right or main 
 branch of the Siga Toka and the left branch of the 
 Ba river, and flows westward into llaurau bay. On 
 its left it receives several small rivulets from the 
 northern slope of Koroba mountain. 
 
 Mountains <>>/d main watershed. — The main water- 
 si icd of Vcti Levu begins on the south coast near Serua, 
 and rims almost due north through the centre of the 
 island to the Nananu islands at its most northerly 
 point. The most important slopes are towards the 
 south-easl and south-west, only one river of any size
 
 159 
 
 having a north- westerly course, viz., the Ba river. 
 The slopes on the south-east side of the main water- 
 shed are well wooded, and receive the south -cast trade 
 wind directly from the ocean. On them the clouds 
 of vapour brought by this wind, break, and pour out 
 ram like a deluge. The country on the N."W. side of 
 the watershed is denuded of trees, excepting a few 
 small patches of forest on the summits of some of the 
 mountains and on the steep rocky sides of a few 
 ravines. The ascending land and mountains on the 
 S.E. side of the watershed are the chief cause of the 
 descending slopes and hills on the N.W. side getting 
 little rain, during the time (6 or 7 months each year) 
 that the S.E. winds prevail in the group. Also, the 
 generally unwooded state of the country on the N.W. 
 side' largely contributes to the same effect. On the 
 other hand, when north-westerly winds predominate the 
 N.W. side is the wettest, at least its high-lying lands 
 and its best wooded parts are so. 
 
 Voma, in the vicinity of Namosi, is supposed to be 
 the highest mountain in these islands ; but there arc 
 several lofty peaks in the ranges near Nadrau that 
 challenge its supremacy. To give a description of the 
 mountain ranges in Viti Levu would be an almost 
 impossible task, they are so numerous, and they divide 
 and subdivide, and connect in a manner that seems to 
 be perfect confusion. The watershed just described, 
 will give an indication of how the land lies in a 
 general way. There is, however, a singular feature 
 connected with this main watershed, which deserves 
 notice. The Siga Toka flows for a long distance in a 
 deep valley, cut down as it were, through the centre 
 of the watershed, and dividing the eastern from the 
 western slope. At Nadrau this valley contracts into 
 a gorge about 800 feet in depth, and so narrow and
 
 160 
 
 p that the sun slimes upon the town only between 
 the hours of 11 a.m. and 2 p.m. The town is built at 
 the bottom of the gorge, and on the right bank of the 
 river, which at this place is a roaring torrent about 
 5 yards wide and Ifeet deep. The rocks on both sides 
 are agglomorate, and it is difficult to say whether the 
 chasm has been cut out by the water, or rent by an 
 earthquake, — most probably the latter. 
 
 The scenery on some of the rivers is grand, espe- 
 cially on the Navua, and the upper parts of the Wai ni 
 Mala. In many places these rivers and their affluents 
 have cut out channels for themselves through the rocks 
 and hills, which present many curious and striking 
 features to the Physiographer. 
 
 The island of Taviuni lies to the S.E. of Vanua 
 Levu, and is about 21 miles long by an average 
 breadth of 12 miles. It may be said to consist of one 
 mountain ridge, shaped like a pavilion roof, and 
 descending at its ends and sides to the sea. In the 
 centre it rises to an elevation of about 3,000 feet 
 above the sea. On the windward side it is covered 
 with dense forests from the sea to the summit of the 
 mountains. On the leeward side, where settlements 
 are most numerous, a good deal of timber has been 
 felled. There are no large streams on the island. In 
 many instances the water flows underground through 
 caverns, which are numerous, and boils up on the 
 beach, or a short distance out in the sea. There are 
 several extinct craters on it. Prom the position of 
 the island, its configuration and its dense forests, the 
 rainfall is very great, especially on the windward side. 
 
 There are several line roadsteads on the N.W. side 
 of tKe island, but no harbours. Vessels do sometimes 
 anchor and shin produce at some places on the wind- 
 ward side, but in general it is an iron-bound coast,
 
 1G1 
 
 unsafe to approach on account of the surf, the high 
 seas, and the wind blowing constantly upon it. 
 
 Rabi is a fine fertile island, about 8 miles to 
 the north of Taviuni, and lying between it and 
 Natawa bay in Vanua Levu. It has an area of about 
 28 square miles. The mountains rise to a height of 
 about 1,500 feet. There is one principal range with 
 many lateral spurs and offsets. Rabi is well wooded 
 and watered, and lias many lovely valleys. The 
 anchorage is good, and there are several small but safe 
 harbours. However, the sea surrounding the island 
 is full of reefs and sunken patches of coral, which can 
 only be detected from the mast-head. 
 
 Loma-Loma. — The island of Loma-Loma lies to the 
 south-east of Taviuni, in the eastern part of the group. 
 It is about 16 miles long and 3 miles in breadth. A 
 range of hills runs up the centre of the island, from 
 which there are numerous offsets. It is not well 
 wooded, except at the northern end, but is fairly well 
 watered. It has good anchorage inside the reefs, and 
 close to the town of Loma Loma. 
 
 Koro. — The island of Koro lies about midway 
 between Taviuni and Ovalau. It rises about 1,500 feet 
 above the sea, and has an area of 58 square miles. 
 It is fairly well wooded and watered, and the scenery 
 in some places is very fine. There is good anchorage 
 for vessels on the northern side of the island, with 
 deep water close to the shore. 
 
 Ovalau. — Ovalau lies about 21 miles to the east of 
 Viti Levu, and occupies a central position in the 
 group. It has an area of about 42 square miles. It 
 is very mountainous, rising in some places to an 
 elevation of about 2,200 feet above the sea. There 
 are two principal ranges of mountains, one on its 
 
 Q2019. L
 
 162 
 
 eastern and the other on the western side. Prom 
 these ranges there are many offsets, which again throw 
 off numerous spurs and crags. The scenery is conse- 
 quently varied ; narrow gorges with valleys opening 
 in into other valleys many times repeated. The 
 central or Lavoni valley, dividing the mountain 
 ran ires, runs north and south. The mountains rise in 
 almost perpendicular cliffs on "both sides, hut their 
 elevation diminishes towards the ends of the valley. 
 The valley opens out on the west side towards Bureta, 
 from which it is entered between two precipices, from 
 three to four hundred feet in height, and about 200 
 yards apart. The Lavoni valley, seen from an emi- 
 nence, is one of the loveliest in Fiji. From about 
 1,000 feet above the sea, to their summits, the moun- 
 tains are covered with wood. Ovalau is well watered. 
 In the bottom of every valley there is a streamlet, 
 which, in ordinary seasons, flows throughout the year. 
 The scenery is very beautiful in many places, but is 
 not on such an extensive and varied scale as in some 
 of the larger islands. 
 
 Levuka, the present capital of Fiji, is situated on 
 the cast !!-n side of the island. It is a straggling town 
 of one principal street, which, extending along the 
 beach almost at high-water level, is bordered on one 
 side by the sea. In this street are the shops, mer- 
 chants' offices, stores, &c. These occupy nearly all 
 the level ground. The dwelling-houses are perched 
 upon the rocky mountain side above the town, and 
 are approached by steep winding paths, over rocky 
 slopes, or by stair-like ascents. A worse situation 
 could not be chosen for a town. Indeed, except its 
 central position i<> other parts of the group, it has 
 nothing to recommend it.
 
 163 
 
 CHAPTER X. 
 
 Hot Springs — Rocks — Minerals — Soil. 
 
 Hot springs are met with, in many parts of Fiji. 
 I visited several of theni, viz., at Wai Basaga on the 
 Siga Toka, about 5 miles from Port Carnarvon ; one in 
 Rabi; one on the northern shore of Natawa bay 
 (where I believe there are several others) ; one at Wai 
 Nunu; and the famous springs of Savu-savu. At 
 Vuni-sawan at the head of Natawa bay, there were 
 hot springs which had a wide reputation for curing 
 many kinds of complaints. They were, in conse- 
 quence, resorted to by large numbers of people, and 
 the usual hospitality to strangers, enforced by custom 
 and tradition all over Fiji, became so heavy that it 
 impoverised those who lived near the springs ; there- 
 fore the people shut the springs up, after much 
 trouble and labour. The natives pointed out the site 
 of the springs, in the bottom of a muddy creek. 
 
 The most extensive hot or boiling springs in Fiji 
 are at Savu-savu, on the south coast of Vanua Levu. 
 They extend for nearly half a mile along the beach, 
 where in many places, a hole scraped in the shingle or 
 black sand, is immediately filled with scalding hot 
 water. The principal boiling springs, three or four in 
 number, are situated about 100 yards from the beach, 
 in the centre of a hollow, which is surrounded by a 
 mound of earth. The water in these boils up to the 
 height of about a foot, with a gurgling sound. After 
 issuing from the springs, the hot water mingles with 
 a stream of cold water which flows within 3 feet 
 
 L 2
 
 164 
 
 of them, and enters the sea by a small creek up which 
 the tide flows. At high water this creek is frequented 
 by the natives for bathing, and the hot water from the 
 springs cooling as it mingles with the water from the 
 sea, baths of any degree of temperature that the body 
 can bear may he had by going a few yards up or clown 
 the creek. These baths, the natives say, are efficacious 
 in removing and curing some kinds of complaints. 
 The natives who live in the vicinity cook the most of 
 their food in the boiling water of the springs. The 
 food is put into a basket and covered with straw, and 
 the basket is placed in the hollow or basin where the 
 water boils up. Stones are sometimes laid on the 
 straw to keep the food from being thrown out by the 
 force of the water. The black soil in the vicinity of 
 the springs is incrusted with a white saline substance. 
 There is no vegetation within several yards of them. 
 I believe that no satisfactory analysis, to show the 
 chemical constituents of the water of these springs, 
 has yet been made. The rocks near them are the 
 breccia, so common in Fiji, and a rock resembling 
 shalf. 
 
 The rocks most common in Fiji are calcareous, like 
 marl and limestone, and volcanic breccia or a<?<?lo- 
 merate. 
 
 These two are about equally abundant, the former 
 uppermost, the latter the underlying rock. Sand- 
 stone and shale like rocks also occur at some places, 
 notably in the interior of Viti Levu and Vanua Levu, 
 
 Basaltic, fcrachytic, or porphyritic rocks are not un- 
 common in some localities, and the lofty mountain 
 peaks (like Yoma in Viti Levu), in both the large 
 islands, are composed of them. In the instance of 
 Voma, the basaltic rocks resl upon the agglomerate
 
 1G5 
 
 which was noticed where the ascent of the peak was 
 commenced, at about 1,S00 feet below the top. Co- 
 lumnar basalt is rare in Fiji, and the Fijians formerly 
 used its columns, or a portion of them, to mark, or 
 record, certain epochs or events which occurred in the 
 history of a tribe. These columns are generally seen 
 near the sites of the DeviVs Bures or old heathen 
 temples, and mystical or ceremonial rites may have 
 been attached to them. Near Savu-savu some colum- 
 nar basalt may be seen in situ in the bed of a 
 stream. 
 
 In Viti Levu and Vanua Levu, sedimentary or lime- 
 stone rocks are found on all the mountains. "Where 
 absent, denudation, it is conjectured, has been the 
 cause. It may be presumed that the characters of 
 these rocks have in many instances been altered by 
 volcanic heat, so as to resemble rocks of a different 
 origin. A case in point was noticed in the bed of 
 the Wai ni Loa branch of the Wai ni Mala, where 
 the strata had been folded into a vertical position, 
 and exposed to view by the action of the river. 
 
 The doubling up of the strata, from whatever cause 3 
 and upheavals, may be adduced as reasons for the 
 greater part of the surface of Fiji being hilly and 
 uneven. At Suva, the strata on the sides of the slopes 
 lie at a greater or less angle, while on the top of the 
 slopes the strata assume a somewhat horizontal or un- 
 conformable position. This would point to the pre- 
 sumed unconformable strata either having been 
 deposited after the formation of the other strata, or 
 what is more likely, these are the top of the folded 
 strata, i.e., the strata forming the slopes, and from 
 their horizontal position better preserved from denu- 
 dation. This rock in many places is soft, and crumbles
 
 166 
 
 when exposed to the air. It is smooth and very 
 slippery when wet or polished, and is locally known 
 as Soap-stone. In other places it is hard, brittle, 
 and shattered to the size of road macadam, often rough 
 from coralline and other sands, pieces of shells, &c, 
 being imbedded in it. These may be noticed on des- 
 cending the cliffs from the native village of Tamavua 
 to the river, and again at the native town of Kaluba, 
 on the river of the same name, between Suva and 
 the Rewa. At Tamavua and Kaluba, the cliffs are 
 about 300 feet in height. At the last, the river has 
 cut down through this soft rock, and now flows 
 over a bed of hard agglomerate. There are many 
 large caves on the limestone cliffs in the interior of 
 Viti Levu. When coarse-grained, it splits readily into 
 small flags, which the natives, in some localities (in- 
 terior of Viti Levu), use for paving. 
 
 The agglomerate, or breccia, is supposed to be of 
 volcanic origin. It is composed of angular stone, black 
 sand, voleanic ashes, &c. It is very compact, and would 
 make a good building stone, but would be difficult 
 to work. It is a light brown or grayish colour. Where 
 exposed, the edges of the stones in it are rounded off, 
 but they arc held most firmly by the binding material, 
 and will break when struck, rather than come out. 
 This binding material is believed to consist mainly of 
 ox id'' of iron and lime. The rock is found in layers, 
 whieli vary in thickness and degrees of fineness. But 
 ii has no cleavages between the layers. The layers 
 diminish down to a thread-like fineness, and disappear 
 or run into one another. Insomeofthe layers the rock 
 i- as Jin«';i^ some of the rougher building sandstones; in 
 others it ^ composed of angular stones of various 
 sizes, up io thai of a cubic foot. Good samples of
 
 167 
 
 these may be seen near Levuka, between Vagadaca 
 and Dribi. In exposed sections, it was noticed that 
 the long stones were lying lengthwise, never perpen- 
 dicular or across one another. These imbedded stones 
 are of volcanic origin, basalt or trap. To look at the 
 rock en masse, where it lias been exposed to the 
 weather, and then at the loose disintegrated stones 
 sand, &c, on the beach, or in the bed of a river, one is 
 struck with the similarity of their appearance. This 
 agglomerate is very largely represented throughout 
 the whole of Fiji. The mountains of Ovalau (2,200 
 feet in height), are composed of it. On the north- 
 western side of Vanua Levu it forms large cliffs 
 and mountain ridges. In several of these cliffs, seams, 
 or layers of coralline limestone, 6 or 7 feet in thick- 
 ness, were seen at a few feet above sea-level. In 
 the bed of a stream at Habi, veins of a trap-like rock 
 were noticed lying between strata of agglomerate ; 
 but a doubt exists as to whether these veins are trap, 
 or limestone altered by heat. 
 
 At the south-west side of Rabi there is a cliff of 
 sandstone which rises to a height of 20 feet above 
 the sea, and there is a similar cliff on the opposite 
 shore of Kioa island, about 7 miles distant. There is 
 also another on an island at the anchorage or roadstead 
 of Loma-Loma, but possibly it is of coralline origin. 
 The northern part of the island of Loma-Loma is com- 
 posed of coral limestone, and the southern part, near 
 the town, of agglomerate and basaltic rocks. Some, if 
 not all the islands in this part of the group, are com- 
 posed of limestone, basaltic, and agglomerate rocks. 
 On the south coast of Vanua Levu, between Savu-savu 
 and Waikava, " Fawn Harbour," the beach and adja- 
 cent islands are composed of upheaved coral limestone.
 
 1G8 
 
 This raised beach varies in width from a few yards to 
 nearly a mile, and rises from sea-level to 100 feet in 
 height. At Mr. Chippendale's estate near Wai Levu, 
 Savu-savu hay, the coral heach has heen raised about 
 30 feet above the sea, and is now covered with soil to 
 a depth of 9 or 10 feet. A gentleman in sinking a 
 well on his property on the Tai Levu coast, about a 
 mile from the sea, found several fine sea shells at a 
 depth of about 11 feet below the surface. 
 
 In many parts of Fiji, even on the tops of the high 
 mountains in both the large islands, blocks of coral 
 or coralline limestone may be seen lying about, where 
 nothing remains but agglomerate, or basaltic rocks. 
 
 Taviuni is the only island of the group that I 
 visited of a purely volcanic origin, and it would seem 
 also to be a more recent formation than the others. 
 It is entirely composed of scoria, tufa, and basalt, like 
 Mauritius, Samoa, and the Sandwich islands. As 
 already noticed, there are several craters of extinct 
 volcanoes upon the island. This island has been 
 formed above water. 
 
 Symptoms of upheavals due to volcanic action, or 
 perhaps to earthquakes, are not wanting in Fiji, and 
 the hot springs are proof that great subterraneous 
 heat still exists below these islands. Unlike Taviuni, 
 the other islands have been formed under water, before 
 being upheaved. That they have been under water 
 before liny assumed their present form, is undoubted. 
 In some parts of Viti Levu, and particularly in the 
 centre of Y.uni.i Levu, there arc indications, on the 
 surface, of the soil having been exposed to great heat. 
 Si ill. throughout these islands, there is an absence of 
 what openly appears to have been the craters of active 
 volcanoes, since the upheaval of the land.
 
 1G9 
 
 Although these islands have been formed by sub- 
 marine volcanic action, it would now be difficult to 
 point out, with certainty, the positions of the craters. 
 However, it may be assumed that the deep water 
 basins at the anchorages of the islands of Koro, 
 Mango, Rabi, and Savu-savu bay, as well as at the 
 basis of the cliffs on the north-west coast of Vanua 
 Levu, are the sites of craters, and that the perpen- 
 dicular cliffs at these places formed part of their sides. 
 The hollow of the salt lake, the Lavoni valley in 
 Ovalau, and the site of the town of Namosi in Viti 
 Levu, may be quoted as others. 
 
 Graphite, or black lead, is found near na Qara- 
 wai in the interior of Viti Levu, and malachite 
 of good quality, according to Seemann, has also 
 been found near Namosi. Copper, but in small 
 quantity, has also been found in Pabi. These metals 
 may yet be found in other parts of Fiji. Mint has 
 been found on the mountains near the native town of 
 na Wasa-kuba, not far from Pickering's Peak. Iron 
 in several of its many forms exists in every part of 
 the group, and numerous fossils will yet be found in 
 its limestone rocks. 
 
 Soil. — The soil of Piji islands is very productive. 
 In Taviuni it consists of disintegrated volcanic rocks, 
 scoria and tufa, mixed with decomposed vegetable 
 matter, one of the richest and most fruitful soils 
 known. Its average depth on this island will exceed 
 3 feet. In a feAv places, of small extent, the 
 rocks are covered with a thin coating of soil, but in 
 most places it exceeds 3 feet in depth. Its colour is 
 from dark brown to black. The soil of Ovalau is disin- 
 tegrated agglomerate and vegetable debris. It is also 
 a fertile soil, and appears to retain moisture better 
 than the soil of Taviuni, which most probably arises
 
 170 
 
 from its being more clayey. The decomposed calca- 
 reous strata about Suva makes a capital soil when 
 mixed with vegetable matter, and it is surprising to 
 see how trees, reeds, grass, &c, grow on even a few 
 inches of it. To some light porous soils an applica- 
 tion of it would act as guano or marl. It retains 
 moisture well. The rock when broken up and ex- 
 posed to the air, crumbles to powder in a short time ; 
 and, in this condition it is capable of producing all 
 kinds of crops. In some localities, of small extent, 
 in both the large islands, particularly in the centre of 
 Vanua Levu, the soil is poor. In these places it is 
 red or white earth or clay, destitute of vegetable 
 matter at a few inches below the surface ; but where 
 the surface soil has not been destroyed, a dense 
 growth of trees, bushes, canes, grass, &c. is produced 
 on it. In all the other parts of the group the soil is 
 a mixture of the three first-mentioned kinds, with a 
 large quantity of vegetable matter added. Its tex- 
 ture is loamy, light, and friable. It is not over tena- 
 cious of moisture, and water passes readily through 
 it. Unless in the case of the lowest lying lands the 
 sub-soil is well drained. The flats or "bottom land " 
 may be said to be unequalled in fertility. On these 
 lands, crops of sugar cane, cotton, maize, tobacco, &c, 
 have been grown annually for a number of years with- 
 out manure, and apparently without diminishing the 
 fertility of the soil. What, in Fiji, is generally termed 
 poor land, is only so by the dryness of the locality; 
 and there is not half an acre of land in one place in 
 Fiji so poor as to be unproductive of some kind of 
 useful crop; neither is I here any locality in it so dry 
 that grass will not grow for at least nine months of 
 the year on an average of years.
 
 171 
 
 CHAPTER XI. 
 
 Agricultural Products — Copra — Coir fibre — 
 Cotton — Sugar — Tobacco — Cocoa — Coffee — 
 Vanilla — Tea — Cinchona Bark — Rice. 
 
 The present agricultural exports of Fiji are copra, 
 sugar, cotton, maize, tobacco, some arrowroot, and 
 now, perhaps, a little coffee. 
 
 Copra, the dried kernel of the cocoa-nut, was ex- 
 ported to the value of £45,908 in 1876 ; £79,403 in 
 1877 ; and £122,194 in 1878. The value of coir fibre 
 produced from the husk of the cocoa-nut was for these 
 years, £2,953, £2,660, and £3,133, respectively. There 
 was also exported during these years cocoa-nut oil to 
 the value of £808 in the first, £941 in the second, and 
 £150 in the third. The value of cocoa-nuts exported 
 in 1876, was £318 ; in 1877, £461 ; in £570 for 1878. 
 
 The cocoa-nut is extensively grown in the group 
 both by settlers and natives. Young plantations of it 
 are yearly coming into bearing, and new ones are annu- 
 ally being formed. There is yet room for these plan- 
 tations being extensively enlarged, and that without 
 encroaching on the area which more important pro- 
 ducts will require. There is now comparatively little 
 cocoa-nut oil made in Fiji. This is principally 
 owing to the high prices which have lately ruled in 
 Europe for copra. An extensive establishment for ex- 
 tracting oil exists at Savu-savu, but the expense of 
 collecting the nuts in small parcels was so great, that 
 the enterprise had to be abandoned. The Pounce or
 
 172 
 
 refuse of the copra after the oil has been extracted, is 
 a most excellent article for fattening cattle. This is, 
 at present, useless in Fiji, but it is of great value in 
 Europe, and enables the European merchant to give 
 more for the copra than the local oil manufacturer 
 could afford. 
 
 But when Eiji is fully settled, and many coffee and 
 sugar cane plantations are in full working order, a 
 local demand for JPounac will arise, as in Ceylon 
 and elsewhere, for feeding draught cattle; it will 
 thus become more economical to make oil in Fiji than 
 to sell the copra. 
 
 In Ceylon, Seychelles, &c, where the cocoa-nut tree 
 is grown on a large scale, small proprietors have mills, 
 worked by a bullock, for extracting the oil from the 
 copra, which they do to a certain degree of perfection. 
 These mills are sometimes hewn out of stone, but 
 more commonly they are made from the root end of a 
 large tree, of such tough hard wood as dilo or 
 vest. The introduction of these simple mills among 
 the natives of Fiji would be of great advantage. 
 They conld easily be made in the colony, but one 
 might be required as a sample. This the Government 
 of the colony might undertake. 
 
 The fibre yielded by the husk of the nut is, as coir 
 yarn, of great mercantile value for making ropes, 
 matting, &c. The Fijians take so long a time in 
 plaiting fcheirsinnet or coir by the hand, that although 
 done in a superior manner, the amount which the 
 merchants can afford to give for it is disproportionate 
 to the labour expended on it ; consequently the natives 
 make it only for their own use. In Ceylon there arc 
 simple machines for twisting or spinning coir, worked 
 by the hand. With one of these a man, aided by one
 
 173 
 
 or two members of his family, will twine from 50 to 
 100 lbs. of marketable coir yarn in a day. The intro- 
 duction of these machines would be of great advantage 
 to the natives of Fiji. They make a great quantity of 
 copra for sale or taxes, but for the want of a simple 
 machine the fibres of the nuts are allowed to rot on 
 the ground. The value of coir per ton equals that 
 of copra, if it does not exceed it, and by the introduc- 
 tion of this simple machine, the Fijian would be 
 enabled to utilise the fibre, and so reap double the 
 benefit he now does from the cocoa-nut. 
 
 The number of trees that may be put down on an 
 acre varies from 50 to 100 (from 20x20, to 30x30 
 feet apart), according to the quality of the soil, and 
 whether the climate of the locality be wet or dry. On 
 an average the trees begin to bear about the seventh 
 year after planting, but a full crop need not be anti- 
 cipated until the tenth year. This is not owing to 
 absence of flower on the trees, but to a paucity of 
 pistellate flowers, and the inability of these flowers 
 when present to produce fruit while the trees are 
 young. A plantation will continue in prolific bearing 
 for about 80 or 100 years. The average yield per tree 
 per annum is about 100 nuts. About 6,000 nuts yield 
 a ton of copra, and about the same weight of fibre. 
 The value of each is about £14* per ton in Fiji, and 
 these quantities may be produced on about an acre of 
 plantation in a fairly good bearing condition. The 
 estimated cost of clearing the land, planting the trees 
 and attending to them until they begin to bear, is 
 from £15 to £25 per acre, according to circumstances. 
 The after expenses are those of gathering the nuts as 
 they fall from the trees, husking them, and drying 
 the copra. As cattle can be pastured on the grass 
 growing underneath the trees, after they are eight
 
 174 
 
 years old, that will pay the keeping of the plantation 
 in good order. 
 
 Excepting Viti Levu, the cocoa-nnt thrives remark- 
 ably well in all parts of Fiji, and the trees are gene- 
 rally as healthy and fruitful as in the best plantations 
 that I have seen either in Seychelles or Ceylon. In 
 Viti Levu the leaves of the trees are attacked by a 
 caterpillar to such an extent as to injure the health of 
 the tree, and prevent its bearing fruit abundantly. 
 The ravages of these catapillars Avere noticed in some 
 of the other islands, but there they seem to be kept 
 down by birds or insects and prevented from increasing 
 to any injurious extent. The subject ought to be 
 investigated, in order that a remedy may be found and 
 applied ; and if this be done the cocoa-nut tree could 
 be increased a thousand fold in the colony. The Go- 
 vernment and the Fiji Agricultural Association might 
 take up tli is matter together. 
 
 From what has been said it will bo understood that 
 the sugar cane thrives well in Fiji. There are about 
 21 distinct varieties of the cultivated sugar cane 
 indigenous in the group. These are cultivated by 
 the natives for their own use. They eat the cane in 
 its natural state, and also boil the juice until it attains 
 the consistency of molasses, for sweetening puddings, 
 &c. The wild sugar canes found in the group have 
 already been alluded to. 
 
 The manufacture of sugar in the colony has quite 
 recently been commenced, and is yearly growing in 
 importance. Tin' value of the sugar and molasses 
 made and exported during the last three years is as 
 follows : iii 1 876, £10,433 ; in 1877, £1Q,170 ; in 1878, 
 £18,611 . The value of rum made in Fiji and exported 
 during '>7- \\;is ti)25. Since I left the colony seve- 
 ral large mill^ have been put up and it may be anti-
 
 175 
 
 cipated that in 1880 sugar will be exported to the 
 value of £60,000. These figures show the increasing 
 importance of the sugar industry in Fiji. The total 
 area of land in the group suitable for growing sugar 
 cane is approximately estimated at 1,000 square miles. 
 These cane growing lands are situated in all the prin- 
 cipal islands ; in the interior of both the large islands as 
 well as near the coast and the flats on the banks of the 
 rivers. In most instances they consist of rich alluvial 
 soil, in the cultivation of which the plough could be 
 used. In the beginning of J 878 a block of about 
 650 acres of fine cane land, bounded on one side by a 
 navigable river, was sold at auction by Government, 
 for £1 10s. an acre. 
 
 W 7 hen capital has been attracted to the colony, and 
 these cane lands fully occupied and planted with canes, 
 and proper works put up for crushing the cane and 
 making sugar, it may be anticipated that about 
 200,000 tons of sugar will annually be made in Fiji. 
 The value of this sugar, together with that of molasses 
 and rum, will amount to over tive millions sterling. 
 
 Virgin or plant canes grow and ripen in from 12 to 
 15 months, and the ratoons can be cut annually. In 
 two instances the growers of the canes have mills on 
 their plantations, and manufacture their own sugar. 
 In all other cases the canes are grown by the planters 
 and sold to the sugar manufacturer at given prices 
 per ton of cane. These prices vary according to the 
 density of the juice : — 7s. per ton at 7 n Baume, 8s. M. 
 at 8°; 10s. at 9°; 12s. at 10°; 14s. at 11°; and 16s. 
 at 12°. There being few sugar mills the planters are 
 glad to get their canes crushed at any season of the 
 year, often when the density of the juice is at its 
 lowest ; even in summer or autumn, the worst seasons of 
 the year for cutting the canes. The ratoons of these
 
 176 
 
 , -a mcs thus grow during winter and spring, when from 
 the dry cool weather they will grow least, and to ripen 
 dining the hot wet season, when they grow most and 
 ripen Least. This not only causes great loss to the 
 planter, hut also reduces the value of the exports of 
 the colony. Only when sugar mills become more 
 numerous in the colony will this state of matters he 
 remedied. 
 
 The average density of the juice in Fiji is between 
 9° and 10° Baume. At the worst season of the year 
 for crushing, the density of the juice is about 5° and 
 at the best between 10° and 11°. These facts, in con- 
 junction with the prices given per ton of cane, at once 
 indicate the loss sustained by the planters. During 
 the summer, autumn, and early part of winter, it took, 
 in 1875-6, 22 tons 4 cwts. of cane to produce a ton of 
 sugar, and from the end of winter, during spring, to 
 the beginning of summer, a ton of sugar w r as yielded 
 by 15 tons 14 cwts. of cane, or 3 tons of sugar in 47 
 tons 2 cwts. of cane ; while in the former it took 
 44 tons 8 cwt. of cane to produce 2 tons of sugar, 
 representing money values respectively, of 40/. and 
 60/., sugar being valued at 20/. per ton on the spot, 
 making thus a loss of 20/., or one third. 
 
 The expense of cultivation per acre, including cut- 
 fcing, is from 5/. for ratoons to 7/. for virgin or 
 plant canes. The weight of cane per acre averages 
 35 tons. From July 1876 to July 1877 the average 
 quantity of cane to the ton of sugar was 16 tons 1 
 cwt., or about 12 tons when the density was highest, 
 and 20 tons when lowest. There is no disease among 
 the canes in Fiji, nor arc they destroyed by insects. 
 
 When the disposition of the lands is made, a large 
 portion of cane-growing land will most likely belong 
 bo the natives, to grow their food plants upon, and
 
 177 
 
 produce to pay their taxes in kind, or generally speak- 
 ing, for the natives to get a living from. If no sugar 
 mills are erected in the neighbourhood of such lands, 
 the natives will he prevented from growing and ren- 
 dering in kind the crop for which their land is best 
 adapted. In the event of capitalists not accepting a 
 guarantee from the natives, for the erection of sugar 
 mills, Government might give one on their behalf, on 
 approved conditions ; the natives of a town or village 
 to cultivate annually a certain number of acres of cane, 
 and, after paying taxes, the surplus of the sugar to be 
 sold, and the proceeds divided among the cultivators. 
 
 Coffee thrives remarkably well in Fiji, and its value 
 as an export will ultimately be second only to sugar, 
 and may be expected to amount to between three and 
 pour millions sterling. The area of land suitable 
 for growing coffee, cacoo, tea, and cinchona is approxi- 
 mately estimated at from 2,500 to 3,000 square miles, 
 and for coffee alone at about 2,000 square miles. 
 Nearly all the islands of the group have land well 
 suited for it, especially Yiti Levu, Vanua Levu, 
 Taviuni, Eabi, and Ovalau. The climate is well 
 adapted to the growth of the coffee plant, and so is the 
 soil, limestone being abundant in it. Streams, from 
 which water for pulping could be taken, run in every 
 valley ; and in localities where the soil and climate are 
 most favourable, these streamlets most abound. 
 
 The coffee plantations I visited were in excellent 
 condition, and the healthy appearance of the plants 
 and their vigorous growth were surprising. At one 
 of nearly 300 acres in extent, the young trees had been 
 topped at a height of 3J feet, when they were two 
 years old ; four months later, when I saw them, the 
 laterals were covering the space between the rows. The 
 
 Q 2019. M
 
 178 
 
 plants were put down in rows, 6 feet apart and 6 feet 
 from plant to plant. They were in full flower, and 
 for a first crop the appearance of fruit was all that 
 could be desired, and Letter than I expected to see. 
 The internodes, between the leaves, were about 2 inches 
 long on an average, which is considered favourable. 
 
 At another and older plantation, 5 acres of very 
 irregular but healthy trees, and 5 acres of" 32 months 
 old" trees yielded about 60 cwt. of marketable coffee. 
 The last were planted at a distance of 5 X 5 feet, and 
 under the shade of large trees (the remains of the 
 forest that formerly grew on the land) which had 
 been left standing. These plants were much too close 
 together, and the growth had been so rapid and strong 
 that the lateral branches were overlapping each other 
 about a foot. The internodes, on the branches of 
 these plants, were on an average over 3 inches long, 
 which, as coffee only bears at the axils of the leaves, 
 gives indication of much Avood and little fruit. But 
 this is only the result of planting under shade. 
 The 5 years old coffee had also been planted under 
 shade, and some of the trees that bad been left 
 standing to protect the coffee had fallen, broken, and 
 destroyed a number of the plants. On the same pro- 
 perty, and side by side with these, was another plan- 
 tation •' 20 months old," which had been formed on 
 open ground. The plants averaged about 28 inches 
 in height, and were in full flower for the first time 
 when I saw them. They were in robust health, the 
 leaves of a dark green colour, and gave every indica- 
 tion of yielding an abundant crop. The plants were 
 put down at a distance of S X 8 feet, and the side 
 branches or laterals were within a foot of meeting 
 between the rows. The leaves were on an average
 
 179 
 
 only an inch and a half apart, a sure indication of 
 abundance of fruit. 
 
 A third plantation of nearly 300 acres was being- 
 formed, and about 150 acres of it was planted. On a 
 portion of this the seeds had been sown in situ, the 
 remainder had been planted with young trees. Both 
 looked promising in the highest degree, the young 
 transplants being about 18 inches in height at the end 
 of 9 months, and robus tand healthy in proportion. 
 
 The fourth plantation was, for Fiji, an old one, 9 or 
 10 years of age. Although it had been abandoned or 
 much neglected, and the plants in many instances 
 allowed to be overgrown by weeds, and broken down 
 by cattle and falling branches, they quickly recovered 
 themselves when care was again bestowed on them, 
 and looked healthy and vigorous, all things considered. 
 
 The first of these plantations is on basalt, and the 
 soil is of purely volcanic origin, — scoria and tufa, mixed 
 with vegetable mould. The second is on volcanic 
 breccia, with soil made up of disintegrated particles 
 of that rock, mixed with calcareous or other sedimen- 
 tary deposits and decomposed vegetable matter. The 
 third is on calcareous and rough sandstone rocks, with 
 soil composed of these rocks disintegrated and mixed 
 with vegetable substances. The fourth plantation 
 was on rich alluvial soil on the bank of a river. At 
 two places on the Wai-dina, and one on the Wai ni 
 Mala, several excellent coffee plants were seen, and 
 their healthy appearance gives great hope of the future 
 success of coffee in the interior of Yiti Levu. But a 
 highly commendable action on the part of the Govern- 
 ment, in distributing seeds among the natives to form 
 plantations in the interior of that large island, will 
 soon put that matter beyond doubt. A good deal of 
 
 M 2
 
 ISO 
 
 coffee see J has been imported from Ceylon. Great 
 caution is required in this, lest in importing the seeds, 
 spores of the coffee fungus, which has so disastrously 
 affected the coffee plant in that island of late years 
 should he imported along with them. Indeed, for the 
 welfare of Fiji, an excess of caution in this matter 
 would he laudable. Government might pass an ordi- 
 nance that all coffee and other seeds, plants of all kinds, 
 soil and packages from Ceylon should he disinfected 
 or purified with sulphur before being landed.* The 
 introduction of this pest would be injurious to Fiji as 
 a coffee growing country. Several (three or four) other 
 plantations are in the course of formation on favourable 
 soil and at suitable situations, and as they are con- 
 ducted by men of experience in coffee planting, success 
 may be affirmed. 
 
 Cotton was extensively grown in Fiji, and it lays 
 claim to producing the best cotton in the world. Fiji 
 is, however, too far from the markets of Europe for her 
 cotton competing in them with that grown in countries 
 more favourably situated. The value of the cotton 
 grown and exported in 1875 was 25,853/. ; in 1870, 
 1 2,022Z. ; and in 1877, 11,140/. During this last year 
 2,000/. worth of cotton seeds was exported to Europe. 
 It is still grown by some of the planters, but it will, 
 mosi likely, be displaced by the sugar cane. From 
 one-half to three-fourths of the cotton now exported 
 
 * Since these word- were written I learn that such a law has been 
 passed ' j the Legislative Council in Fiji; and since this was printed, 
 I have learned with much regret thai the coffee fungus has been in- 
 troduced with coffee seed from Ceylon. The Government of Fiji is en- 
 deavouring to stamp it oul by using disinfectants, isolating the in- 
 fected estates, ami destroying tin- infected coffee plants. There are, 
 comparatively . nol manj coffee plants in Fiji, and it is to lie hoped that 
 the endeavour will be successful. Mauritius, 30th November 1880.
 
 181 
 
 from the group is grown by the Fijians for their taxes. 
 When grown on an extensive scale it still yields a 
 small profit, but the profit is so little that plantations 
 of less than 200 acres scarcely do more than pay 
 labourers' wages. It is otherwise with the Fijians 
 who have the produce for their work. The cotton 
 plantations were mostly small, from 20 acres to over 
 200 acres in a few instances. These small plan- 
 tations flourished when cotton sold at about 3s. per lb. 
 in the home market, but when the prices fell, after 
 peace was established in the United States, these 
 small cotton estates had to be abandoned. Were the 
 manufacture of cotton cloth to commence on a liberal 
 scale in either New Zealand or Australia, cotton 
 growing would, most likely, be revived in Fiji. Its 
 cultivation, unlike that of the sugar cane, which 
 requires the investment of a large amount of capital 
 for machinery, and coffee, from which no return is 
 obtained within three years, can be commenced on a 
 small amount of money, and receipts obtained within 
 a year. Therefore, while not so remunerative a crop 
 as either sugar or coffee, its cultivation has great 
 attractions for small capitalists. These hope to make 
 it a stepping-stone which will enable them to enter 
 on the cultivation of another product that will yield 
 a better reward, but which requires a greater amount 
 of capital to begin with than the growing of cotton. 
 
 " Sea Island Cotton " is grown by most of the cotton 
 planters. This variety is doubly valuable on account 
 of its seeds, which are worth 8/. per ton on the spot. 
 The variety known as Kidney Cotton is mostly cul- 
 tivated by the natives. This variety, as a plant, 
 is not only hardier than the Sea Island variety, but
 
 182 
 
 its cotton is not readily damaged by rain, and is not 
 injured by hanging in the pod several days after 
 reaching maturity. 
 
 The climate and soil of Fiji are favourable for 
 growing tobacco. However, owing to a general 
 want in these islands of a practical knowledge in pre- 
 paring the leaves for the market, tobacco is not so 
 extensively cultivated as it could be ; but, there is 
 one plantation of it in the group, at Maro, on the 
 western coast of Viti Levu, where the leaf is prepared 
 in a very creditable manner. In some localities, in 
 the interior of Viti Levu, the Fijians grow it to pay 
 Government taxes. The natives also grow it for 
 their own consumption. They cure the leaves by 
 hanging them up to dry, generally in a shaded airy 
 place, which is the only preparation the natives 
 bestow on the leaf. When wanted for smoking they 
 break a small portion of a leaf, dry it on a hot coal, 
 envelope it with a bit of dried banana leaf, and smoke 
 the tobacco in the form of a cigarette, which they 
 call Selnka. They have not much to learn in growing 
 the plant, but instructions in the manner of preparing 
 the Leaf would benefit them as well as the settlers. 
 
 There are many localities in Fiji well adapted for 
 grown- ;.■• cacao (Theobroma cacao), or chocolate plant, 
 and so are the climate and soil. From measures 
 which the Righl Honourable the Secretary of State 
 for the Colonies has been pleased to take, the best 
 varieties of tin's plant cultivated in the West Indies 
 will soon be introduced to Fiji, where they will 
 undoubtedly succeed. 
 
 Vanilla will also grow well in Fiji, and its culti- 
 vation, from the suitabl the climate, &c, will
 
 183 
 
 certainly he remunerative. But although the plant 
 has heen introduced, some time will elapse before a 
 knowledge of the method of fertilising the flowers and 
 preparing the " pods " for the market becomes general 
 in the group. 
 
 In the interior of the large islands there are large 
 tracts of land on which Tex^. and some of the valuable 
 kinds of Cinchonas (Peruvian bark trees, or quin- 
 quina), will most likely thrive. 
 
 Several tea plants (in pots) were noticed in Eiji, in 
 the verandahs of settlers' houses. The variety of the 
 tea plant which will best suit Fiji is that known as 
 the Assam Hybrid. It might be introduced from India, 
 and, for an inexpensive trial, distributed in small num- 
 bers (three or four plants to a town or tribe) among 
 the natives at such places as Nadrau, Babuca, Namosi 
 Vienunga, Namoali, in the interior of Viti Levu. The 
 cinchonas might be dealt with in a similar manner. 
 The varieties of this plant which will do best in Eiji 
 are cinchona succirubra, or Red bark, and other sorts 
 which are indigenous in the warmer parts of the 
 Andes. These might be obtained from India in suffi- 
 cient quantity for a trial, if not from Mauritius and 
 some of the Botanic Gardens in the Australian colo- 
 nies, where they are grown in collections of econo- 
 mical plants. 
 
 Many parts of Eiji are well adapted for the culti- 
 vation of Rice. Throughout the country there are 
 numerous old dalo or taro beds, which only require 
 a little repair to fit them for its cultivation. It 
 would be a most excellent article for alternate 
 cropping with Swamp dalo. The one would in a 
 manner prepare the ground for the other. In the
 
 184 
 
 Tret districts, hill or mountain rice could be cultivated 
 along with land clalo. In most localities two crops 
 of swamp rice could he gathered from £he same land 
 in a year. The kinds of rice which the labourers now 
 being introduced from India prefer, are the varieties 
 known by the names of Mooghy and Baa lam rice. 
 The Paddy (seed rice) of these varieties mia-bt be ob- 
 tained from India.
 
 185 
 
 CHAPTER XII. 
 
 Labourers — Markets for Produce — Land 
 Titles — Kinds of Native Produce. 
 
 Labourers, for working plantations in Fiji, are 
 mostly obtained from the New Hebrides, Solomon 
 Islands, &c. They are engaged for three years. Their 
 wages, exclusive of food, clothes, passage to and fro, 
 is 3/. per annum ; including everything they will each 
 cost the employer about 12/. per annum. At the 
 expiration of the engagement (three years), they are 
 returned to their homes in the islands with well 
 filled boxes of trade to show themselves and their 
 goods to their friends. They prefer payment in kind 
 to money. They are strong hardy labourers, but 
 utter savages when they land in Fiji. They have to 
 be taught everything, and require a good deal of 
 breaking in before they are useful. They are ex- 
 tremely lazy ; and the expense of overseeing them is 
 very great ; besides, their work is generally badly 
 done. If the supply of these labourers is unlimited, 
 as asserted, they seem to have an unwillingness to go 
 to Fiji, where the demand for them cannot be met. 
 They prefer going to Queensland, where they get 
 double the wages which they receive in Fiji. But 
 money is said to be of no consideration to them, as 
 they do not understand its value. In emigrating 
 they are moved by what to a European would be a 
 whim or notion. There may be some truth in this ; 
 but on comparing the quantity of goods which one 
 of them takes from Queensland, with those which
 
 186 
 
 another brings from Fiji, there cannot be a doubt as 
 to which of the two countries the majority of these 
 people would prefer to go. Little dependence can 
 ho placed upon them preferring either. Their chief 
 reasons for expatriating themselves for a few years 
 are scarcity of food, quarrels, cruel inter-tribal wars, 
 and, above all, a desire to obtain fire-arms. 
 
 A number of Fijians are engaged on the planta- 
 tions. However, as a rule, they do not like to leave 
 home, friends, families, wives, and children, and enter 
 into an engagement to work for a year to the J?apa- 
 lagai, on a distant island, and for from SI. to 4d. per 
 annum and found. There they only hear of home 
 and friends by occasional rumour. But they have 
 not much objection to work for 11. 10s. or 21. per 
 month and food, for a month or two at a time, pro- 
 vided the work is within an easy distance of their 
 dwellings, which they can visit on Sundays or other 
 occasions. 
 
 To neither of these could a capitalist depend for 
 labour to work his plantations. It would follow that, 
 when he most wanted labourers, none were to be had. 
 Painfully, such is sometimes the case at present. To 
 put an end io uncertainties on this matter,and to obtain 
 cheap and good labourers, as well as a source to draw 
 them from, that can be dependedcd upon to yield a 
 large supply on demand, the Government of Fiji have 
 arranged with the Government of India to get coolies 
 from India. With India to draw upon, no planter, 
 who possesses meansj need, in Fiji, fear the want of 
 Labourers to cultivate his fields. The engagements 
 with these labourers are that they stay 10 years in 
 the colony, and serve their first employer, at whose 
 requesl ;m<l expense they were introduced, five years.
 
 187 
 
 Their wages does not exceed Is. per day, all things 
 included. For field work, &c. in the tropics, East 
 Indians are unrivalled. Without them some British 
 colonies, and some foreign ones, would not be in their 
 present flourishing condition. There need be no 
 hesitation in saying that what has been done, and is 
 now being clone in these colonies, with coolie 
 labourers, can likewise be done with them in Fiji, 
 which, from its agricultural wealth, crying for de- 
 velopment, is bound to become not the least important 
 of Her Majesty's possessions. 
 
 Geographically, Fiji enjoys a most enviable posi- 
 tion, in regard to a market for her produce, such as 
 no other British (tropical) colony does. Situated 
 within the tropics, she is within 5 days of Auckland, 
 New Zealand ; 7 of Sydney ; and 9 of Melbourne by 
 steam. The climate of the country is healthy, the 
 soil fertile, rains abundant, and all are favourable in a 
 high degree for the cultivation of tropical products : — 
 indeed, just what are most wanted, sugar, tea, coffee, 
 rice, &c, in Australia and New Zealand. The de- 
 mand, or market in these colonies, for those products is 
 at present large, and will increase with the population 
 to an unlimited extent. No country is so favourably 
 situated, in all respects, for supplying such products 
 as Fiji. 
 
 To those who have capital, and are skilled in the 
 cultivation, &c, of tropical produce, or who can secure 
 the services of trustworthy men as managers with 
 the necessary knowledge, Fiji affords many oppor- 
 tunities for profitable investment. 
 
 Again, sugar mills are much needed in many parts 
 of the group by the settlers, who would give security 
 to the sugar maker or owners of the mills for the
 
 188 
 
 cultivation of cane to keep the mills in profitable 
 work. 
 
 All land titles are given by the Crown, i.e., the 
 Government of the colony. After careful inquiry 
 Crown grants are issued as fast as circumstances 
 permit, to the old settlers, who purchased their land 
 from the natives before the sovereignty of Fiji was 
 ceded to Great Britain. Many of these settlers own 
 large tracts of good cane and coffee land, which, from 
 want of funds to cultivate, many of them would 
 gladly sell, at prices from 10s. the acre and upwards 
 according to circumstances of site, — cleared or un- 
 cleared land, stocked with cocoa-nut trees or not. 
 
 As reference has, in previous paragraphs been made 
 to various kinds of agricultural produce, cultivated 
 by the natives to pay their taxes in kind, it may be 
 of interest to allude briefly to some of them. The 
 principal are copra, cotton, maize, tobacco, and candle- 
 nuts. In respect to copra, the plantations or number 
 of cocoa-nut trees owned by the natives is very large. 
 New ones are also being made by them in every part 
 of the colony. The care bestowed on many of these 
 plantations in weeding and general attention leaves 
 much to be desired. Nevertheless the culture of the 
 lives fully equals that of the poorer settlers. 
 
 Some of the cotton plantations owned by the natives 
 are well laid down and admirably conducted. The 
 culture of the plants and the cleanness of the ground 
 from weeds are most recommendable. Others, again, 
 are in a semi-neglected state, the ground allowed to 
 be overgrown with weeds, plants growing too thickly 
 quently three or more) together, and the knife to 
 reduce the plant to a convenient size for picking the 
 crop, too sparingly employed. The natives sometimes
 
 189 
 
 think that, by allowing the plants to grow thickly 
 together and attain a larger size, more produce will 
 be got. Not only so, but that the closeness of the 
 plants will prevent the growth of weeds, and so 
 labour, &c, will be saved. 
 
 The plantations of maize are in similar condition 
 to the cotton ones, some of them are w r ell attended to 
 and others indifferently so. 
 
 The Fijian does not seem to require teaching in the 
 management of his tobacco plants. He is well aware 
 of the effects of stopping the upward growth of the 
 plants, after they have reached a certain height, on 
 enlarging the lower leaves and perfecting their quality. 
 Experience gained from observation has taught him 
 the best soil and situation for the growth of the plant. 
 His favourite site for a tobacco plantation is that of a 
 house which has been burned. From the plants 
 grown on the few square yards of ground which the 
 house occupied, he wall gather upwards of 100 lbs. 
 of leaves. 
 
 The facility with which the natives have learned, 
 from the early settlers in the group, the manner of 
 cultivating these articles augurs w r ell for the future, 
 and shows that, were a little care and patience be- 
 stowed on teaching them better methods than their 
 own, they would be readily adopted. 
 
 The paying of taxes in kind is the best system for 
 the Fijians that could be put into operation, and from 
 the experience which they will gain by it in the cul- 
 tivation of mercantile products, it may be anticipated 
 that they will become extensive cultivators and pro- 
 ducers on their own account. 
 
 The Candle-nut, i.e., the seeds of the aleurites 
 triloba, is entirely a forest product, to be had for
 
 190 
 
 gathering. It grows wild everywhere throughout the 
 group, but it is most abundant ou land which has 
 been cultivated or cleared by forest fires. It is par- 
 ticularly common in the sheltered ravines and valleys 
 in the province of Navosa, Viti Levu. During 1875 
 the value of the candle-nuts exported was £65 ; in 
 1876, £1,562 9*. ; £3,010 in 1877, and £3,515 for 
 1878. The value on the spot, in 1877, was a little 
 above £10 per ton, and dming this year 300 were 
 gathered and exported. This alone will show the 
 value of the forest products of Fiji, and that the con- 
 servancy of the forests in these islands would, besides 
 being generally useful and beneficial to the colony in 
 the way previously indicated, pay its own costs. The 
 Laucl or Candle-nut tree, is evergreen. It grows 
 rapidly, and in any situation or soil, produces at an 
 early age, and reaches a height of 60 feet when grown 
 in good soil and sheltered situations. The wood, which 
 is white, soft, and light, is occasionally used by the 
 natives for various purposes, but it is not durable, 
 and therefore valueless for most industrial purposes. 
 The leaves are lobed, or entire, variable in size from 
 2x3 to 9 X 12 inches in breadth and length. "When 
 young they are densely covered on the upper surface 
 with soft, hoary gray hairs, which gradually fall off, 
 and the leaves become smooth and green coloured 
 with age The flowers are borne on large panicles 
 which spring from the axils of the leaves or ends of 
 the branches. They arc white and not disagreeably 
 fragrant. The fruit is about the size of a small egg. 
 The outside is sofi and pulpy and readily decomposes. 
 The covering of the seed or kernel is a hard bony 
 substance, aboul the twelfth part of an inch in thick- 
 38. To gel rid of it the natives heat the nuts in a
 
 191 
 
 fire and cool them suddenly by throwing water on 
 them ; beat them with sticks, or knock them between 
 stones. The Laucl yields an excellent blacking or 
 dye, for the manufacture of which an enterprising 
 gentleman has taken out a patent in Fiji. A ma- 
 chine for shelling the nuts would be of great utility, 
 and saving by labour, would cause the nuts to become 
 of greater value, and a larger export of them would 
 ensue. The offer of a premium by Government for 
 a really useful one would stimulate inventors. 
 
 In most cases the inhabitants of several towns, 
 and even a tribe, will unite in working a plan- 
 tation. This answers well when the site of the 
 plantation is in the vicinity of the co-operating town- 
 ships ; but it is different when the villagers have to 
 travel a number of miles to do their share of the work 
 on the plantation. This causes a waste of time, and 
 frequently takes the inhabitants of distant villages 
 from their homes for weeks at a time. Besides, when 
 the plantation is far away from those who cultivate it, 
 it is not so well cared for as it would be if situated in 
 the vicinity of their dwellings. However, the site of 
 a plantation is generally settled by the people them- 
 selves, or their representatives in the council of the 
 tribe, the Bose vaka Yasana. It would, perhaps, 
 be better for each village to have its own plantations 
 near the village, and under the Turanga ni Koro, or 
 chief of the village. The Fijian generally works in 
 fits and starts, and either overdoes or does not do 
 enough. Constant daily labour is what he does not 
 like. On the other hand, he is not an habitual idler, 
 and he who does not attend to the affairs of his family 
 and those of his tribe, has not much respect shown to 
 him by his fellow townsmen.
 
 192 
 
 CHAPTER XIII. 
 
 Stock. — Pigs, Fowls — Remarks on the Fauma of 
 
 Fiji. 
 
 Stock, such as sheep, cattle, &c, thrive exceedingly 
 well in Fiji, and every planter has a herd of thriving 
 cattle. These are generally of the best colonial breeds, 
 and frequently expensive cows and bulls are imported 
 from the colonies to improve the stock. To judge 
 from the fine appearaece of the animals, the climate 
 of the country favours their growth and increase, and 
 shows that its grasses are sweet and nourishing. In the 
 meantime cattle are almost a drug in the colony and the 
 settlers are looking for a market for them beyond it. 
 When the country is opened up, the oxen will be most 
 useful for draught animals. In general, the land in 
 Fiji is too good for grazing stock upon, or growing 
 maize ; that is, crops of sugar cane, coffee, &c, would 
 be far more remunerative, both to the proprietor 
 of the land and to the country. But to the small, 
 not very enterprising capitalist, it is exhilarating 
 to see herds, and, therefore, money annually and surely 
 increasing, at little outlay, and without much trouble. 
 Several of the settlers are rearing herds of Angora 
 goats, and a lew ol" them possess flocks of good sheep. 
 
 Pigs, most probably introduced from Tonga, where 
 several were left by Captain Cook, are wild in the 
 forests. In the woods of some localities the domestic 
 fowl runs wild, and is as plentiful as pheasants in a
 
 193 
 
 game preserve. Turkeys, ducks, geese, &c, do well 
 in Fiji, and a good turkey may be purchased for a 
 dollar. 
 
 The animals indigenous to Eiji arc several species of 
 bats or flying foxes and a small rat. A large frog and 
 ten different kinds of snake,s are found in these islands. 
 The snakes are harmless and are eaten by the natives. 
 This prevents their increasing in number which, on 
 account of their killing the rats that are becoming 
 numerous and destructive to the crops in some districts, 
 is to be regretted. The natives keep numbers of 
 dogs which they are fond of and kind to. With them 
 the native sportsman hunts wild pigs in the forests, 
 and raises wild fowl, which the hunter knocks down 
 as they fly with stones, or short pieces of sticks, in 
 the throwing of which the natives are experts. 
 
 Several kinds of wild ducks are plentiful in the 
 group, and so also are snipe and sandpipers. Wild 
 pigeons are numerous in the forests, and are, like the 
 wild ducks, &c, excellent eating. The golden or 
 orange dove is a most lively bird, whose plumage is 
 gold, or bright orange coloured, Some beautiful 
 parrots or parroquets are also found in the group. 
 The many coloured feathers of these birds and those 
 of domestic fowls, cocks' tails, are used for various 
 ornamental purposes by the natives. 
 
 Whales and porpoises abound in the seas which 
 surround the group. These seas also swarm with 
 numerous kinds of fishes, many of which are edible 
 and their quality is most excellent. A few are poison- 
 ous, and others are remarkable for their beautiful 
 colours. Sharks also abound in these seas. They 
 arc common in deep pools in the rivers ; in fresh 
 
 Q, 2019. n
 
 194 
 
 water, and at long distances from the sea. Fresh 
 water fish, of fine quality and of several sorts, abound 
 in the rivers. 
 
 Turtles are found in these seas, and so also is 
 Beche de mer, which is annually exported to the value 
 of about £3,500. Shell fish, such as lobsters, &c, are 
 common, and delicious prawns are abundant in all 
 the streams and streamlets in these islands. Some 
 beautiful and rare shells inhabit Fijian waters. Among 
 them may be mentioned the orange cowry, which is 
 only found near Nadroga, on the S.W. side of Viti 
 Levu ; oysters are not uncommon, and they attach 
 themselves to the roots of trees, &c, at the edge of the 
 water. Pearl shell is found in small quantities, and 
 in 1877 it was exported to the value of £1,086. Land 
 crabs, some of which are good for eating, are common. 
 One of them, the Ugavule, inhabits some of the 
 smaller islands, Qele Levu and Vatuvara, and is said to 
 climb the cocoa-nut trees, remove the husks from the 
 nuts, break the shells, and eat the flesh ! 
 
 Some kinds of insects, mosquitoes for instance, are 
 common at certain seasons of the year and in some parts 
 -of the group ; and travellers in Fiji should not forget 
 to take mosquitoe nets with them, as well as mats to 
 sleep upon. Flies arc numerous in some localities, and 
 are very annoying. 
 
 Some pretty beetles and butterflies are found in the 
 group, and fireflies light up the woods in the dusk of 
 the evenings. Highly curious and pretty leaf and 
 -tick insects, different kinds of mantis, are by no 
 means rare. The wings of some of them can scarcely 
 be distinguished From real leaves.
 
 195 
 
 APPENDIX I. 
 
 Caoutchouc. 
 
 Caoutchouc, or India-rubber, was one of the things which 
 his Excellency Sir A. H. Gordon requested me to inquire into, 
 and determine what trees, shrubs, or climbers yielded it in 
 Fiji : — To ascertain in what manner the Fijians collected the 
 juice, and the nature and habit of the plants which supplied 
 it ; to see if they were abundant and where they were 
 growing ; and if they could be cultivated for their produce as 
 an article of commerce, and how the caoutchouc could be 
 best collected. 
 
 The Fijians name for caoutchouc is Drega which means 
 gum or glue that issues from a tree, fruit, &c, when wounded. 
 The term Drega Kau is generally applied to trees which have 
 a white milky juice. 
 
 The trees, &c, which yield the caoutchouc in Fiji belong to 
 the order apocynacese. Several are climbers, and belong to 
 the genera alyxia and lyonsia. 
 
 From a variety of causes I cannot with certainty give the 
 names of the species (of climbers) in Fiji; but will send them 
 out with specimens or drawings from England. The trees 
 from which the caoutchouc is obtained are tabernaemontana 
 pacifica, and two if not three species of alstonia, viz., 
 alstonia plumosa a. villosa and another species or variety. 
 Seemann, in his Flora Vitiensis, has doubts about the correct 
 names of them, and as I have no other authority here to 
 refer to, the names will have to be sent from England. 
 
 The Tabernaemontana is a medium sized tree, attaining a 
 height of from 30 to 40 feet, with a trunk of about a foot in 
 diameter, and 12 to 20 feet in length. 
 
 The leaves are dark green, smooth, thick or leathery, oval, 
 from 3 to G or 8 inches long, and from 2 to 4 or inches 
 broad, prominently veined underneath. 
 
 The flowers are white, on a two or three times branched 
 panicle at the ends of the branches. The fruit is a berry, about 
 i-inch in diameter, and 1 inch long, yellow, or reddish yellow 
 when ripe. This tree is found all over the group. It most 
 abounds on alluvial soil, situated in low-lying places. When 
 
 N 2
 
 196 
 
 found in the mountains it is in hollows or flats, where the soil 
 is rich. It is not uncommon, and a good many specimens of 
 it may be seen during- a day's journey. It is not gregarious, 
 but three or four trees of it may casually be found near each 
 other. 
 
 When the trunk of the tree is wounded, a thin white juice 
 flows freely from it. The Fijians say that the juice curdles, 
 and produces bad caoutchouc. 
 
 I could not obtain any caoutchouc from it, though I tried 
 on several occasions. Perhaps this was owing to the small 
 quantity of juice used, and its watery nature. The juice 
 requires a great amount of evaporation before caoutchouc can 
 be obtained from it. On that account it may be dispensed 
 with. 
 
 The climbers belonging to the genera Alyxia and Lysonsia 
 are not uncommon in many parts of Fiji. They are mojst 
 abundant, however, in virgin forests, in the outskirts especially. 
 They attain a large size, and spread to a great distance, over- 
 topping the trees to which they cling, and frequently killing 
 them. Their leaves, on foot-stalks from 1 to 2 inches long, 
 are opposite (verticillate two to four in a whorl in Alyxia) 
 rough or smooth, from 2 to 6 inches broad, and 3 to 9 inches 
 long, ovate or oblong. Flowers white, generally fragrant, 
 rising from axils of the leaves or ends of the branches in 
 large cymes, bi- or tri-chotomously divided. 
 
 Fruit of Lysonsia is capsular, that of Alyxia is a soft 
 fibrous drupe. They yield milk abundantly, which readily 
 coagulates. They are rude, large growing plants, requiring 
 supports, and the idea of cultivating them is therefore a 
 questionable one. They are not sufficiently numerous in one 
 part of the forest to render the collection of their juice remune- 
 rative. 
 
 Specimens of the large-leaved and small-leaved species of 
 Alstonia are enclosed. The former grows to about 30 feet in 
 height, Laving a trunk which sometimes attains a diameter of 
 it <a- so. 
 
 The small-leaved species is in every way a much smaller 
 tree. It seldom exceeds 15 feet in height, and the diameter of 
 trunk i- rarely beyond (> inches. 
 
 This species is most frequently found on the crests of ridges, 
 legations of LOO feet above the sea, to the tops of the 
 highest mountains in Fiji. It does not yield juice freely nor 
 abundantly.
 
 197 
 
 Between these two species there is another, or a variety, 
 occupying a middle position in respect to character and 
 habitat. These, however, are so inconstant, that the tree is 
 not always easily distinguished from one or other of its 
 parents, as the two species above-mentioned may be termed. 
 
 For the sake of distinction, the large-leaved species may be 
 termed No. 1, the variety No. 2, and the small-leaved species 
 No. 3. While No. 1 is generally found on rich soil at the 
 bottoms of valleys and ravines, and No. 3 on the tops of the 
 ridges, No. 2 occupies the sides of the ravines between them, 
 and makes frequent incursions on the territories of both. 
 
 The flowers of the three kinds are cream-coloured, changing 1 
 to yellow as the flowers grow old. 
 
 As specimens of Nos. 1 and 3 are enclosed, they need not 
 be described ; and No. 3 need not be further alluded to, on 
 account of the small quantity of juice which it yields. 
 
 It is of the large-leaved species and the variety that I will 
 now treat. The follicles, or seed vessels of No. 2, are shorter 
 than those of No. 1 : also the tree and its leaves are generally 
 smaller. The seeds of both are from two to three-eighths of an 
 inch long, by one-eighth broad, thickly covered with dark 
 brown hairs, thin and flat, with ciliated edges, which look like 
 fringes when viewed through a lens. The leaves of No. 1 are 
 from 6 to 15 inches long, and from 3 to 6 or 8 inches broad. 
 The leaves of No. 2 are from 3 to 12 inches in length, and 
 from 2 to 6 inches in breadth. Though unequal in size, the 
 trees are equally hardy, and yield juice freely and abundantly. 
 No. 1 would seem to grow more rapidly than No. 2 ; but this, 
 and the greater size of the leaves, may be caused by the tree 
 growing on rich soil, and in sheltered situations. They may 
 be reckoned one species, whose characters vary according to 
 the position in which the trees may be growing. To this 
 view I am much inclined, because any difference I have as 
 yet seen is in the size of their different parts. 
 
 Neither of them is gregarious. They abound in all parts 
 of Fiji, and especially on land which has at one time been 
 cultivated. They are very common at Bua, on the leeward 
 edges of the woods or patches of natural forest which still 
 remain in that district. This may, very probably, be owing 
 to the grass, reeds, &c, having been burnt off the land, and 
 the wind carrying the seed from the adjoining trees on to it. 
 These would germinate after the first rain fell. This suggests 
 a very rapid and inexpensive method of increasing the plant,
 
 198 
 
 for useful purposes, in any locality ; there being no expense 
 i d with it beyond those of collecting the seeds, burning 
 the grass off the site, sowing the seeds thinly over the ground, 
 and, perhaps, harrowing them in by dragging a few twiggy 
 branches over the surface. 
 
 It need scarcely be said that the sowing should take place 
 after the first rains of the season have fallen. In case of 
 greater certainty being desirable, a scratch may be made on 
 the surface of the ground with the foot, a few seeds dropped 
 into it, and the loose soil pushed over the seeds to cover them 
 from the weather. By such simple means, large tracts could 
 1"' speedily re-wooded with this tree. It only requires the 
 trees I > be growing in contiguity to make the collecting 
 of the juice remunerative. 
 
 What I saw at Bua confirmed an opinion that I hold 
 regarding the hardiness of the tree. It will grow in the 
 
 DO O 
 
 poorest soils, and in the driest parts of Fiji ; though, of course, 
 not so well as in a rich soil and moist situation. The tree 
 does not seem to have any particular season for flowering 
 and bearing seeds,— it does so all the year round. This, how- 
 eve]-, may be a characteristic of the species, not of individual 
 trees. In a locality where the tree abounds, one tree may be 
 found with its flowers in the bud, another in full flower, a 
 third bearing unripe fruit, and a fourth with its follicles burst- 
 ing, and the ripe seed falling from them. To obtain seed for 
 sowing, the follicles should be gathered when they begin to 
 change colour from green to brown or grey. This is the 
 indication of the seed being ripe. When gathered, the 
 follicles should be spread in a dry, airy room, the floor of 
 which should be covered with paper for the seed to drop upon. 
 Tli- t'nllicles should be frequently disturbed and shaken to 
 take the seed out of them. The seed should be kept in air- 
 Light vessels — bottles tightly corked would answer the purpose 
 — until the time for sowing. I am not prepared to say how 
 Ion- the seels will keep fresh, but judging from analogy, they 
 will not be injured by being kept two or three months. Still, 
 I would say that the sooner they are sown after being 
 gathered the better. The sowing should be done as early 
 in the eeason as possible, and certainly not later than 
 ember. In this a good deal will depend on the rain 
 setting io at an early or late period of the year. 
 
 The Fijian name of this tree is Drega qumqwu. They. 
 collect the juice in their mouths, which makes the caoutchouc
 
 199 
 
 as adhesive as glue, and of about the consistency and colour of 
 putty. To get the juice, the Fijians break off the leaves from 
 the branches, and collect it as it flows from the petioles and 
 the wounds on the branches caused by the breaking off of 
 the leaves. The branches are next broken off the trees, and 
 each branch is broken up into pieces from G inches to a foot 
 long. 
 
 As fast as the pieces are broken, first one end of them is 
 placed in the mouth, then the other, till the mouth is full of 
 crude caoutchouc. Several mouthfuls are collected together 
 and squeezed into a round mass or ball. This method of col- 
 lecting the juice, with the ruthless manner of breaking the 
 trees, somewhat surprised me when I first saw it done. Since 
 then repeated trials in all parts of Fiji have convinced me that 
 the sap or juice does not flow freely by wounding the bark on 
 the trunk of the tree in any way whatever. This is the reason 
 for breaking the branches. The youngest branches of the tree 
 contain most juice. When the old or firm wooded branches 
 are broken very little sap flows from them. When the young 
 branches are broken the sap flows rapidly for a few seconds. 
 It soon coagulates when exposed to the air, and the wound 
 has to be freshened to cause the sap to flow anew. When 
 the branches are broken into pieces of about a foot in 
 length the juice flows from the ends and the pieces are drained 
 almost entirely. A little more may be obtained by breaking 
 the pieces in the middle, but very little. The juice flows 
 from between the bark and the wood, and from the pith, or 
 from between the pith and the wood. 
 
 The coagulated juice would seem to have some attraction for 
 the juice in a semi-liquid condition. If a portion of the 
 coagulated juice be applied to the semi-liquid juice adhering 
 to the ends of a broken branch, the slightest touch makes them 
 join firmly. The adhesion is so perfect that the portions will 
 not be separated, and a slight pull takes the semi-coagulated 
 juice clean out of the many fissures or cracks in the ends of 
 the broken branch. To obtain crude caoutchouc from this tree 
 the juice has simply to be collected and worked with the fin- 
 gers. It requires no other preparation. The juice congeals 
 so rapidly that when collected in dry weather it requires little 
 if any drying. The caoutchouc may be sent to market in balls, 
 or it may be pressed in moulds into long thin pieces, 1 or 
 2 inches broad and an inch in thickness (more or less) as may 
 be required. Samples of it have been sent to England, and
 
 200 
 
 the quality was highly valued : — some of the samples as high 
 '. per lb., a price equalling that of the best Para 
 itchouc. 
 From the peculiarity of the tree not yielding juice freely by 
 wounding the bark, and the juice being obtained from the 
 g branches, 1 would suggest that the tree be cultivated 
 and the young branches cut, in the same manner as oak coppice 
 in England. The tree grows rapidly ; but I doubt, notwith- 
 standing its rapidity of growth and hardiness, if it would bear 
 having its branches cut annually, or even once in two years. 
 For a beginning I would recommend its being cut every third 
 year. However, cutting annually and biennially might be 
 tried for a number of years as experiments, in order to ascer- 
 tain what the results in yield of caoutchouc would be ; and the 
 effects of cutting each year, and once in two years, on the 
 healthiness and longevity of the trees, as compared with cutting 
 every third year. 
 
 The branches may be cut at any season of the year, but the 
 t time for cutting them would be when the sap was most 
 abundant in the branches ; and as the tree is an evergreen, and 
 \s all the year, at least in wet localities, the best time will 
 be during the wet season. This is generally the time that the 
 sap is most abundant in the evergreens of the tropics. The 
 sap might be collected at another time, and the result in weight 
 of caoutchouc, from a given number of trees, carefully noted 
 and compared with that obtained from the same number of 
 trees during the wet season. 
 
 When the young plants are from 1 to 2 feet in height, 
 their upward growth should be stopped. This may be done by 
 cutting off the top of the leading shoot, or by bending their 
 heads downwards, and keeping them to the ground by placing 
 a stone upon them. Both ways may be tried, but I would 
 commend the latter. By stopping the plants while young no 
 time will be lost in getting them to form coppice stools, and 
 should the plants have grown fairly well, they will likely be 
 'it for cutting to obtain caoutchouc in three or four years after 
 planting. To facilitate the cutting of the branches from which 
 to collect the juice, the stools should not be allowed to grow 
 _i,er than 5 feet above the ground. The plants maybe 
 mi thicklj together »o as to form dense masses of branches. 
 When at Babi,in March List, along with Captain Hill, we 
 made aboul an ounce and a half of crude caoutchouc from a 
 small tree, the trunk of which did not exceed 1£ inches in 

 
 201 
 
 diameter. Its head was composed of three or four branches, 
 the average length of which was 2 feet each, total 8 feet of 
 branches from which the juice was obtained. We proceeded 
 in a primitive fashion. The leaves were broken off, and the 
 juice from the petioles was collected on a leaf. The juice from 
 the wounds on the branches, caused by breaking off the leaves, 
 was also saved. The young branches were then broken off 
 the tree, and the juice as it came from the broken ends was 
 allowed to drop on a leaf. These branches were broken again 
 in the middle, but very little juice was obtained by doing so. 
 The juice thus acquired was collected on one leaf, and when 
 worked a little with the fingers it at once formed crude 
 caoutchouc. This caoutchouc was applied to the semi-coagu- 
 lated juice adhering to the broken ends of the branches. A 
 slight touch was sufficient to join both so perfectly that the 
 whole of the semi-coagulated juice was taken clean away from 
 the ends of the branches and out of all the fissures in the 
 broken stumps on the tree. 
 
 Probably the best way to collect the juice will be to cut the 
 young branches into lengths of a foot, and allow the juice to 
 drop from their ends into fiat tin vessels. Then break the 
 leaves off the branches and allow the juice as it flows from 
 the leaf stalks, &c, to fall into the same vessel, and apply a 
 portion of the caoutchouc formed to the ends of the broken 
 branches and the stumps on the tree, so as to remove all the 
 juice from them. By such simple means I anticipate that a 
 man to cut off the branches, assisted by two or three boys, 
 will collect 10 lbs. and upwards of crude caoutchouc in a day, 
 provided that the trees be growing closely together. 
 
 Working the half congealed juice with the fingers causes it 
 to part with all watery substances, and it is at once caoutchouc, 
 requiring only to be put into shape for the market. Judging 
 from the foregoing example, and it was by no means a fair 
 one, a coppice stool will yield at least two ounces of caoutchouc, 
 and that quantity could be made in about five minutes by a 
 man and two or three boys accustomed to the work. They 
 would soon collect that quantity by their own method of 
 catching the juice in their mouths ; and it remains to be 
 proved which of the two ways will be quickest, and give the 
 best result in quantity and quality of caoutchouc. 
 
 When once a plantation of the trees has been formed, and 
 the Fijians accustomed to gather and properly y>repare the 
 juice, I have every confidence in this matter turning out a 
 success.
 
 202 
 
 A.s regards a market for the caoutchouc there need be no 
 anxiety. India-rubber is one of those articles that modern 
 civilization cannot do without. The quantity received from 
 America is decreasing, and the supply is not able to meet the 
 demand. India is the only country in which trees yielding 
 caoutchouc are being cultivated and increased. 
 
 I have, kc, 
 
 John Horxe, 
 Director of Gardens and Forests, Mauritius.
 
 203 
 
 APPENDIX II. 
 
 Sandalwood. 
 
 To the Honourable the Colonial Secretary, Fiji. 
 
 Sir, Levuka, 31st October 1878. 
 
 I have the honour to acquaint you, for the information 
 of his Excellency the Governor, that, when I visited Bua, I 
 made a point of seeing as many sandalwood trees as possible. 
 I therefore requested the Roko Tui Bua to send a man to 
 guide me to where they were growing. This he did, and I 
 was shown 12 trees, and told by the guide that these were all 
 that were known to exist in the district. I was informed in 
 Levuka, that a quantity of sandalwood had been planted by 
 the Roko. I did not see any that had been planted, but if any 
 had been planted, and especially if the plantations had been 
 successful, they would have been shown to me. Besides, it 
 could not have been done without the residents at Bua know- 
 ing something about it. The trees seemed to be well cared 
 for ; the Roko has a tabu on them. Climbers, scrub, &c, 
 are cleared from around them, and they look healthy and 
 promising. 
 
 Sandalwood, as everyone knows, was once abundant at 
 Bua. Not only so, but from thence it extended through 
 Macuata to Udu Point. The country from Bua through 
 Macuata to Udu Point, is remarkably well adapted for its 
 growth, but I am thoroughly convinced that no dependence 
 can be placed upon what the natives of these districts say 
 regarding it. 
 
 The subject is one which deserves to be strictly and 
 thoroughly gone into. The native tax collector, if nothing- 
 better can be done, might be instructed to inquire, and see and 
 examine all the forests in the above named district for himself, 
 in order to ascertain correctly how much there may yet 
 remain of it. 
 
 A thorough examination of these is the most essential 
 preliminary step to be taken for the conservancy of the 
 sandalwood. This remark applies also to where the sandal- 
 wood is growing in Navosa. To assist in the matter, a drawn 
 up tabular statement is annexed. 
 
 The officer who examines the parts where sandalwood 
 may be growing, should fill ujd the statement, and give 
 answers to the questions in it. The return is filled in for an
 
 20± 
 
 imaginary sandalwood forest, merely to give an idea of the 
 information required. The returns, when received from dif- 
 ferent parts, should be compiled into one which should be laid 
 on the council table for the consideration of the Government. 
 When correct information is supplied, Government will be in 
 a position to take proper steps for conserving the sandalwood 
 in the places where it may be growing naturally; or from the 
 few trees that may be growing in one place abandon such a 
 place ; or else by planting increase the number of trees so as to 
 make conservancj^ worth the trouble. 
 
 In any scheme of re- wooding for climatic reasons the dry 
 parts of Vitu Levu, and Macuata coast in Vanua Levu, sandal- 
 wood, from its value, hardiness. &c., and adaptation to these 
 parts, should hold a foremost place. The tree is a slow- 
 growing one, and compared with some other trees never attains 
 a large size, seldom exceeding 3 feet in circumference at 3 feet 
 above ground. It will probably require about 60 years to 
 reach maturity. 
 
 It.^ wood is dense, hard, and heavy. Its present value in 
 Fiji is about 101. per ton at the lowest. India is the only place 
 in which it is being preserved and increased. In all the South 
 Sea Islands, if not exterminated, the trees are rapidly decreasing 
 in number. The wood is daily becoming scarcer and dearer, 
 and being a natural product of Fiji, the subject of increasing 
 and making plantations of it, ought to be taken up by the 
 Government. About GOO trees of it, at the least, can be 
 grown and matured on an acre. The trees, when mature, will 
 give an average value of 10* each, at the least ; this at present 
 ie (which is rapidly increasing) would be 300?. per acre, 
 and, deducting expense of planting, guarding, cutting and 
 transporting the wood to the coast, there would be about 150?. 
 per acre at the least to the good. 
 
 In making a plantation of it, the .young trees should be put 
 down at the distance apart of 6 x 12 feet = about GOO trees 
 per acre. 
 
 that yield caoutchouc could be planted between 
 them at 12 x 6 feet apart, Thus — 
 
 x indicate f x • x • x 
 
 3andalw I, and J • x • x 
 
 utchouc trees. ( x • x • x • 
 
 Tin 11 but rapid growing tree, and its produce would 
 
 for the up keeping of the sandalwood tree- while the 
 
 were young. A- the sandalwood trees increase in size,
 
 205 
 
 the caoutchouc trees should be thinned out. The caoutchouc 
 tree grows well, and naturally in the same places as the 
 sandalwood. Of course sandalwood or any other kind of trees 
 could be used instead of the caoutchouc. 
 
 In the case of sandalwood being used, one half of the trees- 
 would have to be thinned out when they were about one- half 
 or three parts grown, and consequently of no value, on account 
 of the wood not being fragrant. Any other kinds of trees 
 planted would be for the sake of their timber, and as they 
 would also have to be thinned out at an early period of their 
 growth, the timber would be valueless. 
 
 The caoutchouc is not a loDg living tree, and it would be 
 worked out at about the time thinning would be required. 
 The natives could collect the caoutchouc as taxes, or it might 
 be otherwise collected. 
 
 In the province of Navosa, which is well adapted for grow- 
 ing sandalwood, the Fijians might plant it instead of paying 
 taxes in produce, or they might be paid for planting it, while 
 at the same time they paid their usual taxes. 
 
 In either case the planting would have to be inspected by a 
 trustworthy officer. That being so a good extent per annum 
 would have to be planted in order that the fullest benefit 
 might be obtained for his salary, and the expenses of over- 
 seeing reduced to the lowest possible proportion per acre. 
 
 The plantation might be extended by annual instalments. 
 The above suggestions may also be applied to Macuata, and 
 the natives in the interior of Vanua Levu could do the 
 planting. 
 
 This letter may be read as a continuation of the letter 
 headed na Tua-tua-coka, and dated 19th July last. In addi- 
 tion to the suggestions mentioned in it with regard to j:>lant- 
 ing, &c, it may be mentioned that the weeds, grass, &c, 
 should be burned off the ground before planting by seed 
 sowing, &c, be commenced. Planting should commence after 
 the ground has been watered by the first rains, say in Novem- 
 ber, and as early completed as possible. When prolonged, the 
 young plants have not time to be sufficiently rooted to with- 
 stand the drought of the next dry season, and failure is the 
 result. The seeds preserve their vitality for several months, if 
 kept in a place which is neither too dry nor too damp. To 
 hasten germination the seeds may be steeped in water or mud 
 for a short time before they are planted. After this they 
 must not be allowed to get dry before, or when being put into 
 the ground,
 
 206 
 
 \ copy of a regulation suggested for the planting, protect- 
 ing, and cutting of sandalwood by the Fijians is annexed. 
 
 As this report ma}- bo thought incomplete without stating 
 the probable results of extensively planting the sandalwood 
 by Fijians or Government, the}* are here given as follows: — 
 
 If 20 men, the inhabitants of one town, Koro, were to 
 plant 20 trees each per annum for GO years (the shortest esti- 
 mated time for sandalwood to reach maturity), that would be 
 20 x 20 = 400 trees planted annually, and 400 x 60 = 
 24,000 trees at the end of 60 years ; and 24,000 -=- 600 (the 
 number of trees per acre) = 40 acres planted. After the 
 60th year, 20 trees per man may be felled and sold, and 20 
 per man planted to replace them. The value of these 20 
 trees would, at the present value of 101. per ton, be 10/. per 
 annum to the heirs or successors of the man who planted 
 them, allowing each tree an average weight of 1 cwt. 
 
 In the instance of the Government planting say 100 acres 
 per annum for 60 years, the result would be 100 x 60 = 
 6,000 acres planted. In 60 years the trees on the 100 acres 
 that were first planted will have attained maturity. They 
 should therefore be felled and brought to market, and 100 
 acres planted to keep up the stock. 
 
 On the 100 acres there will be 60,000 trees at the before 
 given number of 600 trees per acre. These 60,000 trees will 
 weigh on an average 1 cwt. each, and 60,000 -=- 20 = 3,000 
 tons, which at 51. per ton will be 15,000?. clear profit per 
 annum, after allowing one half the value (51. per ton) for 
 the expenses of planting, preserving, &c. 
 
 The amount yielded annually by the caoutchouc would of 
 course be in addition to this. Abour 71. per ton would be 
 received for the timber standing on the ground, from a pur- 
 chaser, who would fell and remove the timber at his own 
 risk and expense. This would allow SI. per ton for risk, 
 expense of felling, removing, and profit to the purchaser. Two 
 pounds (21.) of the seven are allowed for the expense incurred 
 by the Government in planting, protecting, kc, leaving ."/. 
 per ton net profit. 
 
 As the Fijians would perform the necessary labour them- 
 selves, they would receive the full value, 10/. per ton, for their 
 andalwood. 
 
 It may be desirable for them to plant caoutchouc tre< 9 
 among the sandalwood as above recommended for a Govern- 
 ment plantation. If so, they may be directed to put down 
 the trees as in the example given. Otherwise they may be
 
 207 
 
 directed to put down the sandalwood trees in rows, 9 feet 
 apart, and at a distance of 8 feet from plant to plant. 
 
 They may also be allowed, for the first two or three years, 
 to take a crop of maize, or any other kind of crop that would 
 not injure the young trees, off* the land on which the sandal- 
 wood was planted. 
 
 It may be said " the Government have no right to .plant 
 " and grow sandalwood, or any other kind of timber, and sell 
 " it." Such is beside the object, which may be stated broadly 
 as follows : — 
 
 The Government have to plant for climatic purposes, and 
 for the preservation of a constant supply of water in the 
 streams throughout the colony. Expenses must therefore be 
 incurred in planting, and in protecting the trees planted from 
 injury or destruction by any cause whatever, and also in 
 reserving, for the same purposes, tracts of natural forests, and 
 preserving the trees on such such tracts from being destroyed 
 or injured in any way. 
 
 It is evident that if the trees be not felled when they have 
 reached maturity, and the timber utilized, they will rot on 
 the ground and the timber be lost, and the community will 
 thus fail to derive that benefit from the estate which it ought 
 to receive for the money annually expended in planting and 
 protecting trees on it. By utilizing the mature products the 
 estate would be rendered self-supporting. Thus, while serving 
 the other purposes for which it was upheld, the estate would 
 be yielding to the public the fullest benefit which such kind 
 of estate may be expected to give. 
 I have, &c, 
 
 J. HORNE, 
 Director of Gardens and Forests, Mauritius. 
 
 The Honourable the Colonial Secretary, Fiji. 
 
 Sir, Na-tua-tua-coka, 19th July 1878. 
 
 Among other things which his Excellency the Honour- 
 able Sir A. G. Gordon requested me to report upon before I 
 left Fiji was sandalwood. Accordingly, I visited the sandal- 
 wood growing in this district two days ago, and in order that 
 steps may at once be taken for its preservation and extension, 
 I desire that you will bring the matter before His Honour 
 the Acting Governor. Owing to my knowledge of Fijian 
 being limited (and my interpreter and Mr. Langton both un-
 
 208 
 
 well), I was unable to get so much information on the spot as 
 [ should have liked.* 
 
 However, I learned that the sandalwood has been long 
 known to the natives (its value, too, I surmise), and was at one 
 time widely spread over the district. 
 
 Many of the trees have been destroyed by fire and Fijian 
 cultivation, and it is now confined to two or three places, which 
 I i stimate cover about a square mile each. 
 
 Leaving na Suacoka we went up a valley to the left to a 
 Fijian town called na Wasakubu. From this we ascended the 
 hills to the right, and near the top entered the ravine where 
 the sandalwood is growing, through the site of an abandoned 
 township and immense boulders of limestone. 
 
 Down this ravine we proceeded for half an hour and arrived 
 at the first sandalwood trees. We found one of them dead ; it 
 had been carried down by a landslip. I got it cut up and sent 
 to na Tua-tua-coka, to be transported to Levuka.* 
 
 At this place the ravine is narrow and bounded by lands 
 which had once been cultivated, but are now overgrown with 
 
 ds. A little further down the ravine gets wider, and 
 branches out to the right and left. In a walk of about half a 
 mile, some 50 or 60 trees, young and old, were counted. 
 These were growing close to the path, and the heads of others 
 were observed among other kinds of trees at a little distance 
 off. Beyond the branch of the ravine on the left there are 
 patches of forest on the sides of the mountain (Koroba), in all 
 of which sandalwood is growing. 
 
 The trees among which the sandalwood is principally found 
 are daku ; dakua-salu-salu ; Lewninini ; vuga(meterosideros poly- 
 morpha) ; alstonia or the Fijian caoutchouc tree; damanu; acacia 
 richii, gumu. The condition of the sandalwood trees is de- 
 plorable. Many of them are barked and notched ; all of them 
 are broken down by climbers, and choked by useless scrub, 
 &C., and I suspect that numbers have been cut and carried 
 away. The soil on which the treesare growing is decompos- 
 ing limestone and disintegrating agglomerate. 
 
 For their preservation, I would suggest that a trustworthy 
 man be seni to survey the district in which the sandalwood is 
 growing; that the trees, young and old, be counted, and the 
 
 *tb and girth of each taken; that the scrub around them 
 be cut and chared away, and the climbers taken off; that all 
 the dead trees be a< once utilized, and the roots also dug up 
 
 A lar;."- port dow in the Botanical Museum iu the Royal Gardens 
 
 .v Kew.
 
 209 
 
 and used ; that means be taken to prevent fire ; and that seeds 
 be collected and sown where the trees are to grow. 
 
 The sandalwood does not transplant readily even when 
 young, and the best way is to sow the seeds in situ, two or 
 three together, along with a few chillies to shade the young 
 plants from the sun. 
 
 All the district of Navosa is favourable for growing sandal- 
 wood, which is one of the most valuable natural productions 
 of the forests of Fiji. The path from the native town of 
 na Wasa-kuba to Tuba-na-sola leads through the part of the 
 forest in which the sandalwood grows. 
 
 I have, &c, 
 
 J. HORNE, 
 Director of Gardens and Forests, 
 
 Mauritius. 
 
 Suggested (amended) Regulations for planting, protecting, 
 and cutting sandalwood. 
 
 As sandalwood is very valuable, it is well that trees of it 
 be planted, preserved, and cultivated ; therefore be it enacted : 
 
 1 . Every man in all towns in the provinces of Bua, Macuata, 
 Navosa, and Ba, directed by the Bose Vaka-Yasana, subject to 
 the Governor's approval, shall in the months of November or 
 December in each year, plant 20 sandalwood trees in a piece 
 of good land selected for the purpose by the Bose vaka-Yasana 
 and the Buli ni Tikini, and such plantations of sandalwood 
 shall be kept clean and in good order and preserved, and such 
 sandalwood shall be the property of the man who planted it, 
 or his heirs, and may be used or sold by him or his heirs when 
 it shall have attained the size mentioned hereafter as the size 
 at which sandalwood may be cut. 
 
 2. Sandalwood growing naturally in the forests or planted 
 in a Government plantation is tabu, and no person may fell, 
 cut, or remove any sandalwood trees whatever without a license 
 from Government, or if in a private plantation the authority 
 of the owner. 
 
 3. It is unlawful to cut any sandalwood tree less than 
 2-^- feet in circumference at 3 feet above the ground. 
 
 4. Any person cutting or injuring a sandalwood tree of less 
 dimensions than stated in this regulation, or who has cut 
 sandalwood without a license from the Government or the 
 
 Q 2019.
 
 210 
 
 
 authority of the owner of the sandalwood, shall be brought to 
 court and punished by imprisonment for any term not exceed- 
 ing three months for each tree, besides paying damages, and 
 alf sandalwood so cut shall be forfeited to the Crown or to its 
 lawful owner as the case may be. 
 
 5. Any person who may either steal or remove sandalwood 
 from any Government plantation or forest without permission 
 of Government, or from the sandalwood plantations of the 
 people without the permission of the owner, shall be punished 
 for theft, in the manner that the laws against stealing direct. 
 
 C. Any person who wilfully, carelessly, or thoughtlessly sets 
 fire to any sandalwood plantation or natural forest, or who by 
 raising fire beyond the boundaries of such plantation or forest, 
 and wilfully, carelessly, or thoughtlessly allows such to enter 
 into any sandalwood plantation or forest, shall be deemed 
 guilty of a crime, and shall be brought before a magistrate 
 and punished in such a manner as the law directs. 
 
 7. Nothing stated in this regulation shall prevent the 
 offender against any of the foregoing articles or clauses from 
 being prosecuted for high misdemeanour in the Supreme Court 
 should such, upon due enquiry by a magistrate, be considered 
 necessary. 
 
 8. The plantations of the natives shall be annually inspected 
 by a Government inspector appointed for the purpose, and the 
 condition of these plantations shall be by him annually re- 
 ported to Government. 
 
 9. Copies of this regulation, translated into Fijian, shall be 
 distributed in all the towns in the districts above mentioned, 
 and after due consideration it shall apply to all those towns or 
 people who possess land suitable for growing and maturing 
 sandalwood. 
 
 Regulation No. 6, dated 1878, of the Native Regulation Board 
 is hereby repealed. 
 
 John Horne, 
 Director of Gardens and Forests, 
 Levuka, 31st Oct. 1878. Mauritius.
 
 211 
 
 *TABLE showing the quantity of Sandalwood growing 
 in the District of Navosa. 
 
 Name of the 
 
 Place where 
 
 growing. 
 
 1. 
 
 Estimated 
 Area in 
 Acres. 
 
 2. 
 
 No. of Trees 
 below 6" in 
 circum- 
 ference. 
 
 3. 
 
 No. of Trees 
 above 6'' and 
 below 18" 
 in circum- 
 ference. 
 
 4. 
 
 No. of Trees 
 above 18" and 
 under 30" 
 in circum- 
 ference. 
 
 5. 
 
 No. of Trees 
 above 30'' 
 in circum- 
 ference. 
 
 Na Wagua *- 
 
 50 
 
 700 
 
 SOO 
 
 COO 
 
 400 
 
 {continued.) 
 
 6. 
 
 Names of the 
 principal! 
 
 Trees among 
 which the 
 Sandalwood 
 is growing. 
 
 7. 
 
 Is it over- 
 grown with 
 Climbers, 
 Grass, &c? 
 
 8. 
 
 DotheSandal- 
 
 wood Trees 
 
 appear to be 
 
 healthy and 
 
 growing 
 
 rapidly ? 
 
 9. 
 
 What Pre- 
 cautions can 
 
 be taken to 
 exclude Pirer 
 
 10. 
 
 What would 
 be the Cost 
 to carry out 
 these Pre- 
 cautions per 
 Acre? 
 
 11. 
 
 What watching 
 would be re- 
 quired to pre- 
 vent theft ? 
 
 Kau Tabua, 
 Kau Sola, 
 Dakua, 
 Damanu, &c. 
 
 Very much. 
 
 No, and 
 growing 
 slowly. 
 
 Clearing fire 
 breaks 
 through 
 and round 
 
 sites. 
 
 About 35. 
 
 A watchman 
 should be 
 appointed. 
 
 (continued.) 
 
 12. 
 
 What steps 
 would you pro- 
 pose to be taken 
 for extending 
 the Sandal- 
 wood ? 
 
 13. 
 
 What is the 
 Nature of the 
 Soil in which 
 the Sandal- 
 wood is 
 growing ? 
 
 14. 
 
 Is the Site 
 flat or hilly? 
 
 15. 
 
 Have the 
 
 Fijians 
 
 planted any 
 
 Trees, and if 
 
 so, how 
 
 many? 
 
 16. 
 
 When were 
 the Trees 
 planted ? 
 
 17 
 
 What is the 
 
 present size 
 
 of these 
 
 Trees ? 
 
 Planting. 
 
 Decomposing Very steep, 
 sandstone and 
 limestone. 
 
 Yes, 15 trees 
 
 3 years ago. 
 
 10 feet. 
 
 (continued.) 
 
 * This sample statement is filled in to give an idea of the information required. 
 
 O 2
 
 212 
 
 18. 
 
 II w far is 
 - te from 
 
 the near* si 
 Town! 
 
 19. 
 
 What is the 
 
 Name of the 
 
 Town': 
 
 20. 
 
 Would the 
 
 Fijian s 
 
 be willing to 
 
 plant ? 
 
 21. 
 
 If so, how 
 
 many Plants 
 
 per annum 
 
 could a 
 Family put 
 down and 
 attend to. 
 
 22. 
 
 Has there been 
 any Sandal- 
 wood cut 
 recently ? If so 
 say how much. 
 
 23. 
 
 By whom and 
 
 for whom was 
 
 it cut? 
 
 10 miles. 
 
 Na Tuba. 
 Na Sola. 
 
 Yes, if re- 
 lieved of 
 
 their taxes. 
 
 20 
 
 Yes, last year ; 
 about 3 tons. 
 
 By Fijians of 
 the district 
 under the 
 Bull, and for 
 Government 
 
 (continued.) 
 
 24. 
 
 Do the Trees bear 
 Seed Ereely, and if 
 
 so, in what Month 
 do they ripen? 
 
 How many Years 
 does the Sandal- 
 wood take to 
 arrive at Mature 
 Stage of Growth ? 
 
 Remakks. 
 
 These may elucidate Answers and refer to 
 Matters not mentioned in the Columns. 
 
 Yes, they ripen in 
 December. 
 
 About 60 or 7o 
 years, but a great 
 deal depends on 
 the nature of the 
 soil and climate 
 of the locality. 
 
 The site, vide Col. 11, is very mountainous, and 
 the Fijians grumble very much at having to 
 cut sandalwood and carry it to the coast. 
 Planting, Col. 20, would seem to take the fancy 
 of the people, especially as they will not have 
 to make taxes during the years in which plant- 
 ing will be carried on. A watchman has been 
 n entioned in Col. 11, if the Government would 
 remit a small amount of the taxes the people of 
 Koro Na Wasa Kuba would gladly undertake 
 it. and be held responsible for the welfare of 
 the plants. Planting has been recommended as the best; the cost 
 would be about SZ. for 2,000 plants. As a large area might be planted 
 tin- annual expense of protection would be nominal, say about 3s. 
 per acre per annum. 
 The sandalwood trees are very irregular over the ground, the one half 
 of which they do not occupy. There are also 20 dead sandalwood 
 trees in the forest. These might be utilized. If left much longer 
 where they are the wood will be useless. It will cost l/. per ton 
 to carry it to the coast. 
 
 Note 'I I i information required must be tor each separate place or forest in which 
 
 tandalwood occurs. Each place must bear a distinct name or number by which it is or may 
 
 Iter be known. The officer who supplies the information must not fill up the columns 
 
 from memory or hearsay; aa correct information is required. He will see and count the 
 
 Jtc, himself. Jf any information be quoted the authority for it should te given. 
 
 Signature of officer who wrote this statement. 
 
 Signature of officer who counted the trees, &c.
 
 213 
 
 APPENDIX III. 
 
 Propositions for a Forest Ordinance for Fiji. 
 Index. 
 
 Page 
 
 Section I. Appropriation of Land for Reserves - 214 
 
 II. Mountain Reserves - - -214 
 
 III. Community Reserves - - - 218 
 
 IV. Timber and Fuel Reserves - - 220 
 V. Marsh, River, and Stream Reserves - 220 
 
 VI. Survey of Reserves, Plans, &c. - - 222 
 
 VII. Right of Way and Transport - - 224 
 
 VIII. Forest Department ; Staff - - 224 
 
 IX. Forest Committee - - - 226 
 
 X. Management of Forest Reserves - - 226 
 
 XI. Sale of Forest Reserve Produce - - 228 
 
 XII. Accounts, Debit and Credit - - 230 
 
 XIII. Branding of Timber - - - 230 
 
 XIV. Offences and Procedure - - - 232 
 XV. Power to make Regulations - - 234
 
 214 
 
 rr.orosmoNS regarding a Forest Ordinance for Fiji. 
 
 For climatic reasons, and for keeping an abundant supply 
 of water in streams, it is necessary that land be set apart 
 as forest reserves. 
 
 Section I.— Appropriation of Land to form Reserves. 
 
 1 . That all forest reserves be the property of Government. 
 
 2. That Government may purchase land to form reserves. 
 
 3. That the value of private land to be appropriated for 
 reserves be fixed by arbitration, should principals not agree 
 as to the price. 
 
 4. That in the instance of land, the property of any private 
 person being included in area of forest reserve (and owner not 
 disposed to sell it), the owner shall have liberty to fell timber, 
 firewood, &zc, but subject to such rules as the conservator of 
 forests (herein-after mentioned) shall lay down, from time to 
 time, as may be required. 
 
 5. That felling or injuring trees in such reserves without 
 written sanction of conservator be dealt with as if the laud 
 and reserve were Government property. 
 
 Section II. — Mountain Reserves. 
 
 G. That the sea be the base for all the mountain spurs that 
 terminate on the shore or run parallel to it. 
 
 7. That the water in the rivers or streams be the base for 
 all the mountains in the interior of Viti Levu, Vanua Levu, 
 Kudavu. Uvalau (Taviuni?), Koro, and Rabi.
 
 215 
 
 Remarks on Propositions. 
 
 Section I. 
 
 1. When reserves are the property of private persons, as in 
 Mauritius, it gives rise to a number of troublesome and 
 vexatious prosecutions. The land is looked upon by its 
 owner as his own property, but he is debarred by law from 
 enjoying any benefit from it. 
 
 2. When land forming a reserve is Government property, 
 that property may be mauaged in the manner most beneficial 
 to the public interest. 
 
 3. To prevent exorbitant prices being paid for land to form 
 reserves, and give owner what neutral persons consider to be 
 the fair value of it. 
 
 4. Permission to fell timber on land forming part of a 
 reserve is what the owner is entitled to, thus enabling him to 
 derive benefit from his land, when for important reasons he 
 might be unwilling to sell it. At the same time, if the land 
 were unwooded, it might cause great injury to the community, 
 were it the watershed of any river or stream supplying a 
 town or thickly populated district with water for domestic 
 use and as a motive-power for machinery. 
 
 5. This will prevent such land being unwooded, and will 
 tend to ensure due punishment for reckless destruction of 
 trees. 
 
 Section II. — Mountain Reserves. 
 
 6. This article does not require explanation, and I would 
 propose that high- water mark, i.e., the place on the shore 
 where the land plants begin to grow, be considered sea- 
 level ; a difference of 6 feet might cause an act committed 
 at a certain place to be a contravention or not, depending on 
 whether the base, from which the elevation was taken, were 
 high or low water mark. 
 
 7. If the sea were taken for the base of the mountains in 
 the interior of the large islands, it would either cause an un- 
 necessary amount of land to keep as reserves, or it would
 
 216 
 
 Propositions. 
 
 S. That the sea-level be the base for the mountains in any 
 other island of the group. 
 
 9. That one-third of the elevation of mountains (the highest 
 part) be reserved for climatic purposes, while the lower parts 
 may be cultivated. 
 
 10. That if the elevation of any mountain do not exceed 
 150 feet from the base, there be no reserve on it. 
 
 II. That if the elevation of any mountain exceed 150 feet 
 (from the base), the upper part of it, one-third of the elevation 
 be reserved. 
 
 12. That any slope of a greater angle than 55° from the 
 horizontal at the base, or more than 35° from the perpen- 
 dicular at the tup, be reckoned part of mountain reserve.
 
 217 
 
 Remarks. 
 
 allow land to be unwooded which, for the purpose contem- 
 plated, it was desirable to keep in timber. To meet these 
 difficulties, and give a tangible base, the ordinary level of 
 water in streams has been selected. 
 
 Where the land plants of a locality cease to grow at edge 
 of the stream, be taken for the ordinary level of the water. 
 Taviuni's place in this article is doubtful. To judge from the 
 conformation of that island, if this rule were applied, Taviuni 
 would be unwooded, and so might be rendered barren, and 
 yet, were one-third of it reserved in timber, too large an area 
 of valuable land would be kept out of cultivation. Of the 
 two evils I am inclined to choose the last, as by the former 
 the whole might be rendered worthless. Its case would be 
 best met by dealing with it separately, but to this there are 
 embarrassing objections. 
 
 8. It is scarcely possible to be more than a mile from the 
 sea in the other islands of the group, and none of them con- 
 tain high mountains or large valleys opening into each other, 
 and the base suggested for them is a natural and fair one. 
 
 9. Here, although arbitrary, a line must be drawn, and for 
 the future welfare of Fiji keeping one-third of the elevation 
 of a hill top or ridge in timber cannot be considered too much. 
 This article should be considered conjointly with the next two 
 (10th and 11th). 
 
 10 and 11. It is not possible to fix a natural limit, and an 
 arbitrary one has been selected. Considering the numerous 
 ridges on the mountain sides in Fiji, with the fact that unless 
 they exceed a height of 150 ft. from the base no part of them 
 will be reserved, it would follow that nearly all these ridges 
 would be left unwooded. I therefore think the limit should 
 be lowered to 75 or 100 ft., under which there be no reserve. 
 To have all ridges of a less elevation than 75 ft. reserve, and 
 one-third of elevation of those above that height, would cause 
 too much good land to be kept in wood ; and to adopt the 
 rule of one-third in all cases would in many instances reduce 
 the part left for cultivation to a mere strip. Much may be 
 said for either way and while I consider a low elevation the 
 best to be adopted, the opinion of others may be worthy of 
 consideration. If in practice the elevation of 75 or 100 ft. be 
 found too low it can easily be raised, but it would cause trou- 
 ble and expense to lower the limit if one too high were taken. 
 
 12. Practically, it is not profitable to cultivate slopes of an 
 angle greater than that mentioned. Including them in reserves 
 will keep them in timber and so prevent landslips.
 
 218 
 
 Propositions. 
 13. That should the top of a mountain be a plateau 50 ft. 
 from the banks of streams, and 200 ft. from springs and 
 marshes be reserves. 
 
 1-k That spurs and offsets to mountains and mountain ranges 
 be reckoned part of the mountains to which they belong. 
 
 15. That the boundary lines of mountain reserve in all cases 
 follow, i.e., be parallel with the elevation and depression of the 
 mountain ridge or spur. 
 
 16. That a base line on one side of a mountain be not the 
 base line for the other side. 
 
 17. That in cases of contravention or dispute the elevation 
 be taken from that part of the base line upon which a line 
 passing through the disputed part at right angles to the base 
 line will fall. 
 
 IS. That timber may be felled on mountain reserves, but 
 previous to such felling the trees be marked by conservator, 
 and that no trees be felled but such as have been thus marked. 
 
 19. That mountain reserves be divided and distinctly 
 marked out into " blocks " in which timber may be felled in 
 rotation of a given number of years, to be arranged by con- 
 servator and approved by Government. 
 
 Section III. — Community Reserves. 
 
 ' 20. That there be community reserves for the supply of the 
 native population with wood for fuel, timber for house build- 
 ing, reeds, thatch, &c. 
 
 21. That community reserves be subject to rules of felling, 
 &a, suggested for each separate reserve by conservator and 
 approved by Government. 
 
 22. That conservator report annually to Government details 
 as to the condition of each and all communit}- reserves.
 
 219 
 
 Remarks. 
 
 13. This rule, while it allows valuable land to be cultivated, 
 will also preserve the streamlets that rise on the plateaux. 
 
 14. The idea here is to prevent spurs and offsets of moun- 
 tains being left unwooded, and only a part of the mountain 
 reserved. 
 
 15. The boundary-line of reserve will follow the elevation 
 and depression of ridge. This will prevent unsatisfactory 
 disputes as to where boundary should be, were a line between 
 the tops of two distant peaks taken for the ridge. 
 
 16. This is obvious, but were it not stated, injurious decisions 
 might occur. 
 
 17. Requires no explanation, but unless mentioned the 
 elevation might be taken from any part of the base line. 
 
 18. There are some who maintain that trees ought not to be 
 felled on mountain reserves. This is equivalent to keeping up 
 an estate at great expense, and only deriving half benefit from 
 it. Felling and disposing of mature trees will be utilizing 
 what would otherwise be allowed to waste on the ground. 
 
 19. This will facilitate working, insure order, regularity and 
 economy in forest work, and from the produce being found on 
 a limited and compact area, a greater price may be anticipated 
 for it than if it had to be collected from an unknown and un- 
 limited extent of country. The periods (from 6 to 12 years) 
 should be fixed to answer the time when the greatest amount 
 of produce will attain maturity, and so insure the least amount 
 of waste. 
 
 Section III. — Community Reserves, 
 
 20. Were reserves to supply the natives with timber, fire- 
 wood, &c, not set apart, the wants of the native community 
 would be unprovided for. The result would be the constant 
 plundering of the other reserves when the country was settled 
 and land occupied, and much heart-burning and bad feeling 
 would ensue. A reserve of this kind might belong to one 
 village or it might supply several villages ; and from these 
 reserves the natives would have liberty to supply their legiti- 
 mate wants unquestioned. 
 
 21. The principal idea in this is to prevent that abuse of 
 produce in one year, which would cause scarcity or want the 
 next year, or several following years. 
 
 22. It is important that Government should know the con- 
 dition of these reserves, that produce be not abused nor reserve
 
 220 
 
 Propositions. 
 
 Section IV. — Timber and Fuel Reserves. 
 
 23. That there be timber and fuel reserves for the supply of 
 Euro] iean towns, sugar mills, factories, &zc, with wood for fuel, 
 and timber for building and industrial purposes. 
 
 24. That in addition to reserves of other kinds named, 33 
 per cent, of arable land be set apart as reserves for supplying 
 timber for the purposes before stated. 
 
 25. That after due consideration, based upon experience, the 
 above per-centage may be lessened. 
 
 2G. That timber and fuel reserves be also laid out in " blocks " 
 in which timber may be felled in rotation of a given number 
 of years, to be arranged by conservator and approved by Go- 
 vernment. 
 
 Section V. — Marsh, Stream, and River Reserves. 
 
 '11. That a " marsh " (not salt water) be a place where water 
 stands during nine months of the year. 
 
 28. That a "watercourse" be a place in which water flows 
 during nine months of the year. 
 
 29. That a streamlet, however small, in which water flows 
 during the year be reckoned a " stream." 
 
 30. That marshes, springs, kc. be reckoned part of streams 
 or watercourses. 
 
 31. That rivers, streams, marshes, &c, be Government pro- 
 perty. 
 
 32. That mangrove swamps on the sea-shore, at the mouths 
 or on the banks of rivers be reserves, providing that they 
 
 eed one acre in area, or if they exceed 20 yds. in width, by 
 a Length of 200 yds. or more. 
 
 :>:>. That Government grant access through these reserves to 
 river or sea-shore at certain specified places. 
 
 34. That at least 10 ft., measured horizontally, be reserved 
 in trees along each side of streams, and that conservator plant 
 trees on such reserve where they do not already exist. 
 
 I i:;tt ;i board of conservators be appointed for navigable 
 rive;-, their jurisdiction to extend from the mouth of the river 
 to the point where navigation ceases.
 
 221 
 
 Remarks. 
 
 damaged for succeeding years. It will be understood that 
 though natives are free to use the produce, they will have no 
 liberty to sell any part of land forming such reserve. 
 
 Section IV. — Timber and Fuel Reserves. 
 
 23. The utility of these reserves is apparent. They will re- 
 tain in the colony large sums of money, which, in the absence 
 of such reserves, would annually be sent out of it. 
 
 24 and 25. The proportion of land to be set apart for these 
 reserves is large, but in a new country it is difficult if not im- 
 possible to forecast with exactness the requirements of a com- 
 munity at a future period, and it would be unwise to commit 
 an error that could not be corrected without much trouble and 
 expense. 
 
 26. This is necessary to insure the systematic carrying out 
 of forest operations, and the approval required from Govern- 
 ment, will cause the conservator to consider the pros and cons 
 of his suggestions. 
 
 Section V.— Marsh, Stream, and River Reserves. 
 
 Articles 27, 28, 29, and 30 are definitions. With regard to 
 the first and second : — where water remains for nine months 
 of the year without any means being taken to preserve it, it 
 may be concluded that, when means have been applied, the 
 water will remain throughout the year, and the watercourse 
 become a perennial stream. 
 
 31. To prevent the damming up of the streams, diverting 
 the water from its course, and to debar any person from using 
 the water so as to injure the community. 
 
 32. To prevent these swamps being unwooded and fever 
 thereby engendered. It is assumed that no great harm would 
 ensue from the unwooding of such small areas, and the 
 expense of protecting them, &c. will be avoided. 
 
 33. Needs no explanation. 
 
 34. The foundation of the subject lies in keeping trees on 
 the land on which the water is collected, as a means to prevent 
 evaporation. Of course this article would be useless to large 
 streams, but to small bodies of water it will be of great 
 service, as they lose more readily by evaporation than large 
 bodies. 
 
 35. This article may be deleted.
 
 222 
 
 Propositions. 
 
 Section VI. — Survey of Keserves. 
 
 3G. That conservator of forests and Surveyor-General mark 
 boundaries of reserves and set up boundary stones before 
 < i"\vn lands be sold, alienated, or leased. 
 
 37. That either conservator or Surveyor-General may depute 
 qualified assistants, who will act together. 
 
 38. That the instrument used in taking elevations be a 
 mountain aneroid. 
 
 39. That before any reserve be formed, Government be 
 furnished with a detailed report stating reason for reserving, 
 and giving estimated area proposed to be reserved. 
 
 40. That along with the report there be drawn out a plan of 
 proposed reserve on a large scale, showing springs, water- 
 courses, streams, &c, and stating of what rivers proposed 
 reserve forms part of watershed. 
 
 41. That all reserves be marked out on general plan of 
 island in distinct colours, and that the boundaries of the 
 reserves be carefully and correctly delineated on said plan. 
 
 42. That detailed plans of all and each reserve be kept in 
 conservator's office. 
 
 43. That such plans be furnished to conservator by the 
 Surveyor-General Avhen the reserves have been surveyed. 
 
 44. That each plan of a reserve state area in acres, and give 
 scale. 
 
 45. That each plan be signed by the surveyor of the reserve 
 and the draughtsman. 
 
 46. That if the plan be a copy, the copy indicate where the 
 original may be seen, and have the names of the surveyor of 
 th. reserve, draughtsman, and copyist affixed to it. 
 
 47. That without such particulars, no plan of a reserve, or 
 of lands bordering on a reserve, be accepted in a court in 
 bearing evidence. 
 
 48. That deputy conservators and rangers be furnished 
 with plans of all reserves within the provinces of which they 
 are in charge. 
 
 49. That each reserve be numbered and named, said number 
 fco indicate it on map of group, province, and island. 
 
 50. That all plans of reserves be duly registered and num- 
 1, the number to correspond with that on the general 
 
 plan of the province, island, and group for immediate reference 
 and information.
 
 223 
 
 Remarks. 
 Section VI. — Survey of Reserves. 
 
 36. The opposite of this article will show the necessity of 
 marking out the reserves before the disposition of the neigh- 
 bouring lands. The reason for the two officers work in «• 
 together is to insure that, while the proposed reserve will 
 include all the land that is needful, all land unnecessary for 
 reserve will be excluded. 
 
 37. Remarks on this article are needless. 
 
 38. The aneroid is mentioned on account of its handiness, and 
 while generally correct, it would require to be tested occasion- 
 ally. There can be no objection to the theodolite being used. 
 
 39. Government being the controlling authority, it is essen- 
 tial that it be in possession of every detail respecting a reserve, 
 in order to form correct opinions on all matters connected with 
 reserves. 
 
 40. A plan such as this will not only elucidate report, but it 
 will assist in the formation of correct ideas on the subject, 
 frequently presenting to the mind ideas that otherwise mioht 
 not occur, and showing the necessity of forming a reserve in 
 the place specified. 
 
 41. When a particular reserve is mentioned, this will indi- 
 cate its situation, and as three kinds of reserves are suggested, 
 a different colour would at once point out each kind on the 
 plan. 
 
 42. These plans are necessary, and will be of immense 
 advantage in facilitating forest work of all kinds. 
 
 43. Plans being made under superintendence of the Sur- 
 veyor-General, will ensure their correctness. 
 
 44. Necessity of these particulars is evident. 
 
 45. 46, and 47. The aim of these articles is to prevent 
 spurious plans being used. 
 
 48. This will be of advantage in reporting on any occur- 
 rence, and submitting evidence to a magistrate. 
 
 49 and 50. The numbering of the reserves and plans, the 
 corresponding of these numbers throughout, and registering 
 the plans, will be found of no small advantage for reference, 
 &c, in all matters connected with forest preservation, and 
 being so, it seems better to provide for this by law, than to 
 leave it to the option of an officer, however intelligent or 
 methodical he may be.
 
 224 
 
 Propositions. 
 Section VII. — Right of Way and Transport. 
 
 51. That the right of way through private property to any 
 rve be secured to Government for inspecting reserves, 
 ;iking out timber, &c, subject to arrangement regarding 
 expenses of private roads. 
 
 ~>2. That the right of floating timber in log and raft down 
 
 o o o 
 
 any river, stream, or canal, be secured to Government, subject 
 to arrangement regarding damages to canal gates, wharves, 
 and banks, boats, and all private property whatsoever. 
 
 53. That the conservator may, with the sanction of Govern- 
 ment, make roads through reserves, construct bridges, &c, and 
 keep the same in repair for the removal of timber, such roads 
 to be indicated on plan of said reserve. 
 
 54. That conservator ma}', with the sanction of Government, 
 remove natural obstructions from rivers for the floating of 
 timber. 
 
 55. That conservator furnish details of expenditure on these 
 works, and provide for them in his estimates. 
 
 56. That if possible all these works be done by contract. 
 
 57. That contractor give security for fulfilment of contract, 
 and proper behaviour of himself and servants, and in case of 
 non-fulfilment of contract, or bad behaviour on the part of 
 contractor or his servants, security be forfeited, and contractor 
 prosecuted, if need be. 
 
 Section VTIL— Forest Staff. 
 
 58. That Government appoint an officer to take charge of all 
 reserves, and that officer be styled conservator of foi'ests. 
 
 59. That Government appoint as many deputy conservators 
 of forests, rangers, &c, as may be necessary. 
 
 GO. That the forest staff be permanent and auxiliary, the 
 permanent staff to be as before specified, and the auxiliary 
 staff to be taken on as required, to superintend personally the 
 carrying on of all works in forest reserves, planting operations, 
 fee. ' 
 
 6 I . That rangers be sworn in before a magistrate. 
 
 02. That rangers be acquainted with the Fijian language 
 before being appointed, and that their knowledge of it may 
 be tested by examination. 
 
 03. That Government give reward or promotion to deputy- 
 conservators, rangers &c., for proficiency in the Fijian lan- 
 guage, such proficiency to be tested by examination.
 
 225 
 
 Remarks. 
 Section VII. — Right of Way and Transport. 
 
 51. Were the right of way to a reserve not secured, Govern- 
 ment might be debarred from getting access, or having to pay 
 
 o o o o i •/ 
 
 an excessive price for it. The idea is the non-prohibition of 
 Government from using the roads of a private person through 
 land bordering on reserves. Roads to a reserve through 
 adjacent land should be provided in title deeds when the 
 ownership of land is transferred. 
 
 52. The reason here is the same as stated in the last, no 
 private person, corporation, or company, should have power to 
 prohibit Government from floating timber down any river or 
 canal. 
 
 53. Such provision will prevent misunderstandings, when 
 timber, &c, is offered for sale. Roads through reserves 
 largely enhance the value of the produce. 
 
 54. Obstructions, such as rocks, sand-banks, &c. 
 
 55. In order that they may be duly considered and provision 
 made for them in the annual budget of the Colony. 
 
 56. To keep the officials on forest staff at the lowest possible 
 number. The limiting clause provides for doing the work by 
 the department in the event of its being done improperly, or 
 on unfavourable terms. 
 
 57. Requires no comment. 
 
 Section VIII. — Forest Staff. 
 
 58: The services of a skilled forester will be essential to 
 organise the department and put it on a proper footing, super- 
 intend arrangement of reserves, and keep the whole working 
 in proper order. 
 
 59. The reason for this is obvious. 
 
 60 and 61. Remarks on these are unneeded. 
 
 02. Rangers will have frequent dealings with the natives, 
 and in places where no interpreter is at hand, a knowledge 
 of Fijian will be of importance. 
 
 63. To those who have a slight knowledge of Fijian a re- 
 ward will be an encouragement to increase their knowledge, 
 and it will be to the advantage of the department to give such 
 reward. 
 
 Q2019. P
 
 226 
 
 Propositions. 
 
 64. That conservator, with the sanction of Government, may 
 dismiss any person on the auxiliary staff after due warning. 
 
 65. That any officer of the forest department who does not 
 perform his duties in an efficient manner may be dismissed by 
 Government. 
 
 GO. That Government may authorise conservator to dismiss 
 any official of the department of a lower grade than a forest 
 ranger, but that such official shall have the right to appeal. 
 
 67. That Government may summarily dismiss any person 
 employed in the forest department found guilty of having 
 taken a bribe, and that such dismissal do not hinder the 
 Government from proceeding against said person, and also 
 against the party who gave the bribe. 
 
 08. That if Government deem it necessary any officer of 
 the department suspected of having taken a bribe, but of 
 which there is not sufficient proof to take before a magistrate, 
 be dismissed from the service, but that said officer be not 
 debarred from proving his innocence by petition to Governor. 
 
 Section IX. — Forest Committee. 
 
 09. That a forest committee be appointed, of which the con- 
 servator be a member. 
 
 70. That the governor be judge what matters shall be re- 
 ferred to the committee, and what shall not. 
 
 Section X. — Management of Reserves. 
 
 71. The conservator send in to Government annually a full 
 and detailed report of all forest operations during the year, 
 report to state, among other particulars, amount received for 
 timber, amount expended on works, amount paid for salaries, 
 how officers have been employed, how contracts have been 
 carried out, how many licenses to fell timber have been 
 granted, amount received for them, rate per tree, rate per 
 cubic foot of timber, number of contraventions, nature of 
 offences against forest laws, and how offenders have been 
 dealt with; in short, every matter with which the department 
 Las had to deal during the year. 
 
 72. That conservator furnish the Government annually with 
 detailed estimate of income from all sources for the year, 
 under separate and distinct headings, stating from what 
 
 rves fund- are to be derived, and from what kinds of 
 produce.
 
 227 
 
 Remarks. 
 
 64, 65, 66, 67, and 68. Remarks on these are unnecessary. 
 
 Section IX. — Forest Committee. 
 
 69 and 70. A forest committee (consultative only) will be of* 
 the greatest importance, giving weight and authority to 
 decisions on subjects regarding which it was difficult to form 
 opinions. 
 
 The conservator will give information to committee on all 
 matters to be considered. Such matters as contracts for 
 forest produce, contracts for works, &c, and utility of entering 
 upon expensive works, might be referred to committee. 
 
 Section X. — Management of Reserves. 
 Articles 71, 72, 73, 74, and 75. Require no explanation. 
 
 P 2
 
 228 
 
 Propositions. 
 
 73. That conservator submit to Government annually de- 
 tails I estimate of expenditure for the year, under different 
 items, stating where and in what reserve it is purposed to 
 expend money for each kind of reserve and each kind of 
 work separately. 
 
 74. That conservator incur no expense for an} T thing what- 
 ever, without the previous sanction of Government. 
 
 7-5. That conservator, with the approval of Government, 
 may plant such parts of reserves as it may be thought 
 desirable to re- wood. 
 
 76. That before planting becommenced conservator submit 
 to Government scheme of operations, kinds of trees to be 
 planted, number of trees per acre, &c. ; cost of every item of 
 expenditure to be incurred under head of planting, watching, 
 preserving, &c, each in detail. 
 
 77. That before timber be felled on any reserve conservator 
 submit to Government full, comprehensive, and detailed 
 scheme of operations, proposed expenditure, and expected 
 income, each under separate heads. 
 
 78. That trees be planted on the sides of all roads through- 
 out the colony. 
 
 79. That trees be planted on the sides of streets in all towns 
 throughout the colony. 
 
 80. That conservator be empowered by Government to 
 incur expense in planting these trees and thereafter in attend- 
 ing to them, such expense to be kept separate from forest 
 expenditure. 
 
 Section XI. — Sale of Forest Reserve Produce. 
 
 81. That timber, &c., on forest reserves be disposed of by 
 auction, estimate, or license to fell per tree. 
 
 82. That conservator do not dispose of any forest produce 
 by private bargain without consent of Government 
 
 83. That any person entering into contract with the forest 
 department for timber or other forest reserve produce, give 
 such security as may be necessary for the proper carrying out 
 of contract, for correct behaviour of himself and servants, and 
 against all injury to trees, shrubs, or other reserve property 
 by himself, servants, or animals. 
 
 84. That in case of non-fulfilment of contract or improper 
 behaviour on the part of contractor or his servants, Government 
 may annul contract, forfeit security, and take possession of 
 tools, implements, &c., in reserves, and belonging to contractor. 
 
 85. That such seizure of property do not debar Government
 
 229 
 
 Remarks. 
 
 76. This is an important article, as it requires estimate o<" 
 expenditure to be laid before Government before planting is 
 commenced. A forester can prepare a specification for plant- 
 ing as easily and correctly as an architect can for a building. 
 
 77. Government will thus have full information of works 
 proposed, expected income aud expenditure, how forest is to 
 be renewed — whether by natural growth or by planting — and 
 how all work in forests is to be done, &c. This will prevent 
 forest work being carried out in a thoughtless unforeseeing 
 manner, which would lead to the destruction of the forest. 
 
 78. Requires no remarks. 
 
 79. Unless the management of town roads or streets be in 
 the hands of the municipal authorities. 
 
 80. Conservator, being well acquainted with such work, 
 will be the proper person to conduct it, and prepare estimate 
 of expense per mile for doing it. As this expenditure will 
 not be upon forest work, the department should not be 
 charged with it. 
 
 Section XI. — Sale of Peoduce. 
 81 and 82. Remarks on these unnecessary. 
 
 83, 84, and 85. Although these matters might be dealt with 
 by existing laws of Fiji, making provision for them in forest 
 ordinance makes the ordinance more comprehensive and 
 complete.
 
 230 
 
 Propositions. 
 fr< >m proceeding against contractor for default or damage in 
 any court of the colony. 
 
 SG. That all damages awarded under this head be in propor- 
 tion to the value of the trees, shrubs, or other reserve property, 
 and the extent of injury done to them. 
 
 Section XII.— Accounts, Debit and Credit. 
 
 87. That accounts, debit and credit, be kept for each reserve. 
 
 88. That proper account of expenditure in connection with 
 each reserve be kept in conservator's office. 
 
 89. That all money received for timber and other forest 
 reserve produce, be paid to Receiver-General on approved 
 forms. 
 
 90. That all fines, awards for damage to reserve property, 
 and value of articles confiscated, be placed to the credit of the 
 forest department. 
 
 91. That proper accounts of all such matters be kept in con- 
 servator's office. 
 
 92. That the forest department being a source of revenue 
 and expenditure, all accounts connected with it be kept sepa- 
 rate from other accounts in the Treasury. 
 
 Section XIII. — Branding Timber. 
 
 93. That Government have a private mark or marks for its 
 timber. 
 
 94. That all wood merchants and holders of licences to fell 
 timber use "brands" or " stamps " for marking all their 
 timber. 
 
 95. That all;' brands " or "stamps " used for marking timber 
 be registered in conservator's office. 
 
 96. That two persons do not use stamps of the same 
 pattern. 
 
 97. That it be criminal to counterfeit any timber brand or 
 stamp. 
 
 98. That it be criminal for any person to mark timber with 
 another person's stamp. 
 
 99. That it be criminal to erase a brand put on timber. 
 
 100. That it be criminal for any one to brand the timber of 
 another with his own stamp.
 
 231 
 
 Remarks. 
 
 86. For example, a fine of 501. would be a poor compensa- 
 tion for damage done to reserves to the extent of 1001. The 
 aim of this article is to guard against this, as experience else- 
 where has shown the necessity for it. 
 
 Section XII. — Accounts, Debit and Credit. 
 
 87 and 88. Keeping accounts in this manner will, in future 
 years, give much satisfaction. It will at once be seen what 
 reserves have not given satisfaction in a monetary point of 
 view, and will cause an inquiry to be made as to the reason, 
 and a remedy to be applied. 
 
 89. Needs no remark. 
 
 90. This will recompense the forest department for damage 
 done to reserves, instead of allowing fines, &c, for injuries to 
 reserves to be reckoned as ordinary court or police revenue. 
 
 91. This will cause conservator to take an interest in seeing 
 that such fines, awards for damages, &o., are paid. 
 
 92. In order that when required there be no difficulty in at 
 once ascertaining how the department stands as regards ex- 
 penditure and income. Accounts of these being kept at 
 Treasury and conservator's office, the one will act as a check 
 on the other, insuring correctness in detail as well as amount. 
 
 Section XIII. 
 
 93. The idea is that timber, &c, until paid for, is Government 
 property, and a brand on it will indicate that property wherever 
 found. After being paid, a brand of a different kind will be 
 put on the timber. 
 
 94. Applies to all timber felled in Government reserves, and 
 will be of great service in preventing timber being stolen. 
 
 95. To prevent fraud by altering stamps. 
 
 96 and 97. Remarks needless. 
 
 98. A might mark the timber belonging to B with C's 
 stamp, either to defraud B or to get C into trouble. 
 
 99 and 100. Require no remark.
 
 232 
 
 Propositions. 
 Section XIV. — Offences and Procedure. 
 
 L01. That any person raising five in a reserve, and intention - 
 
 . . thoughtlessly, or carelessly allowing the fire to spread 
 
 and cause injury to the reserve, he punished by fine or im- 
 
 prisonment according to the extent of the damage, and in 
 
 addition be made to pay full value for such damage. 
 
 102. That any person, master or servant, who may kindle a 
 fire without the boundary of a reserve, and intentionally, 
 thoughtlessly, or carelessly allow the fire to run into and 
 cause injury to the reserve, be punished by fine or imprison- 
 ment according to the extent of the injury done, and in 
 addition have to pay full value for such injury. 
 
 103. That in the case of fire occurring in a reserve, any person 
 who will not assist in extinguishing the fire when called upon 
 fco do so, be brought before the nearest magistrate, and 
 awarded such punishment as the nature of the case may demand. 
 
 104. That in the case of fire occurring in a reserve, any 
 person who shall perceive the fire, and not give warning, 
 extinguish, or aid in extinguishing it, be punished by fine or 
 imprisonment as the magistrate shall decide. 
 
 105. That illegal felling, injuring, or destroying trees in 
 reseives or on the sides of roads or streets, be punished by 
 fine or imprisonment, according to the nature of the offence 
 and amount of injury done, and offender, in addition to such 
 punishment, have to pay for the injuries done. 
 
 106. That any person trespassing in a reserve for an illegal 
 purpose, be punished by fine, and if need be, by imprisonment. 
 
 107. That goats, sheep, mules, cattle, horses, pigs, \:c. found in 
 a reserve, or browsing on or otherwise destroying trees on sides 
 of roads or streets, be conveyed to the nearest pound, and the 
 owners have to pay for injuries done and expense of pound, or 
 find security for payment, before the animals are given up. 
 
 108. That without such impounding of animals, the owners 
 may be brought before the nearest magistrate, who will at 
 oner adjudicate, and award such fine or damages as shall meet 
 the exigencies of the case. 
 
 L09. That in the case of the illegal removing of timber from 
 any reserve, the offender be awarded punishment in proportion 
 to the nature and extent of the offence, and the timber, &c. 
 
 gaily removed, will, after punishment has been awarded, be 
 red fco Ltfl rightful owner, or its value in money should 
 timber be previously disposed of. 
 
 110. That all animals, tools, carts, kc. used in the illegal 
 removal of timber be confiscated and thereby become the
 
 233 
 
 Remarks. 
 
 Section XIV. — Offences and Procedure. 
 Remarks on this section unnecessary.
 
 23i 
 
 Propositions. 
 property of Government, to be disposed of as Government 
 may direct. 
 
 111. That any person committing an offence against the 
 forest laws be brought before a magistrate by summons if well 
 known, or warrant if necessary. 
 
 112. That if need be, any person committing an offence 
 against the forest laws may at once be arrested and taken 
 before a magistrate. 
 
 113. That conservator, deputy conservator, forest ranger, 
 officer of police, or police constable may arrest, or cause to 
 be taken before a magistrate, any person for a breach of the 
 forest laws. 
 
 114. That in case of the illegal arrestment of any person, 
 he who made, or caused to be made the illegal arrestment, 
 pay damages, or be imprisoned as the magistrate shall decide. 
 
 115. That no case of offence against forest laws be ruled out 
 of court because of informality of proceedings or of information. 
 
 11G. That any person who shall hinder any officer of the 
 forest department from doing his duty be brought before a 
 magistrate, and awarded such punishment as the magistrate 
 shall deem necessary. 
 
 Section XV. — Power to make Regulations. 
 
 117. That Government make regulations, with the advice of 
 forest committee, for the carrying out of forest laws. 
 
 118. That these regulations, if in accordance with the tenor 
 of forest laws, have the same force as the law. 
 
 119. That because any part, article, or clause of these regula- 
 tions, or the meaning of such be contrary to sense of forest 
 laws, all and every part of regulations be not considered 
 contrary thereto. 
 
 120. That all rules and regulations drawn up by conservator, 
 and approved by Government, for the disposal of timber, prices 
 fixed on it, &c, and for the carrying on of all works and 
 contracts for works of all kinds for the benefit of forest 
 reserves, or facilitating the extraction, floating, carting and 
 removing of timber, firewood, or other forest reserve produce 
 from any reserve, have the force of law. 
 
 John Horne, 
 Director of Gardens and Forests, Mauritius.
 
 235 
 
 Remarks. 
 
 Section XV. — Power to make Regulations. 
 
 To provide for the legality of any regulations that may be 
 necessary for carrying out or enforcing the forest laws.
 
 236 
 
 APPENDIX IV. 
 
 The Honorable the Colonial Secretary, Fiji. 
 
 Sir, Levuka, 8th November, 1878. 
 
 I have the honour to enclose for the consideration of 
 Government rules suggested for the felling of timber on lands 
 belonging to Government. 
 
 The conditions provide for private parties felling trees on 
 what may be termed a limited scale. However, they can be 
 applied with no alteration to the felling of oversized timber 
 on a forest block of any extent, the right to fell on which was 
 granted, on payment for the trees, to one person. Of course 
 in that case, the permit to fell the trees, as well as the agree- 
 ment, should state the time in which the trees would be felled 
 and all the timber, &c, removed from the forest. In this 
 instance the number of trees would not be stated in the 
 permit. But the trees should be counted and paid for by 
 tree — the prices varying according to kind, and as per agree- 
 ment made before the permit was granted. Good security 
 should be given for payment and proper behaviour. The 
 boundaries of the block should be mentioned in the permit. 
 Before any such extensive felling of trees was commenced all 
 conditions, &c, of agreement should be approved by Govern- 
 ment. In any case, where timber was being extensively 
 felled, the work should be overseen by a man appointed for 
 the purpose, and who would be always on the spot in the 
 forests, an<l held responsible for the operations being con- 
 ducted in a manner beneficial to the Government and the 
 future welfare of the forests. The conditions may to some 
 seem hard and onerous. When carefully examined it will be 
 seen that there is nothing in them but what a conscientious 
 man would of his own accord carry out without them. For 
 juch there would not be much need of these regulations, but 
 many consider that trees only grow to be destroyed, and that 
 without benefit to anyone. 
 
 The severest regulation will not restrain the actions of such 
 men if the regulation be not firmly and judiciously enforced.
 
 237 
 
 And it is necessary that, before anyone be allowed to put an 
 axe to a tree, they should know what will be the result of 
 misconduct and damage to the forests, and interests of 
 Government. 
 
 The suggested regulations are in a crude state, and will 
 required to be put into legal language and form by the Crown 
 solicitor. It is evident that it will not do to allow people to 
 work " their sweet will " in a forest ; that might cause more 
 injury to the forests, and the Government interest in them, 
 than could be repaired in a hundred years. 
 
 I also annex a clause which, until a forest ordinance come 
 into operation, should be added to the suggested conditions 
 under which a permit may be granted. After the forest ordi- 
 nance becomes a law of the land one of the articles and 
 several clauses provided for the law being duly observed by a 
 permit-holder. 
 
 The price per tree has not been mentioned, for, obviously, it 
 will vary according to kind and where the tree may be 
 growing. However, before the tax inspectors were authorised 
 to issue permits, it would be well to give them a general idea 
 of the value of the different kinds, i.e., the sum which the 
 Government expects to receive for each tree of each kind. 
 
 I have, &c. 
 
 John Horne, 
 Director of Gardens and Forests.. 
 Mauritius.
 
 238 
 
 SUGGESTIONS for regulating the felling of trees on Government 
 
 land. 
 
 Permits (licences) may be granted to private individuals, 
 timber-merchants, &c, to fell trees on Government land, sub- 
 ject to the following conditions : — 
 
 1. That trees of the following kinds shall not be felled at a 
 less circumference than that undermentioned : — 
 
 Tavola, 
 
 G ft. circumference at 6 ft. 
 
 above ground. 
 
 Vesi, 
 
 6 ft. 
 
 at 6 ft. 
 
 jj 
 
 Dilo, 
 
 6 ft. 
 
 at 6 ft. 
 
 a 
 
 Damanu, 
 
 4 ft. G in. „ 
 
 at G ft, 
 
 jj 
 
 Dakua, 
 
 6 ft. 
 
 at G ft. 
 
 33 
 
 Dakua, Salu salu, 
 
 
 
 or Kau Solo, 
 
 4 ft. 6 in. „ 
 
 at G ft. 
 
 33 
 
 Lewininini, 
 
 4 ft. G in. „ 
 
 at G ft. 
 
 ?j 
 
 Kau Tabua, 
 
 4 ft. 6 in. „ 
 
 at G ft. 
 
 33 
 
 Kausia, 
 
 2 ft, 6 in. „ 
 
 at 4 ft. 
 
 33 
 
 Vaivai, 
 
 G ft. 
 
 at G ft. 
 
 33 
 
 Sagali, 
 
 4 ft. 
 
 at G ft. 
 
 33 
 
 Savoo or Cavoo, 
 
 4 ft. G in. „ 
 
 at 6 ft. 
 
 }) 
 
 Kau Kuro, 
 
 3 ft. G in. „ 
 
 at 6 ft. 
 
 33 
 
 Mulomulo, 
 
 5 ft. 
 
 at 4 ft. 
 
 33 
 
 Kukulava or 
 
 
 
 
 Kulava, 
 
 4 ft. 
 
 at 6 ft. 
 
 33 
 
 Tovatova or Vuga, 
 
 
 
 and Vugavuga 
 
 2 ft, G in. „ 
 
 at 3 ft. 
 
 33 
 
 Moivi, 
 
 5 ft. 
 
 at 6 ft. 
 
 )3 
 
 Cibi-cibi, 
 
 G ft. 
 
 at G ft. 
 
 33 
 
 Buabua, 
 
 2 ft. Gin. „ 
 
 at 3 ft. 
 
 33 
 
 Koka, 
 
 5 ft. 
 
 at G ft. 
 
 33 
 
 Nokonoko, 
 
 3 ft. 
 
 at G ft. 
 
 33 
 
 /her kinds of trees, and sizes, &c. 
 
 may be added to this list 
 
 2. That the permits be issued in Ovalau by the commis- 
 sioner of lands. That in the provinces the permits may be 
 issued by the inspectors of native taxes. 
 
 3. Thiit the money be paid to the Treasurer for permits 
 issued in Ovalau. That in the provinces the money be paid to 
 the magistrate or other person appointed by Government to 
 receive money for licences.
 
 239 
 
 Suggested Rules for regulating the felling of trees in Forest 
 Reserves, Fiji, previous to the Forest Law coming in 
 operation. 
 
 Remarks. 
 
 1. The different circumferences mentioned in this article are 
 those which the different kinds of trees attain at maturity. 
 
 A list giving girth of tree at maturity, under which girth no 
 tree shall be felled, dispenses with marking, and in the 
 absence of a skilled forester to mark the trees that are to be 
 felled, unskilled men can be permitted to fell without risk of 
 injury to forests. 
 
 2. The issuing of permits by Commissioner of Lands and 
 Inspectors is meant to be temporary, until a forest depart- 
 ment can be organized. These officers, from constantly moving 
 about the country, are better acquainted with the forests than 
 any others, and will thus be able to render efficient service in 
 forest matters. 
 
 3. The issuing of, and receiving payment for, permits in the 
 various provinces as well as in Levuka, will be of great advan- 
 tage to intending out-takers, thus putting them to the least 
 possible inconvenience.
 
 240 
 
 Suggestions. 
 
 4. That the permits be signed by the person who issues 
 them, and by the person who receives the money. 
 
 5. That no permit be valid without both these signatures. 
 
 6. That neither the Receiver- General in Levuka, nor the 
 magistrates in the provinces issue permits ; but no permit 
 will be valid without the signature of one of these officers to 
 certify that the sum mentioned in the permit has been paid. 
 
 7. That all payments be made in advance. 
 
 8. That each permit state the time for which it is issued, 
 the name of the person in whose favour it is granted, kind of 
 trees he is permitted to cut, the number of them, where they 
 are growing, and the SIZE under which they MUST NOT be cut. 
 
 9. That the permit-holder may not transfer his permit to 
 any person without the sanction of the Government, nor cut 
 trees in any part of the forest, except the one mentioned in 
 the permit, without the authority of Government. 
 
 10. That the permit-holder be responsible for all damage 
 caused by fire raised either by himself or his servants, or that 
 may be done by any animals belonging to him. 
 
 11. That the permit-holder be responsible for all needless 
 destruction of young trees by his people, either in felling or 
 removing the timber, and for any injury done to any tree by 
 cutting or otherwise, either by himself or his servants. 
 
 12. That the permit-holder be responsible for trees being 
 felled either by himself or his servants, within 50 feet hori- 
 zontal measurement, of a stream, or spring, or of a fresh or 
 -alt- water marsh, or within 150 feet perpendicular elevation 
 from the top of a mountain or mountain ridge, unless such 
 trees have been marked for him to fell either by conservator 
 or his duly qualified assistants. 
 
 13. That the inspector of native taxes shall be the judge of 
 needless destruction, and from his decisions there be no appeal 
 
 pt to Government in the instance of the award to be paid 
 tor damages being thought too high by permit-holder.
 
 241 
 
 Remarks. 
 
 4. Accounts of money received for permits at the Treasury 
 ought not to be mixed with accounts of revenue from other 
 sources, but kept a separate item of revenue of themselves. 
 
 In this way the amount of revenue and expenditure on 
 forests can easily be got any time. 
 
 5. To certify that the permit has been issued and money 
 received by the persons authorised. 
 
 G. The Receiver-General and magistrate being unacquainted 
 with the forests might, were they authorised to issue permits, 
 give liberty to fell trees in a place where, for forest purposes, it 
 would be most unsuitable to fell them, and thus unintentionally 
 cause injury that would take many years to repair. 
 
 7. To prevent difficulties in collecting the money. 
 
 8. Time allowed will vary according to number of trees to 
 be felled, &c, but it is necessary that it should be limited, 
 because, if the work were carried on in a dilatory, trifling 
 manner, it would not pay to look after it. 
 
 9. It is desirable that Government should know something 
 about persons who are holders of permits, and if the transfer 
 of permits were uncontrolled, it might give opportunity to 
 dishonest and worthless persons entering and doing damage to 
 forests. Besides, it would open a door for unauthorised pro- 
 ceedings, and tend to subvert all authority in forest affairs. 
 
 10. It is essential that the master be held responsible for 
 his servants, else there would be no guarantee against injury 
 done to reserves by the servants of permit-holders. 
 
 11. Of course large trees cannot be felled in a thick forest 
 without causing some damage, but permit-holders must know 
 that wanton destruction will not be allowed. 
 
 12. This will prevent injury until the forest law be brought 
 into operation. The last clause of this article can then be 
 applied to the authorised felling of such trees as Sagali, useful 
 for piles, or Doga, for firewood, &c, both of which grow in salt 
 marshes, and to the felling of Dakua Salu-Salu, Lewinini, &c., 
 which generally grow on ridges of mountains, and yield timber 
 useful for special purposes. In both places the greatest care 
 is required that too many trees be not felled in one place ; for 
 this reason the marking of trees by a responsible Government 
 servant, previous to being felled is proposed. 
 
 13. If these matters were to be settled in a court of law, 
 they would be a source of continual trouble, and ultimately 
 the result would be, that the variable interpretations and 
 decisions of the magistrates would be the only recognised 
 
 Q 2019. Q
 
 242 
 
 Suggestions. 
 
 1 4. That no tree (even of the kind named in the permit) be 
 felled unless there be growing within 4 yards of it, more than 
 three young trees of the same kind (or any other kind named 
 in article 1), to replace the one to be felled, and the permit- 
 holder shall be responsible for any tree felled in such situation. 
 
 15. That Government will not be responsible to permit- 
 holder, for the kind of tree being in that part of the forest 
 mentioned in the permit, or for the trees being of the required 
 size, but should it be necessary, the permit may be altered by 
 the Commissioners of Lands, or Inspector of Native Taxes 
 for any other part of the forest that may be agreed upon. 
 
 16. That the permit-holder remove from the forest all his 
 timber, tools, machineiy, animals, and workmen, before the 
 expiration of permit, after which date all timber, tools, 
 machinery, &c, remaining in the forest shall be taken 
 possession of by Government, and for which the permit- 
 holder shall have no claim. 
 
 17. That the holder of a permit produce or show his 
 permit at the request of a magistrate, tax collector, inspector, 
 sub-inspector, sergeant or corporal of police, or any European 
 constable, and any permit-holder refusing to show his permit, 
 may be arrested and taken before a magistrate. 
 
 18. That forests in which trees are being felled be inspected 
 regularly once a month, once a week, or as often as may be 
 required by an inspector of native taxes, or other person 
 appointed by Government. 
 
 19. That the result of such inspection be reported to 
 Government immediately after the inspection has been made. 
 
 20. That the permit-holder will, if required, point out 
 to the Inspector of taxes, or any other authorised officer, the 
 place where each tree was felled. 
 
 21. The Inspector shall verify, by measuring the stumps, or 
 by measuring the root end of the log (one side of which will, 
 if quared, lie taken for one-fourth of the circumference of 
 tree,) that no under-sized trees have been cut. 
 
 22. That the permit-holder use a stamp or mark, with 
 which he shall stamp each tree he fells, and the stump from 
 which each tree was cut. 
 
 23. That two permit-holders may not use stamps of the 
 same pattern. That it lie criminal to counterfeit any such 
 
 tamp. 
 
 24. That a register of these stamps be kept in the Com- 
 missioner of Lands' office, and that the stamp used by a
 
 243 
 
 Remarks. 
 
 authority on forest preservation, a result, from experience of 
 the matter, most desirable to avoid. 
 
 14. To prevent trees being felled in places where there are 
 no young trees of approved kinds growing, to fill up the place 
 of those to be felled, and thus preserve the forest from being- 
 denuded of useful timber trees. 
 
 15. Were Government to be responsible for this it might 
 cause trouble, but when it is necessary, another part of forest 
 will be given. 
 
 16. To prevent waste of time and expense in looking after 
 cutting or removing of timber, it is desirable that all work be 
 completed within given time, but should circumstances occur 
 unavoidably to prevent permit-holder completing it, he may 
 have an extension of time granted by stating his case to 
 Government, in writing, before the expiration of permit. 
 
 17. This is necessary to prevent Inspectors, &c, from being 
 imposed upon by designing persons. 
 
 18. It is clear that frequent inspection is necessary, in order 
 to insure the carrying out of rules, otherwise permit-holders 
 would practically be allowed to do as they liked, notwith- 
 standing these rules. 
 
 19. That Government may have information of what is 
 being done in forests, and how forest laws are being carried 
 out. 
 
 20. To prevent Inspector's time being wasted looking for 
 felled trees. 
 
 21. To prevent the felling of under-sized timber. 
 
 22. This will prevent timber being stolen, and will aid in 
 the discovery of the party guilty of illegal felling. 
 
 23. This article requires no explanation. 
 
 24. The registration of stamps is important, as the stamp 
 marked on the permit might be effaced or altered, and then 
 could not be brought as evidence in a court of law.
 
 244 
 
 Suggestions. 
 
 permit-holder be indicated on the back of his permit, and 
 the permit- holder shall not be permitted to use any other 
 stamp without sanction from the Commissioners of Lands. 
 
 25. That in all cases of verification the Inspector shall 
 verify, in the presence of the permit-holder, or anyone duly 
 appointed by him, failing his attendance, either himself or by 
 deputy, he shall have no claim against the decisions of the 
 Inspector. 
 
 2G. That at the expiration of a permit, the person who held 
 the permit shall not be exempt from responsibility as to 
 injuries done to the forest, by himself or his servants during 
 the time the permit was valid, and which were not detected 
 before the expiration of the permit. 
 
 27. That a copy of these regulations be given to the out- 
 taker of a permit ; another copy with his signature affixed to 
 remain in the possession of the person who issued the permit, 
 and which shall certify that the person taking out the permit 
 agrees to all the conditions under which it is granted, and 
 promises to observe the same faithfully. 
 
 28. That if Government deem it necessary, the out-taker of a 
 permit give reasonable security for his general good behaviour 
 and that of his servants, and for the due observance of each 
 article of the regulations by himself and his servants. 
 
 29. That a breach of any of these regulations, or of any 
 article of the forest ordinance, will cause the permit to be 
 cancelled, all money and security forfeited, and all timber, 
 animals, tools, machinery, &c, in the forest belonging to per- 
 mit-holder to be confiscated, and that such seizures and for- 
 feitures do not hinder Government from prosecuting the 
 offender should Government see fit. 
 
 I, A B , do hereby certify that I will duly 
 
 observe all articles in the forest ordinance, and the conditions 
 under which I have been granted a permit to cut trees for 
 months in the Government forest at 
 
 Siguature of permit holder 
 
 Signature of person who issued the permit 
 
 Dat* 
 
 John Horne, 
 
 Director of Gardens and Forests, 
 Mauritius.
 
 245 
 
 Remarks. 
 
 25. It is necessary that the permit-holder be present to 
 give any information that may be required, and so tend to 
 prevent disputes as to the Inspector's decisions. 
 
 26. It would be desirable for the Inspector, accompanied by 
 the permit-holder, to inspect the forest at the expiration of 
 permit, and if the report of that inspection be satisfactory, 
 the permit-holder be free from all further liability. 
 
 27. This will prevent the plea of ignorance of conditions or 
 
 of forgetfulness 
 
 28. I think the necessity of security for good conduct of 
 permit-holder and his servants, and against all damage that 
 may be done will be apparent, and that no permit should be 
 granted without such security. 
 
 29. Punishment is not mentioned for infringements of any 
 of the preceding articles separately; this article includes all.
 
 216 
 
 o> O cj ; - S3 
 
 -3 -S ^ "^ a 5d g 12 
 
 DO 
 
 s 3 5 .a . _§ * <2^|§ 
 
 > s 7 c ^ ^ a — > _<u«- = 3(- 
 
 fl «j »< ,o es £ £ £ ° ^ "E pi tl " Hr S 
 
 2 -S^^^e-^Se ~ Lz -3 o ^9^3^ 
 
 S S 5 P p 8 SiP .2 f fi .2 .-g S sT- s 5 
 
 p=i £ ^ ° o ,s « ° -3 -is o ? CU3 oP 
 
 Ti ^ -d o %-< o _, S3 -*- 5 ^5; 02 ** 
 
 £ ■« M 3 & J I ^ 2> -°^s3 e 2 
 
 m o -45 t2 Jr ^ s ** s £ 2 ff *- ^ 
 
 
 « 
 
 to oq .2 2 ^^ c 
 
 a s ^ ^ -= c ^ 
 
 gg « r -fe ^ is i=pS 2 » 
 
 g S^^s35x 
 
 ^ ET ? -2 ^ ^ -a 
 
 <D 3 r- S " 
 

 
 217 
 
 APPENDIX V. 
 
 Fiji Meteorological Statements. 
 
 TABLE I. 
 
 Abstract of Meteorological Observations, 
 
 Taken at Delanasau, Bay of Islands, Bua, Fiji, for the year 
 ending Dec. 31, 1877. 
 
 Latitude 16° 38' S. Longitude 178° 37' E. 
 
 Height above sea level, 77 feet ; distance from sea, 1 mile. 
 
 (Extracted from Fiji Times.) 
 
 
 Self-Registeking 
 Thermometers. 
 
 Rainfall 
 
 1877. 
 
 II 
 S " 
 3 
 
 d 
 
 3 
 
 g 
 
 IS 
 
 a 
 
 9 
 
 >> 
 
 gl 
 
 -3 
 
 11 
 O 
 
 DD 
 g. 
 
 >3 . 
 
 d.-s 
 ft 
 
 • 
 
 U 
 
 a 
 
 M 
 
 g 3 2 
 
 £ sj 
 
 p. 
 
 January 
 
 80.0 
 
 93.8 
 
 69.2 
 
 13.3 
 
 41.70 
 
 12.08 
 
 23 
 
 118 
 
 23.40 
 
 February - 
 
 81.3 
 
 93.8 
 
 72.2 
 
 12.9 
 
 13.46 
 
 2.20 
 
 15 
 
 54 
 
 17.55 
 
 March - 
 
 81.8 
 
 94.7 
 
 60.8 
 
 16.5 
 
 7.22 
 
 2.74 
 
 13 
 
 22 
 
 25.05 
 
 April • 
 May - - 
 
 80.5 
 
 90.8 
 
 71.2 
 
 12.0 
 
 5.65 
 
 1.11 
 
 14 
 
 33 
 
 10.49 
 
 79.7 
 
 91.5 
 
 64.0 
 
 18.3 
 
 0.83 
 
 0.63 
 
 6 
 
 4 
 
 5.78 
 
 June - 
 
 76.6 
 
 89.2 
 
 59.5 
 
 15.7 
 
 0.86 
 
 0.46 
 
 5 
 
 6 
 
 2.75 
 
 July - 
 
 74.7 
 
 87.4 
 
 59.3 
 
 15.3 
 
 5.52 
 
 3.30 
 
 9 
 
 36 
 
 1.3S 
 
 August 
 
 75.0 
 
 88.4 
 
 56.8 
 
 13.5 
 
 2.30 
 
 0.50 
 
 10 
 
 24 
 
 5.31 
 
 September - 
 
 75.0 
 
 89.8 
 
 56.3 
 
 19.5 
 
 0.41 
 
 0.37 
 
 2 
 
 3 
 
 4.45 
 
 October 
 
 78.7 
 
 95.8 
 
 60.2 
 
 20.0 
 
 1.29 
 
 1.10 
 
 4 
 
 6 
 
 6.!»3 
 
 November - 
 
 79.9 
 
 93.6 
 
 68.0 
 
 18.0 
 
 0.48 
 
 0.41 
 
 3 
 
 4 
 
 6.24 
 
 December - 
 
 84.1 
 
 97.6 
 
 70.8 
 
 18.8 
 
 0.81 
 
 0.81 
 
 2 
 
 2 
 
 9.30 
 
 Year 1877 - 
 
 78.9 
 
 97.6 
 
 56.3 
 
 16.1 
 
 80.53 
 
 12.08 
 
 106. 
 
 312 
 
 118.69 
 
 1876 - 
 
 79.3 
 
 97.0 
 
 60.0 
 
 16 3 
 
 91.36 
 
 5.73 
 
 135 
 
 383 
 
 — 
 
 1875 - 
 
 79.1 
 
 95.5 
 
 58.5 
 
 15.8 
 
 126.64 
 
 7.65 
 
 146 
 
 553 
 
 — 
 
 1874 - 
 
 79.3 
 
 94.1 
 
 61.3 
 
 15.6 
 
 103.48 
 
 4.85 
 
 165 
 
 405 
 
 — 
 
 1873 - 
 
 78.9 
 
 94.5 
 
 60.3 
 
 15.8 
 
 101.10 
 
 2.82 
 
 181 
 
 470 
 
 — 
 
 1872 - 
 
 78.9 
 
 97.5 
 
 59.3 
 
 15.7 
 
 127.03 
 
 5.05 
 
 180 
 
 502 
 
 — 
 
 1871 • 
 
 79.4 
 
 97.7 
 
 63.2 
 
 15.0 
 
 159.51 
 
 11.95 
 
 180 
 
 — 
 
 — 
 
 Seven years - 
 
 79.1 
 
 97.7 
 
 56.3 
 
 15.8 
 
 113.24 
 
 14.95 
 
 156 
 
 438* 
 
 
 Six years mean. 
 
 Notes on 1877. — 
 
 Extreme range of temperature in shade for the year was 
 41.3, or from 97.6 on 9th December to 56.3 on 14th September.
 
 248 
 
 Highest mean temperature for any 24 hours, 88.1 on 9th 
 I >< cember. 
 
 Lowest mean temperature for any 24 hours, 69.2 on 9th 
 August. 
 
 ( (reatest daily range, 30.6 on October 9th. 
 
 Least daily range, 2.4 on March 31st. 
 
 The mean temperature for December, 84.1, exceeds by 2.3 
 the highest monthly average yet registered at the station, 
 since January 1871. 
 
 The temperature in shade in December exceeded 90.0 every 
 day in the month except three. 
 
 The rainfall in January exceeded the total rainfall during 
 the remaining 11 months of the year by 2.87 inches. 
 
 In 74 hours ending 8 a.m. January 29, 27.32 inches of rain 
 fell causing extensive floods, but little destruction of property ; 
 this included 12.08 inches which fell in 24 hours on the 27th. 
 
 The only gale during the year occurred on March 31, from S.E., 
 with light rain, thunder and lightening; it was not severe. 
 
 There was very little thunder or lightening during the year, 
 particularly during the last nine months. In April thunder 
 was heard on three days, once with lightening ; in May on 
 on two days ; then none till the 26th November and 30th 
 December. 
 
 N.B. — These results have been reduced from observations 
 taken daily throughout the year, at 8 a.m. Thermometers by 
 Casella. Rain gauge by Negretti and Zambra, rive inch 
 circular fully exposed. 
 
 Further particulars of the drought which prevailed from 
 August 11 to the close of the year: — 
 
 
 
 Direct 
 
 ion of wind. 
 
 
 Sunshine and clouds. 
 
 
 
 
 
 
 
 
 
 , 
 
 , 
 
 
 
 • 
 
 ^ 
 
 
 
 
 
 
 
 
 
 
 a 
 
 C 
 
 a 
 
 
 
 
 
 
 
 
 7 
 
 
 
 
 •= 
 
 a 
 
 3 
 
 3 
 
 
 o 
 
 
 
 1677. 
 
 
 
 § 
 
 
 
 
 £~ 
 
 m 
 
 
 
 
 .- 
 
 
 
 
 i 
 
 o 
 
 
 
 
 
 
 — ' 
 
 3 o 
 
 U. 
 
 ui 
 
 ■A *- 
 
 00 
 
 o 
 
 8 
 
 & - 
 
 o 
 
 5-1 
 
 o 
 
 O 
 U 
 
 
 - .- 
 
 O 
 
 en 
 
 
 
 to 
 
 /. 
 
 K 
 
 fc 
 
 is 
 
 < 
 
 r-. ~ 
 
 .a 
 
 H 
 
 a 
 
 o 
 
 S 
 
 
 03 
 
 
 Auguti 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 11 to SI - 
 
 21 
 
 18 
 
 2 
 
 1 
 
 
 
 
 
 9 
 
 2 
 
 8 
 
 5 
 
 •i 
 
 0.30 
 
 3 
 
 4 
 
 Sept. 
 
 30 
 
 36 
 
 1 
 
 
 
 l 
 
 ■2 
 
 14 
 
 6 
 
 4 
 
 6 
 
 
 
 0.41 
 
 2 
 
 3 
 
 Oct. 
 
 81 
 
 21 
 
 6 
 
 :i 
 
 
 
 2 
 
 13 
 
 7 
 
 7 
 
 3 
 
 1 
 
 1.29 
 
 4 
 
 li 
 
 Nov. 
 
 30 
 
 21 
 
 !• 
 
 (i 
 
 
 
 
 
 IS 
 
 8 
 
 4 
 
 3 
 
 
 
 0.48 
 
 3 
 
 4 
 
 IltL 
 
 31 
 
 IS 
 104 
 
 13 
 80 
 
 
 
 
 
 
 
 It 
 
 Id 
 
 7 
 
 
 
 
 
 0.81* 
 
 1 
 
 2 
 
 
 148 
 
 4 
 
 1 
 
 4 
 
 68 
 
 33 
 
 25 
 
 17 
 
 3 
 
 3.35 
 
 14 
 
 19 
 
 This Include! 0.68 inches w hich fell on the 3oth.
 
 249 
 
 Note. — January 7, 1878. — During the past week only one 
 shower of rain, equal to 0.10 inch fell, making a total for 
 the five months (nearly) 3.45 inches. Yesterday, January G, 
 temperature in shade rose to 98.6, the highest registered here 
 in seven years. 
 
 Wind in general blew pretty strong, but never increasing to 
 a gale nor falling to a calm, except occasionally at night or in 
 the early mornings. 
 
 Sun's rays in December intensely hot on some days ; on the 
 24th thermometer for solar radiation, by Negretti and Zambra, 
 with blackened bulb, and placed over short grass, registered 
 172.0, the extreme limits of the instrumont, and on the 2Gth, 
 165.7. 
 
 On December 24, the salt water in a tidal creek, 5 feet 
 below the surface was 97.0.; near the surface, in blackish 
 water, 95.0 
 
 The hygrometer gave some remarkable readings during 
 November and December, showing, for Fiji, extreme dryness 
 of the atmosphere : — On November 18, at 2.30 p.m., dry bulb 
 93.6, wet bulb 74.8, difference 18.8, deductions dew point 63.5, 
 tension of vapour -586, relative humidity 37. (Complete 
 saturation of the atmosphere being represented by 100.) 
 
 R. L. Holmes, Observer, 
 Fellow of the Meteorological Society of England.
 
 250 
 
 <i 
 a 
 
 3 
 
 •[[ajjis.ttjpjo'ox 
 
 Mr"51nnnHH r, rH 
 
 X 0-1 Si iS 33 ^> •* 
 
 rlHrtrtWNH 
 
 •A'up 
 9U0 III UBJ }SD;B0JJ) 
 
 *i-nr. ii^-cr. c«sm 
 
 - s h « « r. n 
 
 ■* r-i oi ?oj oi « osj <M 
 
 TPOiOC^^IO 
 
 •saqout 
 tn ijunouii) ' jbjox 
 
 © c r*~ oi -3 r- -3 -*- 33 © ec oo 
 
 
 
 51 K » « C N H 
 
 l*SrH«Hr-S 
 
 M 
 M 
 
 H 
 H 
 
 7. 
 O 
 
 O 
 
 •jnodBA sno.mby 
 jo oojoj oijscp UT!OJt 
 
 ,-i Si oi 9a x oi -* 33 ia 33 © »o 
 ^ "C -* T) r* r* -* r, i~ x 33 — 
 oc r- cc K i~ V — — >a » © r- 
 
 >N »1 r-l O O 
 
 « 00 1 00 Si l" 
 
 
 
 •juiOfi &HI treajl 
 
 74.0 
 
 71.3 
 74.1 
 
 73.0 
 71.8 
 07.4 
 60.1 
 04.9 
 62.9 
 68.1 
 00.9 
 72.4 
 
 ic Si 
 
 gjj 1 1 1 1 1 
 
 •qitia ;ajli }0 ubok 
 
 c s 2 .h « * « r. n ei "i h 
 
 00 00 ,-< <-< •? 
 
 t-r-i^.t-.r-r-.t»tS33i>.i>.*- 
 
 » io I 1 "? oo io 
 
 •qrna A^a jo treajj 
 
 81.4 
 B4.6 
 S3. 9 
 82.8 
 
 83.4 
 
 77.1 
 
 75.8 
 74.4 
 75.5 
 78.0 
 81.0 
 84.3 
 
 5311111 
 
 X X 
 
 H 
 M 
 
 13 
 H 
 
 ■4 
 M 
 H 
 
 a 
 
 ■A 
 
 •ssBJf) n; amtnisRu 
 
 1 1 1 1 1 52)33 | | | 
 
 «S 3CO O 
 
 I l I I I l I 
 
 •ung in miiuiuLVH 
 
 mm , .°.=;=.»'-=» 
 
 1 1 1 1 1 »>- «o eg oo i-i 05 oc 
 
 1 1 1 ! 1 1 1 
 
 u 
 o 
 
 o 
 
 a 
 
 o 
 
 §,§ 
 
 a 
 
 •o3utu 
 
 .C[ICp Ut9 J£ 
 
 o »i « 33 >o ^j :s »i C. t- -3 * 
 
 Z2 1 1 1 1 1 
 
 ^•^leiiir.s - r. e-- 
 
 •q^uoin 
 Shu up 
 uiuuiiujjg 
 
 00.8 
 73.2 
 71.7 
 72.1 
 70.0 
 65.4 
 02.4 
 62.8 
 05.0 
 60.3 
 08. 1 
 73.5 
 
 ^o o © o ^ 
 ea « ! l- ta is -ri 
 
 CC O CD CO 9 00 
 
 •q}uoui 
 
 iiuunp 
 
 lumutxujt 
 
 91.1 
 02.2 
 00.2 
 01. 1 
 91.6 
 S0.1 
 S5.8 
 83.0 
 82.9 
 
 S5.0 
 
 SO. 3 
 01.2 
 
 5^ c<J 1 r^ r~< 1-^ r-1 
 
 'UVdJg 
 
 rH oi ~ ~ = -s — 05 -» is oo — ' 
 
 00 00 00 CO <X r-r^ 1~ l~ l~ t* X 
 
 *1 r-J WWCH 
 X 31 1 000)0) 
 
 2§B 
 i'S-fl 
 
 c la > 
 
 -'- 
 = t?> 
 
 a -2 
 
 ■inuoin 
 Suunp jsoavoi 
 
 .- -* r! V oi — -J 3 i - y i - ~ 
 
 i - -c ' ". . 3 y y y y y y / i - 
 
 oi 7i i"i 5i oi ii ft ii ii -Tj oi ii 
 
 «— 1 F^ ^ CC 
 
 31 1 * a 1 
 
 r. - 33 - 
 
 O.J OJ On| oj 
 
 •iljuoni 
 Saunp is.n|ii;jj 
 
 29.938 
 30.098 
 29.961 
 
 .'111. (121 
 30.096 
 30.174 
 
 30.100 
 
 30.121 
 80.209 
 80.198 
 80.138 
 80.058 
 
 S3 Si r~ 
 
 00 3; 00 
 
 51^-1 1 C3 1 
 
 33 S> C3 
 «03 r? 30 
 
 '"'••'IV 
 
 T, 3 ".- '■-' T~ '~ T 3 3 ?.' 3 1' 
 x < / sSeoaoec 5. 
 
 t~ ^- -3 Ifl 
 
 **| |»*| 
 
 3. 3. 3. 93 
 
 Tl 01 01 01 
 
 to 
 
 
 
 iil'-ijljll 
 
 •^ -^ ~ < ~ -. -. < / ' ■- 
 
 STear is77 - 
 ., Is70 - 
 
 * „ 1866 - 
 
 * „ 1866 - 
 
 * „ 1802 - 
 
 * .. 1861 - 
 Means and ex- 
 tremes. 
 
 jj 
 
 r3 **-• » <d
 
 251 
 
 TABLE III. 
 Temperature of Air in the shade. 
 
 Five years monthly means and extremes. 
 
 Taken at Delanasau. 
 
 (From Quarterly Journal of Meteorological Society.) 
 
 Month. 
 
 Mean. 
 
 Max. 
 
 Min. 
 
 Mean 
 Daily 
 Range. 
 
 Mean 
 Monthly 
 Range. 
 
 
 o 
 
 
 
 o 
 
 o 
 
 o 
 
 January - 
 
 80.1 
 
 97.7 
 
 67.0 
 
 13.8 
 
 24.5 
 
 February - 
 
 80.0 
 
 94.3 
 
 68.2 
 
 13.1 
 
 22.1 
 
 March 
 
 79.8 
 
 97.5 
 
 68.5 
 
 13.8 
 
 24.2 
 
 A pril 
 
 79.5 
 
 92.4 
 
 67.5 
 
 14.3 
 
 23.3 
 
 May 
 
 79.1 
 
 96.5 
 
 60.0 
 
 16.4 
 
 28.4 
 
 June 
 
 77.9 
 
 92.0 
 
 59.3 
 
 16.9 
 
 28.8 
 
 July 
 
 77.3 
 
 91.7 
 
 61.3 
 
 17.9 
 
 28.1 
 
 August 
 
 77.4 
 
 91.0 
 
 58.5 
 
 17.3 
 
 28.5 
 
 September 
 
 78.1 
 
 92.8 
 
 61.7 
 
 15.9 
 
 26.3 
 
 October - 
 
 79.4 
 
 94.5 
 
 62.0 
 
 16.1 
 
 27.5 
 
 November 
 
 80.0 
 
 94.6 
 
 64.0 
 
 16.6 
 
 27.6 
 
 December 
 
 80.7 
 
 94.4 
 
 68.5 
 
 14.7 
 
 23.6 
 
 5 years means and 1 
 extremes. J 
 
 79.1 
 
 97.7 
 
 58.5 
 
 15.6 
 
 26.1 
 
 Greatest daily range, 29.5°, May 19, 1872. 
 
 Least daily range, 3.2°, April 3, 1871. 
 
 Highest mean temperature in 24 hours 80.7°, December 
 16, 1874. 
 
 Lowest mean temperature in 24 hours 65.9°, August 3 
 1873.
 
 252 
 
 TABLE IV. 
 
 Rainfall at Qara Walu, 
 (Extracted from 
 
 Taviuni, South.— 1877. 
 Fiji Times.) 
 
 — 
 
 a 
 
 3 
 O 
 
 S <£ 
 
 £ - 
 o '" 
 
 Amount that fell 
 in the day. 
 
 Amount that fell 
 in the night. 
 
 Number of days 
 rain fell. 
 
 Maximum in one 
 day. 
 
 Date. 
 
 January 
 
 27.23 
 
 12.58 
 
 14.65 
 
 24 
 
 7.73 
 
 On the 28th 
 
 February 
 
 17.93 
 
 6.82 
 
 11.11 
 
 21 
 
 3-34 
 
 „ 21st 
 
 March - 
 
 54.30 
 
 22.02 
 
 32.28 
 
 21 
 
 11.82 
 
 31st 
 
 April - 
 
 39.86 
 
 21.65 
 
 17.21 
 
 22 
 
 9.40 
 
 „ 1st 
 
 May - 
 
 5.38 
 
 0.52 
 
 4.86 
 
 11 
 
 3.15 
 
 „ 18th 
 
 June 
 
 23 . 90 
 
 10.67 
 
 13.23 
 
 18 
 
 5.18 
 
 „ 5th 
 
 July - 
 
 18.58 
 
 6.09 
 
 12.49 
 
 26 
 
 7.04 
 
 „ 10th 
 
 August --- 
 
 34.25 
 
 14.49 
 
 19.76 
 
 22 
 
 5.42 
 
 „ 5th 
 
 September 
 
 1.95 
 
 0.74 
 
 1.21 
 
 13 
 
 0.50 
 
 „ 1st 
 
 October 
 
 18.24 
 
 9.59 
 
 8.65 
 
 18 
 
 5.48 
 
 „ 28th 
 
 November 
 
 2.69 
 
 2.01 
 
 0.68 
 
 17 
 
 0.46 
 
 7 th 
 
 December 
 
 8.26 
 
 2.14 
 
 6.12 
 
 15 
 
 3.18 
 
 18th 
 
 Total - 
 
 251.57 
 
 — 
 
 — 
 
 228 
 
 11.82 
 
 — 
 
 1875 • 
 
 212.37 
 
 ~ 
 
 — 
 
 230 
 
 7.16 
 
 — 
 
 The above rainfall at Qara Walu, Taviuui, South, for the 
 year ending December 31st, 1877, was taken daily for the 
 previous 24 hours. 2£ miles from the sea ; height above sea 
 level, 5G4 feet by Royal Engineer's survey. 
 
 J. Newall.
 
 253 
 
 TABLE V. 
 
 Statement of Wet, Showery, and Fine Days on the 
 Rewa River. — 1877. 
 
 (Extracted from Fjii Times.) 
 
 
 — 
 
 Wet. 
 
 Showery. 
 
 Fine. 
 
 
 
 January - 
 
 6 
 
 10 
 
 15 
 
 
 
 February 
 
 2 
 
 10 
 
 16 
 
 
 
 March - 
 
 8 
 
 6 
 
 17 
 
 
 
 April 
 
 3 
 
 14 
 
 13 
 
 
 
 May 
 
 
 
 4 
 
 27 
 
 
 
 June 
 
 13 
 
 9 
 
 8 
 
 
 
 July 
 
 3 
 
 8 
 
 20 
 
 
 
 August - 
 
 7 
 
 5 
 
 19 
 
 
 
 September 
 
 
 
 1 
 
 29 
 
 
 
 October - 
 
 7 
 
 4 
 
 20 
 
 
 
 November 
 
 
 
 3 
 
 27 
 
 
 
 December 
 
 3 
 
 3 
 
 25 
 
 
 
 
 52 
 
 77 
 
 236 
 
 
 
 1877 
 
 52 
 
 77 
 
 236 
 
 
 
 1876 
 
 64 
 
 79 
 
 223 
 
 
 
 1875 
 
 56 
 
 77 
 
 232 
 
 
 
 1874 
 
 71 
 
 83 
 
 221 
 
 
 
 1873 
 
 42 
 
 104 
 
 219 
 
 
 
 1872 
 
 65 
 
 85 
 
 216 
 
 
 Ed. Graham. 
 Wai ni Sasa, Rewa River, 25th January 1878.
 
 254 
 
 TABLE VI. 
 
 Rainfall, 
 
 Results of Observations for five years ending 31st December 
 1875, at Delanasau. 
 
 i Extracted from the Quarterly Journal of the Meteorological 
 
 Society.) 
 
 Month. 
 
 Mean 
 Monthly Fall. 
 
 Greatest Fall 
 in 24 Hours. 
 
 Mean Number 
 
 of Days on 
 
 which Rain 
 
 fell. 
 
 Hours of 
 Rain Mean 
 
 for Four 
 Years only. 
 
 January 
 
 In. 
 25.69 
 
 In. 
 10.52 
 
 23 
 
 96 
 
 February 
 
 16.76 
 
 4.20 
 
 20 
 
 69 
 
 March - 
 
 25.74 
 
 14.95 
 
 22 
 
 91 
 
 April ... 
 
 11.25 
 
 4.74 
 
 18 
 
 41 
 
 May ... 
 
 5.78 
 
 2.10 
 
 11 
 
 28 
 
 June - 
 
 3.17 
 
 3.90 
 
 7 
 
 12 
 
 July - 
 
 1.64 
 
 1.53 
 
 5 
 
 8 
 
 August - 
 
 5.69 
 
 2.67 
 
 10 
 
 23 
 
 September 
 
 4.86 
 
 3.30 
 
 12 
 
 19 
 
 October - 
 
 7.16 
 
 2.80 
 
 13 
 
 30 
 
 November 
 
 7.08 
 
 5.52 
 
 11 
 
 25 
 
 December 
 
 9.33 
 
 2.90 
 
 18 
 
 40 
 
 Yrar - 
 
 124.15* 
 
 14.'J5t 
 
 170J 
 
 482§ 
 
 • Mean yearly tall tor five yean. 
 
 ! in :\ boon, March 19, 1871. Greatest fall in one month (March 1875) 
 nontfa (July i^Tu'i 0*86 inches. 
 : .V. . which rain Ml ; mean for live years. 
 
 Utr • Of hour's of rainfall for four years, equal to 20 days two hours.
 
 255 
 
 TABLE VII. 
 
 Hygrometrical Results deduced from Dry and Wet 
 Bulb Thermometers, read daily at 1 p.m. throughout 
 
 THE YEAR 1875. 
 
 (Extracted from the Quarterly Journal of the 
 Meteorological Society.) 
 
 
 Mean Temperature of 
 
 
 Relative 
 
 Month. 
 
 
 
 
 Pressure of 
 
 Humidity 
 
 Air. 
 
 Evapora- 
 tion. 
 
 Dew-Point. 
 
 Vapour 
 
 (Saturation 
 = 100.) 
 
 
 o 
 
 o 
 
 o 
 
 In. 
 
 
 January - 
 
 86.5 
 
 79.5 
 
 75.0 
 
 .868 
 
 69 
 
 February - 
 
 85.4 
 
 78.9 
 
 74.7 
 
 .859 
 
 70 
 
 March 
 
 82.6 
 
 78.5 
 
 75.8 
 
 .891 
 
 80 
 
 April 
 
 84.9 
 
 78.1 
 
 73.7 
 
 .823 
 
 69 
 
 May 
 
 86.1 
 
 78.3 
 
 73.2 
 
 .817 
 
 65 
 
 June 
 
 84.9 
 
 76.9 
 
 71.7 
 
 .777 
 
 65 
 
 July 
 
 84.7 
 
 74.6 
 
 68.0 
 
 .685 
 
 57 
 
 August 
 
 84.7 
 
 74.4 
 
 67.7 
 
 .678 
 
 56 
 
 September 
 
 84.3 
 
 75.9 
 
 70.4 
 
 .743 
 
 63 
 
 October - 
 
 86.2 
 
 74.0 
 
 66.1 
 
 .642 
 
 51 
 
 November 
 
 87.1 
 
 76.9 
 
 70.4 
 
 .743 
 
 58 
 
 December 
 
 87.7 
 
 77.8 
 
 71.5 
 
 .772 
 
 59 
 
 Mean 
 
 85.4 
 
 77.0 
 
 71.5 
 
 .775 
 
 63 
 
 The lowest relative humidity noticed was at noon, on 26th 
 November 1875, namely : — 
 
 Air. Evaporation. Dew Point. Vapour Tension. Humidity. 
 
 ° In. 
 
 89-2 72-0 61-2 -541 39 
 
 This occurred at a very dry period, the dry season having 
 been very much extended. During the three weeks previous 
 only 0*24 inch of rain had fallen, and strong, at times boisterous 
 southerly winds had prevailed almost without cessation, and 
 with, in general, a clear sky. This low amount of relative 
 humidity may be described as very exceptional in Fiji.
 
 25G 
 
 APPENDIX VI. 
 
 List of Plants found in Fiji. 
 
 Alphabetical List of Plants (Ferns and their allies ex- 
 cepted), which, up to date, have been found in Fiji. The 
 species marked by an asterisk are endemic, or peculiar 
 to t Fiji islands. Those species that, at present, are re- 
 garded as new are indicated by sp. n. and N.S. It is 
 likely that several of these may be merely varieties of old 
 and well known species. The figures in brackets ( ) are 
 the numbers attached to the specimens, to identify them, 
 in the Royal Herbarium at Kew. Var. means variety. 
 The interrogation note (?) before a species signifies that 
 such species has, most likely, been introduced. 
 
 Abrus precatorius. 
 
 Abutilon sp. n. (378).* 
 Acacia sp. n.* 
 „ laurina. 
 „ Richii.* 
 Acalypha sp. n. (1,001).* 
 „ boehmerioides. 
 „ consimilis.* 
 „ denudata.* 
 „ anisodonta. 
 „ „ subsericea. 
 
 ., „ subvillosa. 
 
 „ grandis. 
 „ insularia. 
 „ „ flavicans. 
 
 „ glabrescens 
 M „ stipularis. 
 
 „ „ villosa. 
 
 „ latifolia.* 
 „ repanda.* 
 
 „ var., n. (35).* 
 „ rivularis. ' 
 „ Wilkesiana. 
 Uevifolia.* 
 
 Achyranthes aspera. 
 
 Acicalyptus (Calyptranthes) 
 sp. n. (251).* 
 „ eugenioides.* 
 
 „ myrtoides.* 
 
 „ Seemannii.* 
 
 Acronychia sp. n. (1,114).* 
 
 „ petiolaris.* 
 Adenosma triflora. 
 Adenostemma viscosum. 
 Afzelia bijuga. 
 Agalma vitiensis.* 
 Agation (Agatea) sp. n. (67) * 
 
 „ „ violare.* 
 
 Ageratum conyzoides. 
 
 Aglaia basiphylla,* 
 
 edulis. 
 
 multijuga.* 
 
 sp. n. (858).* 
 
 sp. n. (344).* 
 
 sp. n. (1,040).* 
 Aleurites triloba.
 
 257 
 
 Alpinia sp. n. (593).* 
 sp. n. (879).* 
 sp. n.* 
 „ Boia.* 
 „ sp. n.*_ 
 j, vitiensis.* 
 Alphitonia excelasa. 
 
 „ var. n. (G55).* 
 Alocasia indica. 
 Alsodeia Storckii.* 
 Alsomitra sp. n. (1,043.)* 
 (?)Alstoniasp. n. (857).* 
 sp. n. (861) * 
 sp. n.* 
 „ plumosa. 
 „ villosa. 
 „ vitiensis.* 
 
 Alyxia sp. n. (343).* 
 „ bracteoiosa. 
 „ „ microcarpa. 
 
 „ „ angustifolia. 
 
 „ „ parvifolia. 
 
 „ scandens. 
 „ stellata. 
 Amaranthus melancholicus. 
 
 „ „ tricolor. 
 
 „ paniculatus. 
 „ „ cruentus. 
 
 „ verides. 
 Amaroria soulameoides. 
 Amomum sp. n. (248).* 
 
 „ cevuga. 
 Amorphophallus campauula- 
 
 tus. 
 Anacardiura sp. n. (1,050).* 
 Andropogon aciculatus. 
 
 „ refractus. 
 Anrectochilus longiflorus.* 
 Arieilema vitiensis. 
 Aniseia multiflora. 
 
 „ uniflora. 
 Amplectrum ovalifolium.* 
 Antiaris Bennettii. 
 
 Q2019. 
 
 Antidesina sp. n. (491).* 
 sp. n. (692).* 
 „ pacifica.* 
 
 Appendicula sp., N.S.* 
 
 „ bracteosa.* 
 
 Araliaceae sp. n.* 
 Ardisia sp. n.* 
 „ capitata.* 
 „ grandis.* 
 „ Storckii.* 
 „ vitiensis.* 
 ,, sp. n. (ISO), 
 sp. n. (429).* 
 „ sp. n. (039).* 
 „ sp. n. (883). 
 _ „ ^ sp. n. (946).* 
 Aristilochia sp. n.* 
 Arthropanax fruticosum. 
 Artocarpus incisa. 
 Ascarina lanceolata. 
 Astelia sp. n. (1,028).* 
 
 „ montana. 
 Astronia fraterna. 
 „ Picked ngi. 
 „ „ vitiensis* 
 
 „ confertiflora,* 
 „ robusta.* 
 „ tomentosa.* 
 sp. h. (616).* 
 sp. n. (1,038).* 
 „ sp. n. (1,039).* 
 Astronidi urn parviflorum . * 
 
 „ Storckii.* 
 Baccaurea Wilkesiana.* 
 „ Seemannii.* 
 „ stylaris.* 
 
 sp. n. (447).* 
 sp. n. (515).* 
 sp. n. (981.)* 
 Badusa corymbifera. 
 Bakeria vitiensis.* 
 Balanophora fungosa. 
 Barringtonia speciosa. 
 „ edulis.*
 
 258 
 
 Barringtonia racemosa. 
 
 s P . n. (619) * 
 
 (?) Batatas edulis. 
 
 „ paniculata. 
 BaoMnia tomentosa. 
 Begonia sp. n. (618).* 
 Bidens pilosa. 
 Bischoffia javanica. 
 i .') Bixa orellana. 
 Blumea Milnei.* 
 
 „ virens. 
 Bcehmeria platyplrilla. 
 
 (virgata). 
 sp. n. (57). 
 Harveyi. 
 Bcerhaavia diffusa. 
 Brackenridgea nitida.* 
 
 sp. n. (513).* 
 „ sp. n. (570).* 
 
 sp.n.(897). 
 Bi.-ussonetia papyrifera. 
 Brucea quercifolia.* 
 Bruffuiera Rlieedi. 
 Buchanania ilorida. 
 Bulbophyllum longiflorum. 
 sp. n. (730).* 
 -alpinia Bonducella. 
 „ Bonduc. 
 
 Calamus s.p. 
 Calanthe hololeuca.* 
 „ ventilabrum. 
 gp. n. (285).* 
 sp. n. (876).* 
 phyllum inophyllum. 
 „ Burmanni. 
 
 „ Bpectable. 
 
 sp. i.. (43).* 
 ( lalonyction speciosum. 
 
 „ comosperma. 
 
 < alyaccion tinctonnu. 
 Calycosia Hunt' ri. N.S.' 
 ., Milnei. 
 „ petiolal 
 „ publiflora.* 
 
 Calycosia sp. n. (40).* 
 „ sp. n. (279).* 
 „ sp. n. (501).* 
 „ sp. n. (534).* 
 sp. n. (593).* 
 „ sp. n. (644).* 
 „ sp. n. (705).* 
 sp. n. (775).* 
 „ sp. n. (789).* 
 .. sp. n. (644).* 
 Canavalia obtusifolia. 
 „ sericea. 
 „ turgida. 
 Canaga odorata. 
 Canarium sp. n.* 
 „ vitiense.* 
 
 sp. n. (686).* 
 Canthiopsis odorata.* 
 Cantliiura sessilifolium.* 
 „ barbaium. 
 „ flavidum.* 
 „ odoratum.* 
 Canna indica. B 
 Capparis Richii.* 
 (?) Capsicum frutescens. 
 Carapa moluccensis. 
 
 „ obovata. 
 Cardamine sarmentosa. 
 Cardiospermum halicacabum. 
 „ microcarpum. 
 
 Carruthersia scandens.* 
 
 sp. n. (967).* 
 „ _ sp. n. (460).* 
 Carumbium nutans. 
 Casearia accuminatissima.* 
 „ disticha.* 
 „ Ricliii.* 
 
 sp. n. (149).* 
 „ sp. n. (365).* 
 „ sp. n. (454).* 
 „ sp. li. (456).* 
 „ sp. n. (640).* 
 (?) Cassia laevigata, 
 ii-lauca.
 
 259 
 
 (?) Cassia, occidentalis. 
 (?) „ obtusifolia, 
 „ sophora. 
 „ sp. n, (648).* 
 Cassytha filiform us. 
 Casuarina equisetifolia. 
 
 „ nodiflora. 
 Caturus pelagicus.* 
 Celastrus Richii.* 
 Celtis Harperi, N.S.* 
 Cenchrus anomoplexis. 
 Centotheca lappacea. 
 Ceratophyllum dem ersum. 
 Cerbera lactaria. 
 Chsetacanthus repandus. 
 Chailletia vitiensis.* 
 Chenopodium ambrosioides. 
 Chloris punctata. 
 Chrysoglossum vesicatum.* 
 Cinnamomum pedatinervium.* 
 „ sp. n. (85).* 
 
 sp. n. (99).* 
 sp. n. (832).* 
 sp. n. (862.)* 
 sp. n. (872).* 
 sp. n. (974).* 
 (?) Citrullus vulgaris. 
 (?) Citrus Limonum. 
 (?) „ Auraiitium. 
 (?) „ vulgaris. 
 (?) „ Decumana. 
 Claoxylon echinosperma.* 
 
 „ fallax.* 
 Cleidion Vieillardi. 
 
 „ vitiensis. 
 Clematis Pickeringi. 
 Clerodendron Arthurgordoni, 
 N.S.* 
 „ inerme. 
 
 Le HunteLN.S.* 
 „ _ sp. n * 
 Cocos mucifera. 
 Codiceum variegatum. 
 
 var. 313. 
 
 Codioeum variegatum var.(l) 
 
 » » » («)• 
 
 „ pictum. 
 
 „ moluccanum, 
 „ gcnuinum. 
 Coix Lachryma. 
 Colubrina asiatica. 
 Colocasia antiquorum. 
 
 „ esculenta. 
 Commelyna pacifica. 
 Commersonia platyphylla. 
 
 „ echinata. 
 
 Connarus Pickeringii.* 
 sp. n. (1 90).* 
 \, sp. n.* 
 Coprosma persicsefolia.* 
 sp. n. (129) * 
 sp. n.* 
 Cordia subcordata. 
 
 „ aspera. 
 Cordyline Jacquini. 
 „ sepiaria. 
 
 „ terminalia. 
 Coriaria ruscifolia. 
 Corymbis veratrifolia. 
 
 sp. n. (436).* 
 Couthovia corynocarpa.* 
 sp. n. (924).* 
 Crinum asiaticum. 
 Crossostylis Harvey i * 
 Crotalaria quinquifolia. 
 Croton metallicus.* 
 „ heterotrichus.* 
 „ Veneauxii. 
 „ „ Storckii. 
 
 „ leptopus.* 
 „ sp. n. (673)* 
 Cryptocarya sp. n. (128).* 
 sp. n. (170).* 
 sp. n. (171).* 
 sp. n. (434).* 
 „ sp. n. (650).* 
 
 sp. n. (1,068).* 
 
 R 2
 
 260 
 
 Cryptocarya, sp. n. (1,117).* 
 ( lucurbita Pepo. 
 
 icunris melo. 
 (?) „ sativus. 
 „ acidus. 
 Cupania rboifolia* 
 
 leptobotrys.* 
 Brackenridgei.* 
 sp. n. (982).* 
 sp. n. (1,000).* 
 ( lurcuma longa. 
 Cuscuaria spuria.-" 
 ( Yatbula prostrata. 
 
 „ debilis. 
 
 Cyeas circinalis. 
 Cynometra grandiflora.* 
 „ falcata.* 
 
 sp. n. (294).* 
 „ sp. n. (519 V* 
 
 sp. n.* 
 Cyperus pinnatus. 
 „ strigosus. 
 Cypholophus macrocephalus. 
 „ heterophyllus. 
 
 Cyrtandra Pritcbardii.* 
 ., coloides.* 
 „ ciliata.* 
 „ Denbami.* 
 „ acutangla.* 
 „ vitiensis.* 
 „ antbropophago- 
 uni).* 
 fttilnel* 
 ,, dolicbocarpa.* 
 „ involucrata.* 
 „ Harveyi.* 
 „ Spowarti, N.S.* 
 
 Butfci, N.S.* 
 „ Cbippendalei,N.S. 
 
 Dcs-Vujuxi, N.S. 
 „ ( rorriei, N.S.* 
 „ Langtoni, N.S.* 
 Tempesti, N.S.* 
 sp. n. (430).* 
 
 Cyrtandra, sp. n. (578).* 
 sp. n. (G98).* 
 sp. n. (1,134).* 
 Cyi'tosperma edulis.* 
 Dacrydium elatum. 
 Dalbergia monosperma. 
 sp. n. (509).* 
 Dammara vitiensis.* 
 Datura stramonium. 
 Dicbopsis Hornei, N.S.* 
 
 „ sp. n. (1,117) * 
 Dendrobium biflorum. 
 „ catillare.* 
 
 „ moblianum. 
 
 „ crispatum. 
 
 Gordoni, N.S.* 
 Hornei, N.S.* 
 Tokai.* 
 sp. n. (793).* 
 sp. n. (1,085).* 
 Desmodium umbellatum. 
 „ polycarpum. 
 
 „ scorpiurus. 
 
 Denis uliginosa. 
 
 „ sp. n. (1,145).* 
 Dianella ensi folia. 
 
 „ intermedia. 
 Dioclea violacea. 
 Dicbroccpbala latifolium. 
 Digitaria sano-uinalis. 
 Dioscorea alata. 
 
 ,, aculeata. 
 „ bulbiflora. 
 „ nummularia. 
 „ pentaphylla. 
 „ sativa. 
 Diospyros, sp. n. (195).* 
 sp. n. (904).* 
 Disemma Barclayi.* 
 Storckii.* 
 „ vitiensis.* 
 Dodona?a viscosa. 
 Dolicliolobium Knollysi, N.S.* 
 latifolium.*
 
 261 
 
 Dolicholobium, longissimum.* 
 „ McGregori, 
 
 N.S.* 
 „ oblongi folium.* 
 
 „ sp. n. (518).* 
 
 „ sp. n. (647).* 
 
 sp. n. (834).* 
 sp. n.* 
 Dracontomelon sylvestre. 
 
 „ pillosum.* . 
 
 Dry mispernum Burnettianum . 
 „ accuminatrmi. 
 
 „ lanceolatum.* 
 
 „ montarmm.* 
 
 „ pubifloruni.* 
 
 „ subcordatum.* 
 
 Dysoxylum alliaceum. 
 „ bijugum. 
 
 sp. n. (131).* 
 „ sp. n. (141).* 
 
 sp. n. (316).* 
 sp. n. (375).* 
 sp.n.(410).* 
 sp. n.* 
 Earina, sp. n. (892).* 
 Ebermaiera, sp. n. (1,067).* 
 Eclipta prostrata. 
 Elatostema nemorosum.* 
 „ macro phy Hum. 
 
 sp. n. (69).* 
 sp. n. (991).* 
 Eleocliaris articulata. 
 „ variegata. 
 
 Eleusine indica. 
 EUeocarpus cassinoides.* 
 „ Grseffei.* 
 
 „ laurifolius.* 
 
 „ pyriformis.* 
 
 Milnei.* 
 „ Storckii.* 
 
 Eudiandra, sp. n. (199).* 
 En tad a scandens. 
 Epiplianes micradenia.* 
 
 Eranthcmum laxifiorum.* 
 „ insularum.* 
 
 sp. n. (61).* 
 sp. n. (238).* 
 sp. n. (263).* 
 sp. d. (724).* 
 sp. n. (725).* 
 Eria stenostachya.* 
 „ sphserocarpa.* 
 „ seridostachya. 
 „ rostrifolia.* 
 „ sp. (116). 
 Erigeron albidum. 
 Erythnea australis. 
 Erythrina ovalifolia. 
 „ indica. 
 
 j) ,, aiDa. 
 
 Erythrospermum, sp. n. (79).* 
 sp.n.(loO).* 
 sp.n.(7l2).* 
 sp.n. (1,052).* 
 Eugenia amicorum. 
 
 Brackenridgei.* 
 
 confertiflora.* 
 
 corynocarpa. 
 
 gracilipes.* 
 
 Grayi.* 
 
 efFusa.* 
 
 neurocalyx.* 
 
 quadrangulata.* 
 
 rariflora. 
 
 rivularis.* 
 
 rubescens. 
 
 Bichii. 
 
 mallaccensis. 
 
 sp. n. (340).* 
 
 sp. n. (383).* 
 
 sp. n. (443).* 
 
 sp. n. (689).* 
 
 sp. n. (702).* 
 
 sp. n. (774).* 
 
 sp. n. (828).* 
 
 sp. n. (843).* 
 
 sp. n. (867).
 
 262 
 
 nia, sp. n. (873).* 
 sp. n. (87 h." 
 B p. n. (914).* 
 sp. n. (920).* 
 sp. n. (959).* 
 sp. n. ( 1,010).* 
 sp. n. (1,031).* 
 sp. n. (1,056.)* 
 sp. n. (1,100.)* 
 sp. n. (1,106.)* 
 sp. n.* 
 
 ,. sp. 11. 
 
 Eulalia japonica. 
 Euphorbia atota. 
 
 „ cliamissonis. 
 
 „ fidjiana.* 
 
 „ pilulifera. 
 
 „ tanensis. 
 
 Eurya angustiflora. 
 
 „ vitierisis.* 
 Euxolus caudatus. 
 Evodia drupacea. 
 „ liortensis. 
 „ Roxburghiana. 
 „ sp. n. (146).* 
 sp. ii. (075).* 
 Evolvulus alsinoides. 
 Excaecaria Agallocha. 
 Fagraea Berteriana. 
 „ gracilip&s.* 
 „ tnannii. 
 
 Faradaya ovalifolia.* 
 „ vitiensis. 
 
 Ficus ;i -]" ra. 
 
 „ Barclay!* 
 
 „ Bennett ii. 
 ( Wei, N.S 
 
 „ bambuscefolia, 
 Han i -\ i 
 Masoni, N.S.* 
 
 ., Pritchardii.* 
 
 „ scabra. 
 
 Ficus Smithi, N.S.* 
 
 „ Storckii.* 
 
 „ theophrastoides.* 
 
 „ tinctoria. 
 
 „ vitiensis.* 
 
 „ obliqua. 
 
 „ sp. n. (440).* 
 
 Fimbristylis communis. 
 
 „ arvensis. 
 
 „ dichotoma. 
 
 (?) Flacourtia Ramontchi. 
 Flagellaria elegans. 
 
 „ indica. 
 
 Fleuiya interrupta. 
 
 Freycinetia vitiensis* 
 ,, Pritcliardii.* 
 
 „ Storckii.* 
 
 „ Milnei.* 
 
 „ sp. n. (529).* 
 
 sp. n. (592).* 
 sp. n. (844).* 
 sp. n. (903).* 
 
 Galmia aspera. 
 
 Garcinia sessilis. 
 
 „ pseudoguttifera.* 
 „ vitiensis.* 
 „ sp. n. (185).* 
 „ sp. n. (450).* 
 sp. a (630).* 
 sp. n. (734).* 
 „ taitensis. 
 
 „ pentagonioides. 
 
 „ Arthurgordoni, 
 
 N.S* 
 Gardeni Hilli, N.S.* 
 Gorriei, N.S.* 
 „ Greivei, N.S.* 
 „ s.p. n. (15).* 
 „ s.p. n. (403).* 
 
 Geissosis ternata.* 
 
 „ „ var; d.* 
 
 (580)*,
 
 263 
 
 Geitonoplesium cymosum. 
 
 „ var. angustifo- 
 
 lium. 
 Geniostoma rupestre. 
 
 „ microphyllum.* 
 
 Geophila reniformes. 
 Gironnieria celtidifolia. 
 Glossogyne tenuifolia. 
 Glycine tabacina. 
 Gnetum Gneinon. 
 (?) Gossypium peruvianum. 
 (?) „ barbadense. 
 
 (?) „ arboreum. 
 
 (?) „ tomentosum. 
 
 Gouania Richii.* 
 
 „ denticulata. 
 Graeffea calyculata.* 
 Grewia mallococca. 
 „ persicasfolia.* 
 „ prunifolia.* 
 Guettarda speciosa. 
 „ incouspicua, 
 „ vitiensis.* 
 Gymnema stenophyllum.* 
 
 „ subnudum.* 
 Gymnosporia vitiensis. 
 Gyrocarpus Jacquini. 
 Habenaria tradescantifolia.* 
 „ superflua.* 
 „ supervacanea.* 
 Haplopetalum Richii.* 
 
 „ Seemannii.* 
 
 s.p. n. (968).* 
 Hardwickia, s.p. n. (483).* 
 
 s.p. ri. (1,121).* 
 Hedycarya dorstenioides.* 
 Hedyotis crata?ogonum. 
 Heliconia, s.p. n.* 
 Hernandia peltala. 
 
 s.p. n. (517).* 
 _ „; s.p. n. (738)* 
 Heriteria littoralis. 
 
 Hibbertia, s.p. n. (651).* 
 Hibiscus Rosa-sinensis. 
 „ Storckii.* 
 „ diversifollius. 
 „ esculentus. 
 „ Abelmoschus. 
 „ tricuspis. 
 „ tiliaceus. 
 „ s.p. n. (704).* 
 Hiptage myrtifolia.* 
 
 „ javanica. 
 Honialanthus populifolius. 
 Homalium vitiensis. 
 Hoya bicarinata. 
 „ diptera.* 
 „ Barracki, N.S.* 
 Hydnopliytum (Myrmecodia) 
 imberbe.* 
 „ longiflorum.* 
 
 „ Wilkinsoni, 
 
 N.S.* 
 Wilsoni, N.S.* 
 Hydrocotyle asiatica. 
 Hypolytrutn latifoliuni. 
 Ilex vitiensis.* 
 Imperata avundinacea. 
 Indigofera Anil. 
 Inocarpus edulis. 
 Ipoimea pes-caprse. 
 „ peltata. 
 „ Terpethum. 
 „ denticulatum. 
 Ixora vitiensis.* 
 pelagica.* 
 maxima.* 
 Storckii.* 
 Carewi, N.S.* 
 Joskei N.S* 
 Jasminum tetraquetrum. 
 „ australe 
 „ didymum. 
 
 „ simplicifblium 
 
 sp. n. (98).*
 
 264 
 
 minum, s.p. n. (072).* 
 Jatropha curcas. 
 Kaiivia vitiensis. 
 KleiDhovia hospita. 
 Kentia exorrhiza.* 
 K \ 1 1 inga monocephala. 
 Lablab vulgaris. 
 (?) Lagenaria vulgaris. 
 
 nophora Pickeringi.* 
 Laportea Harveyi.* 
 Miln.i. 
 ., vitiensis.* 
 nthera vitiensis.* 
 Lauraceoe, s.p. n. (777).* 
 Leea sambucina. 
 Lemna minor. 
 
 „ melanorrhiza, 
 Lepironia mucronata. 
 Lerchea calycina.* 
 Litsea (Tetranthera) palma- 
 fcinervia.* 
 ., vitiense.* 
 „ Seemannii.* 
 ., Pickeringii.'* 
 „ s.p. n. (544) * 
 s.p. n. (961)). 
 s.p. n. (733)* 
 Leucas decemdentata. 
 Leucoskye corymbulosa 
 Leucsena Fosteri. 
 „ glauca. 
 Leucopogon cymbula.* 
 Limnophila fragrans.* 
 Limnan themum Kleinianum. 
 Lindenia vitiensis. 
 Li par is Iongip 
 „ s.p. D.* 
 Loranthua insularum. 
 „ vitiensis.* 
 s.p. n * 
 
 LufiBa insularum. 
 Lumnitzera coccinea. 
 
 Lyonsia la -vis.* 
 
 Maba foliosa.* 
 „ elliptica. 
 „ buxifolia. 
 „ lateriflora, N.S.* 
 „ s.p. n. (201).* 
 „ s.p. n. (473).* 
 „ s.p. n. (823).* 
 „ s.p. n. (1,050).* 
 „ s.p. n* 
 Macaranga secunda.* 
 
 Harveyana.* 
 macroDhylla.* 
 Maudsleyi, N.S.* 
 m e m branacea.* 
 Seemannii. 
 s.p. n. (1,044).* 
 s.p. n.* 
 Mresa Pickeringii. 
 „ persic?efolia. 
 „ nemoralis. 
 „ vitiensis.* 
 „ corylifolia* 
 
 „ var. n. (822).* 
 s.p. n. (GG4) * 
 Malaxis glandulosa. 
 Mallotus tiliajfolius. 
 
 s.p. n. (597).* 
 (?) Mamordica Charantia. 
 (?) Manihot palmata. 
 (?) „ „ Aipi. 
 
 Maoutia australis. 
 Mariscus flavus. 
 „ phleoides. 
 „ umbellatus. 
 Marlea vitiensis. 
 
 var. n. (408).* 
 Medinilla heterophylla* 
 „ rhodochlasna.* 
 „ amoena. 
 „ Waterhousei.* 
 
 „ parvifolia.* 
 s.]i. n. (182).* 
 s.p. n. (944).* 
 Melastoma denticulata.
 
 265 
 
 Melastoma Nova? Holland ise. 
 (?) Melia elegans. 
 Melochia odorata. 
 „ vitiensis. 
 Melodinus scandens. 
 Melodorum, s.p. n. (318).* 
 Memecylon vitiense.* 
 Metrosideros polymorph a. 
 
 „ „ var. fls. 
 
 yellow (764). 
 
 „ „ var. fls. white 
 
 (933). 
 
 Micromelum minutura. 
 
 Microstylis purpurea. 
 
 „ platychila.* 
 
 (?) Mimosa pudica. 
 Missiessya corymbulosa. 
 Mollugo stricta. 
 Monosis insularum. 
 Morinda citrifolia, 
 „ Fosteri. 
 „ myrtifolia.* 
 
 Grayi* 
 „ mollis. 
 „ bucida?folia*. 
 „ s.p. n. (347).* 
 „ s.p. n. (1,128).* 
 (?) Morus indica. 
 Mucuna platyphylla. 
 „ gigantea 
 „ sp. n. (721).* 
 Musa sapientum. 
 „ cavendishii. 
 „ paradisiaca. 
 „ uranocarpus. 
 Mussasnda frondosa. 
 Myriogyne minuta. 
 Myristica castansefolia.* 
 „ grandifolia.* 
 sp. n. (243).* 
 sp. n. (966).* 
 Myrsine crassifolia. 
 „ myricsefolia. 
 „ Brackenridgei.* 
 
 Myrsine, sp. n. (261).* 
 
 „ sp. n. (291).* 
 
 „ sp. n. (355).* 
 
 sp. n. (455).* 
 
 Myrtacea), sp. n. 
 
 (?) sp. n. (878).* 
 Nauclea Fosteri. 
 Nephelium (Pometia) pin- 
 
 natum. 
 Nesopanax vitiensis.* 
 Nelitris vitiensis. 
 ,, fruticosa. 
 1 Nicotiana Tabacum. 
 Nothopanax fruticosum. 
 
 „ multijugum.* 
 
 Ochrosia parviflorum. 
 Ocymum gratissimum. 
 Oldenlandia tenuifolia. 
 „ paniculata. 
 
 „ Burmanniana. 
 
 „ sp. m* 
 
 Olea vitiensis.* 
 Olyra micrantha. 
 Oncocarpus vitiensis.* 
 
 sp. n. (629).* 
 Ophiorrhiza peploides.* 
 „ leptantha.* 
 
 , ; laxa. 
 
 „ var.? (213).* 
 Oplismenus Burmanni. 
 „ pupurascens. 
 
 „ albo-striatus. 
 
 „ compositus. 
 
 Orchidese sp. n. (115).* 
 Ormocarpum sennoides. 
 Orthoclada sp. n. (107).* 
 Oxalis corniculata, 
 Pachyrrhizus trilobus. 
 Pandanus caricosus. 
 „ virens. 
 „ odoratissimus. 
 Joskei, N.S.* 
 Panicum sanguinale. 
 „ trigonum.
 
 266 
 
 [cum, ambiguum. 
 Papaya (Carica papaya) vul- 
 garis 
 Paphia vitiensis.* 
 Parinarium insularum. 
 
 „ laurinum. 
 
 Parkia Pari, N.S.* 
 1 'a -pa lum scrobiculaf urn. 
 Payena Hilli, N.S.* 
 Pelagoclendron vitiensis.* 
 Pel lion ia elatostemoides. 
 
 „ „ minor. 
 
 „ filicoides.* 
 „ australis* 
 „ vitiensis. 
 „ sp. n. (817)* 
 Peperomia pallida. 
 
 sp. n. (30).* 
 sp. n. (370).* 
 „ sp. n. (052).* 
 
 Peristylis sp. n. (448).* 
 Phajus Bluniei. 
 Pharbitis insularis. 
 Phaseolus truxillensis. 
 
 „ mnngo. 
 
 Pliyllanthus ramiflorus. 
 
 „ „ lanceolatus. 
 
 „ ,, var. n. 
 
 (1,000).* 
 „ cordatus.* 
 
 „ concolor. 
 
 „ „ ellipticus. 
 
 „ „ ohonatus. 
 
 „ pacificum.* 
 
 „ vitiensis. 
 
 „ Seemannianus.* 
 
 ., venulosi 
 
 „ ("flatus. 
 
 „ manono. 
 
 „ pedocarpus. 
 
 „ amentufiger.* 
 
 „ heterodoxus.* 
 
 „ rim] 
 
 Wilkesianus.* 
 
 Phyllanthus, sp. n. (120a).* 
 sp. n. (364).* 
 sp. n. (676).* 
 sp. n. (767.)* 
 sp. n. (1,120).* 
 sp.n. (1,125).* 
 (?) Physalis peruviana. 
 
 „ angulata. 
 Pimia rliamnoides.* 
 Piper methysticum. 
 „ latifolium. 
 „ Macgillivrayi. 
 „ insectifugum.* 
 „ sp. n. (48).* 
 „ sp. n. (839).* 
 „ sp. n * 
 Pipturus velutinus. 
 „ propinqua. 
 „ argenteus. 
 „ platyphyllus.* 
 „ _ sp. n. (72).* 
 Pisonia inermis. 
 
 „ umbellifera 
 Pittosporum Brackenridgei.* 
 Pickcringii.* 
 „ rhytidocarpum.* 
 
 „ arborescens. 
 
 „ Pacini* 
 
 „ tobiroides.* 
 
 sp. n. (667).* 
 sp. n. (989).* 
 sp. n. (1,084) * 
 Plantago major. 
 Plectranthus Forsteri. 
 Plectronia McGregori, N.S.* 
 McConnelli, N.S.* 
 sp. n. (261).* 
 sp. n. (614).* 
 Plerandra Grayi.* 
 
 ,, Pickcringii. 
 Plumbago zcylanica. 
 Podocarpus affinis.* 
 „ bractcata. 
 
 „ cuprcssina.
 
 267 
 
 Podocarpus vitiensis.* 
 Pogonia sp. n.* 
 Polyalthia vitiensis. 
 Polyglonum glabrum. 
 Pongamia glabra. 
 Portulacca quadrifida. 
 
 „ oleracea. 
 
 Premna taitensis. 
 Pritchardi pacifica. 
 Procris cephaiida. 
 Psychotria Brackenridgei.* 
 „ Broweri.* 
 
 „ cordata.* 
 
 „ calycosa.* 
 
 „ bullata.* 
 
 „ Fosteriana* 
 
 „ filipes* 
 
 „ gracilis.* 
 
 „ hyporgyraea* 
 
 „ macrocalyx. 
 
 „ pelagica.* 
 
 „ Pritchardii.* 
 
 „ platycocca.* 
 
 „ serpens. 
 
 „ sulphurea.* 
 
 „ Storckii.* 
 
 „ tepbrosantha.* 
 
 „ tetragona.* 
 
 „ turbinata.* 
 
 „ Pickeringii.* 
 
 sp. n. (31).* 
 sp. n. (33.)* 
 sp. n. (71).* 
 sp. n. (78).* 
 sp. n. (83).* 
 sp. n. (173).* 
 sp. n. (292).* 
 „ sp. n. (587a).* 
 
 sp. n. (575).* 
 sp. n. (586)* 
 „ sp. n. (691 .*. 
 
 sp. n. (708).* 
 sp. n. (790).* 
 sp. n. (831).* 
 
 Psychotria, sp. n. (849). 
 „ sp. n. (994a).* 
 
 sp. n. (1,042).* 
 „ sp. n. (1,115a).* 
 
 ? Pterocarpus indicus. 
 Pterospermum sp. n.* 
 Ptychosperma filiferum.* 
 
 „ pauciflorura* 
 
 „ perbreve.* 
 
 „ Pickeringii.* 
 
 „ Seemannii.* 
 
 ,j vitiensis.* 
 
 Ratonia falcata.* 
 „ sapindus. 
 „ Storckii.* 
 Rhamnus vitiensis. 
 
 sp. n. (1,115),* 
 „ _ sp. n. (1,116).* 
 Rhamphidia rnbicunda. 
 Rliaphidophra vitiensis.* 
 
 „ Storckiana.* 
 
 Rhizophora mucronata. 
 Rhus simarubaBfolia* 
 
 „ taitensis. 
 Rhynchospora aurea. 
 Rhyticlandra vitiensis. 
 Richella monosperma. 
 (?) Ricinus communis. 
 Rourea heteropliylla.* 
 
 sp. n. (349).* 
 
 sp. n. (394).* 
 
 Rubiacese sp. n. (441).* 
 
 sp. n. (571).* 
 
 sp. n. (608).* 
 
 sp. n. (986).* 
 
 m sp. d. (1,182).* 
 
 Rubus panicullatus. 
 
 „ tiliaceus. 
 Saccharum officinarum. 
 
 sp. n. (203).* 
 Saccolabium Bertholdi.* 
 Sagus vitiensis. 
 Salacia sp. n. (791).* 
 sp. n. (1,127).*
 
 268 
 
 Santalum (yasi) album. 
 Sapindus vitiensis. 
 Sapota pyrulifera.* 
 vitiensis.* 
 
 • S P' n * 
 
 ;p sp. n. (95). 
 
 5 p. n. (187).* 
 
 sp. n. (477).* 
 
 sp. n. (827).* 
 
 sp. n. (829).* 
 
 Saracanthus sp. n. (886).* 
 
 „ nagarensis.* 
 
 Saurauja rubicunda. 
 
 grandifiora. 
 
 var. n. (907).* 
 
 var. n. (984).* 
 
 sp. n. (847).* 
 
 Scheffleria vitiense.* 
 
 Schmidelia glabra. 
 
 Schizostachyum glaucifolium. 
 
 Scleria margaritifera. 
 
 ,, lethosperma. 
 
 Screvola floribunda.* 
 
 „ Koenigii. 
 
 „ scricea. 
 
 Serianthes myriaelenia. 
 
 n vitiensis.* 
 
 Sida linifolia. 
 
 „ microphylla. 
 
 „ rhombifolia. 
 
 Sideroxylon sp. n. (317). 
 
 „ ' sp. n. (317a).* 
 
 „ sp . . 1,140). 
 
 sp.n. 
 
 Siegesbeckia orientalis. 
 
 Smilax trifurcata. 
 
 ., (Pleiosmilax) vitiensis.* 
 
 sp. n. (634 
 
 Symthea Pacifica.* 
 
 mini oleraceum. 
 
 ,, anthropophaj orum. 
 
 ., repandum. 
 
 „ tetandrum. 
 
 tuberosum. 
 
 Salanum vitiensis. 
 
 Seedi, N.S.* 
 ., sp. n. (595).* 
 sp. n. (678).* 
 „ sp. n. (679).* 
 sp. n. (714).* 
 Sophora tomentosa. 
 Sonchus aspera. 
 Spathoglottis pacifica. 
 Spirsenthemum Graeffei.* 
 „ katakata.* 
 
 „ samoense. 
 
 „ vitiense.* 
 
 Spondias dulcis. 
 Sponia velutina. 
 
 „ Andersonii. 
 Stemonurus vitiensis. 
 Sterculia diversifolia.* 
 „ vitiensis.* 
 
 sp. n. (357).* 
 Stillingia pacifica. 
 Storckiella vitiensis.* 
 Strongylodon glaber. 
 
 „ lucidum. 
 
 Strychnos colubrina. 
 Stylocoryne cofFaaoides. 
 „ Harveyi.* 
 
 „ sambucina. 
 
 Symplocos spicata. 
 
 ., sp. n. (54).* 
 
 sp. n. (175).* 
 Taberncemontana i >rientalis. 
 „ pacifica.* 
 
 ,, Thurstoni, N.S. 
 „ sp. n. (58)* 
 
 ., Sp. II. : 
 
 Tacca pinnatifida.. 
 
 „ maculata. 
 
 „ sp. n. (598). 
 Taenoiphyllum Seemaunii.* 
 Taliiiuin patens. 
 Teucrum inflatum. 
 Tephrosia piscatoria 
 „ purpurea.
 
 269 
 
 Terminalia catappa. 
 „ litoralis. 
 
 sp. n. (420).* 
 sp. n. (488).* 
 Tenastrsemia vitiensis.* 
 
 sp. n. (930).* 
 Tbacombauia vitiensis.* 
 Thespesia populnea. 
 Thouarea involuta. 
 Thrixpermum Godeffroy- 
 
 anum.* 
 Timonius affinis.* 
 
 „ sapotsefolius.* 
 
 Tournefortia argentea. 
 Trichospermum Richii * 
 Trimenia weimannifolia.* 
 Triumfetta procumbens. 
 Tropidia efFusa.* 
 Trophis antbropophagorum.* 
 Tylophora Brackenridgei.* 
 Typba angustifolia. 
 Unonasp. n. (287).* 
 Uvaria amygdalina.* 
 Uraria lagopoides. 
 Urena lobata. 
 
 „ morifolia. 
 Vandellia Crustacea. 
 Vavrea Harveyi.* 
 „ vitiensis.* 
 Veitchia Storckii.* 
 „ joannis.* 
 
 subglobosa.* 
 
 Ventilago vitiensis.* 
 Vignea lutea. 
 Viscum articulatum. 
 
 sp. n. (894).* 
 Vitex acuminata. 
 ,, trifolia. 
 „ vitiensis.* 
 „ sp. n* 
 Vitis saponaria. 
 „ vitiensis. 
 „ acuminata. 
 Vrydagzynea purpurea. 
 Waltheria americana. 
 Weinmannia affinis* 
 „ Ricbii.* 
 
 „ spiraeoides. 
 
 „ vitiensis.* 
 
 sp. n. (632).* 
 Wickstrsemia foetida. 
 Wollastonia strigulosa. 
 Wormia biflora.* 
 
 „ membranifolia.* 
 Ximenia elliptica. 
 Xylosma orbiculata. 
 
 sp. n. (301).* 
 (?) Zea mays. 
 Zingiber Zerumbet. 
 Species indetermined (1,121).* 
 (118).* 
 (395).* 
 (600).* 
 No.Nr.*
 
 270 
 
 Systematic List of Natural Orders and genera to which 
 the plants found in Fiji belong, as arranged in Seemann's 
 Flora Vitiensis. Endemic genera are marked by an 
 asterisk (*) before them ; the figures after them indicate 
 the number of species in each genus that have been dis- 
 covered in Fiji, by myself and previous travellers. 
 
 Order I. 
 Ranunculace: 
 
 ( !L matis, 1. 
 
 II. 
 
 Dilleniaceae. 
 
 W'Mrmia. 2. 
 Hibbertia, 1. 
 
 III. 
 Anonacese. 
 
 Uvaria, 1. 
 Polyalthia, 1. 
 ( lananga, 1. 
 *Richelia, 1. 
 [Jnonaj 1. 
 Melodorurn, 1. 
 
 IV. 
 Cruciferae. 
 
 Cardamine, 1. 
 
 V. 
 Oapparideae. 
 
 ( lapparis, 1. 
 
 VI. 
 Violarce*. 
 
 Agation (Agatea), 2. 
 
 Alsodeia, 1. 
 
 VII. 
 I nese. 
 
 Xylosma, 2. 
 
 -:i, 1. 
 
 Flacourtia, 1. 
 Erythrospermum, 4. 
 
 VIII. 
 
 Pittossporea?. 
 
 Pittosporum, 9, 
 
 IX. 
 
 Portulacea?. 
 
 Portulaca, 2. 
 Tali u urn, 1. 
 
 X. 
 
 Elatinea?. 
 
 Elatine, 1. 
 
 XI 
 Gutifferae. 
 
 Garcinia, 7. 
 Calophylluin, 4. 
 
 Calysaccion, 1. 
 
 XII. 
 
 Ternstmemiacere. 
 
 Terustroemia, 2. 
 Eurya, 2. 
 Saurauja, 3. 
 *Trimenia, 1. 
 
 XIII. 
 
 Malvaceae. 
 
 Si-la, 3. , 
 Urena, 2. 
 Hibiscus, 8. 
 Thespesia, 1.
 
 271 
 
 Gossj r pium, 4. 
 Abutifon, 1. 
 
 XXI. 
 
 Bruseracese. 
 
 XIV. 
 
 Canarium 3. 
 
 Sterculiacea3. 
 
 Steroulia, 3. 
 Heritiera, 1. 
 Kleinhovia, 1. 
 Melocliia, 2. 
 Waltheria, 1. 
 
 XXII. 
 
 Meliacere. 
 
 Vavsc-a, 2. 
 Melia, 1. 
 Dysoxylum, 8. 
 Aglaia, 6. 
 Carapa, 2. 
 
 Commersonia, 2. 
 *Pimia, 1. 
 
 Pterospermum, 1. 
 
 XXIII. 
 
 XV. 
 
 Tiliacete. 
 
 Chailletiacese. 
 
 Chailletia, 1. 
 
 Grewia, 3. 
 Triumfetta, 1. 
 *Graeffea, 1. 
 Trichospermum, 1. 
 Elseocarpus, 6. 
 
 XXIV. 
 Olaciriese. 
 
 Ximenia, 1. 
 
 XXV. 
 
 XVI. 
 
 Icacinese. 
 
 Malpighiacese. 
 
 Stemonurus, ]. 
 
 Hiptage, 2. 
 
 xxv«. 
 
 XVII. 
 
 Humiriacepe. 
 
 Geraniacese. 
 
 *Thacombauia, 1 
 
 Oxalis, 1. 
 
 
 XVIII. 
 
 Rutacese. 
 
 Evodia, 5. 
 
 XXVI. 
 
 Illicinete. 
 
 Ilex, 1. 
 
 Acronychia, 2. 
 Micromelum, 1. 
 Citrus, 4. 
 
 XXVII. 
 
 Celastrincse. 
 
 Celastrus, I. 
 
 XIX. 
 
 Simarubese. 
 
 Gymnosporia, 1. 
 Salacia, 2. 
 
 Brucea, 1. 
 *Amaroria, 1. 
 
 XXVIII. 
 
 Rhamnese. 
 
 XX. 
 
 Ventilago, 1. 
 
 Ochnacese. 
 
 Brackenridgea, 4. 
 
 *Smythea, 1. 
 Rhamnus, 3.
 
 272 
 
 Colubriua, 1. 
 
 Mucuna, 3. 
 
 Alphitonia, 1. 
 
 Erythrina, 2. 
 
 Gouania, 2. 
 
 Strongylodon, 2. 
 
 
 Phaseolus, 2. 
 
 XXIX. 
 
 Vigna, 1. 
 
 Ampelideee. 
 
 Lablab, 1. 
 
 Vitis, 3. 
 
 Pachyrrhizus, 1. 
 
 Leea, 1. 
 
 Abrus, 1. 
 
 
 Pterocarpus, J. 
 
 XXX. 
 
 Dalbergia, 2. 
 
 Sapindacese. 
 
 Ponrjamia, 1. 
 
 Cardiospermum, 2. 
 
 Denis, 2. 
 
 Cupania, .5. 
 
 Sophora, 1. 
 
 Ratonia, 3. 
 
 Csesalpinia, 2. 
 
 Sapindus, 1. 
 
 Cassia, 6. 
 
 Pometia (Nephilium), 
 
 Storckiella, 1. 
 
 1. 
 
 Afzelia, 1. 
 
 Dodoniea, 1. 
 
 Bauhinia, 1. 
 
 Schmidelia, 1. 
 
 Inocarpus, 1. 
 
 XXXI. 
 Anacardiacea?. 
 Rhus, 2. 
 Buchanania, 1. 
 
 Cynometra, 5. 
 Entada, 1. 
 Mimosa, 1. 
 Leuca?na, 2. 
 Acacia, 2. 
 
 *Oncocarpus, 2. 
 Spondias, 2. 
 Dracontomelon, 2. 
 Anacardium, s.p. n., ]. 
 
 Serianthes, 2. 
 Parkia, 1. 
 Haidwickia, 2. 
 
 XXXII. 
 
 XXXIV. 
 
 ( !onnaracese. 
 
 Chrysobalanece. 
 
 Rourea, 3. 
 
 Parinarium, 2. 
 
 Cunnarus, 3. 
 
 XXXV. 
 
 XXXIII. 
 
 Rosacea?. 
 
 Leguminosa?.. 
 
 Rubus, 1. 
 
 Crotalavia, 1. 
 
 
 Indigofera, 1. 
 
 XXXVI. 
 
 Tephrosia, 2. 
 
 Myrtaceie. 
 
 Ormocarpum, 1. 
 
 Eugenia ( Jambosa),3G 
 
 1 le&modium, 3. 
 
 Nelitris, 2. 
 
 Uraria, 1. 
 
 Calyptranthes (Aeica- 
 
 ( rlycine, 1. 
 
 Lyptus), 4. 
 
 Dtoclea, 1. 
 
 Barringtonia, 4. 
 
 Cahavalia, 3. 
 
 Metrosideros, 1.
 
 273 
 
 XXXVII. 
 
 XLV. 
 
 Melastomacese. 
 
 Taccacere. 
 
 Memecylon, 1. 
 
 Tacca, 3. 
 
 Astronia, 8. 
 
 
 Astronidinm, 2. 
 
 XLVI. 
 
 Amplectrum, 1. 
 
 Cucurbitaceai. 
 
 Meclinilla, 7. 
 
 Karvivia, 1. 
 
 Melastoma, 2. 
 
 Citrullus, 1. 
 
 
 Mamordica, 1. 
 
 XXXVIII. 
 
 Lufa, 1. 
 
 Rhizophoracese. 
 
 Lagenaria, 1, 
 
 *Haplopetalon, 3. 
 
 Cucumus, 3. 
 
 Rhizophora, 1. 
 
 Cucurbita, 1. 
 
 Bruguiera, 1. 
 
 Alsomitra, 1. 
 
 Crossostylis, 1. 
 
 
 
 XLVII. 
 
 XXXIX. 
 
 Saxifragaceae. 
 
 Combretaceee. 
 
 Geissois, 1. 
 
 Terminalia, 4. 
 
 Weinraannia, 5. 
 
 Lumnitzera, 1. 
 
 Spirseanthemum, 4 
 
 Gyrocarpus, 1. 
 
 
 
 XLVIII. 
 
 XL. 
 
 Hederacese. 
 
 Homalinese. 
 
 Marlea, 2. 
 
 Homalium, 1, 
 
 Hydrocotyle, 1. 
 
 
 Nothopanax, 2. 
 
 XLI. 
 
 Aglama, 1. 
 
 Passifloraeere. 
 
 Sckefflera, 1. 
 
 Disemma, 3. 
 
 *JSTesopanax, 1. 
 
 
 *Bakeria, 1. 
 
 XLIa. 
 
 Plerandra, 2. 
 
 Begoniacese. 
 
 Begonia, 1. 
 
 Arthropanax, 1. 
 
 
 XLIX. 
 
 XLIL 
 
 CoraceEc. 
 
 Papayacese. 
 
 Rhytidandra, 1. 
 
 Papaya (Carica), 1. 
 
 L. 
 
 Loranthacea?. 
 
 XLIII. 
 
 Samydese. 
 
 Viscum, 2. 
 
 Casearia, 8. 
 
 Loranthus, 3. 
 
 XLIV. 
 
 LI. 
 
 Balanophoreaa. 
 
 Rubiaceas. 
 
 Balanophora, I . 
 
 Doiicholobium, 9. 
 
 Q2019. 
 
 S
 
 274 
 
 Gardenia, 9. 
 Mussasnda, 1. 
 Stylocoryne, 3. 
 *Pelagodendron, 1. 
 Hedyotis, 1. 
 Oldenlaudia, 4. 
 Ophiorrhiza, 3. 
 Lerchea, 1. 
 Lindenia, 1. 
 Morinda, 8. 
 Timonius, 2. 
 Guettarda, 3. 
 Calycosia, 14-. 
 Ixora, 6. 
 Psychotria, 38. 
 Hydiiophytum (Myr- 
 
 mecodia), 4. 
 Geophila, 1. 
 Coprosraa, 3. 
 < 'anthium, 4. 
 Nauclea, 1. 
 Badusa, 1. 
 Plectronia, 4. 
 
 LII. 
 
 Composite. 
 
 Monosis, 1. 
 Ageiatum, 1. 
 Adenostemma, J. 
 Erigeron, 1. 
 Blumea, 2. 
 Ei lipta, 1. 
 Siegesbeckia, 1. 
 Wollastonia, 1. 
 Bideus, 1. 
 Lagenophora, 1. 
 Dichrocephala, 1. 
 Glossogyne, 1. 
 Myriogyne, 1. 
 Sonchus, 1. 
 
 LII. 
 Qoodeniacese. 
 
 Scwvola, 3. 
 
 LIV. 
 
 Ericacea?. 
 
 *Paphia, 1. 
 Leucopogon, 1. 
 
 LV. 
 
 Myrsinese. 
 
 Meesa, 7. 
 Myrsine, 7. 
 Ardisia, 10. 
 
 LVI. 
 
 Sapotacese. 
 
 Sapota, 3. 
 Sideroxylon, 4. 
 Payena, 1. 
 Dichopsis, 2. 
 
 LYII. 
 
 Ebenacea?. 
 
 Maba. 9. 
 Diospyros, 2. 
 
 LVIII. 
 Styracese. 
 
 Symplocos, 3. 
 
 LIX. 
 
 Jasmin eas. 
 
 Jasminium, 6. 
 Olea, 1. 
 
 LX. 
 
 Apocynese. 
 
 Melodinus, 1. 
 *Carruthersia, 3. 
 Alyxia, 4. 
 Cerbera, 1. 
 Ochrosia, 1. 
 Tabernaemontana, 5. 
 Lyonsia, 1. 
 Alstonia, G.
 
 275 
 
 LXI. 
 
 Asclepiadese. 
 
 Tylophora, 1. 
 Gymnema, 2. 
 Hoya, 3. 
 
 LXII. 
 
 Loganiacea?. 
 
 Geniostonia, 2. 
 
 Fagra?a, 3. 
 *Couthovia, 2. 
 
 Strychnos, 1. 
 *Canthiopsis, 1. 
 
 LXIII. 
 
 Gentianeie. 
 
 Erythrjea, 1. 
 Limnanthemum, 1. 
 
 *LXIV. 
 
 Boraginese. 
 
 Cordia, 2. 
 Tournefortia, 1. 
 
 LXV. 
 
 Convolvulacese. 
 
 Batatas, 2. 
 Pharbitis, 1. 
 Calonyction, 2. 
 Ipomrea, 4. 
 Aniseia, 2. 
 Evol vulus, 1. 
 
 LXVI. 
 
 Solanacese. 
 
 Solanum, 11. 
 Capsicum, 1. 
 Physalis, 2. 
 Datura, 1. 
 Nicotiana, 1. 
 
 LXVII. 
 
 Scrophulai inese. 
 
 Limnophila, 1. 
 Vandellia, 1. 
 
 LXVIII. 
 
 Cyrtandrese. 
 
 Cyrtandra, 22. 
 
 LXIX. 
 
 Acanthacese. 
 
 Adenosma, 1. 
 Chsectacanthus, 1. 
 Eranthemum, 7. 
 Ebermaiera, 1. 
 
 LXX. 
 
 Verbenacese. 
 
 Premna, 1. 
 Clerodendron, 4. 
 Faradaya, 3. 
 Vitex, 4. 
 
 LXXI. 
 
 Labiatse. 
 
 Ocymum, ]„ 
 Pleetranthus, 1. 
 Leucas, 1. 
 Teurcrium, 1. 
 
 LXXII. 
 
 Plantaginea?. 
 
 Plantago, 1. 
 
 LXXIII. 
 
 Plumbagineae. 
 
 Plumbago, 1. 
 
 LXXIV. 
 
 Nyctaginepe. 
 
 Pisonia, 2. 
 Boerhaavia, 2. 
 
 LXXV. 
 
 Amaiantacea?. 
 
 Amaranthus, 4. 
 Euxolus, 1. 
 Achryanthes, 1. 
 Cyathula, 2. 
 
 S 8
 
 276 
 
 LXXY1. 
 Huginacese. 
 Mollugo, 1. 
 
 LXXVII. 
 cere. 
 Polygonum, 1. 
 
 LXXVIII. 
 Lauracese. 
 
 i Jinnamomum, 7. 
 
 Litsea (Tetranthera), 
 7. 
 iyth&j 1. 
 
 ( 'ryptocaiya, 5. 
 Endiandra, 1. 
 
 LXXIX. 
 Bernandiacea&. 
 
 Hernandia, 3. 
 
 LXXX. 
 Myristicaceze. 
 
 Myristicaj 4. 
 
 LXXXI. 
 Monimiacese. 
 
 Hedycarya, 1. 
 
 LXXXIL 
 Thyme! ; 
 
 Wickstraemia, 1. 
 
 Diymispermum, I i . 
 
 LXXXII«. 
 fcolochiaceaa 
 
 Aristolochia sps. n. 1. 
 
 LXXXIII. 
 alacese. 
 
 Satanlum, 1. 
 
 LXXX IV. 
 Euphorbia 
 
 Euphorbia, ■">. 
 
 Antidesma, 3. 
 Phyllanthus, 21. 
 Baccaurea, 6. 
 Bischoffia, 1. 
 Croton, 5. 
 Aleurites, 1. 
 Claoxylon, 2. 
 Acalypha, 12. 
 Mallotus, 2. 
 Cle^dion, 2. 
 Macaranga, 8. 
 Ricinus, 1. 
 Mani hot, 1. 
 Jatropha, 1. 
 Codiasum, 4. 
 Carumbium, 1. 
 Stillingia, 1. 
 Excaecaria, 1. 
 Homalanthus, 1. 
 
 LXXXV. 
 
 Urticacese. 
 
 Sponia, 2. 
 Grionnieria, 1. 
 Fleurya, 1. 
 Laportea, 3. 
 Pellionia, 4. 
 Elatostemma, 4. 
 Proceris, 1. 
 Boehnieria, 3. 
 Cypholophus, 2. 
 Pipturus, 5. 
 Missiessya, 1. 
 Maoutia, ]. 
 Morus, 1. 
 Broussonetia, 1. 
 Ficus, 1G. 
 Antiaris, 1. 
 Caturusj 1. 
 Artocarpus, 1. 
 Tropins, 1. 
 Leucoskyc, 1.
 
 277 
 
 LXXXVa. 
 
 Pandanus, 4. 
 
 Celtidese. 
 
 Freycinetia, 8. 
 
 Celtis, 1. 
 
 
 
 XCIV. 
 
 LXXXVI. 
 
 Aroidese. 
 
 Ceratophyllese. 
 
 Amorphophallus, 1. 
 
 Ceratophyllum, 1. 
 
 Colocasia, 2. 
 
 
 Alocasia, 1. 
 
 LXXXVII. 
 
 Rhaphidophora, 2. 
 
 Chloranthacese. 
 
 Cuscuaria, 1. 
 
 Ascarina, 1. 
 
 Cyrtosperma, 1. 
 
 LXXXVIII. 
 
 xcv. 
 
 Piperaceas. 
 
 Lemnacese. 
 
 Peperomia, 4. 
 
 Lemna, 2. 
 
 Piper, 7. 
 
 XCVI. 
 
 LXXXIX. 
 
 Scitaminese. 
 
 Casuarinese. 
 
 Heliconia, 1. 
 
 Casuarina, 2. 
 
 Musa, 4. 
 
 
 Alpinia, 6. 
 
 XC. 
 
 Amomum, 2. 
 
 Coniferae. 
 
 Curcuma, 1. 
 
 Dammara, 1. 
 
 Zingiber, 1. 
 
 Podocarpus, 4. 
 
 Canna, 1. 
 
 Dacrydium, 1. 
 Gnetuni, 1. 
 
 XCVII. 
 
 Orchidea3. 
 
 XCI. 
 
 Habenaria, 3. 
 
 Cycadese. 
 
 Yrydagzynea, 1. 
 
 Cycas, 1. 
 
 Ansectochilus CAneco 
 chilus), 1. 
 
 XCII. 
 
 Rhamphidia, 1. 
 
 PalmacesB 
 
 Tropidia, 1. 
 
 Kentia, 1. 
 
 Corymbis, 2. 
 
 Veitchia, 3. 
 
 Epiphanes, 1. 
 
 Ptychospermum, 6. 
 
 Pogonia, 1. 
 
 Pritchardia, 1. 
 
 Tsenophyllum, 1. 
 
 Calamus, 1. 
 
 Thrixspermum, 1. 
 
 Cocos, 1. 
 
 Saccolabium, 2. 
 
 Sagus, 1. 
 
 Sarcanthus, 2. 
 
 
 Calanthe, 4. 
 
 XCIII. 
 
 Appendiculata, 2. 
 
 Pandanacese. 
 
 Phajus, 1, 
 
 Typha, 1. 
 
 Spathaglottis, 1.
 
 278 
 
 Eria, 5. 
 Liparis, 2. 
 Malaxis, 1 
 Microstylis, 2. 
 Bulbophyllum, 2. 
 Dendrobium, 9. 
 Chiysoglossuni, 1. 
 Earina, 1. 
 Peristylis, 1. 
 
 XCVII. 
 Amaryllidese. 
 
 Crinum, I. 
 
 XCIX. 
 
 Dioscoreae. 
 
 Dioscorea, 6. 
 
 C. 
 
 Smilacese. 
 
 Sinilax, 3. 
 
 CI. 
 Liliaceae. 
 
 Cordyline, 3. 
 Geitonoplesium, 2. 
 Dianella, 2. 
 Astelia, 2. 
 
 CII. 
 
 Commelynacese. 
 
 Coramelyna, 1. 
 Aueilema, 1. 
 
 cm 
 
 Juncacese. 
 
 Flagellaria, 2. 
 
 CIV. 
 Cyperacere. 
 
 Lepironia, 1. 
 Scleria, 2. 
 Gahnia, 1. 
 Rhynchospora, 1. 
 Hypolytrum, 1. 
 Fimbristylis, 3. 
 Eleocharis, 2. 
 Kyllingia, 1. 
 Mariscus, 3. 
 CyperiiS; 2. 
 
 cv. 
 
 Gramineas. 
 
 Andropogon, 2. 
 Eulalia, 1. 
 Saccharum, 2. 
 Imperata, 1. 
 Eleusine, 1. 
 Centotheca, 1. 
 Schizostachyum, 1. 
 Thouarea, 1. 
 Cenchrus, 1. 
 Oplismenus, 4. 
 Panicum, 3. 
 Paspalum, 1. 
 Olyra, 1. 
 Coix, 1. 
 Zea, 1. 
 Chloris, 1. 
 Orthoclada, 1.
 
 279 
 
 CVI. 
 
 Filices and Allied Orders. 
 
 Note. — Species marked with an asterisk (*) indicate that they 
 are new and endemic. Species marked (p) indicates that 
 they are new to Polynesia. 
 
 Gleichenia oceanica, Kuhn. 
 
 „ dichotoma, Hook. 
 
 „ flagellaris, Spreng. 
 
 Cyathea propinqua, Mett. 
 Alsophila lunulata, R. Br. 
 
 * „ Hornei, Baker. 
 „ truncata, Brack. 
 
 o Hymenophylluir javanicum, Spreng. 
 dilatum, Sw. 
 tunbridgense, Sw. 
 multifidum, Sw. 
 flabellatum, Labell. 
 Neesi, Hook. 
 
 * Trichomanes cultratum, Baker. 
 „ muscoides, Sw. 
 ., proliferum, Blume. 
 „ javanicum, Blume. 
 „ pyxidiferum, L. 
 „ caudatum, Brack. 
 „ maximum, Blume. 
 „ rigidum, Sw. 
 „ humile, Forst. 
 „ saxifragoides, Presl. 
 „ altera an s, Carr. 
 „ vitiense, Baker. 
 „ fceniculatum, Boiy. 
 „ apiifolium, Presl. 
 
 Dicksonia Brackenridgei, Mett. 
 „ straminea, Labell. 
 
 * „ moluccana, var. inermis, Baker. 
 
 * „ incurvata, Baker. 
 Davallia contigua, Sw. 
 
 „ heterophylla, Sw. 
 
 „ polypodioides, Brack. 
 
 „ botrychioides, Brack. 
 
 „ pentaphylla, Blume.
 
 2S0 
 
 Davallia fijiensis, Hook, (Endemic). 
 
 „ pinnata, Carr. 
 
 ; , rhomboidea, Wall. 
 
 „ strigosa, S\v. 
 
 „ Denhamii, Hook, (Endemic). 
 
 „ solida, Sw. 
 
 „ epiphylla, Sw. 
 
 „ tenuifolia, Sw. 
 
 ,, Laperousii, Hook. 
 
 „ moluccana, Blume. 
 
 ,, gibberosa, Sw. 
 
 „ fa?niculacea, Hook. 
 
 „ ferulacea, Moore, (Endemic). 
 
 o „ lvymenophylloides, Baker. 
 
 „ Blumeana, Hook. 
 
 „ pulchella, Hook. 
 
 „ stolonifera, Baker. 
 „ „ var. acutifolia. 
 
 „ repens, Deso. 
 
 „ lobata, Poir. 
 
 ,, „ „ var. Harvey i, Carr. 
 
 „ ,, „ var. Seemannii, Carr, 
 
 ,, ensifola, Sw. 
 
 „ parallea, Wall. 
 
 „ alpina, Blume. 
 
 „ spelunca?, Baker. 
 
 ,, tenuis, Brack, (Endemic). 
 Hypolepis tenuifolia, Bernh. 
 
 * Adiantum Hornei, Baker. 
 
 ., lunulatum, Burm. 
 
 „ diaphanum, Blume. 
 
 „ hispid ulum, Sw. 
 
 „ fnlvum, Raoul. 
 
 o Cheilanthes farinosa, Kaulf. 
 „ tenuifolia, Sw. 
 
 Notholsena hirsuta, Desv. 
 Doodia media, R. Br. 
 Pillaia geraniseiblia. 
 Pteris quadriaurita, Retz. 
 
 „ aquilina var. esculenta, Forst. 
 „ patens, Hook. 
 „ ensiformis, Burin. 
 
 * „ vitien.sis, Baker. 
 „ longifolia, L. 
 
 „ incisa, Thunb.
 
 281 
 
 Pteris comans, Forst. 
 „ Milnei, Baker. 
 „ tripartita. 
 Blechnum orientale, L. 
 Lomaria Patterson i, Spreng. 
 „ elongata, Blume. 
 „ attenuata, Wild. 
 „ lanceolata, Spreng. 
 „ procera, Spreng. 
 „ adnata, Blume. 
 
 ,, volcanica, Blume. 
 „ filiform is, Cunn. 
 Asplenium nidus, L. 
 
 „ amboinense, Willd. 
 
 * „ „ var. Hilli. 
 
 „ multilineatum, Hook. 
 
 „ vittceforme, Carr. 
 
 „ fijiense, Brack. 
 
 „ Carrutliersii, Baker. 
 
 „ tenerum, Forst. 
 
 ,, resectum, Sm. 
 
 „ falcatum, Lam. 
 
 „ caudatum, Forst. 
 
 „ cuneatum, Lam. 
 
 „ laserpitiifolium, Lam. 
 
 „ affine Sw. 
 
 . „ bipinnatum, Brack. 
 
 „ obtusifolium, Hook. 
 
 „ sylvaticum, Presl. 
 
 „ japonicum, Thunb. 
 
 „ Brackenridgei. Baker. 
 
 „ maximum, Don. 
 
 „ melanocaulon, Baker. 
 
 „ decussatum, Sw. 
 
 „ esculentum, Presl. 
 
 „ arborescens, Mett. 
 
 „ rhizophyllum, Kunze. 
 
 „ multifidum, Brack. 
 
 „ polypodioides, Blume. 
 
 „ induratum, Hook. 
 
 Allantoida Brunoniana, Wall. 
 Didymochloena lunulata, Desv. 
 Aspidium aristatum, Sw r . 
 o „ aculeatum, Sw. 

 
 282 
 
 Aspidium semicordatum, S\v. 
 Nephrodium Prenticii, Baker. 
 
 „ albopunctatum, Desv 
 
 ., Brackenridgii, Baker. 
 
 ., dissectum, Desv. 
 
 „ Milnei, Hook. 
 
 „ velutinum, Hook. 
 
 ,, Harveyi, Presl. 
 
 „ Luzeanum, Hook. 
 
 „ decurrens, Baker. 
 
 „ pacliyphyllum, Baker. 
 
 ., latifolium, Baker. 
 
 „ tripartitum, Baker. 
 
 » juglandifolium, Baker. 
 
 „ squamigera, Hook. 
 
 „ tenuifolia, Hook. 
 
 „ fijiense, Hook. 
 
 ,, davallioides, Baker. 
 
 „ Preslei, Baker. 
 
 „ truncatum, Presl. 
 
 „ molle, Desv. 
 Nephrolepis acuta, Presl. 
 
 „ ramosa, Moore. 
 
 „ cordifolia, Presl. 
 
 „ exaltata, S\v. 
 Oleander mollis, Presl. 
 * Polypodium deparioides, Baker. 
 
 „ Gordoni, Baker. 
 
 „ punctatum, Thunb. 
 
 „ alsopliiloides, Baker. 
 
 o „ ornatum, Wall. 
 
 „ difforme, Blume. 
 
 „ rubrinervas, Baker. 
 
 o „ cucullatum, Nees. 
 
 „ blechnoides, Hook. 
 
 „ Hornei, Baker. 
 
 „ subauriculatum, Blume. 
 
 „ adnescens, S\v. 
 
 ,, LrioideSj Lam. 
 
 „ triquetrum, Blume. 
 
 „ linguaeforme, Mett. 
 
 ., accedens, Blume. 
 
 „ ligulatum, Baker. 
 
 „ Brownii, Wickst.
 
 283 
 
 Polypodium alatum, Hook. 
 
 „ nigrescens, Hook. 
 
 „ Phymatodes, L. 
 
 * „ vitiense, Baker. 
 „ rigidulum, Sw. 
 „ dipteris, Blume. 
 
 „ siinplicifolmm, Hook. 
 
 „ LinnfBi, Boiy. 
 
 „ Hookeri, Brack. 
 
 „ costatum, Hook. 
 
 o Meniscium Beccarianum, Cesati. 
 Monogramme Juughuhunii, Hook. 
 Vittaria elongata, Sw. 
 o „ scolopendrina, Thwaites. 
 Antrophyum subfalcatum, Brack. 
 o „ reticulatum, Kaulf. 
 
 „ plantagineum, Kaulf. 
 
 „ seraicostatura, Blume. 
 
 Gymnogramme lanceolata, Hook. 
 „ javanica, Blume. 
 
 „ pinnata, Hook. 
 
 o „ „ var. brachysora, Baker. 
 
 o „ „ var. polypodioides, Baker, 
 
 o „ Wallichi, Hook. 
 
 * „ scolopendrioides, Baker. 
 o „ borneeusis, var. major. 
 
 „ decipens, Mett. 
 
 „ caudiformis, Hook. 
 Hemionitis lanceolata, Hook. 
 Acrostichum obtusifolium, Drack. 
 
 o „ conforme, Sw. 
 
 „ scandens, J. Sm. 
 
 o „ gorgoneum, Kaulf. 
 
 „ sorbifolium. L. var. subtrifoliatum, H.K. 
 
 „ „ var Seemannii, Carr. 
 
 „ fijiense, Hook. 
 
 „ spicatum, Hook. 
 
 » polyphyllum, Hook. 
 
 o „ Blumeanum, Hook. 
 
 M „ bipinnatum. 
 
 „ cultratum, Baker. 
 
 „ repandum, Blume. 
 
 „ „ var. Quoyanum, Gand. 
 
 „ rivulare, Baker.
 
 284 
 
 Acrostichum aureurn, L. 
 Schizrea dichotonia, Sw. 
 
 „ digitata, Sw. 
 Marattia Fraxinea, S\v. 
 
 „ Douglasii ? 
 Lygodium reticulatum, Schk. 
 Ophiglossuni pendulum, L. 
 „ nudicaule, L. 
 
 Todea Wilkesiana, Brack. 
 Lycopodium cernuum, L. 
 
 „ serratum, Thunb. 
 
 „ squarrosum, Forst. 
 
 „ nummularifolium, Blume. 
 
 „ Phlegmaria, L. 
 
 „ laxum, Presl. 
 
 „ carinatum, Desv. 
 
 „ volubile, Forst. 
 
 o Selanginella latifolia, Spreng. 
 „ caudata, Spreng. 
 
 „ viridangula, Spreng. 
 
 „ ciliaris, Brack. 
 
 „ nabellata, Spreng. 
 
 „ „ firma. 
 
 „ Wallichii, Spreng. 
 
 ,, Menziesii, Spreng. 
 
 „ atrovi rides, Spreng. 
 
 Psilotum triquetrum, S\v. 
 ,, complanatum, Sw. 
 „ flaccidum, Wall. 
 Angiopteris evicta, Hoffm. 
 Equisetum debile, Roxb. 
 Marsilea, sps. 
 
 LIST OF PLANTS found in L T polu, while on a short visit to 
 the Samoan, or Navigator Islands. 
 
 Ferns. 
 
 Acrostichum h'jiense, Hook. 
 
 „ repandum, Blume. 
 
 Adiiintum lunu latum, Burm. 
 Afiplenium borridum, Raulf. 
 Antrophyum Grcvillei, Ball'.
 
 285 
 
 Davallia, Emersoni, H.A.G. 
 „ heterophylla, Sw. 
 
 „ vestita, Blume. 
 
 Hymenophyllum dilatura, Sw. 
 Lomaria volcanica, Blume. 
 Nephrodium Haenkianum, Presl. 
 „ heptaphyllum, Baker 
 
 Nephrolepis blechnoides, J. Sm. 
 Polypodium cucullatum r Nees. 
 Pteris quadriaurita, Retz. 
 
 „ patens, Hook. 
 Ophiglossum reticulatum, L. 
 TrichomaneSj apiifolium, Presl. 
 Powellii. 
 
 Flowering Plants. 
 
 Alstonia, sp. n. 
 Barringtonia, sp. n. (314). 
 Calanthe, sp. n. (24). 
 Canarium, sp. n. (5). 
 Clerodendron amicorum. 
 Crossostylis, sp. n. 
 Cypholophus, sp. n. (35). 
 Dendrobium Gordoni, N. S. 
 Diospyros Samoense. 
 Dysoxylum sp. n., 7. 
 „ sp. n. 28. 
 
 Eleeocarpus Grseffi. 
 Leucosmia, sp. n. (33 and 49). 
 Lignotidre, sp. n. 
 Micromelum minutum. 
 Morinda, sp. n. (55). 
 Myristica hypargyrea. 
 
 „ N.S. near „ (10). 
 Orchid, sp. (24), indetermined. 
 
 „ sp. (24). 
 
 „ sp. (44). 
 Peperomia, sp. n. (25). 
 Premna taitense. 
 Psychotria insularum. 
 sp. n. (43). 
 Bhamnus, sp. n. (31).
 
 286 
 
 Rubiacea), sp. n. (4). 
 Santalum, sp. n. (13). 
 Sideroxylon, sp. n. (2). 
 
 „ sp. n. 
 
 Solarium vitiensis. 
 Slylocoryne sambucina. 
 Vrydagzynea.
 
 287 
 
 INDEX. 
 
 A. 
 
 Acacia richii, 208. 
 Acclimatisation, of animals, 140. 
 Agglomerate, rock, 164 ; 167. 
 
 description of, 166. 
 
 Agricultural Association of Fiji, 174. 
 
 native, 74 ; 78 ; 80. 
 
 of Government and settlers, 
 
 defective, 139. 
 
 products, 171. 
 
 Alligator pear, Avocada, fruit, 99. 
 
 Allspice, 106 ; 127. 
 
 Alstonia, the Fijian caoutchouc, 195 ; 
 
 258. 
 Alyxia, climber, 196. 
 Angona, native beverage, 107. 
 Angora goats, herds, 49 ; 50; 191. 
 Anointing, by natives, 103. 
 Ants, black, 67, 
 Apocynaceae, a natural order of plants, 
 
 195. 
 Apple, Malay, 96. 
 Aqueducts, native, 76. 
 Arrowroot plantations, 6 ; 104. 
 ■ its manufacture by steam, 
 
 105. 
 
 value of its exports, 106. 
 
 Association, Fiji Agricultural, 174. 
 
 Asthma, causes of, 143. 
 
 Athletic games, 55. 
 
 Auckland, New Zealand, vessels from, 
 
 57. 
 distance from Fiji by steam, 
 
 186. 
 
 B. 
 
 Ba, river, 44 ; 49; 155. 
 Babuca, village, 45 ; 183. 
 Baggage, for travelling, 4 ; 193. 
 Baker, Mr., 59. 
 
 Bakoi, fruit, 97. 
 
 Balawa, Pandamus or screw pine, 22 ; 
 
 23; 49; 50; 97; 110. 
 Bamboos, 69 ; 125. 
 Bananas, 37; 45; 81 ; 93. 
 Barges, 156. 
 
 Bark-cloth-tree, Mast, 13. 
 Barometer, readings of, 250. 
 Barrier reefs, 149 ; 154. 
 Basalt, rock, 164; 168; 179. 
 
 columnar, 165. 
 
 Basketwork, 111. 
 
 Baths, hot, used as curatives, 164. 
 
 Bats, 192. 
 
 Bays, rivers fall into, Savu-savu, Na- 
 
 tawa, and Sandalwood, 151. 
 Beche de mer, 21 ; 193. 
 Beetles, 193 
 Benga, 157. 
 Biba, village, 34. 
 Bilo, village, 43. 
 Blacklead, 169. 
 Boats, native, 55 ; 114. 
 Boiling springs, 17 ; 163. 
 Bones of victims, 42. 
 Bose vaha Yasana, tribal council, 1 1 ; 
 
 190. 
 Botanic garden, visit to a, 27. 
 
 gardens, 138. 
 
 — =- situation and area requisite 
 
 for, 140. 
 Bottle-gourd, 97. 
 Breadfruit, 10 ; 17 ; 25 ; 28 ; 82. 
 Bread, making of native, 86. 
 
 materials made of, 88. 
 
 Breccia, rock, 164 ; 179. 
 
 description of, 166. 
 
 Bridges, native, 25. 
 
 " British subject," Kai Biretania, 35. 
 
 Bua. province, 50; 203. 
 
 — mountains, 18 ; 151.
 
 28S 
 
 Buli, district chief, W; 11. 
 
 ;. district :md village, 4 ; 162. 
 Burying grounds, native, 52 ; 102, 
 B ttterflies, 193. 
 
 c. 
 
 a, chocolate. 8; 48 ; 52; 139, 
 
 140; 182. 
 
 area suitable for growth of, 
 
 177. 
 Cakaudrove, province, 10; 55. 
 
 Koko of, 10 ; 54 ; 55. 
 
 Calcareous rocks, 164. 
 
 -trata decomposed, 170. 
 
 soil, 179. 
 
 Calms, 144. 
 
 Camphor, 127. 
 
 Canals, native irrigation, 15 ; 45 ; 76. 
 
 Candle nut, Laud, 63 ; 127 ; 187 ; 
 
 export, value of, 1875, 187- 
 
 5, 35 ; 4-J. 
 Canoe, native, 13; 25 ; 52 ; 55 ; 83 
 
 L02; 114; 118 ; 154 ; 156. 
 Caoutchouc (see App. I.), 139 ; 195- 
 
 202. 
 Capitalists, 175 ; 177. 
 Capital of Fiji, 17. 
 
 site of future, 29. 
 
 Capital, want of, 187. 
 
 . <i papaya, fruit, 97. 
 Carriers, 3; 4; 9-12; 17 ; 19. 
 ' ava, plant, 105. 
 Caterpillar, destructive, 30 ; 174. 
 Cattle, herds, 17; 30: 45; 50 ; 51 ; 
 53. 
 
 ova abundant, 191. 
 
 Caverns, 160. 
 
 . 42 ; L66. 
 
 tree, Toon, 27 ; 135. 
 \B, 74 ; 80. 
 ■ Is, '1' ep water, 14'.'. 
 
 plain, 41. 
 
 Chestnut, Polynesian, Ivi, 71; ~7 
 
 amen, Si. 
 Churches, construction of, 122. 
 in every village, l. 
 
 • ibi, timber tree, 64 ; 120 ; 139. 
 Cinchona, 46; 139; 183. 
 
 Cinchona, area suitable for growth of, 
 
 177. 
 Cinnamon, 60 ; 106. 
 Circular letter from Governor to native 
 
 chiefs, 3. 
 Clearing for planting sandalwood, 205. 
 ■ for planting of cocoa-nuts, 
 
 173. 
 
 yams, 75. 
 
 Dalo, 76 ; 77. 
 
 Cliffs of limestone and of sandstone 
 
 166; 167. 
 Climate of Fiji, 142. 
 
 depressing in summer, 144. 
 
 healthiness of, 143 ; 186. 
 
 Climbers, 110; 195 ; 196. 
 
 Cloth, native, 109. 
 
 Clothing, of natives, 109 ; 110. 
 
 of Europeans, 144. 
 
 Clove, 106; 12 7. 
 
 Cocoa-nut plantations, 8 ; 13 ; 14 ; 
 
 15; 17; 18 ; 21 ; 22 ; 23 ; 25-28 ; 
 
 50-54; 56 ; 60; 81 ; 173. 
 value of exports from 1876- 
 
 1878; 171. 
 
 ■ oil, value of exports, 171. 
 
 Coffee, plantations, 6 ; 9 ; 13 ; 25 ; 
 
 28 ; 30 ; 3 1 ; 34 ; 35 ; 37 ; 39 ; 45- 
 
 48 ; 50-54 ; 139 ; 140 ; 186. 
 area suitable for growth of, 
 
 177. 
 Coir fibre, 8; 172. 
 value of exports from 1876- 
 
 1878, 171. 
 Coko, ulcerous disease, 143. 
 Colo vi Suva, village, 31. 
 Colo, mountain districts, 81. 
 Commissioner of Lands, 52. 
 
 of the Governor, 41. 
 
 Conservancy of forests, 127; 131 
 
 189. 
 Constabulary, 1 1 . 
 Coolies, Indian, period and terms of 
 
 engagement, 185. 
 Copper, 169. 
 Copra, 8 ; 28 ; 56; 171. 
 value of exports from 1876 
 
 1878, 171. 
 Coral limestone, 167 ; 168. 
 reefs, 149.
 
 289 
 
 Cotton, plantations, C; 7; 13; 28; 
 
 32; 49; 54; 170; 171 ; 181. 
 — — — export value from 1875— 
 
 1877; 180. 
 
 seeds, export value of, 180. 
 
 Council of tribe, Bosh vaka Yasana, 
 
 190. 
 Crab, land, 193. 
 Creepers, G2 ; 195 ; 196. 
 Croton-codceium shrub, 27; 102. 
 Crown grants, 52 ; 187. 
 Cultivation, native, 74-92. 
 
 , migratory, 02. 
 
 Curiosities, 142. 
 Curtains, native, 109. 
 Custard apple, fruit, 99. 
 Cutter, 53. 
 
 D. 
 
 Dakua, timber tree, 10 ; 20 ; 32 ; 70 ; 
 
 116; 131 ; 208. 
 Dakua salu salu, timber tree, 20 ; 32 ; 
 
 114; 116; 131 ; 208. 
 Dulo, 37 ; 40; 45; 75; 76; 141 ; 
 
 183. 
 Damanu, timber tree, 20 ; 32 ; 37 ; 
 
 48; 71 ; 114; 115 ; 208. 
 Dand's Peak (Korobato), 151. 
 Dawa, kind of litcbi, 95. 
 Deciduous trees, 64 ; 96 ; 113. 
 Deep water, 150. 
 Deforestation, causes of, 80. 
 
 effects of, 132. 
 
 Density of juice of sugar cane, 175; 
 
 176. 
 Devil's Dure, 55 ; 165. 
 Diarrhoea, causes of, 143. 
 Dilo, timber tree, 17-, 70; 114; 115. 
 
 oil, 114. 
 
 Disintegrated volcanic rocks, 169. 
 
 District council, functions of, 11. 
 
 Dogs, 192. 
 
 Draught oxen, 1 91. 
 
 Drauka, plant, 91. 
 
 Drayton's Peak, 151. 
 
 Drcga guruguru, caoutchouc tree, 195 ; 
 
 198. 
 Drekiti, river, 20; 151. 
 Dress, native, 109 ; 110. 
 Q2019. 
 
 Dress, European, 144. 
 
 Dribi, 167. 
 
 Drink, of natives, 74 ; 107. 
 
 Drought, cause of, 80; 128; 152; 
 
 159. 
 Drua-drua, island, 22; 152. 
 Drums, native, 112 ; 113. 
 Dry localities, 145. 
 
 dock, 17. 
 
 Ducks, 192. 
 Dyes, 116 ; 190. 
 Dysentery, cure for, 99 ; 1-13. 
 
 E. 
 
 Education, of the natives, 3. 
 
 industrial, for the natives, 
 
 141. 
 Elephantiasis, 143. 
 Engagement, of labourers, 184. 
 Epidemic, of measles, 31. 
 Estuaries, 52. 
 
 tidal, 60. 
 
 Exotic trees, 49 ; 135. 
 
 fruits, 97-101. 
 
 Exports, 171. 
 
 P. 
 
 Falls, 175. 
 
 Fans, native, 110. 
 
 Fawn harbour, 52. 
 
 Fecula, 104 ; 105. 
 
 Females, native, hospitality of, 15. 
 
 Fences, 98 ; 126. 
 
 Ferns, 9 ; 20 ; 45 ; 46 ; 48 ; 51 ; 58 ; 
 
 59; 64; 65; 119. 
 
 number of, 58. 
 
 tree, 65. 
 
 Fertility of soil, 29; 45 ; 48; 51-53 . 
 
 93; 186. 
 Fibres, of banana, 82. 
 
 of cocoa-nut, 172. 
 
 Fig tree, 72 ; 100. 
 
 Fighting fence, 94. 
 
 Fiji grass, 102. 
 
 Fireflies, 193. 
 
 Fires, periodical, 7 ; 16 ; 20 ; 30 ; 40 ; 
 
 42; 46; 49; 51; 132. 
 
 precautions suggested, 133. 
 
 T
 
 290 
 
 Firewood, 121 ; 131. 
 Fish, 192. 
 Flics, 193. 
 Flint, 169. 
 Floating island, 24. 
 Floods, -17; 128. 
 Flora, 58-73. 
 
 . — of Polynesia, 58. 
 
 Flowering plants, 9 ; 20 ; 48 ; 51 ; 59 ; 
 102. 
 
 number of, 58. 
 
 Flying fox, 192. 
 Fogs, 44; 128. 
 
 Food, of natives, 74 ; 77 ; 81 ; 8G ; 87 ; 
 90-92; 97; 176. 
 
 preservation of, 88. 
 
 Foreign vessels, port for, 27. 
 Forests, 30 ; 32 ; 37 ; 40 ; 42 ; 44-48 ; 
 50; 51 ; 54; 62; 13. 
 
 conservancy of, 127; 131; 
 
 189. 
 
 destruction of, 38 ; 160. 
 
 ordinance, suggestions for, 
 
 &0. (Appendix III.), 213-237. 
 
 restoration of, 127. 
 
 rules suggested for regulating 
 
 falling of timber in, 238-246. 
 
 virgin, 61. 
 
 Forest creek, 54. 
 
 staff, 137. 
 
 Fori Carnarvon, 41. 
 
 Fortifications, native, 36; 98. 
 
 Fowls, domestic, 191, 
 
 Fringing reefs, 149 ; L54. 
 
 Frogs, 193. 
 
 Fruit, 93 ; 139. 
 
 exotic, 97. 
 
 favourable climate for, 99 ; 
 
 100. 
 
 Fungus, 109 ; 180. 
 
 on the skin of oatives, 3S. 
 
 Furniture, articles of, 126. 
 timber for, 120. 
 
 G. 
 
 Gale, 53; 145. 
 
 Gali, 54. 
 
 < rardenia, 46 ; 53. 
 
 Gardens, 89 ; 90; 104. 
 
 Botanic, 27 ; 138 ; 140. 
 
 Gasau, grass, 126. 
 Geese, 192. 
 Ginger, 107. 
 Gorge, 159. 
 Government House, 126. 
 
 Offices, 126. 
 
 Governor's residence, 140. 
 Gram, 140. 
 Grauadilla, fruit. 99. 
 Graphite, 169. 
 Grasses, 68, 102. 
 
 nourishing quality of, 191. 
 
 scarcity of, 69. 
 
 Great council, annual, 12. 
 Guavas, fruit, 97. 
 Guides, 3 ; 4. 
 Gum resin, Makadre, 116. 
 Gumu, acacia richii, 208. 
 
 H. 
 
 Hale's Peak, 151. 
 
 Halting places, of natives, 20. 
 
 Harbours, 29 ; 49. 
 
 natural, 17; 149; 161. 
 
 Harvey, Dr., 58. 
 Horses, rearing, 45; 50. 
 Hospitality of natives, 163. 
 
 of settlers, 51. 
 
 Hot baths, 164. 
 Hot springs, 163.' 
 
 used by natives for cooking 
 
 L64. 
 Houses, native, 28 ; 40; 52; 119. 
 
 construction of, 122 ; 125. 
 
 of the poor, 124.. 
 
 Hurricanes, rarity of, 145. 
 
 I. 
 
 Implements of agriculture, native, 80. 
 [ndia-rubber, caoutchouc, 195-202. 
 
 as prepared by natives, 199. 
 
 its market value, 200 ; 202. 
 
 [nsect, destructive to cocoa-nut tree, 
 30; 174. 
 
 stick and leaf, 193. 
 
 Institute, Mechanics, at Levuka, 141.
 
 291 
 
 Interpreter, 4 ; 22 ; 39 ; 208. 
 Iron, 169. 
 
 Islands, number of in the Fiji group. 
 149. 
 
 elevation of, 150. 
 
 estimated area of, 149. 
 
 situation of, 149. 
 
 physical character of, 150. 
 
 Ivi, tree, 17. 
 
 interesting, 7l. 
 
 nuts, 87 ; 88. 
 
 J. 
 
 Jack, fruit tree, 183 ; 100. 
 
 Juice of sugar cane, density of, 175, 
 176. 
 
 Justice, administration of, by magis- 
 trates, 21. 
 
 K. 
 
 plant, 
 
 Kalakakaisau, fibre-yielding 
 
 111. 
 Kali Kosa, village, 24. 
 Kaluba, village and river, 30 ; 94 
 
 166. 
 Kami Rusai, village, 47. 
 Kanacea, island, 26. 
 Kadavu, island, 35. 
 Kau Karo, cure for ringworm, 38. 
 Kau Kuru, timber tree, 63 ; 118. 
 Kawrie pine, Dahua, timber tree, 116- 
 Kausia, tree, 20 ; 117. 
 Kauta, sedge, 1 1 0. 
 Kau-tabua, tree, 20; 32; 117. 
 Kara, native beverage, 107^^ 
 Kuvika, Malay apple, 96. 
 Kioa, island, 167. 
 Kobalau point, 53. 
 Koka, timber tree, 119. 
 Koro, island, 26 ; 105 ; 161 ; 169. 
 , native village or town, 11 ; 
 
 37 ; 50 ; 206. 
 
 — tidily kept, 21. 
 
 Koroba, mountain, 158 ; 208. 
 
 Pickering's Peak, 42. 
 
 Koro-i-vono, town, 9. 
 Koro Levu, village, 52. 
 Koro Loa, mountain, 32. 
 Koro ni Saca, town, 12. 
 Q 2019. 
 
 Koro Suli, village, 46 ; 156. 
 Koro Wai-wai, 33. 
 Kulava, timber tree, 121. 
 Kuru Kuru, river, 23. 
 
 L. 
 
 Labasine, village, 22. 
 
 Labour, distribution of, 79. 
 
 imported, 184. 
 
 native, 185. 
 
 supply of, 139. 
 
 Labourers, agricultural, their char- 
 acter ; habits ; terms of engage- 
 ment ; wages; passage; food, &c\, 
 184. 
 
 Lakes, not numerous, 154. 
 
 salt, 153. 
 
 Laucala, island, 26. 
 
 Land crabs, 193. 
 
 Landslips, 40 ; 128 ; 208. 
 
 Langton, Mr., 31 ; 208. 
 
 Language, diversities of, 39. 
 
 Lasalasi, village, 34. 
 
 Latitude, 247. 
 
 Lavoni valley, 4 ; 162; 169 
 
 Leaf insects, 193. 
 
 Lemon grass, 69. 
 
 — — trees, 42. 
 
 fruit, 93 ; 95. 
 
 Levelling, by natives, 77. 
 
 Levuka, present Capital of Fiji, 26 ; 
 143; 167. 
 
 objectionable situation of, 
 
 162. 
 
 Lewininini, timber tree, 20; 117; 
 208. 
 
 Liberian coffee, 8 ; 9 ; 48 ; 51-53. 
 
 Library at Levuka, 141. 
 
 Liku, native dress, 109. 
 
 Limes, 93. 
 
 Limejuice, 95. 
 
 Limestone rock, 164; 165; 177. 
 
 cliffs, 166. 
 
 disentegrating, 208. 
 
 Litchi, longan, fruit trees, 100. 
 
 Loam, 15. 
 
 Lobsters, 193. 
 
 Localities, dry and wet, 145. 
 
 Loma loma, village, 19; 27 ; 161 ; 167. 
 U
 
 292 
 
 foma, island, or Vanua Balavu, 
 iploring islands,' 26. 
 \ ity of natives, 143. 
 Longitude, -47. 
 
 ttssier, 98. 
 / , lost . fruit, 9". 
 
 i. climber, 196. 
 
 M. 
 
 106. 
 la, province, 19 ; 203. 
 Magistrates administering justice, 21. 
 
 native, 1 1 . 
 
 Mahogany tree, 27 ; 136. 
 Mail (steam) service, 26 ; 49 ; 57. 
 Maize, 49 ; 50; 54; 170; 207; 188. 
 Makadre, gum resin, 116. 
 Malachite, 169. 
 
 Mala/ni, or Malata, village, 24. 
 Malarial fever unknown. 142. 
 i/ i < , nutmeg, 106. 
 Mali, Maud, 22 ; 151. 
 Mango, fruit, 99. 
 
 island, 20 ; 28; 169. 
 Mnugosteen, fruit tree, 100. 
 Mangrove, '"■■'. tree, 7 : 17; 22; 23; 
 
 50. 
 Mantis, 193. 
 
 Market- for produce, 184 ; 186. 
 Marl, rock, 164. 
 Man,, 182. 
 
 Marshes, 45. 
 
 salt water. 60. 
 
 Bark-cloth tree, 13. 
 
 as used by natives, lu8. 
 
 Mataiavai, plant, 111. 
 Matawala, village, 43. 
 Matting, 110; 172 ; 193. 
 Mauritius lever, 33. 
 Measle8, epidemic of, 31. 
 Mechanics 1 Institute at Levuka, 141. 
 Mi h , native dance or play, :,:,. 
 Melbourne, ^t< amer from. 57. 
 distance from Fiji by steam. 
 
 186. 
 Met© 1 App. V.) 147: 247 ; 
 
 255. 
 
 • orologica] observations, (see App. 
 V.) 247 253 
 
 Milne, 58. 
 
 Model farm, 140. 
 
 Mokogui, island, 56. 
 
 Molasses, 174. 
 
 Midi Kami, ehaddock, 93. 
 
 Mali Kuril Kuru, lemon, 93 ; 94. 
 
 Moli iii Tahiti, orange, 94. 
 
 Monsoon, 145. 
 
 Mosquitoes, 24. 
 
 native curtains for, 109 ; 193. 
 
 Mo.->es, 61. 
 
 Moth, destructive, 3U ; 174. 
 
 Moluriki, island, 5. 
 
 Mountains, 18 ; 32 ; 35 ; 46-48 ; 50 ; 
 
 60. 
 their elevation, 150; 152; 
 
 153; 160; 161. 
 Mud flats, 50; 51. 
 Mulberry, fruit, 98. 
 MvJo-Mido, timber tree, 118. 
 Museum, utility of, 142. 
 Mystical rites, 165. 
 Mythological stories, of natives, 24. 
 
 N. 
 
 Na Babuca, 45, 83. 
 
 Na Behk Luke, 47 ; 156. 
 
 Na-Colo-Suva, town. •"> 1 ; 140. 
 
 Nodi, 49 ; 50; 158. 
 
 yadotja, 24 ; 193. 
 
 Nadrau, village, 43 ; 183. 
 
 Nadroga, harbour, 49. 
 
 Xaduri, village, 19. 
 
 Na Koro Vatu, village. 5 ; 6 ; 46. 
 
 Naloa, island, 151. 
 
 \amata falls, 157. 
 
 Namena, 158. 
 
 Na Moali, village, 39. 
 
 Na Moali, 183. 
 
 Na Moali, 40. 
 
 Namosi, village. 32: 94: 135; 159; 
 
 169. 
 Nananu, island, 49 ; 50; 158. 
 Na Quara-wai, 156; 157; 169. 
 Na Quave, village, 31. 
 .Xu Sali Lccu, 54. 
 Na ^aiicoha, 90; 208. 
 Nasova, Government House at, &c, 126. 
 Nataimba, island, 27.
 
 2U3 
 
 Natawa bay ,10 ; 13; 55; 163. 
 Natives, instincts of, 74. 
 ingenuity of, 77; 78 
 
 80; 
 
 109. 
 
 143. 
 
 — their taste for flowers, 102. 
 
 — healthiness and longevity of, 
 
 habits of, 144; 190. 
 hospitality of, 1G3. 
 
 Native dance, meke, 55. 
 
 Native preachers, 4 ; 41. 
 
 Na Tuattiacoko, Fort Carnarvon, 40 ; 
 
 158 ; 208. 
 Na Saucvko, village, 42 ; 208. 
 Navaloa, 140; 6. 
 Navatu island, 193. 
 Navigable streams, 23 ; 51 ; 152. 
 Navigation, facilities and difficulties of, 
 
 149; 161. 
 Navosa, province, 40; 134; 203; 
 
 205 ; 189. 
 quantity of sandalwood 
 
 growing in, 211. 
 Navua, river, 29 ; 49; 157. 
 Nawanawa, fruit, 97. 
 Naivasakubu, town, 208. 
 Needle Peak, 151. 
 Nets for fishing, 111. 
 Noko noho, casuariua, timber tree, 23 ; 
 
 120. 
 Nukusari, village, 32. 
 Nursery, botanic, 139. 
 Nutmeg, Male, 106 ; 127. 
 Nuvera island, 151. 
 
 0. 
 
 Occupation of natives, 111. 
 
 Ofil, cocoa-nut, value of, 171. 
 
 Oncocarpus, tree, 38. 
 
 Ophthalmia, of natives and settlers> 
 
 143. 
 Orange, 93 ; 94. 
 Orange cowry, 193. 
 Orchids, 66 ; 119. 
 Ornamental plants, 102. 
 Ornaments of natives, 103. 
 Ovalau, island, 31. 
 
 Oualau, its central position, 161. 
 
 its scenery, 162. 
 
 Oxen, draught, 191 
 Oysters, 193. 
 
 P. 
 
 Palms, 61 ; 62 ; 68. 
 
 Papal ayai, foreigner, 24 ; 185. 
 
 Parrots, 64; 192. 
 
 Pasture, 45 ; 50. 
 
 destruction of, 59. 
 
 Patent, 190. 
 
 Paving stones used by natives, 166. 
 
 Peach, fruit, 1 00. 
 
 Peaks, 151. 
 
 Pearl shell, 193. 
 
 export of, 193. 
 
 Pepper, plant, 107 ; 108. 
 
 Perfumes, native, 103. 
 
 Pests, 59; 180. 
 
 Pickering's Peak, Koroba, 42 ; 158 ; 
 
 169. 
 Pigs, 15 ; 126. 
 
 whence imported, 191. 
 
 Pine apple, Balawa id papalagi, 
 
 foreign Pandanus, 93. 
 Pitcher, bamboo, 125. 
 Plantations, see sngar cane, &c, 171 — 
 183. 
 
 Planting of yams, 75. 
 
 of Dalo, 76. 
 
 according to Fijian mythol- 
 ogy, 97. 
 
 for climate purposes, 207. 
 
 Plants, ornamental, 1 02. 
 
 distribution of to inhabitants, 
 
 139. 
 
 Pleasure ground, L40. 
 
 Ploughing, 175. 
 
 Polity, tribal, past and present, 11. 
 
 Pomegranate, fruit, 99. 
 
 Population, diminution of, 31. 
 
 Porphyry, rock, 164. 
 
 Porpoises, 192. 
 
 Port for foreign vessels, 27. 
 
 Potatoes, 88. 
 
 Pounac, food for cattle, 172 
 
 Prawns, 193.
 
 294 
 
 i |- an, 89. 
 
 markets, 186. 
 
 Products, agricultural, 171. 
 
 by the natives, 187. 
 
 Psidium cattleyanum, 97. 
 
 chinensis, 97. 
 
 pomiferum, ;<7. 
 
 Pulping of coffee, 177. 
 
 Q. 
 
 QeleLevu, island, 193. 
 Quame, island, 26. 
 
 R. 
 
 Rabi, (Bambi), island, 8 ; 26; 161; 
 163; 167; 169. 
 
 Rafts of bamboos, 34 ; 1 .">7. 
 
 Rainfall (sec App. V.) 44; 46 ; 51 ; 
 61 ; 128; 14.') ; 159 ; 1 60 ; 247-255. 
 
 A'./// Raki, 155, 157. 
 
 Rapids, 157. 
 
 Rura, or Square, village, 56. 
 
 Raspberry, fruit, 100. 
 
 Ratan, 111. 
 
 Ratoons of sugar cane, 175 ; 176. 
 
 Rats, 193. 
 
 Raurau, bay, 158. 
 
 Ravines. 44; 51 ; 63; 159 ; 208. 
 
 Rebellion, 41. 
 
 coral, 149. 
 
 Ri foresting, L27 ; 128 ; 134; 204. 
 
 tlations (suggested) for planting, 
 &c, of sandalwood, 209. 
 
 for felling timber in Govern- 
 ment foreBts, 238 : 24.',. 
 rious observances, 3. 
 
 /.'. >• ga, tuj in. i Lc, 105. 
 
 I.'. Berves, forests, 21 :> ;223 ; 2l'7 . 
 
 Rewa, river, 5 ; 29 ; 31 : 94 . 
 
 Re-wooding, 127; 128 ; 134: Jul. 
 
 Rhi omatism, native cure for, 1 14. 
 
 causes of, 143. 
 
 Rice, 140; 183; 186. 
 
 Ringworm, 38. 
 
 B L50. 
 
 navigable, 152 
 
 • their size and beauty, II ; 
 
 155. 
 
 Road making, native, 23. 
 
 Roadsteads, 149; 160. 
 
 Hocks, 164. 
 
 influenced by volcanic heat, 
 
 165. 
 Roko Titi, supreme chief of a province. 
 
 10. 
 Hope, 111 ; 172. 
 Route through Fiji, 3. 
 Rukuruku village, 46. 
 Rum, 174. 
 
 S. 
 Sagali, timber tree, 118. 
 Sago palms, 63 ; 68. 
 Sailors, native, 55. 
 Salt lake, 153 ; 169. 
 Sandalwood, 22 ; 42 ; 50; 63 ; 203. 
 
 season for planting, 205. 
 
 its market value, 204. 
 
 transplanting of, 209. 
 
 tabu, 209. 
 
 Sandstone, 164. 
 
 cliffs, 167. 
 
 San Francisco, mail via, 57. 
 
 Sausau, passage, 152. 
 
 Savages, imported, 184. 
 
 Sarin,, timber tree, 121. 
 
 Savu-savUfhay, 10 ; 16; 52 ; 163 ; 169. 
 
 Saw mills, 30. 
 
 Scenery, beauties of, &c., 29 ; 31 ; 34 ; 
 
 35 ; 40 ; 46; 47 ; 52; 153 ; 160; 
 
 162. 
 
 construction of, 122 ; 141. 
 industrial, 140. 
 
 training, at Navaloa, 140. 
 
 Scoria, 168; 169 ; 179. 
 
 Scott and Harvey's settlement, 157. 
 
 Screens, native, 109. 
 
 Sea, fruit, 97. 
 
 Sea Island cotton, 181. 
 
 Sea-shore plants, 59. 
 
 Seasons, drj and wet, hot and cool, 144. 
 
 Sedge, 69. 
 
 Seeds, i uppbj of, 139. 
 
 distributed by government, 
 
 179. 
 danger attending importation 
 
 of, 180.
 
 295 
 
 Seeds, export of (cotton) 180. 
 
 Seeniann, Dr., 58. 
 
 Serua, 49; 157. 
 
 Settlers, 18; 22; 27-31 ; 49-51; 93; 
 
 97 ; 138; 143; 187. 
 Shaddock, tree, fruit, 35 ; 93 ; 95. 
 Shale, 104. 
 Shallow water, 1 50. 
 Sharks, 23 ; 47 ; 192. 
 Sheep, 45; 50; 56; 191. 
 Shells fish, 193. 
 Shell, 193. 
 Siga Toka, river, 40 ; 42. 
 
 peculiarities of its course, 
 
 158; 163. 
 Silk, 99. 
 
 Silkworms, 50; 98. 
 Sinnet, coir, 111. 
 
 'native industry for ornaments, 
 
 124; 126 ; 172. 
 Site of future capital of Fiji, 29. 
 Sites of native houses, 124. 
 Smith and Aitchinson's, 54. 
 Snakes, 192. 
 Soapstone, 166. 
 
 Soil, fertility of 29 ; 45 ; 48 ; 51-53 ; 
 93. 
 
 scantiness of, 60. 
 
 composition of, 69 ; 170 ; 179. 
 
 Soldiers, native, 41. 
 Somosomo, Taviuni, village, 54. 
 Sores, causes of, 143. 
 Sources of streams, 150. 
 Specimens of plants, 18 ; 23 ; 32 ; 36 ; 
 37; 45; 46; 48; 51 ; 58; 59. 
 
 difficulty of preserving, 19. 
 
 total number collected, 19. 
 
 Spice trees, 107 ; 139. 
 
 Squalls, 145. 
 
 Steamer (mail) 26 ; 49 ; 93. 
 
 Steam Navigation Co., Australasian, 57. 
 
 Peninsular and Oriental, 57. 
 
 Stick insects, 193. 
 
 Stock-raising, 31 ; 45 ; 49 ; 50 ; 54 ; 
 
 191. 
 Strangers' house, Bure ni sa, 12. 
 Strawberry, fruit, 100. 
 Strata, 44 ; 46 ; 170. 
 results of doubling up of, 1 65. 
 
 Streams, 150. 
 navigable, 150. 
 
 complicated sources of, 150. 
 
 -abundance of, 177. 
 
 Sugar, 186. 
 
 cane, varieties of, 174. 
 
 its adaptation to the soil, 5-9 ; 
 
 12-15 ; 20-25 ; 30-31 ; 35 ; 43 ; 47 
 
 -53 ; 54 ; 69 ; 139 ; 140 ; 170 ; 175. 
 
 disease, dangers of, 129. 
 
 ' manufacture of, as used by 
 
 the natives, 174. 
 export value, 1876-1878; 
 
 174. 
 
 area of land suitable for 
 
 growth of, 175. 
 
 Sugar Loaf, mountain, 151. 
 
 Sugar mills, want of, &c, 5 ; 6; 18 ; 
 23; 31; 49; 54 ; 174; 175 ; 186. 
 
 Suggested regulations for planting san- 
 dalwood, 209 ; 
 
 Sulu, native cloth, 109. 
 
 Suva, chosen site of capital of Fiji, 17 ; 
 29; 140. 
 
 Swampdalo, 183. 
 
 Sweet potatoes, Kumarci, 84. 
 
 price of, 84. 
 
 Sydney, mail from, 57. 
 
 distance from Fiji by steam, 
 
 186. 
 
 T. 
 
 Tabernajmontana Pacifica, tree, 195. 
 Tabu, forbidden,' 81. 
 
 native observance of, 1 10. 
 
 Tagaloa, district, 10. 
 
 Tar Lent, district, 6. 
 
 Takia, dug out canoe, 22, 118. 
 
 Tamarind, fruit, 100. 
 
 Tamavua, river and village, 30; 31 ; 
 
 166. 
 Tapioca plantations, 6 ; 87. 
 Tarawau, fruit tree, 96 
 Taro, 15; 183. 
 Tauhuku ni vuaka, weed, 91. 
 Taviuni, island, 10; 26; 160. 
 
 of purely volcanic origin, 168. 
 
 Tavola, timber tree, 113.
 
 296 
 
 . river, 4'.'. 
 
 Peak, 
 
 fax, Inspector of , native, 203; 239; 
 
 242 ; 24.". : 244 : 245. 
 oi natives, 182. 
 
 of natives, in kind, 187. 
 
 Tea, 16 ; 139 ; 140; 182. 
 
 area suitable for growth of, 
 
 177 : 18G. 
 Temperature (se< App. V .) 147: 
 
 247-255. 
 Temple, heathen, 15. 
 Terraces, native, 77. 
 
 123 : 120. 
 
 Tin rmometer, readings of, 247-2.3.5. 
 Thunderstorms, 22 ; 43; 144. 
 Timber industry, 30; 38; 42; 112; 
 
 139. 
 
 importance of growing it, 131. 
 
 kinds recommended, 135. 
 
 trees, 112-126. 
 
 Tinika, reed, 55. 
 
 throwing the, 50. 
 
 Title deeds (land), 52; 187. 
 
 Tobacco plantations, 49 ; 17<t; IS 1 ; 
 
 187 ; 188. 
 Tokalu, Solomon Island ringworm, 38- 
 Tonga, island, king of, men of, 27. 
 
 . ],ig S from, 191. 
 
 Tools, 141. 
 
 Toon, cedar tree, 27 ; 135. 
 
 Torches, travelling with, 24. 
 
 Trachyte, rock, 1G4. 
 
 Trade winds, 144. 
 
 Transplanting of sandalwood, 209. 
 
 of coffee, 179. 
 
 Travellers, advice to, 193. 
 
 Travelling difficulties of, 20, 23-25; 
 
 32 ; 33 ; 39 ; 40; 43; 46; 48 ; 51 ; 
 
 53. 
 I 
 
 . native, 42. 
 Tufa, 168 i 169 ; 17'.). 
 Turaga m Kin-, village chief, ll ; 
 
 12 ; 22. 
 Turaga u> I'm-,,, native magistrate, 11. 
 Turban, native, 109. 
 Turkeys, L92. 
 
 Turmeric, plant, 63 ; 105 
 
 Turtle, 193. 
 Tutu, 22 ; 152. 
 
 u. 
 
 Utlu point, 203. 
 Ugavule, land crab, 193. 
 Ulcerous disease, coho, 143. 
 Upheaval of coast, 154. 
 results of, 165. 
 
 Vagadaca, 167. 
 
 Vai vai, timber tree, 118. 
 
 Vanilla, 182. 
 
 Vanua Levu, island, 9 ; 14 ; 19 ; 55 ; 
 
 163 ; 164. 
 Vatu Kali, 53. 
 Vatu Kura, 25. 
 Vau, plant, 110. 
 Vegetable debris, 169. 
 Vegetables, European, 89. 
 
 Fijian, 90 ; 91. 
 
 Vegetation, 61. 
 I V.m ri, village and river, 48. 
 Vesi, timber tree, 17 ; 112. 
 Viene, village, 13. 
 I 'it nuvga, 45. 
 Vienunga, village, 35 ; 37. 
 Village, Koro, 11. 
 Vine, 100. 
 Vili Levi', inland, 5; 29; 164; 179; 
 
 189. 
 Voivoi, plant, 110. 
 Volcanic heat, its influence on rocks> 
 
 165. 
 Volcanoes, extinct, 154 ; 160 ; 168. 
 Voma, lofty mountain, 159 ; 164. 
 Vosi Dam, village, 40. 
 Vuga, timber tree, 42 ; 119; 208. 
 Vuga vuga, timber tree, 119. 
 1 'mm point, village, 26. 
 Vuni SWam, village, 13. 
 Vuni mil a, village, 22; 152. 
 Vutukana, fruit, 97. 
 Vutn, tree, 70. 

 
 297 
 
 W. 
 
 Wayodra-yodra, wild bramble, 97. 
 Wai Bas-aya, village, 40 ; 163. 
 Wai Delict, river, 7 ; 155. 
 Wai Diui, river, 34 ; 156 ; 179. 
 Wai Dradra, village, 45. 
 Wai Lecu, district, 151. 
 Wai Leva, river, 18. 
 Wai Manu, district, 29. 
 
 river, 48 ; 156. 
 
 Wai-ni Awa, river and village, 36. 
 
 Wai ?>i Btika, river, 47 ; 155. 
 
 Wai ni Buli, Tasman's straits, 26. 
 
 Wai ni Koro, stream, 24. 
 
 Wai ni Loa, river, 45 ; 46 ; 56 ; 165. 
 
 Wai ni Mala, river, 45 ; 156 ; 179. 
 
 Wainunu, district, 51. 
 
 Waiuai, 18. 
 
 Wa Loa, fungus, 109. 
 
 War, between natives, 42. 
 
 effects of, 83. 
 
 clubs, native, 121. 
 
 Warei, village, 51. 
 Wasa Kttba, village, 169. 
 Water melon, 97. 
 
 Watersheds, 150; 151 ; 158. 
 
 peculiarities of. 150; 151 ; 
 
 J 58. 
 
 Weeding, 187. 
 Weeds, 59 ; 76 ; 91. 
 Wesleyan Missions, 3. 
 
 training school, 6. 
 
 Wet localities, 145. 
 
 Whales, 192. 
 
 Wi, fruit tree, 96. 
 
 Wild ducks, fowl, pigs, 192. 
 
 Wild sugar-cane, 69. 
 
 Wind, direction and force of, 247-255. 
 
 Winds trade, variable, &c, 144 ; 159. 
 
 Women, native, 79. 
 
 Woods and F< rests Committee, 136. 
 
 Wreaths, native. 103. 
 
 Y. 
 
 Ya, sedge, 110. 
 Yabia, plant, 104. 
 Yaha, plant, 111. 
 
 Yams, 13 ; 34 ; 37 ; 45 ; 74 ; 75 ; 86 ; 
 141.
 
 LONDON: 
 
 Printed by George E. Eyre and William Spottiswoode, 
 Printers to the Queen's most Excellent Majesty. 
 For Her Majesty's Stationery Office. 
 [P 456.— 750.— 5/81.] 
 
 
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