BANCROFT LIBRARY < THE LIBRARY OF THE UNIVERSITY OF CALIFORNIA 1 THE PROGRESS AND CONDITION THE -, PEEPAEED AT THE BEQUEST OF THE EEGENTS OF THE UNIVEESITY, BY DANIEL C. GILMAN, PRESIDENT. B E K K K I. E Y : 1875. STATEMENT \ OF THE PROGRESS AND CONDITION OF THE UNIVERSITY OF CALIFORNIA PREPAKED BY REQUEST OF THE REGENTS OF THE UNIVERSITY, BY DANIEL C.^GILMAN, PRESIDENT. \^*2>i - BERKELEY: 1875. Bancroft libniy STATEMENT. BERKELEY (NEAR OAKLAND), March 23d, 1875. To THE BOARD OF REGENTS, UNIVERSITY or CALIFORNIA : GENTLEMEN In resigning the office of President of the University of California, I beg leave to submit a state ment of the progress of the University during my connection with it. 1. The personal changes which have occurred during the past two years and a half are numerous. My revered predecessor, Dr. Henry Durant, after a long life devoted to the public service, was removed by death January 22d, 1875. The tributes which have been paid to his character are already so ample, that here it is only neces sary to place on record our grateful appreciation of his wis dom, his devotion, and his success in keeping alive the idea of a university in California, and in laboring for its founda tion with untiring industry. It is a cause of regret that he has left behind him so little, in print or in manuscript, which will explain to those who come after him the peculiar diffi culties and trials which he encountered. Some anecdotes noted down by a short-hand writer one evening at the request of a friend, as Dr. Durant related them, have been preserved in illustration of his experience, and his associates have told in various ways the story of his life ; but his fame will de pend on the place he has won in the roll of those who helped to found the institutions of California. 2. Hon. Edward Tompkins, a member of the Board of Re gents and State Senator from Alameda County, died Novem- 6 STATEMENT OF PROGRESS, 1872-5, ber 14th, 1872. , He had been one of the most constant and efficient friends of the University, from the time of its or ganization, and the Kegents placed on their records soon after his death a full expression of their respect and grati tude. Kev. Dr. Stebbins presented the following minute, which was adopted by the Board : " The Board of Regents hereby place on record their high appreciation of the services and character of their late associate, the Honorable Edward Tompkins, who, at the time of his death, was a State Senator for Alameda County, and an elected member of this Board. " He was a native of Oneida County, New York; a graduate of Union College ; a successful member of the bar, first in his native State and then in California ; a student of literary and philosophical subjects ; an earnest advo cate of the higher education, and the generous promoter of all good undertak ings in the community where he dwelt. " He became a member of this Board in 1868, and served on the Committee on Instruction. His residence in Oakland and the comparative leisure of his late days enabled him to devote much time and thought to the internal affairs of the University, and to present its claims with an intelligent appreciation of details whenever there was occasion. Although suffering with an illness which proved to be mortal, he came from a sick bed to preside and speak at the inauguration of the President of the University on the 7th of November last, and on the 14th of November, at the age of fifty-seven years, laid down his life in the hope of the life to come. "As the Public Orator of the University in many academic assemblies, as the Counselor on whom the Academic Senate and the Board of Kegents were accustomed to rely, as the Legislator by whose persistent advocacy a building fund was secured, and as a benefactor by whose munificence a pro fessorship has been founded for instruction in Chinese and Japanese, he will through all time be gratefully remembered in the annals of this University, while his virtuous private life and his devotion to the public good deserve the tribute of affectionate respect from all who were associated with him." 3. The presidency of the Board of Kegents, which devolves by law upon the Governor of the State, was transferred in February, 1875, from Hon. Newton Booth (then U. S. Sena tor-elect), to Hon. Komualdo Pacheco (then Lieutenant-gov ernor). The office of Secretary, held by Mr. Andrew J. Moul der from an early period in the life of the University, was given up by him in January, 1874. Its duties were temporarily discharged by Mr. J. West Martin, one of the Board of Kegents, until April, 1874, when Mr. K. E. C. Stearns was appointed to the place. The duties of this office UNIVERSITY OF CALIFORNIA. 7 are exceedingly complex and difficult, and the University has been fortunate in having such incumbents of the post. Their devotion to the public welfare, their versatility, and their integrity have contributed largely to the prosperity of the institution. The office of Land Agent was vacated by the death of the incumbent in 1874, and its duties were temporarily assigned to the Secretary, but there were serious difficulties in this arrangement, and it was given up. Mr. J. W. Shanklin was subsequently appointed Land Agent. 4. Among all the administrative offices of the Board, but one has remained unchanged : that of the Treasurer. The office has been filled from the beginning by W. C. Ealston, Esq., and to his energy and liberality the University is indebted for its good credit, and for the promptness with which its obligations are paid. Those who are familiar with new in stitutions elsewhere, of uncertain resources, can best appre ciate the services of a treasurer so able and so willing. 5. The changes in the Board of Kegents have been as fol lows, from November, 1872, to March, 1875 : RESIGNATIONS, ETC. EDWARD TOMPKINS Died Nov. 14th, 1872. S. F. BUTTERWORTH Resigned. RICHARD P. HAMMOND Resigned. CHARLES F. REED Term expired. T. B. SHANNON Term expired. JOHN W. DWINELLE Resigned. SAMUEL MERRITT Resigned. NEWTON BOOTH Resigned as Governor. ACCESSIONS TO OFFICE: HENRY H. HAIGHT By election of the Regents. J. W. WINANS By appointment of the Governor. R. S. CAREY As Pres. State Agricultural Society. M. M. ESTEE As Speaker of the Assembly. D. C. GILMAN As President of the University. J. M. HAMILTON By appointment of the Governor. D. O. MILLS By appointment of the Governor. WILLIAM MEEK By appointment of the Governor. WILLIAM IRWIN As Lieutenant-Governor. 6. There have also been changes in the staff of teachers. The resignation of Professor Swinton, Professor of English 8 STATEMENT OF PROGRESS, 1872-5, Literature and History, was accepted March 3d, 1874. He had previously requested a leave of absence, which had been refused by the Kegents. His resignation was followed by the publication of a pamphlet in which his views on the sub ject of agricultural education were set forth. The resignation of Dr. E. S. Carr, Professor of Agricult ure, was requested by the Regents in July, 1874, and when the request was not complied with, he was removed from office for reasons which were briefly stated. He also pub lished a pamphlet containing animadversions on the action of the Eegents, and particularly in respect to their manage ment of the ' ' Agricultural Department. " His removal caused a remonstrance on the part of the "Patrons of Husbandry," or Grangers, and the ' ' Mechanics' Deliberative Assembly, " which was answered by the Board of Kegents in a brief com munication. 7. In the summer of 1873, Professor Samuel Jones, Pro fessor of Military Science, etc., was called away to become President of the Maryland College of Agriculture. His res ignation was accepted with reluctance, and the thanks of the Board of Regents were formally voted to him for his able and efficient services. Two instructors of modern languages, Mr. Julius Gross man and Mr. Manuel M. Corella, have also resigned, the lat ter having finished a course of special studies in the Univer sity and returned to Mexico. 8. The vacancies thus created have all been filled, and there have been other important additions to the corps of instruct ors. The names and departments of instruction of those who have been appointed since November, 1872, are as fol lows : PBOFESSOBS. Agriculture EUGENE W. HILGAED. Mining WILLIAM ASHBUENEE. Industrial Mechanics FEEDEEICK Gr. HESSE. English EDWABD K. SILL. Military Science, etc SAMUEL JONES. LECTUEEES. Metallurgy GEOEGE F. BECKEE. Economic Botany C. E. BESSET. Stock Breeding WILLIAM H. BEEWEE. UNIVERSITY OF CALIFORNIA. INSTRUCTORS. Industrial Drawing JOHN D. HOFFMANN. Spanish CHARLES F. GOMPEETZ. German ALBIN PUTZKER. French G. DE KERSAINT-GILY. ASSISTANTS. Mathematics GEORGE C. EDWARDS. Mathematics LEANDER L. HAWKINS. Classics ARTHUR H. ALLEN. Classics AMBROSE C. RICHARDSON. Chemistry F. SLATE, JR. Chemistry JOHN D. STILLMAN. Chemistry SAMUEL B. CHRISTY. Mineralogy A. WENDELL JACKSON. English JOSEPH C. KOWELL. English THOMAS F. BARRY. Mechanics EDWARD A. PARKER. OTHER OFFICERS. Superintendent of the Grounds E. E. C. STEARNS. Landscape Engineer W. HAMMOND HALL. Gardener JOHN ELLIS. Curator of the Mineralogical Collections, etc. HENRY G. HANKS. Foreman of the Printing Office A. WHITTON. Student Manager L. A. JORDAN. 9. The Chair of Agriculture has been filled by the appoint ment of Professor Eugene W. Hilgard, Ph. D., formerly of the College of Agriculture and Mechanic Arts in the Univer sity of Mississippi, and recently of the University of Mich igan. While in Mississippi he had charge of the Geological and Agricultural Survey of the State. Mr. Hilgard's emi nence as a man of science, his skill in applying his knowledge to agriculture and other industrial pursuits, and his long experience as a teacher, have qualified him in an uncommon degree to discharge with satisfaction the difficult duties devolved upon him. He is well known for the attention which he has given to the analysis of soils, and for the light he has thus thrown upon some of the most intricate prob lems in agricultural science. He came to Berkeley in the autumn of 1874, and delivered there two courses of lectures; one upon the General Principles of Agriculture (particularly upon the chemistry of soils) and the other on the Chemistry 10 STATEMENT OF PROGRESS, 1872-5. of Household Life. The impression which he made by these lectures was so good that he was unanimously appointed per manent professor, and he is now about to enter upon his duties among us. 10. The Chair of Mining has been filled by the appoint ment of Mr. William Ashburner, mining engineer, of San Francisco, who will direct his attention to the organization of the College of Mines, as fast as the funds are provided for this purpose. Mr. Ashburner, having received a technical and scientific education in the East and in Europe, came early to the Pacific Coast, and was for a time engaged upon the Geological Survey of California. He has had ample opportunities for becoming acquainted with the mining in dustries of this and other countries, and he has already made his influence felt for good upon the students of this Univer sity. In entering upon his professorship, he delivered an introductory lecture on the Profession of Mining Engineer ing, which has been printed. 11. A Chair of Industrial Mechanics was instituted by the Board in the autumn of 1874, and was subsequently filled by the appointment of Mr. Frederick G. Hesse, of Oakland. Mr. Hesse was trained in a German polytechnic school, and was early engaged as a teacher in Brown University. He subsequently held a scientific appointment under the United States Government, but has resided for the last few years in Oakland, engaged in mechanical occupations, especially in the invention and improvement of some ingenious mechan ical contrivances. It is rare to find a man qualified to fill the duties of a Chair of Industrial Mechanics, both by his scientific attainments, and by practical knowledge acquired in the shop, but Mr. Hesse is such a man. Upon assuming the duties of his post, he delivered a lecture on the Pro fession of Mechanical Engineering, which will be printed. He is now engaged in devising implements by which a thorough examination may be made of the strength of the timbers of the Pacific Coast, to which reference will be made in a later portion of this report. 12. The professorship of English was filled by the ap- UNIVERSITY OF CALIFORNIA. 11 pointment of Mr. Edward E. Sill, a graduate of Yale College, who has been engaged in teaching in California for several years, and is highly esteemed for his literary attainments, for his enthusiasm in the study of language, and for his de votion to the work of a teacher. His introductory lecture on the subject of the Study of English was printed in the Berkeley an. 13. The vacancy occasioned by the withdrawal of Professor Jones was filled by the appointment of two graduates of the University to be assistants in mathematics Mr. George C. Edwards and Mr. Leander L. Hawkins and they have dur ing the last two years discharged this service with great fidel ity. Mr. Edwards has had the command of the battalion in addition to his duties as mathematical instructor, and Mr. Hawkins has had the chief direction of the classes in surveying. 14. Mr. John D. Hoffmann was appointed in the autumn of 1874 instructor of Industrial Drawing. He is an ex perienced engineer and draughtsman, who was trained in Germany, has had long experience in the construction of public works, especially in the service of the U. S. Govern ment, and he is in all respects qualified to impart an exact knowledge of this most important art. 15. Mr. Albin Putzker entered upon his duties as special instructor in German, in the spring of 1874, and has suc ceeded in a remarkable degree in awakening a love of the study of that language among all classes of students. He was previously head of the Santa Barbara College. 16. The large number of scholars pursuing the study of French, under Professor Pioda, made it indispensable to provide an additional instructor in that department, and Mr. G. de Kersaint-Gily has accordingly been appointed. The place occupied by Mr. Corella as instructor in Spanish has been filled by the appointment of Mr. Charles D. Gom- pertz, who also devotes much attention to the Library. 17. Mr. Arthur H. Allen, graduate of Yale College, who was employed for a single year as instructor in the College of Letters, discharged these duties with skill and success until 12 STATEMENT OF PROGRESS, 1872-5, he was released from service at his own request. The place he had held was filled by the appointment of Mr. A. C. Bich- ardson, a graduate of Harvard College, distinguished for his knowledge of the classics, who still continues to give instruc tion. 18. In the summer of 1874, the Eegents determined to ap point as assistant instructors several young men who had re cently graduated. The amount of their compensation was not to be large ($600 per year), and it was not supposed that their duties would be responsible or onerous. But it was thought that they would be led to prosecute advanced studies under the direction of the Faculty, and would thus become better fitted for the duties of life. This plan, which is nearly equivalent to the establishment of graduate scholarships, has worked well. Two of this company of young men have been granted leave of absence without pay for one year, to pursue their studies in Germany ; four others are to remain a second year ; the seventh begins a professional course of study in law. The names of these seven graduate students are as follows: T. F. Barry, S. B. Christy, A. W. Jackson, E. A. Parker, J. C. Kowell, F. Slate, J. M. Stillman. 19. Professor George Davidson, a non-resident professor, who began to give instruction in Geodesy and the use of as tronomical instruments in the winter of 1873, was inter rupted in this work by being called upon to engage in the observations of the transit of Venus, in Japan. 20. Hon. S. J. Field, non-resident Professor of Law, pro poses to commence a course of lectures in the Spring of 1875. 21. The staff giving instructions at Berkeley now includes the President, thirteen resident Professors, two non-res ident Professors (Judge Field and Prof. Davidson), three lecturers for the current year (Professors Bessey and Brewer, and Dr. Becker), nine instructors, and seven graduate assist ants. There, are in addition, a Superintendent of the Agricult ural Grounds, a Gardener, a Foreman and a Manager of the Printing Office, and there are also occasional lecturers, whose services have been gratuitously given on one or more days. UNIVERSITY OF CALIFORNIA. 13 22. The number of students lias steadily increased since the opening of the institution, as the following figures show : In 1869-70 40 In 1870-71 , 78 In 1871-72 153 In 1872-73 185 In 1873-74 191 In 1874-75 234 The inconveniences at Berkeley were so many when the University was first established in its permanent place, that many of those who had proposed to enter were prevented from doing so, and some of the ladies who had been in at tendance withdrew from the classes. Since the close of the last academic year, 126 persons have applied for admission to the University. Twenty- six counties of this State, and several states of the Union, have their representatives at Berkeley. Of the present students, 171 are candidates for a degree. The number of ladies attending the classes is thirty-nine. There is no preparatory class. LEGISLATION. 23. In entering upon the office which I have held, it was my first duty to become acquainted with the laws under which the University was organized, with the policy that the Eegents had adopted for the organization of the University, and with the requirements of the community in respect to higher education. It was soon apparent that a great diver sity of views prevailed in respect to the scope of the Univer sity, and that these difficulties arose in part from the varied enactments under which the institution had been organized. A few words upon this subject may tend, perhaps, both to exhibit and to remove some of these difficulties. 24. The State of California, like most of the newer States of the Union, received from the General Government a cer tain portion of the public lands for the use of a seminary of learning ; and the Constitution of the State provided for the bestowal of these and other funds upon a State Univer sity. This was the nucleus of the University of California. 14 STATEMENT OF PROGRESS, 1872-5, 25. Independent of State action, a private corporation, established in Oakland, maintained for several years an in stitution of learning under the name of the College of Cali fornia. It acquired lands, funds, and good-will. When the University was organized it relinquished the field and gave up its property to the State, on condition of the perpetual maintenance of a College of Letters. 26. In 1862, the National Government bestowed on the various States of the Union a certain amount of scrip in the public lands, for the maintenance in each State of "at least one college where the leading object shall be, without ex cluding other scientific and classical studies, and including military tactics, to teach such branches of learning as are re lated to agriculture and the mechanical arts, in such manner as the legislatures of the States may respectively prescribe, in order to promote the liberal and practical education of the industrial classes in the several pursuits and professions in life." 27. The scope of this national endowment has been well defined by many writers, but by none more clearly than in the following paragraph, which was written by Professor Atherton, once of the Illinois Industrial University, and now of the Eutgers Scientific School in New Brunswick, New Jer sey. After referring to the terms of the grant as prescribed by Congress, he says : "This language certainly does not contemplate the teaching of " agricult ure " alone, but of all the natural sciences which underlie its laws and proc esses, all the mathematical and physical sciences which are the basis of the mechanic arts, and whatever else is adapted to promote "the liberal and practical education of the industrial classes," not even excluding classical studies. It is, in short, the statement of a comprehensive scheme for pro moting the higher education of the people a thing which the Government has been doing ever since it first had public lands to dispose of. The insti tutions thus founded have come to be generally spoken of as " agricultural colleges," simply for want of a more convenient designation, and prob ably, also, because "agriculture" happens to be the first important word in that part of the law just quoted." 28. After prolonged discussion among the friends of higher education, the Legislature organized the University of Cali- UNIVERSITY OF CALIFORNIA. 15 f ornia by an Act approved March 23d, 1868, which was some what modified by the passage of the Political Code, and has since received some additional amendments. The " Organic Act," thus modified, still governs the University. It is printed with the last legislative revisions in the University Eegisters for 1874 and 1875. 29. The Board of Eegents, on whom these laws devolved the administration of the University, was originally con stituted as follows, in four distinct classes : a. The Governor, Lieutenant Governor, and State Superintendent of Schools, all elected by popular vote, and holding office for four years, and the Speaker of the Assembly, holding office for two years, and elected by members of the Assembly, were the official representatives of the State. &. The President of the State Agricultural Society and the President of the Mechanics' Institute in San Francisco, elected annually by these societies, were the representatives of the agricultural and mechanical interests of the State. c. Eight members of the Board, holding office for sixteen years, were ap pointed by the Governor, with the approval of ttie Senate. d. Eight members of the Board, holding office for sixteen years, were elected as honorary Kegents, and were chosen "from the body of the State by the official and appointed members." 30. The law expressly declared that no member of the Board should be deemed a public officer by virtue of such membership ; but he should be deemed as discharging exclu sively a private trust. The Kegents were furthermore re quired to become incorporated under the general laws of the State. These provisions were intended to secure stability in the Board, and the removal of the University from political interference ; while at the same time the official representa tives of the State had power to prevent and correct abuses. Care was also taken, by providing six different modes of membership, and tenures of office which vary in length from one to sixteen years, that the Board should not be the rep resentative of any class or faction. Sectarian and ecclesiastical influences were precluded by a requirement that a majority of the Board should not be " of any one religious sect, or of no religious sect." 31. The Political Code of the State of California, which went into operation on the 1st of January, 1873, made sev- 16 STATEMENT OF PROGRESS, 1872-5, eral changes in the constitution of the Board of Eegents, the bearing of which upon the management of the University does not seem to have been fully considered. The Kegents are declared to be civil executive officers of the State, and all except the ex qfficio members are to be appointed, as vacancies occur, by the Governor, with the advice and con sent of the Senate. By the Legislature of 1873-4, the President of the Univer sity for the time being was made a member of the Board, and some slight verbal changes were made in the law. This is not the place to suggest further changes in the Organic Act, but some changes must be made before the University can be regarded as established on a sure founda tion. 32. It would be well for the State if these historic state ments in respect to the origin of the University of Califor nia were more generally remembered. It is frequently asserted that the University was founded as an Ag ricultural College, and that the College of Letters should have no place in the organization ; whereas the truth is, that the State, in its Constitution, provided for the establishment of "a University," and all subsequent legis lation has tended toward a liberal and comprehensive insti tution in which all higher studies should be taught. ADMINISTRATION. 33. Many changes have been made in the mode of con ducting the business of the Board one of the most impor tant of which has been the establishment of the Secretary's office at the site of the University, where he can personally oversee the expenditures of money. Another noteworthy change has been made in the organization of the commit tees of the Board. The number of standing committees was originally twelve. This plan had doubtless been adopted in order to interest every member of the Board in some department of the University's service, but the practical working of the ar- UNIVERSITY OF CALIFORNIA. 17 rangement had been to diffuse responsibility and to lessen interest. Recognizing this fact, the Board, at my request, soon determined to appoint one committee which should be a central committee and should be advisory to the Presi dent in the discharge of his duties. This committee was appointed by ballot, and consisted of five members, three of whom were to be residents of Alameda County. The members of this committee were originally Messrs. H. H. Haight, S. F. Butterworth, H. Stebbins, J. W. Dwinelle, and J. W. Martin. The place of Mr. Butterworth was subsequently filled by the appointment of Mr. J. Mora Moss. This committee has met frequently at the call of one of their number or of the President, and has devoted a very large amount of time to the consideration of all the affairs of the University. No important steps have been taken by the President without their knowledge and consent, and on them the Board of Regents has relied for advice in matters pertaining to the instruction and government of the students and the appointment of instructors. Their meet ings have been held on an average more frequently than once a month and have often been prolonged for two or three hours. The visits of the various members^ of the Committee to Berkeley have likewise been frequent. As a still further step toward efficient administration, the Board determined to make the quarterly meeting of June an annual meeting, and to require at that time the presenta tion of reports respecting the various departments of the University and the discussion of the most important measures, so far as they could be foreseen, for the ensuing year. The annual meeting for 1874 was held at Berkeley in the month of June. The number of the Committees has been reduced from twelve to five, and their duties are as follows: 1. The Advisory Committee, to advise the Board and the President on all such matters as may be referred to them. 2. The Finance Committee, to audit all bills and to supervise the financial affairs of the University. 18 STATEMENT OF PROGRESS, 1872-5, 3. The Land Committee, to supervise the work of the Land Agent, and to superintend the sale of the national land grant. 4. The Committee on Buildings and Grounds, to supervise the care of the property of the University. 5. The Law Committee, to give advice on legal points. SURVEYS OF THE SITE. 34. The right development of a site which is to be the seat of a University for a long time to come has naturally required a great deal of consideration, and much of this preliminary work has been done since 1872. 35. The College of California, before it transferred tfye Berkeley property to the University, had caused it to be carefully examined by the well-known landscape engineer of New York, Mr. Frederick Law Olmsted, who prepared a plan for its improvement, accompanied by an elaborate map. The date of his report was June 29th, 1866. His views in respect to the uses of the grounds were published in a pamphlet, and are still of much value; but the or ganization of the institution, when it passed from the control of a private corporation to that of the State, was varied, and this made it necessary to deviate in many respects from his suggestions. It is obvious that the requirements of a State University were very different from those of a simple college. Copies of Mr. Olmsted' s report are now scarce, and it would be well if such portions as are of permanent value could be reprinted. All my endeavours to find the map which Mr. Olmsted prepared have been without success. When the Regents of the University entered upon the site, Mr. Low, a landscape gardener of San Jose, was employed to lay out the roads and paths which were most requisite. It became important also to determine upon the bearings which should be given to the college buildings which were first to be constructed. It was decided by the architect to place them at right angles to an axial line which divides the property into two nearly equal portions, and which pro tracted bisects the Golden Gate. 36. As a trustworthy basis for future improvements, the UNIVERSITY OF CALIFORNIA. 19 Regents requested the Chief of the United States Coast Sur vey work on the Pacific to cause a plane-table survey of the site to be made. This was done in the spring of 1878 by Mr. Cleveland Rockwell. At a later day, Mr. William Hammond Hall, the Land scape Engineer of the Golden Gate Park of San Francis co, was requested by the Regents to present a plan for the improvement of the grounds, having in view what had already been done, and what were likely to be the require ments of the University during a long period to come. His plan, which is dated February 21st, 1874, is printed in the statement of the Regents to the Legislature in the session of 1873-4. It has been approved and adopted by the Board. An accurate survey of the boundary lines has also been made. There are now no funds for the general improvement of the grounds, as the resources set apart for out-of-door work are devoted to the development of the agricultural and horticultural department. As soon as the means of the University permit, the work of road-making and grad ing should be prosecuted with, efficiency. 37. In further preparation for the growth of the Univer sity, the students of Civil Engineering, under the guidance of the professor in that department, are making a very minute survey of the site. Two parts of this survey have been completed, the region around the two large buildings now constructed, and the water-shed and water-courses connected with the water supply of the University. Professor Soule has made an elaborate report, which remains in manuscript, upon the water question, having in view not only the present necessities of the institution, but also the probability that a large neighborhood will require to be supplied from the springs which the University con trols. This report might well be printed. He has also furnished the following note in respect to the topography of the site: 20 STATEMENT OF PROGRESS, 1872-5, " I have found already in my teaching that the topography of the site is not only beautiful in a landscape and architectural point of view, but is excellently adapted to instruction in all branches of field engineering. The diversified character of the surface brings into use all the systems and principles of sur veying and topography. It is in area 200 acres, is watered by numerous springs in the hills, and the collection and disposal of this will furnish here after abundant study and practice to the engineering student. With the spring water and surface water saved, the grounds could be thoroughly irri gated throughout the year, and made to blossom as the rose. The lower por tion of the grounds is flat and moist throughout the year, and will nourish such trees, flowers, and shrubs, as require such soil. Then there is a higher plateau, upon which the various buildings have been, or are to be located, forming the campus proper. Beyond, toward the Monte Diablo Range, the ground rises into hills, the highest of which is 884 feet above tide-water, and 584 feet above the base of the south college. The average height of the tract is 400 feet above tide- water. The hilly portion could be well utilized for forestry. The University is supplied with water from a reservoir of 38, 000 gallons capac ity, situated at the foot of Strawberry Canon, and at an elevation of 205 feet above the basement of the south college. It will carry water entirely over any building contemplated. Other springs of large resources will be reclaimed and brought in, from time to time. Strawberry Creek is for a large portion of the year a beautifully clear stream ; during the winter it discharges an enormous quantity of water, and runs between steep banks ten to fifteen feet in depth, and with a span from thirty to 100 feet. Along it are found many shady quiet nooks, gracious to the scholar, philosopher, and naturalist. The soil of the lower portion of the site is a deep, rich adobe, capable of being wrought into a soil of great productiveness; on the plateau it is a lighter kind. On the hills there is a thin soil of decomposed shale rock, etc. It would be difficult to find with in so small an area as the University site a spot with so many varieties and capabilities in the way of soils, irrigation, and exposure." 38. The University has thus at command several accu rate maps of its Berkeley property, viz : a. The plane-table map prepared by Mr. Rockwell, of the U. S. Coast Survey. 6. The project for the improvement of the grounds, by Mr. W. H. Hall, of San Francisco. c. The survey of the boundary lines. d. The survey of the water rights of the University and their connections, prepared by Professor Soule. e. Detailed plats of different portions of the grounds, prepared by the stu dents in Engineering and Surveying. Mr. Hawkins has taken special interest in the study of the site, and in ascertaining accurate data in respect to its characteristics. UNIVERSITY OF CALIFORNIA. 21 BUILDINGS. 39. Two large and commodious buildings have been con structed for the University at Berkeley. The plans for these structures were made by Mr. David Farquharson, architect, of San Francisco, and were adopted by the Board before my connection with the University. The brick building sometimes called the College of Agriculture, but officially designated by the Regents as the " South Hall," was constructed under the direction of Mr. Farquharson; the wooden building, sometimes called the College of Let ters, but officially designated as the "North Hall," was con structed without the architect's supervision, and the inte rior arrangements were in some respects changed from his original plans by the direction of the Board of Regents. The corner-stone of the first building was laid in August, 1872, with public ceremonies; the corner-stone of the second building was laid in the spring of 1873, in the presence of the officers and students of the University. Both these buildings were occupied at the commence ment of the college year in September, 1873, although some of the interior arrangements were not completed. The South Hall contains the Library, museums, labora tories, Agricultural rooms, Secretary's office, and an ad mirable scientific lecture-room. The North Hall contains the class-rooms for Mathematics, Physics, Engineering, Mechanics, Languages, and Literature, together with a large assembly-room, Faculty rooms, armory, printing-of fice, etc. The dimensions of the brick building are as follow : length, one hundred and fifty-two feet ; average width, fifty-six feet. There are four stories, and thirty-four rooms in the building, six of them being thirty-two by forty-eight feet, and several of the others twenty by twenty-six feet. The length of the north building is one hundred and sixty- six feet ; its average width, sixty feet, and its height sixty- four feet. It has four stories, and is divided into twenty- eight compartments. The assembly-room is forty-three by 3 22 STATEMENT OF PROGRESS, 1872-5, fifty-eight feet, and the philosophical lecture room thirty- six by fifty-eight feet. COURSES OF INSTRUCTION. 40. The changes in the courses of instruction during the last three years are partly such as have been occasioned by the increase in the number of teachers, and by the improved facilities for instruction afforded by the new buildings at Berkeley. Some of these changes are important enough to be ex plained. In addition to the original courses of study in Agricult ure arid Letters which were commenced in 1869, a course in Engineering was begun in 1871. Since then the courses in Mechanics, Mining, and .Chemistry have been estab lished, and the course in Letters has been separated into a classical and a literary course. In accordance with the phraseology of the laws of the State, these courses are com monly spoken of as " colleges." At the head of each of these seven ^departments of instruction is a professor, who acts under the President and Faculty as the director of the studies of the course. These seven courses and their directors are as follows : Agriculture PBOFESSOE HILGAED. Mechanics . . Mining Chemistry . . Engineering Classics Literature. . . JOHN LECONTE . ASHBUENEE. RISING. SOTJLE. KELLOGG. SILL. 41. The five courses first named are commonly spoken of as the " College of Science," and the two last named as the " College of Letters." The Scientific Faculty and the Lit erary Faculty meet together as one body for the govern ment of the students. All the Faculties of the University, including the Medical, constitute by law an " Academic Senate," the meetings of which will not probably be fre- UNIVERSITY OF CALIFORNIA. 23 quent. The President of the University is the presiding officer in these various Faculties, and the Dean of the Aca demic Senate is the Secretary of that body and of the joint meetings of the Scientific and Literary Faculties. In the five technical courses, the first two years are de voted chiefly to those studies which are fundamental and of general importance to Mathematics, Elementary Chem istry, Physics, Natural History, and Modern Languages, in cluding English. During the last two years, the special subjects of the^ several courses predominate, that is to say, Agriculture, Mechanics, Mining, Chemistry, or Engineer ing. The degree given at the conclusion of each of these courses is that of Bachelor of Philosophy in the College of Agriculture, Mechanics, etc., as the case may be. Full particulars in regard to these courses are given in the Reg ister of the University for 1874-5. 42. The examinations for admissions have been made more strict, but the terms of entrance have not been altered. To explain the character of these examinations, both to teachers and scholars in distant parts of the State, a circular has been carefully prepared and widely distributed. It is printed as Bulletin No. 6. At the examinations for admission in the autumn of 1874, there were 126 candidates, of whom 54 were admitted with out a condition, six withdrew of their own accord, and fif teen were found deficient in two principal studies and advised to withdraw. Of those who were admitted on condition of making up their deficiencies, nineteen were conditioned in mathematics, and in the College of Letters thirteen were conditioned in Latin. There are two principal examinations every year, one at the end of the first term called the " semi-annual," and one at the end of the year called the "annual." These examina tions cover the work which has been done during the semester or the year just previous. The effect of these ex aminations on the standing of a scholar is carefully adjusted by rules which the Faculty have adopted. 24 STATEMENT OF PROGRESS, 1872-5, 43. The order of the University, during the three years, has been good. The number of cases requiring discipline from the Faculty for improper conduct has been exceedingly small. There has been no system of police, nor of tutorial or military supervision. There have been few regulations, and few penalties, but the constant effort of the instructors has been to impress upon the scholars a sense of the advantages here bestowed upon them, and to let it be understood that those who do not appreciate these advantages are liable at any moment to be deprived of them. This simple under standing has been sufficient to secure the respectful obe dience of the pupils, and cases of neglect and carelessness have been exceedingly rare. Visitors to the public build*- ings are constantly surprised to see the good order in which they have been kept, and are more surprised to learn that this good condition is not the result of frequent repairs, nor of heavy penalties, but of constant attention and care on the part of the students. TECHNICAL AND SCIENTIFIC INSTRUCTION. 44. From what has been already said, it is obvious that special attention has been given to technical or scientific instruction, in accordance with the terms of the Congres sional grant, making it necessary to provide instruction in those branches of learning " which are related to Agricult ure and Mechanical Arts." Five of these modern courses or colleges are now maintained in the University, namely: 1. Agriculture. 4. Engineering. 2. Mechanics. 5. Chemistry. 3. Mining. 45. The general character of this instruction is indicated by the following report from the Faculty, presented to the Legislative Committee, February 28th, 1874. Since that time the three deficiencies referred to at the close of their report have been supplied. First, the out-door work has been be gun, including the establishment on a good plan of an orchard, botanic garden, propagating-houses, and experi- UNIVERSITY OF CALIFORNIA. 25 ment station in agriculture and horticulture ; second, in struction has been given by Professors Bessey and Brewer in economic Botany and Zoology; and third, special in structors have been appointed in Industrial Mechanics and Industrial Drawing. " What is the course of study in the University of California, in Agricult ure and Mechanic Arts? " The Faculty of the University, February 28th, 1874, in reply to this formal inquiry, made the following answer. By a comparison of their statements with those of other kindred universities, it will be seen that the statement of Professor Carr is corroborated when he said to the Joint University Commit tee that with one special provision made, ' we shall compare very favorably with any agricultural college in the country so far as in-door instruction is concerned : ' " BEPOBT. It may be premised that the object of the course of instruction given in the University in all its departments, including those of Agriculture and Mechanic Arts, is to furnish a broad and liberal culture adapted to the various callings of intelligent and educated citizens. With this aim in view, the course of instruction in the Colleges of Agriculture and Mechanic Arts has been so arranged as to embrace the following sub jects: "1. An English Course: embracing the history and structure of the English Language; Ancient and Modern History, Bhetorio, and Logic. This course extends through four years. " 2. A course in Modern Languages: embracing one or more modern lan guages, extending through three or four years. " 3. A complete course of Mathematics, as constituting the basis of all scien tific education, extending through three years. "4. A three. years' course of Mechanics and Physics : Mechanics, embracing the principles of machinery and the manifold applications of power, Hydro statics, Hydraulics, and Pneumatics; Physics, embracing the principles of Heat and its various effects in Evaporation, Rain and Dew, etc. ; the princi ples of the Steam-engine; Electricity, Magnetism, and Electro-magnetism; Acoustics, Optics, and other physical subjects, the knowledge of which is necessary to the intelligent farmer and mechanic. *' 5. A three years' course in Natural History and Geology. The course in Botany embraces the Structure and Physiology of Plants i. e., how plants germinate and grow and feed the nature of their food, the circulation of sap, the changes which it undergoes, etc. The connection of this course with Agriculture is close and direct. "The course in Zoology embraces Comparative Anatomy and Physiology, and the Laws of Eeproduction in Animals. The connection of these subjects with stock-feeding and stock-breeding is evident. "The relation of Geology to Agriculture is scarcely less important, since soils are derived from the disintegration of rocks, and their nature and fertility are, therefore, largely determined by the character of the country rock. 26 STATEMENT OF PROGRESS, 1872-5. "6. A course of Chemistry, general and analytical, embracing qualitative and quantitative analysis and laboratory work. The importance of this course, as forming the basis of scientific agriculture and many branches of arts, is evident. This extends from two to four years. "7. A course of Engineering and Surveying, which is important in its ap plications to irrigation and reclamation of lands. "8. Courses in Astronomy, Physical Geography, and Political Econ omy. "9. Besides these eight courses, which provide such a liberal culture as every educated citizen should possess, and many portions of which have a close connection with practical agriculture and mechanical arts, a special course is given to the students in the Agricultural College, by the Professor of Agricult ure, on the subjects relating more specifically to that department. " No special instruction is given in Applied Mechanics, except such as is given in the course of Mechanics and Physics, as no instructor has been pro vided for this department. "The special instruction in Agriculture and Mechanic Arts is still defic ient in desirable completeness. To meet this deficiency, the following sug gestions are made: " 1. Facilities for scientific and practical experiments in Agriculture and Horticulture, including a Botanic Garden and an Arboretum. "2. Instruction in Economic Botany and Zoology, including the study of insects injurious to vegetation, as recommended in the reports of the Re gents. " 3. Special instruction in Applied Mechanics, as already recommended in the report of the Regents for 1873, pp. 29 and 30." COLLEGE OF AGRICULTURE. 46. The most noteworthy changes in the College of Agri culture are the appointment of a new professor in that depart ment, the commencement of field and garden work, and the enlistment of special lecturers to supplement the regular instructions of the professor. The out-door work is subordinate and auxiliary to the class-room instructions of the Professor of Agriculture, but its general direction is intrusted by law to the Secretary. Under him an accomplished and experienced gardener has been employed. 47. On the 1st of February, 1875, Secretary Stearns made the following report of the work which he had commenced. A more extended statement may be expected before the session of the Legislature : UNIVERSITY OF CALIFORNIA. 27 "On the first day of June, 1874, work in this department was commenced, and has been pursued with energy. " A portion of the grounds dedicated to practical agriculture has been thoroughly plowed, graded, and otherwise prepared by deep trenching and working over, for nursery purposes. " Two propagating-houses have been constructed and were ready for use in the latter part of August, 1874, and a commodious and convenient building for work-rooms, with suitable benches for potting and handling plants con structed, with storage arrangements for prepared soil, pots, tools, etc., and a suitable office for gardener, and sleeping-room for watchman. "The propagating-houses are of the dimensions respectively of thirty by twenty feet, and sixty-four by fifteen feet, and in the rear of the latter is a lab oratory pertaining to said houses, sixty-four feet in length by twelve feet in width; these buildings are arranged so as to facilitate the work, and so con veniently placed that the whole is easily supervised by the gardener. "The propagation of plants of economic value, as well as such species as are more particularly required for the purpose of illustrating general botany, and ornamenting the grounds, in pursuance of the general plan devised by Mr. W. H. Hall, was at once commenced, and such vegetable forms as are val uable to the pomologist, and necessary to illustrate floriculture and arboricult ure, have already been produced in large numbers. The entire domain be longing to the University includes two hundred acres, sloping to the west, a parallelogram in general shape, and presenting quite a diversified topography; its lower portion being about two hundred feet above the level of San Fran cisco Bay, and rising toward the east into hills, the summits of which are about nine hundred feet above the sea-level. Some forty acres are reserved for agricultural purposes and experiments, and the remainder to illustrate thfe principles and methods of landscape ornamentation, forestry, botany and al lied studies. " A well-designed and convenient barn, thirty-six by forty-four feet, and a story and a half in height, has been built, and the principal road which traverses the farming-grounds has been marked out and partly graded, to facilitate the farm work. "The propagating-houses were ready for use on the 22d day of Au gust, since which date 10,000 plants of 20 species of eucalyptus, 5,000 aca cias of 25 species, 200 species of native and foreign coniferae, also numerous rare forms peculiar to Australasia, South and Central America, and elsewhere, and many species of textile,, medicinal, and other economic plants, have been produced. We may mention 112 varieties of roses, 13 of azaleas, 12 of ca- melias, and six of magnolias, for ornamental purposes. "The planting of a standard orchard, for the purpose of correcting the nomenclature of the fruits already in cultivation, and for furnishing hereafter cions and plants for distribution through the State, as well as for the intro duction of new varieties to be distributed as above, has received proper con sideration. The following have already been planted, and it is our intention to still further enlarge the list : 28 STATEMENT OF PROGRESS, 1872-5, Apples 141 varieties. Siberian Crab-apples 14 Pears 152 Cherries 82 Plums 57 Peaches 89 Apricots 22 Quinces 2 Nectarines 15 Grapes 73 Blackberries 7 Gooseberries 8 Currants 8 Baspberries 34 Strawberries 35 Filberts 3 Asparagus 1 Ehubarb 16 Mulberries 6 And all the species of walnuts and chestnuts. We have also procured many varieties of oranges, lemons, limes, etc. " Among the apples are nine new Eussian varieties, and the peaches in clude seventeen of Elvers' new seedlings. " Our thanks are due to many friends for plants and seeds of desirable va rieties, both of ornamental and useful plants; especially so to Mr. Eegent Bo- lander, Mr. S. Nolan, Dr. A. Kellogg, Mr. W. J. Fisher (Naturalist of the Tuscarora Telegraph Sounding Expedition) ; and to Dr. C. L. Anderson, of Santa Cruz, Cal., for choice species of willows, as well as to other parties who have presented smaller lots. "It is not to be expected, with our local climate and soil, that all of the above can be successfully grown at Berkeley, but it is altogether probable that many of them can be successfully cultivated, and we may be able to add more or less to the number of useful varieties now produced in the State." 48. The gardener has utilized, so far as he could, the volun tary labor of some of the students, paying for it a fair price the same as is paid to other working persons of like capacity. Those students who are especially enrolled in the College of Agriculture have had the opportunity of be coming acquainted with these out-of-door operations, and were required at the end of the first half-year to make re ports upon the same. The out-door work may be considered partly as agricult ural, partly as horticultural, partly as botanical, or it may UNIVERSITY OF CALIFORNIA. 29 be regarded as having reference in part to the beautifying of the grounds, by planting upon them rare, useful, and ornamental trees, shrubs, flowers, etc., both native and ex otic; and in part as having reference to the trial of experi ments in the practical work of the farm or garden. 49, During the present college year, three distinguished lecturers from other colleges in which technical instruction is made prominent have given courses of lectures at Berke ley, and a miscellaneous course of lectures on agricultural subjects, by residents of California, has also been arranged. These lectures are given before the College of Agriculture, but are open to all persons who desire to attend them, whether members of the University or not. At a future time, other courses of lectures may be ex pected; among them, a course by W. S. Clark, LL. D., President of the Massachusetts Agricultural College, Am- herst, and a course by Professor E. S. Morse, A. M., of the Peabody Institute, Salem, Mass. The lecturers and their subjects, for 1875, are as fol low: " 1. On the Analysis of Soils: by Professor Eugene W. Hilgard, Ph. Dr. of the University of Michigan. "2. On the Chemistry of Household Life: by Professor Eugene W. Hil gard, Ph. Dr., of the University of Michigan. " 3. On Economic Botany; or the Plants which are Useful and Harmful in Human Industry: by Professor C. E. Bessey, M. S., of the Iowa Agricultural College. "4. On the Improvement of Varieties in Plants and Animals: by Professor C. E. Bessey, M. S., of the Iowa Agricultural College. "5. On Stock Breeding: by Professor W. H. Brewer, A. M., Botanist of the California Geological Survey, and Professor of Agriculture in the Sheffield Scientific School. "6. A miscellaneous course of subjects pertaining to agriculture. The following gentlemen have been invited to lecture: " On Insects Injurious to Vegetation : Henry Edwards, Esq., San Fran cisco. " On Forestry: Professor H. N. Bolander, Sacramento. "On Orange Culture: Dr. J. Strentzel, Martinez. "On Wheat: Horace Davis, Esq., San Francisco. "On Local Field Botany: Dr. W. P. Gibbons, Alameda; Dr. A. Kellogg, San Francisco. 30 STATEMENT OF PROGRESS, 1872-5, "On Cotton Culture: J. W. A. Wright, M. A. "On the History of California Agriculture: W. B. Ewer, M. A., San Francisco. *, " On the Lower Forms of Vegetable Life: Dr. H. W. Harkness, San Fran cisco. "On the Eucalyptus Tree: Mr. B. E. C. Stearns, Berkeley." COLLEGE OF MECHANICS. 50. Instruction in the science of Mechanics has been given in the University by Professor John Le Conte since 1870, but for the further development of the College of Mechanics, two new instructors have been appointed re cently Professor Hesse and Professor Hoffmann ; the for mer to give instructions in Industrial Mechanics, and the latter in Industrial Drawing. These gentlemen are re garded as qualified in a high degree to give efficiency to this part of the University. Professor Hoffmann's classes are already well organized, and he has begun a collection of diagrams and models which will prove very helpful in his work. An order has been sent to Darmstadt for a col lection of Schroeder models illustrative of the elements of mechanism, to be purchased at an outlay of $1,000, and their arrival may be soon expected. * Professor Hesse began his service after the work of the year was so far in progress that it was not easy at the mo ment to organize a class for his instruction, though he has offered to give special instruction to all who wish it. In the meantime, he has undertaken to make an investi gation which will undoubtedly have a very important bear ing upon the industries of this State an investigation of the strength of the timbers which are grown upon the Pa cific Coast. Accurate information is very much needed on this subject by all who are concerned in the use of woods. In order to devise a successful mode of procedure, a meet ing was held in February of the present year, which was attended by most of the scientific professors in the Univer sity, and by several well-known engineers and builders whose pursuits had caused them to pay particular attention UNIVERSITY OF CALIFORNIA. 31 to the character of the woods of this coast. By their united suggestions, a plan was devised for the collection of specimens, and for determining accurately the circum stances of growth. By the agency of the Central Pacific Railroad and Wells, Fargo & Co., these specimens will be collected from every part of the State and brought to Oak land. Meanwhile, Mr. Hesse is engaged in the construc tion of the instruments by which the woods will be tested. The results of this work will be communicated to the Leg islature, and will be published for the benefit of all who are engaged in any department of construction. The sugges tions of Professor Bessey, who took a lively interest in this matter, should here be gratefully mentioned. 51. As a preliminary statement of what he has under taken, Professor Hesse has given me the following note: OAKLAND, March 22, 1875. " Having been intrusted with the management of the experimental inquiry relating to the woods of the Pacific slope, I deem it proper, on the eve of your departure for the East, to give you a short synopsis of the progress made so far, and of my views as to its ultimate practical value. "I am justified in stating, that with the co-operation of the Pacific Rail road Company, Wells, Fargo & Co., and the Scientific Department of the Uni versity of California, results can be obtained more comprehensive, and, I hope, more thorough than any yet produced in the East or in Europe. Our slope is noted for the variety and quality of its timber, which has already at tracted the attention of the manufacturing interests of Europe, and a knowl edge of its properties will not only guide the manufacturer in its selection, but lead to new applications. " Circulars, containing questions calculated to elicit every possible kind of information, have been printed for the use of the collectors. The specimens, consisting of entire segments of the trunk, will be forwarded to San Francisco to undergo the process of seasoning. This preparatory work will naturally extend over quite a period of time, during which the tests are being made as fast as the specimens can be furnished. The students will assist in the ex perimental tests, to get accustomed to the handling of instruments for experi mental inquiry. "At present I am engaged in the construction of the necessary appa ratus to make the following experiments : " 1. On the strength of direct cohesion of the fibres of wood. "2. On the lateral adhesion. "3. On the transverse strength. " The mechanical action of the strain, which takes place in test 1, is by far the simplest, yet the most difficult to submit to actual experiment in wood. 32 STATEMENT OF PROGRESS, 1872-5, And it is to some extent owing to this circumstance that so little agreement is found in the experimental results obtained heretofore. For this reason it has been my especial aim in the construction of the apparatus to remove all the objectionable features, which might prevent the obtaining of a reliable re sult. The main points which claimed my attention in this connection have reference, " To the influence of vibrations during the test. "To the necessity of applying the strain in the direct line of the fibres and of the mathematical axis of the body to be tested. " To adapt the apparatus to the testing of the lateral adhesion of the fibres of the wood. " I am confident in stating that the plan I have adopted completely covers these points. "The drawings are now in the hands of the pattern-makers, and I look to the completion of the test machine in a very short time. "I may mention here, that I attach great importance to test 2, for the following reasons : " The recognized formula for transverse strength is probably correct only for that material which presents the same cohesive strength in every direction, as is generally found in homogeneous substances. In most woods we find a very different condition. The lateral cohesion is often one-twentieth or less of the direct cohesion of the fibres. The established formula, which meas ures the resisting force directly by the breadth, the square of the depth, and inversely by the length, is based on theoretic considerations, embracing only direct cohesion and compression, and assumes that lateral cohesion is suffi cient to resist the resultant shearing forces. I doubt the correctness of such general assumption, and believe, moreover, that the elasticity of the wood, under the action of forees parallel to the fibres (shearing forces), ought to be separated in the formula. " I have for this reason consulted the tests that were made by Buffon, under the auspices of the French government, as to the transverse strength of oak of various dimensions, and by far the most valuable ever made, both as respects* the number and the size of the pieces of timber on which they were made. Now, if the old formula is correct, the constants computed from each of the above-mentioned experiments ought to approximate the total average result. But I found that these co-efficients decreased rapidly with an increase of the ratio of the depth with the length of beam, which seems practically to bear out the above assertion. " I am at present engaged in the investigation of the distributed forces, to establish, if possible, that relation above mentioned, and if successful, the re sults obtained from experiments can be applied so as to produce a more re liable result, a point of great practical utility. " To Mr. Chauncey Taylor I have to express my thanks for his kindness in offering any facilities which his lumber-yard may afford, and also the results of his experience as to the best selection for my purpose. . " I must also mention in this connection Joseph Moore, the able Superin tendent of the Kisdon Iron Works, for having presented me with a steelyard, and for his readiness to assist the enterprise." UNIVERSITY OF CALIFORNIA. 33 52. The following circular has been issued in regard to this investigation. "The University of California, with the generous co-operation of railroad engineers, and others practically interested in the investigations, proposes to make a thorough examination of the timbers grown and used on the Pacific Coast especially for the purpose of ascertaining their strength, durability, and adaptation to various industrial, engineering, architectural, mechanical, and manufacturing purposes. " The result of these investigations will be reported to the Legislature and published for the benefit of the people in this State and at a distance. The suggestions and co-operation of scientific and practical men will be greatly appreciated. " By the agency of the C. P. B. B. Co., S. P. K. B. Co., and Wells, Fargo & Co., specimens will be collected and brought to the University. The me chanical tests will be made by F. G. Hesse, Oakland, Professor of Industrial Mechanics, and he will be assisted in other departments of the investigation by the professors of Botany, Agriculture, Chemistry, Physics, and Engi neering. " In connection with this work, the collections of the University in Econom ic Botany and Vegetation will be increased. Interesting specimens for the Museum are solicited. Communications on the subject may be addressed to the Secretary of the University. "NOTES TO ACCOMPANY EACH SPECIMEN: "Number. " Collector's name. "Date when cut. "NAME OF TREE: Common and Local. [If several names are known, mention them.] Botanical. "PLACE WHERE GROWN: State. County. Altitude. [Near summit, or foot of mountain, and on what side.] " Whether native growth or cultivated. "Whether isolated or surrounded by other trees of the same kind; if otherwise, state what kind of trees. "Exposure. " Nature of soil, moist or dry. "Knowledge of the durability of wood. " General condition of the tree, height, age, health, or soundness. " DIRECTIONS FOR CUTTING. Cut segments of the trunk five feet long; one, from five to ten feet above ground, according to size of tree; another in middle, and one near top. Collect foliage, branches, and fruit (including acorns, cones, seeds, etc.), to ascertain the botanical name. Mark on each piece the number of the tree (corresponding with the label), the collector's name, and whether cut above ground, at the middle, or top; and also the north point of compass. Include forest trees, acclimated, and second growth." 34 STATEMENT OF PROGRESS, 1872-5, COLLEGE OF ENGINEERING. 53. The College of Engineering was organized after the appointment of Professor Soule, in 1871, and has been steadily strengthened from year to year. The services of Mr. Hoffmann are already found to be of great value to the students of this course. The preliminary mathematical studies, which are taught with great thoroughness during the first two years of the University curriculum, give a sub stantial foundation for the later professional studies of civil, mining, and mechanical engineering. A subdivision of this course, with reference to the profession of the architect, will doubtless, at some future day, be desirable. This department has an excellent collection of instruments, including transits, levels, barometers, etc., which are con stantly used in field work by the students; a superior plane- table and a solar compass have been ordered. It has also the beginning of a collection, made by Professor Soule, of models of engineering construction, arches, domes, roof and bridge trusses, etc. It has also a valuable cabinet, ex hibiting the woods and metals used in construction, artificial stones, cements, preserved woods, etc. Among its maps and diagrams are many of those published by the U. S. Coast Survey, U. S. Lake Survey, U. S. Engineer Corps. The study of astronomy is aided by globes and astronom ical diagrams, by the plates illustrative of the heavenly bodies, published by the Observatory at Cambridge, and by the photographs taken at Mr. Rutherford's Observatory. By the liberality of the War Department, several valuable astronomical instruments have been recently loaned to the University. COLLEGE OP CHEMISTRY. 54. The College of Chemistry was organized after the re turn of Professor Rising from Europe, and his commence ment of work in the autumn of 1872. The completion of extensive and well arranged laboratories, the appointment of several assistants, and the introduction of practical labor- UNIVERSITY OF CALIFORNIA. 35 atory exercises as a part of the elementary instruction in chemistry of all the University students, and the engagement of a lecturer on metallurgy, are among the measures which have given a rapid development to this college. Its course of studies has been carefully arranged for those who can remain four years; but ample facilities are afforded to all who wish for the opportunity to make for a shorter time a specialty of chemistry. Professor Rising has furnished me with the following account of the Laboratories for Analytical Chemistry : "These were planned after the most careful study of the newest and best- arranged laboratories of this country and Europe, with the aid and advice of many experienced teachers of analytical chemistry. They are commodious, convenient, well-lighted, and adapted to the study of analytical chemistry in all its branches and to the carrying on of original research. "The Qualitative Laboratory, on the first floor, is thirty by fifty feet, with a southern exposure, and is lighted by nine large windows and well ventilated. On the sides of the room are six evaporating niches, closed by glass slides, where acids and the like substances may be evaporated and the fumes entirely excluded from the building. A sand-bath inclosed by a glass hood and provided with a good ventilating flue for evaporations; a muffle for drying, roasting, and igniting substances; and a furnace for fusions, furnish the needed facilities for all chemical operations in the laboratory which re quire direct heat. "The room contains eight working-tables, each table intended for four stu dents, thus accommodating thirty- two. These tables are nearly an exact copy of those in the University Laboratory at Berlin, and are very complete and con venient. Each student is supplied with water and sink, etc., and has a com plete set of re-agents under his control. The tables are also provided with gas connections, and gas will soon be supplied to the laboratory. ' ' A small room intended for a sulphureted-hydrogen room, and provided with hood, tables, sink, etc., connects with this main room. " Another room, also connecting with the main laboratory, is intended for a re-agent and apparatus room, but is temporarily used as a laboratory for elementary chemistry. " Adjoining the sulphureted-hydrogen room, but not connected with it, is a room designed for gas analysis. " Another room on the same floor was designed for toxicology, but is now used for another purpose. " On the second floor, immediately above the Qualitative Laboratory, is the Quantitative Laboratory, also thirty by fifty feet, with very high ceilings and well-lighted. This room, like the one below, is provided with evaporat ing niches and eight students' desks of black walnut, and accommodates the same number of students (thirty-two). A sand and steam-bath, with hood 36 STATEMENT OF PROGRESS, 1872-5, and drying ovens, supplies the needed accommodations for evaporation, dry ing precipitates, etc.; also, all the distilled water needed in the laboratories. A number of Bunsen's filter pumps supplies an abundant opportunity for rapid filtration. Glass cases on either side of the main entrance to the Quantitative Laboratory are intended to contain a chemical cabinet. Here are to be placed collections of chemical compounds neatly put up and labeled and systematically arranged. They are placed where they must be almost constantly seen by the students, and are intended for instruction. The ven tilation of this room is also good, " Connecting with this room is a fusion and re-agent room. This room contains a blast lamp, conveniences for organic analysis, a hood with ven tilating flue, shelves and cases for re-agents, etc. "Convenient to the main laboratory is a balance room, supplied with three of Becker's best balances. This number will be increased as the needs of the department demand. The room also contains a few scales for rougher weighing. "A private laboratory for the Professor of Chemistry connects with the Quantitative Laboratory. This is of moderate size, and is supplied with two working- tables like those in the main room, but smaller. It also contains a table with pneumatic cistern, sink, cupboard, cases, shelves, drawers, etc. Here the finer apparatus, glass-ware, etc., to be used in research, is stored. "LABORATORY FOR ELEMENTARY CHEMISTRY. This laboratory was not provided for in the original plan. The most available room for the purpose was the apparatus room of the Qualitative Laboratory, and this room is used for that purpose until a better place can be provided. It is very plainly fitted up with shelves, tables, cases, and cupboards, and accommodates at one time twelve students. " All the students of the University, at some time during their course, must complete a course of practical chemistry in the laboratory. The rapidly in creasing number of students in the University will soon make it necessary to provide a larger and more convenient room for this purpose. "CHEMICAL LECTURE-ROOM. The room immediately above the Quanti tative Laboratory was designed for a chemical lecture - room. It is pro vided with a long lecture-table, at one end of which is a sink and pneumatic cistern. Underneath the sink and cistern are two gasometers, which are to supply oxygen and hydrogen when wanted during the lecture. At the end of the table is a mercury cistern, a flue for carrying off noxious gases, etc. Back of the table are two evaporating niches, a blackboard, etc., and on either side cases for chemicals and apparatus needed for illustration of lectures. A small hoist connects with the laboratory below. " The seats are arranged in rows, one above the other, so that the view of the lecture-table is never obstructed. "The room itself is exceedingly pleasant; it is thirty by fifty feet, twenty- three feet high, and lighted with a large skylight covered with ground glass, and four large windows. "CHEMICAL APPARATUS FOR THE USE OF STUDENTS. The Laboratories for Elementary and Analytical Chemistry are supplied with the apparatus needed in the prosecution of the study of these branches. This is loaned to the UNIVERSITY OF CALIFORNIA. 37 students, and may be returned to the Laboratory without charge if not damaged. " The Laboratory has two spectroscopes for the use of students, and when gas is supplied every student of chemistry will have an opportunity of becom ing practically acquainted with their use. " The Laboratory has a good supply of such apparatus as may be needed in carrying on original investigations. " CHEMICAL APPARATUS FOB ILLUSTRATING LECTURES. This includes a set of Hoffmann's apparatus for illustrating volumetric composition, made by Geisler at Berlin, a Bunsen battery, induction coil, glass-ware, crystal models, collections of minerals, diagrams, etc. A set of furnace models, manufactured by Schuhmann of Freiberg, is soon to arrive. "The total cost of chemical apparatus, including that for the use of students and for illustrating lectures, was about $8,000." COLLEGE OF MINES. 55. This department has recently been organized under the direction of Professor Ashburner, and its plans will be developed as fast as the funds are provided. During the coming year, Dr. Becker will "instruct in Metallurgy, and Professor Hilgard will form a class in Mineralogy, and this will be in addition to the instructions given as heretofore by the Professors Le Conte, Rising, and others. The geological and mineral ogical collections of the Uni versity are very extensive, and are now being arranged, as elsewhere stated, by Mr. H. G. Hanks. LECTURES ON THE USEFUL ARTS. 56. In connection with the Colleges of Mining, Mechan ics, Engineering, and Chemistry, arrangements were made during the session of 1874-5, for the delivery at Berkeley of various special lectures upon subjects relating to useful arts. These lectures are in addition to the systematic and prolonged instruction given to the classes by the professors in Geology, Physics, Mechanics, Chemistry, Engineering, and other branches of study. Special- lectures are open to all who wish to attend them, whether members of the Uni versity or not. " 1. A course of Lectures on the Useful Metals; by Dr. George F. Becker graduate of the Royal School of Mines, Berlin. " Subjects discussed Metallurgy as a Science; Fuel, Refractory Material, and Furnaces; Lead; Copper; Mercury; Silver; Gold; Zinc; Iron." 4 38 STATEMENT OF PROGRESS, 1872-5, Single lectures on the following subjects: " 2. On Mining as a Profession: by William Ashburner, Professor of Min ing, University of California. "3. On the Science of Mechanics: by Frederick G-. Hesse. Professor of Mechanics, University of California. "4. On Industrial or Mechanical Drawing: by John D. Hoffmann, In structor in Industrial Drawing, University of California. "5. On the Proposed Improvement of Oakland Harbor (San Leandro Creek): by Julian Le Conte, C. E., Oakland. "6. On the Geodetic Survey of Colorado, under Dr. Hayden: by A. D. Wilson, and F. Khoda, Officers of the U. S. Geological Survey of the Terri tories, Washington, D. C. "7. On the Present State of the Art of Telegraphy: by James Gamble, and S. D. Field, of the Western Union Telegraph Company, San Francisco. "8. On Electro-metallurgy: by Dr. A. Kellogg, San Francisco. "9. On the Timbers in Common Use: by Professor C. E. Bessey, of the Iowa College of Agriculture. " 10. On the Preservation of Woods : by I. C. Woods, of the Wood Preserv ing Works, San Francisco. "11. On Coal as a Haw Material: by Professor W. H. Brewer, of the Sheffield Scientific School, Yale College." 57. While prominence is given to technical and scientific instruction, the University of California is so organized that literary, historical, and philosophical studies are not neg lected. The Regents have been impartial in their plans for the development of all departments of the University, fully recognizing the responsibility which the law places upon them to maintain a " College of Letters" as well as " Col leges of Science." All scientific students connected with the University are expected to devote a part of their at tention to literary subjects, just as all the literary students receive instruction in the natural sciences. Important as technical instruction may be, the State of California can not afford to neglect the study of man ; and its University would be unworthy of the name of university, if ample pro vision were not made for the study of language, literature, morals, history, and art, or if the methods of accumulating material wealth were represented to her youth, in the highest educational institution of the Pacific Coast, as more important than the methods of forming character and pro moting culture. UNIVERSITY OF CALIFORNIA. 39 COLLEGE OF LETTERS. 58. The College of Letters now offers two courses of in struction, one of which is chiefly based upon Ancient Lan guages and Literature; the other, upon Modern. The former is called the Classical Course ; the other, the Liter ary. The Classical Course needs no explanation here. It corresponds with that of other classical colleges, and leads to the degree of Bachelor of Arts. The Literary Course is quite new in our University. It corresponds during the first two years with the scientific courses above enumerated, and during the last two years provides a liberal training in modern languages, history, and literature, and in those de partments of science taught in the University which are of the most general interest. It leads to the degree of Bach elor of Philosophy. 59. Special prominence has always been given in this insti tution to the study of the continental languages of Europe. In this department there is now a professor, qualified to teach French, German, Spanish, and Italian ; and there are three special instructors in addition one in French, one in German, and one in Spanish. Every student who takes a degree is expected to be familiar with French and German, and he may at his option pursue also the study of Spanish and Italian. Special students are received in these studies. 60. In the Classical department or college the Professor of Ancient Languages, Mr. Kellogg, has commenced the de livery of extended courses of lectures on Ancient Literature and Archaeology, in the illustration of which he is greatly assisted by the photographs, diagrams, maps, and coins, which have been presented to the institution chiefly by Mr. C. W. Howard. The pronunciation of Latin according to what is called " the continental method " is now taught. For the most fruitful conduct of this department (steadily increasing in numbers), it seems important that still more time be given to courses of lectures. These condense the results of much study, and bring before the students con nected views of ancient life, literature, politics, and philos- 40 STATEMENT OF PROGRESS, 1872-5. ophy ; topics which deeply interest the student of the an cient world, and have important bearings on the literature, the thought, the government, and the political life of mod ern times. The Senior Instructor in this department should have time for courses of lectures longer or shorter to each of the four classes, in each half of the academic year, viz: To the Freshmen On Ancient Geography; on the Classical Side of En glish. To the Juniors On Greek and Roman Mythology; on Greek and Roman Archaeology. To the Sophomores On the Latin Authors; on the Greek Authors. To the Seniors On Greek and Roman Literature; on Greek and Roman Politics; on Greek and Roman Philosophy; on Linguistics. Three or four of these courses are already in progress. But to carry out the whole plan, involving more than one hundred carefully prepared lectures each year, which must be freshened and renewed continually by the latest investi gations and authorities, the lecturer must be relieved from a larger share of text-book recitations. He now has eight recitations a week, besides three courses of lectures. This is only one of many ways in which the instruction in this department may be made wider and more effective. The class-room drill is all-important, and will soon demand the subdivision of each class. One of the Latin classes has this year been reciting in two sections; one of the Greek classes so recited last year. 61. In respect to the Literary course, the following notes have been made by one of the chief instructors in it (Pro fessor Sill): " The Literary course, inaugurated at the beginning of this year, has proved already very attractive. Of the Junior class sixteen are pursuing this course, including special students, making nearly a quarter of the regular class in this one of the seven courses open to them. "In the Sophomore class it is impossible to tell how many will enter as Literary students, since their choice is not manifested till next year; but from the number who are availing themselves of the opportunity to make up their deficiency in Latin (which is required for this course), and from other indi cations, it is believed that they will number more than the preceding class. UNIVERSITY OF CALIFORNIA. 41 " Of the Freshman class there is reason to expect a still larger portion will choose the Literary course. " The attractiveness of this line of studies newly opened to them is indi cated by the fact that of the whole number of special students, one-half are enrolled in the Literary course. "Some idea of its scope may be gained from the work of the present term. "The Junior class is midway in March's 'Comparative Grammar of the Anglo-Saxon and Kindred Languages,' and is just commencing to read the Anglo-Saxon Gospel in Corson's ' Handbook of Anglo-Saxon and Early En glish.' They have besides a weekly exercise in Literary History and Biog raphy, calling for written results of special investigations of their own. Each week, also, they prepare and read an essay in some special style of literary effort. " The Sophomore and Freshman classes, as the schedule is at present con stituted, all have the same studies (except the classical students), whatever course they may be expecting to choose in Junior year. Of these various studies, much less time is given to those which look toward English culture, and the Literary course in particular, than toward the courses of Natural Science, etc. This is unfortunate; especially as their preparatory training is much less satisfactory on this side than on the side of Mathematics and Clas sics. The Sophomore class are just finishing Whateley's ' Rhetoric. ' They have weekly an exercise in writing and reading essays in different branches of composition. "The Freshman class are about finishing Hadley's ' Brief History of the English Language.' They also have a weekly composition exercise. " The entire Junior class, as well as those in the .Literary course proper, are studying Taine's ' History of English Literature.' "The whole Senior class have a weekly exercise in literary study, with essays. " It may be noted as an encouraging sign for this side of culture, that the students show a genuine appetite for whatever English or literary advantages are opened to them. Our Library is visited all day long by groups of quiet, earnest workers, whose faces as well as their persistent diligence show their appreciation of what has been done for them in that direction. The compo sition classes, too, besides plenty of chance indications constantly showing themselves here and there, speak of the growing presence of that spirit of lit erary and intellectual force and refinement, which the world over makes the English ' gentleman and scholar.' " What we need in the English studies is a larger share of time, in the con duct of studies; better preparatory training, as the first way of saving time, and more books in both the Reference and Circulating Libraries." 62. Arrangements have been made during the session of 1874-5, for the delivery at Berkeley of various special lect ures upon historical and literary subjects, in addition to the systematic instruction given to the classes by the pro- 42 STATEMENT OF PROGRESS, 1872-5, fessors and instructors. Special lectures are open to all who wish to attend them, whether members of the Univer sity or not. Among others, the following lectures have been an nounced : " 1. On the study of Modern Languages: by P. Pioda, Professorof Modern Languages. " 2. On the study of English: by E. K. Sill, Professor of English. "3. On the study of Spanish: by C. F. Gompertz, Instructor in Spanish. "4. On Schiller's ' Song of the Bell:' by A. Putzker, Instructor in Ger man. "5. On the Crimean War (in French): by G. De Kersaint-Gily, Instructor in French. " 6. On Scottish Poetry: by Hon. H. H. Haight, San Francisco. "7. On a subject to be announced: by Rev. H. Stebbins, D. D., San Francisco. "8. On a subject to be announced: by Hon. S. H. Phillips, San Fran cisco. "9. On the Literary and Scientific Progress of California during twenty- five years (1849-74): by William C. Bartlett, Esq., San Francisco. " 10. On Gesture Language: by Prof. Wilkinson, Principal of the Califor nia Institution for the Deaf, Dumb, and Blind, Berkeley. "11. On the History of Explorations of the Bocky Mountains: by W. H. Brewer, Professor in Yale College. "12. A Course of Lectures on Constitutional Law: by Hon. Stephen J. Field, one of the Justices of the U. S. Supreme Court, Professor of Law in the University of California." MEDICAL COLLEGE. 63. On the fourth of March, 1873, a communication was received by the Eegents, 'from the Trustees of the Toland Medical College, proposing to convey all the property of that institution to the University of California. The gift included land, building, and apparatus, and was made in the name of the original donor, Dr. H. H. Toland. This unconditional gift was accepted by the Regents, who were thus brought, at once, to the consideration of organizing a medical department. An effort was made to unite the two medical faculties then existing in San Fran cisco, but it was not successful. As a preliminary arrange ment most of the medical gentlemen who had been con- UNIVERSITY OF CALIFORNIA. 43 nected with the Toland College, together with several gentlemen appointed by the Regents from other parts of the State, consented to carry forward the usual courses of instruction, without any other compensation than that which might be received from fees. 64. In order to determine upon a plan for the organiza tion of this department on a permanent and satisfactory basis, the Regents requested a large committee of medical men to consider and report such suggestions as seemed to them wise. Two reports were received from this com mittee, but neither one seemed to the Regents entirely satisfactory. Both left the medical department behind the other departments of the University, in its standard of re quirements for admission, when it should be decidedly in advance. These reports were received and laid upon the table. Several of the professors have since resigned, and the question of the future has been referred to the Advisory Committee to consider and report upon. Two courses of lectures have been given and two classes have been gradua ted under the authority of the Regents. ORIENTAL COLLEGE. 65. By the terms of a gift of Mr. Tompkins, the Regents have come under obligations to establish and maintain a professorship of Oriental Languages, especially of Chinese and Japanese. Letters have already been exchanged with an eminent scholar in Chinese, with reference to his accept ance of this chair. 66. At the opening of Congress in December, 1873, Pres ident Grant recommended that the Japanese Indemnity Fund be devoted to educational purposes. Subsequently, the following bill was brought before the United States Senate, by Hon. A. A. Sargent, and referred to the Com mittee on Foreign Relations. Its purport is, to bestow an nually the income which shall be derived from the "Japa nese Indemnity Fund" upon a board of seven trustees. These trustees are to maintain, in connection with the University 44 STATEMENT OF PROGRESS, 1872-5, of California, "an Oriental College," which will have three objects: 1. To promote international acquaintance and good-will, by assembling a body of learned teachers who shall inquire into and make known the languages, laws, religions, and political institutions of the Orient; 2. To afford young Americans an opportunity to fit themselves for diplomatic, consular, mercantile, and scientific careers in Asia; and 3. To give to young Japanese an opportunity to become acquainted with the civilization of the western nations. "A BILL MAKING PROVISION FOB AN OEIENTAL COLLEGE. Be it enacted, etc., That the Secretary of the Treasury is hereby authorized and directed to invest the proceeds of the Indemnity Fund paid by the government of Japan to the government of the United States, under the convention of Siinonoseki of October 22, 1864, now remaining in the Treasury, in five per centum gold- bearing bonds of the United States, and to annually pay the income thereof to seven trustees, to be appointed by the President of the United States, for the uses hereinafter mentioned. "SEC. 2. That the President of the United States shall appoint, by and with the advice and consent of the Senate, a board of seven trustees, to serve without pay, and from time to time, as vacancies occur in said board, shall fill such vacancies; which said trustees shall maintain, in connection with the University of California, and with such other institutions of learning as may seem likely to promote the purposes of this endowment, an Oriental College, the object of which shall be to promote a knowledge of the languages, history, religions, laws, manners, resources, and commercial relations of Asiatic countries, for the sake of increasing international friendship and inter course ; and also to afford American youths an opportunity to fit themselves foi residence and service in the Orient, as diplomatic or consular agents and interpreters, or for private careers; and also to afford Japanese youths an op portunity to pursue their education -in this country under favorable circum stances. " SEC. 3. That said trustees shall annually, upon meeting of Congress, report to the President of the United States the financial and educational condition of their trust." The Overland Monthly said, in respect to this proposition : "It is obvious that if such a college is to be established in this country there are many reasons why it should be placed in the neighborhood of San Francisco. Through this harbor, in all time to come, intercourse will be main tained between the United States and Asiatic countries. Here it is that young Chinese and Japanese students first arrive; here are already liberal oppor tunities for them to acquire a knowledge of the sciences and arts of our western culture. The University of California, from the time of its opening, has stood OF CALIFORNIA. 46 from any Stat" .r "< mtry, free from All charge* for tnition. The climate of the Pacific Coast i more favomM* f.hun H./.f '.f th* Atlantic for those who com*: from the Orient. A knowledge of Japan and the other countries of Aaia is especially important fo t.hn people of California, who, partly by oteeftrity and partly by preference, must always Mfetattf clone relation* with the countries upon the opposite shores of the Pacific/' MA NT; A r, TAMOR A.VJ> PECUNIARY A88I8TAKCK, 07. One of the best cha/ f