TC 1824 C2 IA2 no.91:lC II;. : J LIBRARY UNIVEKMTY OF CALIFORNIA DAVIS THE RESOURCES AGENCY OF CALIFORNIA partment of Wa ter Resources BULLETIN No. 91-10 WELLS AND SPRINGS IN THE LOWER MOJAVE VALLEY AREA SAN BERNARDINO COUNTY, CALIFORNIA Prepared By UNITED STATES DEPARTMENT OF INTERIOR GEOLOGICAL SURVEY FEDERAL-STATE COOPERATIVE GROUNDWATER INVESTIGATIONS HUGO FISHER Adminisfrator The Resources Agency of California DECEMBER 1963 EDMUND G. BROWN Governor State of California LTTWARY UNIVER'olT" "!■• CM.IFORMIA DAVIS JriBRARY WILLIAM E. WARNE Director Department of Water Resources state of California THE RESOURCES AGENCY OF CALIFORNIA Department of Wa ter Resources BULLETIN No. 91-10 WELLS AND SPRINGS IN THE LOWER MOJAVE VALLEY AREA SAN BERNARDINO COUNTY, CALIFORNIA Prepared By UNITED STATES DEPARTMENT OF INTERIOR GEOLOGICAL SURVEY FEDERAL-STATE COOPERATIVE GROUNDWATER INVESTIGATIONS DECEMBER 1963 HUGO FISHER Adminisirafor The Resources Agency of California EDMUND G. BROV/N Governor State of California WILLIAM E. WARNE Director Department of Water Resources This report is one of a series of open file reports prepared by the United States Department of Interior Geological Survey, Ground Water Branch, which presents basic data on wells obtained from reconnaissance surveys of desert areas. These investigations are conducted by the Geological Survey under a cooperative agreement whereby funds are furnished equally by the United States and the State of California, The reports in this Bulletin No. 91 series are being published by the Department of Water Resources in order to make sufficient copies available for use of all interested agencies and the public at large. Earlier reports of this series are: Bulletin No. 91-1: Data on Wells in the West Part of the Middle Mojave Valley Area, San Bernardino County, California Bulletin No. 91-2: Data on Water Wells and Springs in the Yucca Valley-Twentynine Palms Area, San Bernardino and Riverside Coionties, California Bulletin No. 91-3: Data on Water Wells in the Eastern Part of the Middle Mojave Vcilley Area, San Bernardino County, Csilifornia Bulletin No. 91-4: Data on Water Wells in the Willow Springs, Gloster, and Chaffee Areas, Kern County, California Bulletin No. 91-5: Data on Water Wells in the Dale Valley Area, San Bernardino and Riverside Counties, California Bulletin No. 91-6: Bulletin No. 91-7: Data on Wells in the Edwards Air Force Base Area, California Data on Water V/ells and Springs in the Chuckwalla Valley Area, Riverside County, California Bulletin No. 91-8: Data on VJater Wells and Springs in the Rice and Vidal Valley Areas, Riverside and San Bernardino Counties, California Bulletin No. 91-9: Data on Water Wells in Indian Wells Valley Area, Inyo, Kem and San Bernardino Counties, California ii IN REPUV REFER TO: UNITED STATES DEPARTMENT OF THE INTERIOR GEOLOGICAL SURVEY Water Resources Division Ground Water Branch Sacramento lU, California June 28, 1963 Mr. William E. Wame, Director California Department of Water Resources P. 0. Box 388 Sacramento 2, California Dear Mr. Wame: We are pleased to trsinsmit for publication by the Department of Water Resources the U. S. Geological Survey report, "Wells and Springs in the Lower Mojave Valley Area, San Bernardino County, California," by H. B. Dyer, J. S. Bader, F. W. Giessner, and others. This report, one of a series for the Mojave Desert region, was prepared by the Long Beach subdistrict office of the Geological Survey in accordance with the cooperative agreement between the State of California and the Geological Survey. It tabulates all available data on wells and springs in the lower Mojave Valley area and shows reconnaissance geology with special reference to the water-yielding deposits. Sincerely yours. /cLi^ n Fred Kvinitel District Geologist ill CONTENTS Page Purpose and scope of the work and report 1 Location and general features of the eirea - — k Previous work and acknowledgments — — 6 Geologic and hydrologlc features of the area 8 Geologic units and their water-hearing character -— - — - 9 Recharge and discharge of ground water 1** Well-ntmbering system 15 References 17 ILLUSTRATIONS Figure 1. Map of part of southern California showing area described in this report Following page 19 2. Map of the lower Mojave Valley area, California, showing reconnaissance geology and location of wells In pocket lY APPENDIXES Page A. Table 1. Records of wells and springs in the lower Mojave Valley area, California A-1 B. 2. Cross index of well numbers B-1 3. References that contain water-level measixrements in wells in the lower Mojave Valley area, California B-5 h. Wells for which periodic water-level records are available B-7 5. Records of water level in wells B-I5 C. 6. Drillers' logs of wells C-1 D. 7. Chemical analyses of water from wells and springs — D-1 WELLS AND SPRINGS IN THE L0V:ER MOJAVE VALLEY AREA, SAN BERNAKDIWO COUNTY, CALIFORNIA By H. B. Dyer, J. S. Bader, F. W. Giessiier, and others PURPOSE AND SCOPE OF THE WORK AND REPORT The data presented in this report were collected by the U.S. Geological Survey as a phase of the investigation of water veils and general hydrologic conditions throughout much of the desert region of southern California. Tlie study was made in cooperation with the California Department of Water Resources. The desert regions of California are characteristically regions of nearly barren mountain ranges and isolated hills surrounding bi"oad valleys that are underlain by alluvial deposits derived from the mountains and hills. The valley areas generally contain ground water that has a wide range in chemical quality, but much of the water can be and has been developed for beneficial use. The general objective of the cooperative investigation is to collect and tabulate all available hydrologic data for the individual desert basins in order to provide public agencies and the general public with data for planning water utilization and development works and for use in the overall ground-water investigation of the area. Accordingly, tlie scope ol" the work include:^: (l) A orief reconnaissance of major geologic features to determine the extent and general character of the deposits that contain the ground-water bodies; (2) a field examination of almost all the water wells in the area to determine the location of wells in relation to geographic and cultural features and the public-land net and to record well depths and sizes, types and capacities of pumping equipment, uses of the water, and other pertinent information available at the well site; (3) measurement of the depth to the water surface below an established and described measuring point at or near the land sui'face; (k) selection of representative wells to be measured periodically in order to detect and record changes of water levels; and (5) collection and tabulation of well records, including well logs, water-level measure- ments, and chemical analyses. The work has been done by the U.Ll. Geological Survey, under the general supervision of K. D. V/ilson, Jr., and Fred Kunkel, successive district engineer and district geologist in charge of ground-water investigations in California, and under the immediate supei-vision of G. M. Hogeason and P. M. Johnston, successive geologists in charge of the Long Beach subdistrict office. The fieldwork was carried on intermittently between June 1959 and i\lovembei- 1962 from the southern California subdistrict office of the Ground Water Branch at Long Beach. The reconnaissance geologic map (fig. 2) was compiled by W. R. Moyle, Jr., from published and unpublished mapping of others, from aerial photographs, and field mapping by W. R. Moyle, Jr. Location of wells is by J. R. Hargreaves, H. B. Dyor, W. H. Moyle, Jr., R. W. Page, J. 3. Bader, F. w. Giessner, J. E. V/eir, Jr., tV. L. Burnham, M. A. Pistrang, and P. H. Johnston. Tlie text was written by H. B. Dyer and modified and edited by W. L. Burnhara. The tables were compiled and checked by J. 3. Bader and F. W. Giessner. LOCATION Atro GKl>!EI-iAL FEi^TUl^ES 0? THE PI[Ei\ The lower Mojave Valley area is in the Mojave Desert region cf California (fig. l) and comprises about 1,20C souare miles, approximately between long ll6°15' and 117°00' W. and lat 3^°3'3' and 3^°05' N. The eastern boundary cf the area is the eastern ed^e of the Cave Mountain, Cady Mountains, and Lavic Lake quadrangles; the southei'n boundary is formed by the Marine Corps Ease at Twentjiiine PaLns and the southern edge of Township 7 North; the northern boundary generally corresponc3s to the northern edge of T. 11 K. The western boundary is the vectera edge of the Lane Mountain, Daggett, and Ord Mountains quadrangles. The Atchison, Toi^eka, and Santa Fe and the Union Pacific railroads cross the area, and U.S. Highways 66, U66, and 91 f-i'e the urlncipal routes for automobile travel. Several other paved roads aiid a ne*;voiv: cf gravel roads cover much of the alluvial plains. A few gravel reads and jeep trails lead into the more mountainous parts of t.ne az^ea. The area described in this report includes parts of several drMlnage basins. Following the usage of Thompson (1^2^, pi. 7); the area includes the lower Mojave drainage basin and most of the Caves Ca;ij-ori and Troy drainage basins. In addition, the area incluaes the adjacent lower parts of Coyote basin as well as small areas tributary to the. middle .'ojave, Troy, Bessemer, Lucerne Valley, lavic, Froadv/ell, Cinacerc, and. west Cronise drainage basins. The base map (fig. 2) showing the area of this report was compiled from all or parts of the following U.S. Geological Survey topographic quadrangle maps, at a scale of 1:62,500: Alvord Mountain, Cady Mountains, Cave Mountain, Daggett, Lane Mountain, Lavic, Newberry, Ord Mountains, and Rodman Mountains. FREVIOUS .VORK AJID ACIGlOWLaDGIa^NTS The geoloj^jy of the area has been deGcribed in eleven published and a number of unpublisned reports that arc the principal sources from which the geolOt^ic map in this report was compiled. The Caiico Mountains have been described by Liriu/j;vcn (lySy), and Kivin and Gardner (19U0). Hershey (1902) and Baker (I9II) have noted some regional features of the area, and Pack (191^) made a brief reconnaissance. Buwalda (191U) and Blackwelder and Ellsworth (1936) have described the occurrence of the Manix beds, and Gardner (19^0) has mapped the geology of the Newberry ajid Ord Mountains. The geology of the Alvord Mountain quadrangle has been described in a recent report by Byers (i960), and Kunkel and Riley (1959) have described the geology of the Camp Irwin area. Kupfer and Bassett (1953) have prepared a reconnaissance geologic map which includes the Lavic and Cady Mountains quadrangles and the part of the Cave Mountain quadrangle south of the Mojave River. T. H. McCulloh (written communication) mapped the geology of the Lane Mountain quadrangle, and T. W. Dibblee, Jr., (written communication) has prepared geologic maps of the Newberry, Daggett, and Rodman Mountains quadrangles. Hydrologic data from the lower Mojave area ai-e contained in several U.S. Geological Survey water-supply papers, in reports ol' the California Division and Department of Water Resources, and in reports by the San Bernardino County Flood Control District. The earliest report is by Thompson (1929, P- 279-28(3, U37-515), which includes the most comprehensive published description of the geology of the area. This report was followed by a detailed tabulation of well data by the California Department of 'Public Works, Division of ■^ater Resources (193^, p. 203-2^+8). Bumham (1955) has described data from the northern part of the area. Since 19^0, periodic measurements of water level in some of the wells listed in earlier reports have been reported in a series of water-supply papers (U.S. Geological Survey, 19^0 and I9UI-57). Water-level measurements for the period 19^7-58 are listed in a series of reports by the San Bernardino County Flood Control District (1951, 195^, 1958, and i960). Since I956, a series of reports by the California Department of Water Resources (1958, i960, and 1961) lists water level in a large number of wells. These reports are cited in the list of references and in table 3. The California Department of Water Resources, the San Bernardino Coxinty Flood Control District, and the U.S. Bureau of Reclamation have furnished much of the data tabulated in this report, and many ranchers, drillers, and well owners have freely given their time and information. This aid has facilitated the fieldwork and contributed materially to the completeness of this report. 7 GEOLOGIC AND HYDROLOGIC FEATURES OF THE AREA The rocks of the area vary widely in water-bearing characteristics, but, in general, the unconsolidated younger rocks of Quaternary age are more porous and permeable than are the consolidated older rocks of pre- Tertiary and Tertiary age. Because the younger rocks generally underlie the valleys and extend below the water table, they contain most of the ground water that is stored in the area. 8 Geologic Units and Their Water-Bearing Character Of the consolidated rocks, the oldest in the area are metamorphosed sedimentary and volcanic rocks and intrusive bodies of granite, quartz diorite, granodiorite, and quartz monzonite, all of pre-Tertiary age. These are included in an undifferentiated group as basement complex. The rocks of the basement complex are generally impermeable and, except for some small springs that issue from jointed and weathered zones, yield little water. The consolidated continental sedimentary rocks of Tertiary age are composed largely of green txiffaceous mudstone and shale but include coarse fanglomerate, conglomerate, sandstone, siltstone, cherty limestone, waterlaid volcanic tuff and agglomerate and breccia. Most of these rocks are impermeable and would yield little water to wells. In some places, the conglomerate and sandstone are fairly well sorted eind would yield water to wells that penetrated them below the water table. However, because the conglomerate euad sandstone generally occur as isolated lenses within a sequence of poorly permeable rocks, their storage capacity is limited and they receive little recharge. In parts of the \mit large amounts of gypsvmi are present, smd ajiy contained water may be of poor chemical qxxality. In addition to the basement complex and the deposits of continental origin that have been described, two sequences of volcanic rocks occur in the area. They are the volcanic rocks, undifferentiated, of Tertiary age; and the basalts of Quaternary age. The volcanic rocks, undifferentiated, of Tertiary age include the "mafic lavas" of Kupfer and Bassett (1953) and consist of intrusive and extrusive felsite, latite, andesite, rhyolite, dacite, basalt, tuff breccia, and volcanic ash. These rocks are not penetrated by wells, but they are poorly permeable and probably would yield little water. The basalt flows and dikes of Tertiary age are not penetrated by wells in this area and are not known to underlie large areas or occur in thick sequences below the water table. Altho\igh the flows possibly have permeable zones, they probably cannot be developed as an important source of water. The basalt of (^aternary age consists of flows and cinder cones in tvro localities near the southeast edge of the mapped area. The upper surfaces of the flows are unweathered to moderately weathered and their edges show only minor erosion. Like basalts in other areas, they may contain zones of high permeability. However, the thin, local surface flows are above the water table wherever known and probably cannot be developed as an important source of water. No wells penetrate these flows and no springs issue from them. The older alluvium of Pleistocene age consists mainly of poorly sorted sand, but includes smaller amounts of gravel, silt, and clay. The older alluvium is oxidized, and in places is cemented by small amounts of caliche. It underlies most of the valley floor, and because it is porous and permeable and extends below the water table, it yields water freely to wells. It is the most important water-bearing imit in the area. 10 The older fan depositc of Pleistocene age are composed of gravel vith boulders and cobbles and smaller amounts of sand, silt, and clay. These deposits are dissected and have been oxidized and locally cemented with caliche. The older fan deposits occur as isolated remnants v;hich fringe and dip away from the mountains. V\/here the deposits are saturated, they yield water freely to wells. T\TO sequences of older lacustrine deposits are present in the area. In the western part of the area north of the Marine Corps Supply Center (Nebo area), older lacustrine deposits occur in the hills above an altitude of about 2,200 feet where they are composed of marl, silt, and sand. In the eastern and northern part of the area, the older lacustrine deposits consist of generally green or gray sandy silt and clay that was deposited during Pleistocene time in the deeper parts of a large lake. Subsidiary lakeshore deposits of sand and gravel in the form of beach bars were deposited along the shore of the lake at an altitude of about 1,790 feet above sea level. The lacustrine deposits were called the f-lanix Beds by Buwalda (191^, p. hhh) and the l^Ianix I^ike Beds by Byers (I96O, p. k^). A Pleistocene age was established by Buwalda (191^, P- ^51) on the basis of a contained fossil fauna. The deposits were described by Blackwelder and Ellsv/orth (1936), and the fossil birds that they contain were described by Howard (1955)- The silt and clay of the lacustrine deposits interfinger with the older alluvimn in the canyon of the Mojave River near Camp Cady and with the older fan deposits elsewhere along both sides of the Mojave River. 11 The older lacustrine deposits are not a promising source of v?ater because the silt and clay are nearly impermeable, and the beach deposits are above the water table. However, thin beds of permeable sand within the silt and clay may yield small amoimts of water to domestic wells. The old seind dunes occur at the north and southeast edge of Coyote Lake. These deposits are greatly eroded, skeletonized remnants of moderately to well cemented, cross bedded, slightly weathered old sand dunes. They are of very limited extent and are above the water table . The younger alluvium of Recent age consists of unconsolidated sand with smaller amounts of gravel, silt, and clay, which is being deposited on the lower parts of the fans and over the lowland plain. This alluvium is permeable and would yield water to wells wherever saturated. However, the \init is nearly everywhere above the water table and is not an importeint water-bearing unit in the area. The younger alluvium transmits water from the intermittent streams to the ground-water body. The younger fan deposits of Recent age consist of unconsolidated deposits of angular boulders, cobbles, and gravel with smaller amounts of sand and silt. The fans are being formed by the intermittent streams that issue from the mountains and are composed largely of boulders and cobbles near the mountains with gravel near the valley floor. Tlie fan deposits are poorly sorted and are probably poorly permeable. They are generally above the water table. 12 The playa deposits of Recent age occur in the lowest parts of the closed basins. They consist principally of silt, clay, and sandy clay with small amounts of soluble salts. The deposits are poorly permeable and, even where saturated, generally contain water having moderate to high concentrations of dissolved solids. Consequently, they do not yield useful quantities of water of good quality. The dune sand of Recent age consists of fine- to medium-grained sand that occurs as belts of dunes in areas where the water table is close to the land surface and as irregular blankets of sand high on the moiintains east of the valley area. The stabilized belts occur north of Coyote Lake playa, west of the town of Newberry, and as a broad belt on the west side of Troy LaJce playa. These dunes are stabilized by mesquite that grows in places where the water table is close to the surface. Many small interdune playas are included in these areas. The dune sand does not extend far below the water table and does not yield large quantities of water to wells. The blankets of sand in the mountains are high above the water table and are not stabilized by plants. They consist of sand swept from the alluvial plains by strong winds from the southwest. The river-channel deposits of Recent age consist of loose gravel and sand deposited in the channel cut by the Mojave River. Generally, the active part of the channel is composed of fine gravel, but coarse sand is common on the flood plain. The river-channel deposits are very loose and permeable and yield fairly large quantities of water to shallow wells. They transmit water to the older deposits during periods of flow in the Mojave River. 13 Recharge and Discharge of Ground Water Recharge to the groiond-vater bodies of the area occurs by direct infiltration of rain, infiltration from the intermittent streams that drain the nearby mountain areas, and by infiltration from the Mojave River. Only a small amount of rain falls in the area, and much of this occurs as summer thunderstorms which produce flashy runoff. In general, infiltration from rain and the intermittent streams is probably small. Furthermore, most runoff from the intermittent streams accumulates on the clayey playa deposits in the valley areas vhere it cannot percolate to ground water and is evaporated. During periods of flow in the Mojave River, the water level in wells adjacent to the river rises, indicating recharge by infiltration (U.S. Geological Survey, 19^0, p. 50)- Also, water levels and gradients shown by water-level measurements suggest that the Mojave River is the principal source of recharge to the area adjacent to the river. Ground water is discharged from the area by evaporation and transpiration in localities where ground water is at or near land surface such as around Coyote Lake, Troy Lake, and along the lower reaches of the Mojave River. Discharge also occurs from springs along the river near Afton Canyon and by pumping from wells. 11+ WELL-NUMBERING SYSTEM The well -numbering system used in the eastern part of the lower Mojave Valley area has been used by the Geological Survey in California since 19^+0. The system has been adopted by the California Department of Water Resources and by the California Water Pollution Control Board for use throughout the state. Wells are assigned numbers according to their locations in the rectangular system for the subdivision of public land. For example, in the number Sn/^vE-TDI, which is assigned to the domestic well of Richard C. Reardon, the part of the number preceding the slash indicates the township (T. 8 N.), the part between the slash and the hyphen is the range (R. k E.), the number between the hyphen and the letter indicates the section (sec. 7)^ and the letter indicates the UO-acre subdivision of the section, as shown in the accompanying diagram. D C B A E F G H M L K J N P Q R Within the UO-acre tract the wells are numbered serially as indicated by the final digit. Thus, well Qn/kE-TDl is the first well to be listed in the NW^J-^- sec. 7- 15 Springs are niarabered in the same way as wells, except that the number following the letter designating the l+O-acre subdivision has been replaced by the letter s. For well nuLibers where the letter Z has been substituted for the letter designating the i4-0-acre tract, the Z indicates that the well was plotted from unverified location descriptions; the indicated locations of such wells were visited, but no evidence of a well could be found. There are a few exceptions to this system of numbering wells according to their position in the ij-0-acre subdivision of the section. These wells usually have long periods of record, and their numbers had been assigned using earlier, less accurate, base maps. During this investigation the wells have been plotted at the correct location on the map, but the old number has been retained to facilitate finding the older records of the well. 16 REFERMGES Blackwelder, Eliot, and Ellsworth, E. W., I936, Pleistocene lakes of the Afton basin, California: Am. Jour. Sci., 5'th ser. v. 3I, p. ^53-^63, h figs. Burnham, W. L., 1955^ Data on water wells in Coyote, Cronise, Soda, and Silver ls.ke Valleys, San Bernardino County, California: U.S. Geol. Survey mimeo. rept., i4-8 p., 1 pi. Buwalda, J. P., 191'^-^ Pleistocene beds at Kanix, in the eastern Mojave Desert region: California Univ. Dept. Geol. Bull., V. 7, no. 2if, p. l|U3-it6U. Byers, F. M., Jr., I96O, Geology of the Alvord Mountain quadrangle, San Bernardino County, California: U.S. Geol. Survey Bull. 1089-A, p. 1-71, pis. 1-6, figs. 1-2 California Department of Public Works, vteter Resoxirces Division, 193'<-> Mojave River investigation: Bull, hj , mimeo. rept., 2U9 p., 9 pis. California Department of .Vater Resources, 1958, V/ater-supply conditions in southern California during 1956-57, v. 3, Precipitation and water-level data, Lahontan, Colorado River basin, Santa Ana, and San Diego regions: California Dept. Water Resources Bull. 39-57, 3^6 p., k pis. i960, V/ater-supply conditions in southern California during 1957-58, v. 3, Precipitation and water-level data, lahontan, Colorado River basin, Santa Ana, and San Diego regions: California Dept. Water Resources Bull. 39-58, 65I p., k pis. 17 Gardner, Dion, 19^0^ Geology of the Newberry and Ord Mountains, San Bernardino County: California Div. Mines, Jour. Mines and Geology, v. 36, p. 257-292. Howard, Hildegarde, 1955 ^ Fossil Birds from Nte-nix Lake, California: U.S. Geol. Survey Prof. Paper 26ij-J, p. 199-205, pi. 50. Kunkel, Fred, and Riley, F. S., 1959^ Geologic reconnaissance and test-well drilling. Camp Irwin, California: U.S. Geol. Survey Water-supply Paper 1U6O-F, 38 p., 1 fig., 1 pi. Kupfer, D. H., and Bassett, A. M. , 1953^ Southern Mojave Desert reconnaissance: U.S. Geol. Survey open-file map. San Bernardino County Flood Control District, 1951^ Hydrologic and climatic data, v. 2, 19^7-50: Mimeo. rept., I88 p. 195^> Hydrologic and climatic data, v. 3> 1950-51 and 1951-52: Mimeo. rept., 163 p. 1958, Hydrologic and climatic data, v. k-, 1952-53 and 1953-5^: Mimeo. rept., Idk p. i960, Hydrologic and climatic data, v. ^, 1955-58: Mimeo. rept . , 2^4-6 p . Thompson, D. G., I929, The Mohave Desert region, California: U.S. Geol. Survey Water-Supply Paper 578, Jk-J p., 3^ pis., 20 figs. Troxell, H. C, and Hofmann, Walter, 195^, Hydrology of the Mojave Desert, in California Division Mines Bulletin, Geology of southern California: California Div. Mines Bull. I70, chap. 6, p. 13-17, 5 figs. 18 U.S. Geological Survey, 19^0, Water levels and artesian pressures in observation wells in the United States in 1939: U.S. Geol. Survey Water-Supply Paper 836, 933 p., 3k figs. I9I4I-57, V/ater levels and artesian pressure(s) in wells in the United States . . . part 6, Southwestern States and Territory of Hawaii: U.S. Geol. Survey Water-Supply Papers 911, 2Ug p.; 91+1, 282 p.; 9i^9, 3'^^ P-; 991, 305 p.; 1021, 302 p.; 1023, 301 p.; 1076, 316 p.; 1101, 31G p.; II3I, 288 p.; II6I, 298 p.; 1170, 279 p.; 1196, 222 p.; 1226, 237 P-i 1270, 253 P-; 1326, 262 p.; Itt09, 280 p. 19 U. S. GEOLOGICAL SURVEY FIGURE I iirooo' TULARE COUNTY g. » COUNTY Base map after Byert (I960 fig. I) l(7«0d 116*00 10 20 so 40 MILES I 1 1 1 I FIGURE I.— Map of port of southern California showing area described in this rep>ort APPENDIX A TABLE 1. RECORDS OF WELLS AND SPRINGS IN THE LOWER MOJAVE VALLEY AREA, CALIFORNIA •• a- CO a •r-l H 0) g O o > x: ^ a U •H H p ^1 1. •H O iC r-{ P (0 •iH o s -d O u> ■H > 0) (0 ^1 >> CO U O p u ■p erf 0) ^ a ^ CO ^ 0) ^ a' g CO 0) u 0) OJ cd (U g (d m •H ^ 3 M Cd ^ jd >. 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C7\ U O OJ o OJ o o O ON ^ H I I OJ r^ OJ OJ I I o\o -4- CO rH CO CO o OJ o OJ B R ON O ON I I CVJ h- OJ OJ I I o\ o -4- CO iH J- isl O OJ o CVJ o OJ CO o o OJ H J- B B CO o O 0) a •H CO H CM rH I CT\ I I CO CO o o LTN ts) I CM CO >-3 CM A-82 ^ O ►-q ft o :3 00 l^ vo t^ u^ J- LTN CT\ ^ o OO^O LTN t- J- CM OJ CM ^ -d- C7\ LTN CM rH CO o o OJ t^ r- 1^ f- CO CO CO CO CO CO CO CO I I I I o o o o H E-i EH Sh B B B CM U (3N o OJ O CO CO O I r I I ro OJ OJ O OJ rH OJ CM I I I I C3NC0 r^ H O O CO CO (iu, rH OO ^ pq CO O o CM l/N LP> OO CO ft ft CO 05 E-< EH CD o LTN K CO O CO vo ir\ I I cv^ ON CVJ I I O t^ CO CO o o H o \o o Oj" o g B B VO H cc CO o I I o CO o CM m H O C3N ON cd o B 9h O O O LfN EH CO OJ CO -d- l/N <^ on -:t J- LTN s s CT\ ON ON r-i H rH CO CO & & O o -3 ^ •-3 O 2 CO 00 CM H CJ o u O u^ o o & CO O CO l/N o >- o CO c:n CO m CO CO ITN ITN r-f ^ H CM rH rH -* LfN o CM CO CO f- H CO H H UA U^ oo J- LTN -=»■ -d- LTN UTN NO L/\ C3\ CT\ On C7N ON CJN C7N CTN ON C3N Ch rH § -P rH rH o o •-i W O o ft O u rH CO O H o u • ,-i rH rH i W tn a 0) ^ K C •H ■rl •H •rl O c3 •» S c •O O ■p ^ o rH •rH S-i J-. u f-1 K •H • O ^ ^ •-3 g > 1 ;g ;g g 0) 2 Eh •H -p o G O • • ■P 2 c > -p O Hi O C c Q •-0 w • • • • oJ rH 'n +5 c: ■d (U 0) -d ^ o p CO CO CO CO •T (U o s: ?H (1) 0) c • • ^ a • • • • o • 0) o o -P -p OJ o < g D D D :d s: H K •-3 O CO CO ■p 8 00 CO O o O CO CO CO o CO rH rH rH H H 7i ir\ IPI VO ^ m LTN ITN I NO LfN NO I NO 1 NO 1 NO 1 NO m CO H CO CO ^ ON CJN On t— H J- J- -d 1 rH 1 CM H H rH r-i CM CM CM I 1 rH rH I r-{ m H O c H-> CJncO 00 1 o 6 CM 1 t- t- o CO CV' OJ CM CO OJ H n^ ON r-i H r-\ rH rH o o CO CO CO CO 0-2 CT\ co 00 CO CO CO CO 00 00 CO CO o a C3 O O o I C3 o C5 C5 C5 O -d- o ITN o o O CM CO CO ^ ^ r-1 ts! < CO < rH m CM PQ < ^ ^ ^ ^ ^ PO m fv-i CO J- -^ -^ -d- LTN on (V-) oo cn oo rH H rH rH rH r-i H rH rH 1 A-83 0) 4J xi cd -p tJ o Jh H Q) (1) -P > d (1) ^ H £ rH -P ft > (U O tM s -p •H -P H < H 0) O — ' §> •H -P W O n) ft 03 •P H H 0) H 6 0) ft •H ffi ^ -P •P - o CO H on ON O o OJ § o CO o o O o o H rH C\J o? OJ H OJ o rH oT OJ rH OJ o OJ OJ OO 1 OJ Oj" EH Eh o EH cd a EH 1 a <§ B :§ M S (§ <§ S S Lr\ H H w LTN H J- -hIn S -^ U O CO O on O O U CO 00 K CO o H U Q J- O ^ CO OJ o 1^ J- O s M3 ON LfN 2? ON H ITN 3^ 2? H ON H > C a >> >. 0) C w o o (U 0) u ^ O n ■p ■p a c o >> w E CO ft ft -p -p H ^ O u e a •H •H >^ ^ o a 0) o o ^ ^ cd (U cd ^ u u ti EH CO OJ o ^ 1-3 -d 2f • • • o • • rH •H o • H fl u o s s pq u cd > w > 2 O • • C3 • ^ • • 6 K CO « s # H ON rH ON OJ o H H H H H rH H rH vi; H MD H VO on vo V£> VD NO NO NO NO NO 1 ON Ch 1 1 1 1 1 1 1 1 J- rH -=t- H J- o H H r-f H H H O J- H 1 r-t rH 1 on 1 on on on on 1 on 1 on rH 1 OJ H OJ H Hi LPV CO 00 CO CO 00 1 00 CO ^ M3 t~- J- Cn rH CO CO § CO CO CO CO CO CO CO CO ^E^ O 1 EH o 1 C5 O a a en a o o rH OJ >-i OJ rH OJ en J- ir\ t-t OJ ISl N a Q W W w w w (x< fa OJ OJ on on on on on on en on on on on m on on on on on en on en 1 A- -81+ o H CVJ CM en O J- h-q hJ iJ ■vD o CM 8^ cy\ CM CO rH 00 CO o H o o o o o o o o m o o CJ\ o o o u\ ITS O O 00 (g CO CO t— H i-l O O O O O s 00 o CM Lr^ VD r-H I o CJ o H E-i CM CM CM CM VO CM CM CM o c; 0) at o (d ^ H a Z H a B: CM CM CM CM CM OJ M3 J- J- O O CU 1 H ^ o V EH o o EH o ^ O EH CVJ CM o o <§ a a gaa<§aaa<§aag a a^ OO '^ICVJ w s rs H rH r-f CM rH r-{ 12 r.|(y H S •-3 •-3 •-5 s •-3 ►J •^ h> ►-3 •d •-5 •-3 J CO CO S S CO CO CM H o 00 00 CO CO CO CO CM H CO o CO CO cc o CJ O o O o K o O o CM VO ITN J- IPv 8 o !{> -^ CM t- oo l/N o O CO VO co VD o VD C7\ O o rH r-( rH H rH r-i H CM H ir\ OO 1^ C3N 00 CO CM t^ rH l/\ M3 -d- LTN LP> LfN l/\ LTN L/N cr\ VO CTN C3N CJ\ C7\ ON (J\ CJN ON ON C7N CJ\ H H rH d rH H H H r-i H H • o o •rl H-» 1 [ 1 U od CO a U) CO 5 U U >> G c ^ •H •H & +> o U} 00 >-i U3 O O Q) •H •H 1 ^ H i-i 0) o c (0 Q) § r-i >-{ H fl £1 1 rH •-i :5 s a) o ^ 00 >, >» w o C ri 1 1 0) •rl •H a 0) « n 0) 0) g ^ (U o ^ 3 Oh :s > u aJ (U S hH <-{ S ^ o 6 (U •H EH Id Xi • • • J3 • H a) o • • • o • • • < B EH 43 ^ TJ Q g ^ CO Q PQ PP re O J •^ 3 o (U 05 • • • O V • a> H • • • • • • • • >^ o CJ CO K S o O K U O o o u fe (x, H CM H H rH rH r-i •-i r-i CM CM CM rH r-i CM CM H VO VO VO VO VO VO VO VO VO VO VO VO VO VO 1 VO VO VO 1 J- 1 o 1 1 t J- 1 J- 1 J- J- 1 J- 1 LTN 1 1 -* ir\ l/N ir\^ H CM rH H rH •-i r-( H rH r-i H H H H r-i ■ 1 i CM CM i CM CM CM CM CM 1 H 1 r-1 1 CM CU r-i H CM H H rH rH rH rH H r-i rH rH H rA r-i rH CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO O C3 O o C5 C5 C5 a o C5 C5 O a O C5 C3 f. rH d ^ 2 ^ d 2i ^ r-i Oi Si ^ ^ CO m on OO CO CO CO CO CO CO CO CO CO OO CO CO OO CO CO CO CO CO CO CO CO CO CO CO CO OO CO cr ^ A -85 u i) Xi -p o u ^ Q) Q) +J > cri (U JS H J3 rH +J (U O Ch Q H-^ Q) ,0 3 -P •H -p rH (U (U O §> •H +J u a to o oJ ft -p H 0) 'd ■ I 3 -p fl O CO OJ o CM Xi 4J -P 0) ft OJ -P rH ft 1 cd +5 Ch ^^ ;d (U -H fi oj (0 Q) -P ^ s^ cd U '6 -d 0) 0) c x: xi 3 a) -P g ch 3 CD • •■ •« •• ^1 U) P S a o o CM O o o OJ H • H :^ 0) > H • •M K •» X) • (U S C! H tJ H C cd • ,Q H < H On MD H 1 ON H H H CO 05 H m I -P Cm O 00 o 0) •H U ft ft •H H 0) (U o 0) & ft I ft 0) 0) cd s -d a (1) 3 O ft a) u -p M (U ■P I H ch OJ o -d (U H H •H ^ d o ft 0) I* (0 a> ■p I H -P O -P -d (0 •H -d 0) o ft 0) ^1 H (U IS -p m d) +> I H A-86 <>-l W) 0) u a) « cd ■p m OJ o -p ■d 0) M3 CM (U ft -p ^ •\ (TN ft CM 0) cn ^H H H •\ H fl (1) C) :s to ft •p w I) ■P g H (1) « APPENDIX B TABLE 2. CROSS INDEX OF WELL NUMBERS 3. REFERENCES THAT CONTAIN WATER-LEVEL MEASUREMENTS IN WELLS IN THE LOWER MOJAVE VALLEY AREA, CALIFORNIA k. WELLS FOR WHICH PERIODIC WATER-LEVEL RECORDS ARE AVAILABLE 5. RECORDS OF WATER LEVEL IN WELLS Table 2. --Cross index of well numbers Part 1 lists the well numbers used by Thompson (1929> P- '^•6'+- 14-71, 526, pi. 2l<-, 28) and the well niimbers used for those wells in this report. Part 2 lists L- and M- numbers and the well numbers used for those wells in this report. The L- and M-numbers were published in the "Mojave River Investigation" (California Department of Public Works, Division of Water Resources, 193*^, P- 202-21*^8). These numbers were assigned by all agencies doing ground-water work in the lower Mojave River area prior to July 1, 19'+3> when the Geological Sxirvey numbering system was adopted (U.S. Geological Survey, 19'+5> P- 126- 130). Part 1 T ; usGs ; T ; USGS ; T : USGS number 1 number 1 number] number |n\amber* ni^ber 1 11N/1W-35M1 ': 19 10N/3E-1U1 i 37 9N/1E- 1L3 2 10N/1E-28Z2 20 10N/3E-12F1 : 38 9N/1E-12D1 3 ION/IE-28ZI 21 10N/3E-22m : 39 9N/IE-11B1 k 10N/1E-35P^ 22 10N/3E-27L1 ; 1+0 9N/1E-10Z1 5 10N/1E-35P5 23 10N/3E-33Z1 : kl 9N/1E-10Z2 6 10N/2E-32N1 2k 10N/3E-3^E1 : k2 9N/1E-18P1 7 10N/2E-32P1 25 10N/3E-35Z1 k3 9n/ie-i8zi 8 10N/2E-32P2 26 10N/3E-35H1 : kk 9n/ie-i8u 9 10N/2E-32Q1 27 ION/UE-3OM4. • k^ 9n/ie-i6zi 10 10N/2E-26Z1 : 28 10N/i^E-30Zl : k6 9N/1E-21C1-, / IIN/6E-I8ZI-' 11 10N/2E-26Z2 29 ion/i+e- 6fi k6 12 10N/3E-22D1 30 lON/i+E- 6J1 kl 9N/1E-22D1 13 10N/3E-15N1 31 ion/Ue- 6ri k8 9N/1E-21+H1 Ik 10N/3E-15Z1 • 32 ion/Ue- 8di k9 9N/2E- 6n1 15 10N/3E-15K1 • 33 ion/i^e- 8bi 50 9N/2E- km 16 10N/3E-22B1 3k 9N/1E- UZI ■ 51 9N/2E- UZI 17 10N/3E-23E1 ■■ 35 9N/1E- 3E1 52 9N/2E- 3Z2 18 10N/3E-1UB2 36 9N/1E- 1L2 53 9N/2E- 3Z1 See footnotes at end of table. B-1 T ! usGs ; T ; USGS ; T ! USGS number' n\jmber number 1 number number' number 3^ 9N/2E- 3K1 93 9N/3E- 2N2 : 136 8N/1+E- 7A1 55 9N/2E- 3G2 1 93A 9N/3E- 2N3 : 137 8nAe- 7N1 55A 9N/2E- 3A1 : 9U 9N/3E-10D2 : 138 8N/1+E- 7Z1 56 9N/2E- 2Z1 : 95 9N/3E-11E1 : 139 8n/i+e-i8ei 57 9N/2E- 7Z1 : 96 9N/3E-10N1 : lUo 8nAe-i8gi 58 9N/2E-18G1 : 97 9N/3E-10Z1 : li+1 8n/5E- 8zi 59 9N/2E-19E2 : 98 9N/3E-10Q2 • lU2 10N/2E-34L1 60 9N/2E-20m : 99 9N/3E-11Q2 : m 10N/3E-32Z1 61 9N/2E-20M2 : 100 9N/3E-12Z1 • ikk 9N/1W-11Z3 62 9N/2E-20G2 : 101 9N/3E-15C3 ■ 1U5 9N/lW-llZi+ 63 9N/2E- 8N1 : 102 9N/3E-li+Zl 146 10N/1W-32Z1 6U 9N/2E- 8k1 : 103 9N/3E-15M2 1U7 10N/1W-32Z2 6i^A 9N/2E- 8j1 : lOU 9N/3E-15W1 lii8 9N/1W- 3N3 65 9N/2E-10N1 105 9N/3E-22Z1 ll+9 9N/1W- 8A3 66 9N/2E-15Z1 106 9N/3E-27Z2 150 9n/iw- 8ri 67 9N/2E-22Z1 107 9N/3E-26D1 151 9N/1W-10L1 68 9N/2E-22N1 108 9N/3E-28R1 69 9N/2E-27D1 109 9N/3E-27Z1 70 9N/2E-28K1 110 9N/3E-26L1 71 9N/2E-27Z1 111 9n/3E-3^di 72 9N/2E-li;N3 112 9N/3E-35B1 73 9N/2E-li+Nl 113 9N/3E-35Z1 7U 9N/2E-1UQ1 llU 9N/3E-35Z2 75 9N/2E-26D1 115 10N/3E-3^N1 76 9N/2E-26Z1 : 116 9N/3E-3UQ3 77 9N/2E-23R1 : 117 8n/3E- 3E2 78 9N/2E-11H1 : 118 9N/3E-2i+Dl 79 9N/2E-12N1 : 119 9n/Ue- 6z2 79A 9N/2E-12Z1 : 120 9n/'+e- 6zi 80 9N/3E- 7N1 : 121 9n/Ue- 7Z1 81 9N/3E-18D1 : 122 9N/i+E- 8zi 82 9N/3E-19Z1 : 123 9N/i+E- 8G2 83 9N/3E-19E1 : 12i+ 9N/i+E- 8K1 81+ 9N/3E-20D2 : 125 9n/Ue- 8e2 85 9N/3E-19P1 : 126 9n/Ue- 7Z2 86 9N/3E-20M1 : 127 9n/Ue-i8ci 87 9N/3E-30J1 : 128 9W/1+E-18E2 88 9N/3E-32Z1 : 129 9N/i+E-20Dl 89 9N/3E-33E1 : 130 8N/3E-12D2 90 9N/3E- 3D1 : 131 8N/3E- IQl 91 9N/3E- 3N1 : 132 8N/1+E- 6zi 92 9N/3E- 3R1 : 133 : 13i^ : 135 8n/4e- 6hi 8n/Ue- 5Z1 8n/Ue- 7E1 B-2 L ; uses ; L ; USGS ; L ; USGS number • momber * niimber' number • number • number 1 9n/ie-i8ei ! 30 SN/i+E- 6m1 •* 69 9N/2E-1UQ1 2 9n/ie-i8pi '. 30a 8n/Ue- 6Q2 '. 70 9N/2E-11H1 3 9n/ie-i8li ; 31 9N/I+E-3IKI . 70a 9N/2E-11G1 h 9n/ie-i6zi ! 32 8n/UE- UNI ': 71 9N/2E-11C2 5 9N/1E-21C1 ! 3U 8nAe-ioni . 72 9N/3E- 7N1 6 9N/1E-22D1 ! 35 8n/Ue-iori ! 73 9N/3E-28A2 7 9n/ie-i6z2 ! 36 8N/1+E-11P1 : Ih 9N/3E-15N1 8 9N/1E-21+D1 ! 36a 8nAe-iUci '. 75 9N/3E-10N1 9 9n/ie-2Uhi ! 37 8N/i+E-12U '. 76 9N/3E-10D1 9a 9N/1E-2UZ1 ; U2 9N/1E-15L1 '. 76a 9N/3E-10D2 10 9N/2E-20M2 ; iv3 9N/1E-13E1 : 77 9N/3E- 3D1 10a 9N/2E-2o^a ; l+3a 9N/1E-13E2 . 78 ion/3E-3'+ei 11 9N/2E-28K1 h3 9N/1E- 3E1 " 78a 10N/3E-33Z2 12 9N/2E-27D1 . hi 9N/1E-12D1 1 79 9N/3E- UEI 13 9N/2E-27Z1 k8 10H/2E-31N1 80 9N/3E-10Q2 lU 9N/2E-26D1 k9 10N/2E-32P1 81 9N/3E-1'+Z1 15 9N/2E-2UK2 50 9N/2E- UDI 82 9n/Ue-i8ci 15a 9N/2E-2ilKl 51 9N/2E- 3A1 82a 9N/1+E- 7Z2 16 9N/3E-19P1 51a 9N/2E- 3A2 83 9n/i+e-i8e2 I6a 9N/3E-19E1 : 52 9N/2E- 3K1 . 83a 9N/i+E-l8El 17 9N/3E-30J1 : 53 9N/2E- 2N1 . 81+ 9n/Ue- 8G2 18 9N/3E-32A1 : 5i+ 10N/2E-3^L1 : 85 9N/1+E- 8ki l8a 9N/3E-32Z2 : 56 10N/3E-15N1 : 87 10N/3E-35M2 19 9N/3E-3^di : 58 10N/3E- i+Fl . 88 10N/3E-35H1 20 8n/3E- kBk : 59 11N/3E-32C1 : 89 10N/UE-30Z1 21 8n/3E- i+Bl . 60 IIN/3E-3OJI : 90 ionAe-32zi 22 8n/3E- ilB2 : 62 9N/2E- 7Z1 : 91 ION/I+E-3OMI 23 8N/3E- 3E1 ; 63 9N/2E-18F1 : 92 9N/1+E- 6N1 2l^ 8n/3E- 3F1 . 6k 9N/2E- 8J1 : 93 9N/3E-12G1 25 8N/3E- 2P1 ': 65 9N/2E-10N1 : 9h 10N/3E-11J1 26 8N/3E- 2C3 . 66 9N/2E-12Z1 : 95 10N/3E-12F1 27 8N/3E-12D2 : 67 9N/2E-12N1 : 96 ion/Ue- 6ji 28 8n/1^E- 7N1 . 68 9N/2E-1Un1 : 97 10N/3E-22D1 28a 8n/Ue- 7E1 : 68a 9N/2E-1UN2 : 99 10N/3E-27Q2 29 8n/Ue-i8f3 : 68b 9N/2E-lUNi+ : 100 10N/UE-19N1 29a 8N/i+E-l8El : 68c 9N/2E-1UN3 : 100a ION/3E-25AI B-3 M '• USGS = M ' USGS M • USGS number" number number* number number* nvmiber 88 10N/1W-33D1 92a 9N/1W- 10A2 : 98 9N/1W- -13H1 89 9N/1W- hZl : 93 9N/1W- llZl 99 9N/1W- -13Z1 90 9N/1W- l^Bl : 9U 9N/1W- 11Z2 100 9N/1W- -13B1 91 9N/1W-10D1 96 9N/1W- 8A3 92 9N/1W-10A1 97 9N/1W- lOMl 1. The area boundary used in this report is not the same as that used in Thompson (1909, pl- 2k-) but includes Afton, which is part of his Cave Canyon area. Thompson numbered wells in each of his areas serially, beginning with No. 1, and the Afton well is listed as No. kS in his Silver Lsike, Soda lake, Crucero, and Cronise Valleys (p. 526, pl. 28). B-U Table 3 • - - References that contain water-level measurements In veils in the lover Mojave Valley area, California U.S. Geological Survey Water-Supply Papers 1/ Years for vhich measurements are available Water- supply Paper No. Year of publication , 1917, 1919 578 1929 . P- U6U-I+90, 1917-39 886 19^+0 . p- U2-51 19^+0 911 19^1 . P- 128-130 19^1 9U1 19*^3 , P- 98-99 19^2 9U9 l9l^U . P- 68-70 191^3 991 19^5 . P- 126-130 19^^ 1021 19^+7 . P- 110-113 19^5 1028 19^9 . P- 133-136 19*^6 1076 19i^9 . p. 1^+9-152 19^7 1101 1951 . P- 120-12U 19^+6 1131 1951 . P- 110-113 191^9 1161 1952 . P- 110-112 1950 1170 1953 , P- 70-71 1951 1196 195 i+ P- 66-67 1952 1226 1955 . P- 77-78 1953 1270 1956 P- 77-79 195^ 1326 1957 P- 78-79 1955 11^09 1957 P- 88-90 1955 II+60-F 1959, P- 257 512, 526 Publications of other agencies IT Years for which measurements are available Reference : Year : of ; publication 1917-31+ I9U6-5O 1950-52 1952-51+ I95I+-58 California Department of Public Works I93U, p. 202- 2ka 1951, p. 175- 176 I95I+, p. I3I+, 139-11+0 1958, p. 161- 163,167-169 i960, p. 19I+- 200,209-213 San Bernardino County Flood Control District San Bernardino County Flood Control District San Bernardino County Flood Control District San Bernardino Coxinty Flood Control District See footnote at end of table. B-5 Years for which measurements are available Year of publication 1956-57 California Department of Water Resources 1957-58 California Department of Water Resources 1958-59 California Department of Water Resources 1959-60 California Department of Water Resources 1958, P.EI7- E22 i960, p. E7- E9 1961, p. c6- c8 1961, p. C5- c8 1. For ccanplete titles, see references. B-6 Table U. -- Wells for which periodic vater-level records are available (listing numbers used by other agencies) USGS number DWR numbei r^ •number—' L or M / number^ numbe LrV Years of record available^ 8n/3E- iQi 131 1919 2C3 Lr26 1930-32 2P1 L-25 1922, 1930-32 3E1 L-23 1930-32, 1935-60 3E2 117 1919 3F1 L-2U 1930-32, 1935-5^, i960 Ubi L-21 1930-32, 1935-58 UB2 L-22 1922, 1930-32, 1935-36, 1938-iil, 19^^3-51, 1953-58 i^B3 L- 22a 19^+7-61 h^h L-20 1930-33, 19'+7-57 12D2 L-27 130 1919, 1930-32 12J1 1956 8n/Ue- Uni L-32 1930-32, 1935-1+3 5Z1 131^ 1919 6ei 1956 6hi 133 1919 6^a L-30 1930-32, 1959 602 L-30a 1930-32 6zi 132 1919 7A1 136 1919 7E1 L-28a 135 1919, 1922, 1930-32, 1938-i+8, 1950, 1952- 53, 1956-60 7N1 L-28 137 1930-32, 1935-^^3 7Z1 138 1919 lONl L-3U 1930, 1932 lORl L-35 1930, 191+7-50, 1953-55 llPl L-36 1922, 1930, 1932 12L1 12N1 12N1 L-37 1930, 1932, 1935-60 lUci L-36a 1930, 1932, 1962 i8ei L-29a 139 1919, 1930-32 18F1 1959-61 18F3 L-29 1930 i8gi lUO 1919 18R1 1960-61 8n/5E- 8zi lUl 1919 See footnotes at end of table. B-7 USGS : DWR ,; F number 'numberi/ *number£/ ' • • L or M ; numher3/ ' T number-/ 1 Years of record aval lab le5/ 9N/1E- 1L2 36 1919 1L3 37 1919 2E1 19^3 3E1 L-U5 35 1919, 1930, 1932, 193'* 3H1 L-»^5a I9U6-62 UZI 3h 1919 9D1 1957-58 lOZl ko 1919 10Z2 in 1919 llBl 39 1919 12D1 L-kj 38 1919, 1930, 1932, 1931*- 35, 1937 -i*5, 191+7-62 13E1 L-U3 1925-58, 1930-60 13E2 L-^3a 1925-27, 1930-33, 1935-61 15 LI L-U2 1925-28, 1930-32, 193'+-'+7 16Z1 L-k h3 1917-20, 1927, 1930 16Z2 L-7 1930-31 18E1 L-1 1925-28, 1930-32, 193^-55, 1962 18U L-3 kk 1919, 192I+-25, 1927-28, 1930-31, l9'+7-i+9, 1952- 53 18P1 L-2 k2 1919-20, 192U 18Z1 h3 1917, 1919 21C1 L-5 lv6 1919, 1920, 1922, 1927, 1930-31, 191+7-61 22D1 L-6 kj 1919, 1922, 1925, 1930-31, i960 2Ud1 L-8 1930, 1932-52, i960 2llHl L-9 kQ 1919-20, 1922, 192U-25, 1930 2l^Zl L-9a 1930-31 9N/2E- 2N1 L-53 1925-28, 1930-31+, i960 2Z1 56 1919 3A1 L-51 55A 1919, 1922, 1930-35, 1937-5^ 3A2 L-5 la 1931-35, 1937-60 3G2 55 1919 3K1 L-52 5U 1919, 1930-33, 19I+6-60 3Z1 53 1919-20 3Z2 52 1919 kBl L-50 50 1919, 1930-32, 193I+-35, 1937-60 See footnotes at end of table . B-8 1 USGS : DWR : F , number \ numberi/ [ number—' ' L or M,; numberi ' ] T , , number^ 1 Years of recpyd. ] available^ 9N/2E- kZl 51 1919-20 6di 1950-53, 1955, 1957-62 6ni h9 1919 7Z1 L-62 57 1919-20, 1925-26, 1928, 1930, 1932 8ji L-6U 64a 1919, 1925, 1928, 1930- 33, 1935-53, i960 8k1 6k 1919 8n1 63 1919 lONl L-65 65 1919, 1930-31, 1955-60 11C2 L-71 1922, 192I+-25, 1927-28, 1930-32, i960 llGl L-70a 1930 llHl L-70 78 1919, 1922, 1925, 1927, 1930-32, i960 12N1 L-67 79 1919, l92'i-27, 1930-35, 1937-53, i960 12Z1 L-66 79A 1919, 1922, 1924, 1930- 35, 1937-38 li+Nl L-68 73 1919, 1922, 1930, 1932- 33, 1935, 1938-U8, 1956 11+N2 L-68a 1925, 1927-28, 1931-35, 1937-58, 1960-61 li+NS L-68c 72 192U-28, 1930-33, 1935, 1937-61 IUnU L-68b 1930, 1961 li^Ql L-69 -jk 1919, 1922, 1930-32 15 Zl 66 1919 18F1 i8pi L-63 192I+-28, 1930-60 18G1 58 1919-20 19E2 59 1919 20G2 62 1919 20^a L-lOa 60 1919, 1931-32, l93i+-i+3 20M2 L-10 61 1919, 1925-28, 1930-32, 193^-^1 20Q1 L-lOb 1932, 19^1-49, 1952-61 22N1 68 1919 22Z1 67 1919 23R1 77 1919 21+Kl L-15a 1930-32 2Uk2 L-15 1930-32 26di L-14 75 1919, 1930-31, 1962 26E2 19^^-58 26Z1 76 1919 See footnotes at end of table. B-9 USGS ; DWR w; F 2/! number ^number |number-^ \ L or M,' number^' ' number-^ Years of recpEd available^/ • 9N/2E-27D1 L-12 69 1922, 1930-32, 1961 27Z1 L-13 71 1917, 1919, 1922, 1926, 1929-30, 1932, 1935- 1^0 28K1 L-11 70 1919, 1930-32, 1961 9N/3E- 2N2 93 1919 2N3 93a 1919 3D1 L-77 90 1919, 1926, 1930-35, 1937-55, 1959 3D2 1956-60 3N1 91 1919, i960 3R1 92 1919, 1959 k^-] L-79 1925-26, l93©-32, 1959 7N1 L-72 80 1919, 1922, 1925, 1930- 3^, 1959 lODl L-76 1922, 1930-35, 1937-^^9, 1952, 195^^-55, 1961 10D2 L-76a 9U 1919, 1930-33 lONl L-75 96 1919, 1922, 1930-31, i960 10Q2 L-80 98 1919, 1930-32, i960 lOZl 97 1919 llEl 95 1919 11Q2 99 1919 12G1 L-93 1922, 1930-33, 1935, 1937-60 12Z1 100 1919 li+Zl L-81 102 1919, 1930-32 15 C3 101 1919 15M1 1952-60 15M2 103 1919 15N1 L-7^ lOU 1917, 1930-32, 19^+6-1^9, 1959 18D1 81 1919 19E1 L-l6a 83 1919, 1922, 1930-32, 1935, 1938-48, 1950-60 19P1 L-16 85 1919, 1922, 1930-35, 1938-I+8, 1951-60 19Z1 82 1919 20D2 8U 1919 20M1 86 1919 22Z1 105 1917, 1919 24d1 118 1919, i960 See footnotes at end of table . B-10 USGS ; DWR ^ /; F ,; number * numbe r— ' " niimt er— ' ' L or M,: number^' T numbe r-i/ Years of recoHd [ available^ 9N/3E-26D1 107 1919, 1959 26L1 110 1919, 1959 27Z1 109 1919 27 Z2 106 1917 28A2 L-73 1930-32, 1959 28R1 108 1917, 1959 29A1 1951-60 29G1 1952-5^+, 1957-60 30J1 L-17 87 1919, 1922, 1930-32, 1961 32A1 L-18 1922, 1930, 1932, 19^7- 1^8, 1950-56, 1961 32K1 1953-55, 1957-61 32Z1 88 1917-19 32Z2 L-l8a 1930-33 33E1 89 1919, 1961 3i<-Dl L-19 111 1919, 1922, 1930-32, 193i+-59 3^01 195^+, 1956, i960 3^03 116 1919, i960 35 Bl 11? 1919, 1959 35Z1 113 1919 35Z2 114 1919 9n/Ue- 6ni L-92 1930-32, 1959 6zi 120 1919 6Z2 119 1919 7Z1 121 1919 7Z2 L-82a 126 1919, 1930, 1932 8E2 125 1919, 1959 8G2 L-8if 123 1919, 1930-33, 1959 8K1 L-85 I2U 1919, 1930-32, 1959 8Z1 122 1919 18C1 L-82 127 1919, 1930-32 i8ei L-83a 1930-32, 1959 18E2 L-83 128 1919, 1922, 1930-32, 1935, 1937-i^l, 1959 20D1 129 1919, 1959 20U 1952-59 31K1 L-31 1930-32, 1935-60 10N/1E-28Z1 3 1919 28Z2 2 1919 35Pi^ k 1919, 1961 35P5 5 1917, 1919, 1961 See footnotes at end of table. B-11 USGS ; DWR } F 2/- ^ °^ ^/' number-^ number^i/ _ nvunber— ' 1 Years of record available^/ number |number-V ^ 10N/2E-26Z1 10 1918-19 26Z2 11 1919 31N1 L-i^ 1930, 1959 32N1 6 1919 32P1 L-1+9 7 1919-20, 1922, I92I+, 1929-60 32P2 8 1919 32Q1 9 1919-20, 1959 3'+Ll L-5'^ 1U2 1919, 1922, 1930-32, 193^-35, 1937-50, 1956-58, i960 10N/3E- UFI L-58 1930, 1932, 193^^, 1959 lUl L-9'+ 19 1919, 1922, 1930, 1959 12F1 L-95 20 1919, 1922, 1930 1UB2 18 1919, 1959 15K1 15 1919, 1959 15N1 L-56 13 1919, 1930, 1932, 1959 15 Zl \k 1919 22B1 16 1919, 1959 22D1 L-97 12 1919, 1922, 1930, 1933- 35, 1938-Uo, 1950, 1952-60 22M1 21 1919, 1959 23E1 17 1919, 1959 25A1 L-lOOa 1933, 1959 27 LI 22 1919, 1959 2702 L-99 1930, 1932, 1959 32Z1 l'^3 1919 33Z1 23 1919 33Z2 L-78a 1930, 1932 Ihm L-78 21+ 1919, 1930-35, 1937-^^7, i960 ZhY2. 19^+7-59 3l^E3 1956-60 3l^Nl 115 1919, 1959 35H1 L-88 26 1919, 1922, 1930-32, 1959 35M2 L-87 1922, 1930-32, 1959 35Z1 25 1919 10N/Ue- 5M1 1950, 1953-56 6fi 29 1919, 1959 6ji L-96 30 1919, 1930, 1932, 193^^, 1959 See footnotes at end of table. B-12 usGs ; DWR . [number—' _ L or M ; number^/ " number-' Years of record * available!/ numbe r \ numbe r^ ion/Ue- 6ri 31 1919, 1959 8b1 33 1919, 1959 8D1 32 1919, 1959 19N1 L-lOO 1930-33, 1959 30M1 L-91 27 1919, 1930, 1932, 1959 30Z1 L-89 28 1919, 1922, 1930, 1932 32Z1 L-90 1930, 1932 11N/2E- 8K1 195^-60 22N1 1917-18, 195^-60 nN/3E- 8ni 19^+1, 195^-60 20R1 IIRI llRl 195^, 1956, 1958-60 30J1 L-60 1930, 1932, I9I+I, 195'+, 1959 32C1 L-59 1930, 1932, 193*+, i960 iin/5e-i6ji 15G1 15G1 1950, 195^^-60 iin/6e-i8zi U6^/ 1919 12N/2E-28D1 195^-60 31A1 1955-60 32C1 1918, I9'^l, 1951, l95'+-59 9N/1W- 3N3 ikQ 1919 Ubi M-90 1927-28, 1930-31, 1958, i960 1+Zl M-89 1930-31 8A3 M-96 lii9 1919, 1922, 1930-32, 193^^, 1958 8ri 150 1919 lOAl M-92 1925, 1927-28, 1930-32, 1935, 1937 -»»6 1QA2 M-92a 1928, 1930-32, i960 lODl M-91 192J+-25, 1927-28, 1930-32, 1935, 1937-^6 10D2 M-91a 191+5-59 lOLl 151 1919 lOMl M-97 1930, 1932, 1935, 1938-58 10M2 M-97a 19*^6-60 llZl M-93 1930-31 11Z2 M-9'^ 1925, 1927, 1930 11Z3 Ikk 1919 See footnotes i it end of table. B-13 usGs ; I)WR , nvunber |numberi\ l 2/: number-' _ L or M ; niimber3/ ] T , / Years of record number-^ * aval lab le5/ 9N/1W-11ZU IU5 1919 13B1 M-lOO 1925-28, 1930-32, 1935, 1938-60 13H1 M-98 1930-32, 1958 13Z1 M-99 1925, 1927-28, 1930-31 lUAl I9U3, I9U6-U7, 19^9-51 iUbi 19i^3, I9i^6-U7, 19^^9-51, 1958 ll^B2 19U7, 19^9-51, 1958, i960 10N/1W-32Z1 1U6 1919 32Z2 11^7 1919 33D1 M-88 1930-32, 1935, 1937-^^6 11N/1W-35M1 1 1919 1. California Department of Water Resources numbers. 2. San Bernardino County Flood Control District numbers. 3. California Department of Public Works, Division of Water Resources (193^) numbers. h. Nimibers used by Thompson (1929^ pl- 2if). 5 . See table 3 for references to published water-level meas\irements; see table 1 or table 5 for \inpublished water-level measurements . 6. See Thompson, I929, p. 526. B-ll^ Table 5 • - - Records of vater level in veils Table 5 includes unpublished records for wells having more than five water-level measurements; wells having five measurements or less are shown in table 1. Also included in this table are the complete published and unpublished records for wells Sn/UE-TEI, 8n/'<-E-12L1, 9N/1E-3H1, 9N/1E-13E2, 9N/2E-20Q1, 9N/3E-3D2, 9N/3E-29A1, 9N/UE-31ia, 10N/3E-22D1, 11N/3E-20R1, and 11n/5E-16J1, which have been selected as representative to show the range of water-level fluctuations in different parts of the area throughout the entire period of record. The numbers in parentheses following the Geological Survey niomber were the numbers assigned to that well by other agencies and appear in publications listed in table 3- T Thompson, Water-Supply Paper 578; L or M California Department of Public Works or San Bernardino County Flood Control District; DWR California Department of Water Resoxirces. Altitudes given are in feet above mean sea level for the land- surface datum at the well. Land-s\arface datum is a plane of ref- erence which approximates land surface. Altitudes given in whole feet were interpolated from topographic maps. Altitudes given in feet and tenths were determined by spirit leveling by C. F. Hostrup and Associates, Southern California Gas Co., U.S. Bureau of Reclamation, or the California Department of Public Works, Division of Water Resources (193^, P- 202-237). B-15 Water-level measurements were made by the following agencies: ^ U.S. Bureau of Reclamation, F San Bernardino County Flood Control District, GS U.S. Geological S\irvey. All measurements of water level have been adjusted to depth below land-surface datum. That is, the distances of the measuring points above or below land- surface datum have been subtracted from or added to the measured water levels. 8N/3E-3E1 (L-23). Owner formerly C. W. Beaverstock. 1,819.6 ft. Records furnished by BR and F. Altitude Water Water Water Date level Date level Date level July 22, 19^+6 7.8 Dec. 10, 19^+8 6.3 May 10, 1951 5.93 Aug. 27 7.5 Feb. 18, 19U9 5.3 June 15 6.6 Sept. 17 7.6 Mar. 17 5.3 July 19 7.9 Oct. IJ^ 7.8 Apr. 15 5.0 Aug. 16 8.11 Nov. 12 7.1 May 17 5.25 Sept. lU 8.14 Dec. k 6.8 June 17 6.0 Oct. 17 8.00 Jan. 1, l9»+7 6.3 July 15 6.7 Dec. Ik 7.23 Feb. 5 5.8 Aug. 19 7.6 Jan. 23, 1952 6.U6 Mar. k 5.7 Sept. 16 7.9 Feb. 15 6.00 Apr. 10 5.2 Oct. 20 7.8 Mar. Ik 5-39 May 16 5.6 Nov. 18 l.h Apr. 11 5.62 June 10 6.2 Dec. 15 8.0 June 18 6.91 July 9 6.8 Jan. 25, 1950 6.7 July 17 7.i+2 Aug. 8 7.3 Feb. 16 6.3 Sept. 19 8.59 Sept. 8 7.5 Wfer. 16 5.9 Oct. 17 8.12 Oct. 10 7.9 Apr. 20 5.6 Dec. 17 8.00 Nov. 18 7.0 May 2 5.67 Jan. 23, 1953 7.80 Dec. 10 6.7 June 16 6.7 Feb. 18 6.73 Feb. 18, 19UQ 5.6 July 13 7.1 Mar. 19 6.12 Mar. 12 5.5 Aug. 16 7.7 Apr. 17 6.13 Apr. 16 5-3 Sept. 15 8.0 Nov. 16 8.18 June 15 6.3 Oct. 18 8.8 May 18, I9^k 7.00 July 11+ 6.7 Dec. Ik 7.1 Nov. 23 7.80 Aug. 11 7.2 Jan. 17, 1951 6.7 Apr. 15, 1955 6.63 Sept. 15 7.8 Feb. 15 6.3 Dec. 11+ 7.90 Oct. li+ 7.6 Mar, 21 5.9 Apr. 17, 1956 6.75 Nov. 23 6.7 Apr. 19 5.71 Jan. 13, i960 dry B-16 8n/3E-'+B3 (L-22a). Porter McCollogh, formerly Lyle Graham. Altitude 1,819.6 ft. Records furnished by BR and F. Water Water Water Date level Date level Date level Jan. 9, 19^7 '+.1'+ May 17, 19^+9 i^.35 Nov. 29, 1951 5.51^ May 22 U.78 Nov. 18 5.36 June ^, 1952 6.12 Nov. 18 5.05 feiy 2, 1950 U.28 Nov. 21 6.35 May 19, I9I+8 U.67 Nov. 10 6.30 Aug. 10, 1961 10.16 Nov. 23 i^.89 ^fey 19, 1951 5.09 8n/3e-i+bU (l-20). Porter McCollogh, formerly lyle ( jraham. AltH bude about l,8l9 ft Records furnished by F. Jan. 9, I9U7 flowing Nov. 10, 1950 flowing Nov. 23, 195 U flowing Nov. 18 flowing May 10, 1951 flowing Apr. 15, 1955 flowing May 19, 19'^8 flowing Nov. 29 flowing Dec. Ik not flowing Nov. 23 flowing J\ine ^, 1952 flowing Apr. 17, 1956 not flowing Miay 17, 19^+9 flowing Nov. 21 flowing Dec. 26 flowing Nov. 18 flowing May 20, 1953 flowing May 3, 1957 flowing May 2, 1950 flowing Nov. May 16 18, f lowi ng 19514- flowing 8nAe-7E1 (T-135, L-28a). KEY WELL. Lawrence Bodine, formerly G. C. Schafer. Altitude 1,803. ft. Records furnished by m, F, and GS. Dec. 11, 1919 25.1 Nov. 28, 19^+0 23.00 Nov. 23, 19k6 23.51 May 22, 1922 23.15 Jvme 11, I9I+I 23.22 Nov. 9, 1950 25.3iv May 29, 1930 23.2 Nov. 26 22.95 June 2, 1952 23.33 Apr. 23, 1931 23.17 May 13, 19^+2 a31.1+0 Nov. 21 23.89 Jan. 28, 1932 2I.I19 Nov. 2k 23.02 Nov. 17, 1953 25.26 Apr. 28 22.95 May 19, 19^+3 a23.19 Apr. 17, 1956 ZT.kO June 23 21.97 Dec. 30 23.12 Dec. 26 2U.5 Dec. 8 21.67 Apr. 25, 19M+ a23.17 Dec. ^, 1957 2U.58 Nov. 26, 1938 23.93 Jan. 3, 19^5 23.10 Mar. 27, 1958 aUl^.Oll May 15, 1939 23.31 May 11 23. U2 June 19, 1959 a5i^.93 Nov. 30 23.31 May 2, 19^6 23.30 Nov. 15, i960 26. k9 May 9, i9i+o 23. li^ Nov. 18, 19U7 23. i<- 8nAe-10R1 (l-35) . V. L. Barnes, formerly G. E . Ladd. Altitude 1,831. U ft. Records furnished by BR and F. Jan. 9, 19U7 50.77 May 17, I9U9 51.06 May 18, 195 i+ 50.90 May 22 50. Wl Nov. 7, 1950 50.8 Nov. 23 50.60 Nov. 23, 19^*8 51. 8i^ Nov. 17, 1953 1^9.50 See footnotes at end of table. B. -17 8n/i ^E-12L1 (L-37) . KEY WELL. L. A. Shepherd. Alti Ltude 1,810.1 Records furnished by ^ ,, F, and GS. Water Water Water Date level Date level Date level Feb. 20, 1930 32.6 June 10, 1947 30.4 Dec. 14, 1950 30.7 Jan. 28, 1932 32.74 26 30.4 Jan. 17, 1951 30.4 Apr. 28 32.32 July 9 30.4 Feb. 15 30.1 Dec. 9 32.55 23 30.5 Mar. 21 30.7 Mar. 1^> 1935a32.70 Aug. 8 30.5 my 9 31.02 Jan. 10, 1936 33.00 Sept. 8 30.5 July 19 30.9 Jan. 21, 1937 32.83 Nov. 18 30.4 Aug. 15 31.0 May 26, 1938 33.15 Feb. 18, 1948 30.5 Oct. 12 31.0 Nov. 26 33.71 Mar. 12 30.5 Nov. 29 30.75 Nov. 30, 1939 33-01 Apr. 16 30.5 Dec. 14 31.0 May 9, 1940 33-14 May 19 30.24 Jan. 23, 1952 30.5 Nov. 28 33.11 June 15 30.5 Feb. 15 30.9 J\me 11, 1941 33.42 July 14 30.6 Mar. 14 30.9 Nov. 26 33-17 Aug. 11 30.5 Apr. 11 30.8 May 13, 1942 33.10 Oct. 14 30.6 J\me 4 30.83 Nov. 21+ 33-58 Nov. 23 30.51 18 32.6 May 19, 1943 33-29 Dec. 10 30.5 July 17 31.8 Apr. 25, 19411 33.09 Jan. 18, 1949 30.6 Sept. 19 31.6 my 11, 1945a38.78 Feb. 18 30.6 Oct. 17 3I-O Nov. 15 30.84 Mar. 17 30.6 Nov. 21 30.63 Aug. 12, 1946 30.4 Apr. 15 30-9 Jan. 23, 1953 31.15 27 30.3 May 17 30.55 Feb. 19 30.90 Sept. 1+ 30.3 June 17 31.1 Mar. 19 30.79 25 30.4 July 15 31.0 Apr. 13 30.79 Oct. 1 30.4 Aug. 19 30.7 May 20 30.79 30 30.4 Sept. 16 30.4 Nov. 23, 1954 31.60 Nov. 1+ 30.4 Nov. 18 30.60 Apr. 18, 1955 31.45 27 30.4 Dec. 15 30.6 Dec. 14 30.59 Dec. 1+ 30.4 Jan. 25, 1950 30.7 Apr. 17, 1956 31.20 19 30.4 Feb. 16 30.9 Dec. 26 31.40 Jan. 2, 191^7 30.4 I-feir. 16 30.9 May 3, 1957 30.70 Feb. 5 30.3 Apr. 20 30.6 Dec. 4 31.26 20 30.4 l^y 2 30.58 Apr. 27, 1958 30.39 Mar. 4 30.4 June 16 30.7 Dec. 3 31.17 27 30.6 July 13 30.9 May 5, 1959 31.63 Apr. 10 30.3 Aug. 16 30.7 June 17 31.21 23 30.4 Sept. 15 31.0 Nov. 12 31.20 May 16 30.4 Oct. 18 31.2 Mar. 24, i960 31.56 22 30.4 Nov. 7 30.7 See footnotes at end of table. B-18 8n/Ue-18f1. V/. L. Howard. Altitude about 1,830 ft. furnished by GS and Southern California Gas Co. Records Date Water level Date Water level Date Water level June 22, I959 kk.'^k Dec. Dec. 7, i960 14-7.1+ 8 Vf . 3 June i960 U7.3 '+7.3 1, 1961 h-J.k lU June 2, 1961 U7.3 8n/UE-18r1. Southern California Gas Co. Records furnished by owner. Altitude 1,872.8 ft. Apr. 8, i960 101.0 Dec. 10, I96OCIOI.7 June 1, 1961 101.0 Dec. 7 101.3 11 clOl.8 2 clOl.7 8 clOl.7 12 clOl.7 9 clOl.7 Ik clOl.5 9N/1E-3H1 (L-l+5a). KEY WELL. Records furnished by BR and F. H. A. Gores. Altitude 1,91*6.0 ft. July 22, 19U6 55.0 June 26, 191+7 57.6 Aug. 16, 1951 67.93 30 55.1 July 9 57-8 Sept. 11+ 68.20 Aug. 5 55.1 23 58.0 Dec. — 68.75 12 55.3 Aug. 8 58.1 Jan. 23, 1952 68.88 28 55A Sept. 9 58.3 Feb. 15 68.99 Sept. 1+ 55-5 Feb. 18, 191+8 59-3 Mar. 11+ 69.19 11 55.5 July Ik 60.6 Apr. 11 69.1+5 17 55.6 Aug. 11 61.0 June 27 69.00 25 55.3 Sept. 15 61.1 July 17 75.1+1+ Oct. 1 55.7 Dec. 10 61.6 Sept. 19 73.1 7 55.6 Jan. 18, 19I+9 61.9 Oct. 17 69.91 11^ 55.6 Feb. 18 62.1 Jan. 23, 1953 70.1+0 23 55.8 Mar. 17 62. ii Feb. 19 69.85 30 55.9 Apr. 15 62.6 Mar. 19 70.1+0 Nov. k 55-9 July 15 63.3 Nov. 17 72.50 12 56.0 Dec. 15 61+. 1 May 19, 195I+ 72.70 20 56.0 Jan. 25, 1950 61+. 5 Nov. 26 73.85 27 56.2 Feb. 16 6k.6 Apr. 18, 1955 77.3'+ Dec. k 56.1 Mar. 16 6U.8 Dec. 15 75.90 19 Apr. 20 61+. 9 Apr. 17, 1956 76.27 Jan. 2, 22 19U7 56^5 56.5 June July 16 13 ^^:? Dec. May \ 1957 Vf% Feb. 6 20 56.6 Aug. Sept. 16 15 ^■? Dec. Mar. i 1958 WM Mar. k 56.6 Oct. 18 66! 2 Dec. 1959 §2.10 ?L ^6.9 Dec. 11+ 66.5 May 6, Apr. 57.0 Jan. 17, 1951 66.6 Nov. 13 . 87.59 23 57.2 Feb. 15 66.8 Mar. 25, i960 87.83 May 16 57. ^ Mar. 21 67.0 Oct. 20 82.63 27 57.^ Apr. 19 9^'^ Oct. 16, 1962a86.93 June 10 57. '^ July 19 67.8 See footnotes at end of table. B-19 9N/1E-12D1 (T-38, L-if?). D. W. Hallman, formerly Aaron Kimble, formerly W. S. Wilhelm. Altitude 1,928.0 ft. Records furnished by BR , F, and GS. Water Water Water Date level Date level Date level Jan. 2, 19^+5 36.83 Nov. 13, 1959 67.18 Nov. k, i960 73.51 May 6, 1959 60.33 Mar. 25, i960 66.52 Nov. 18, 1962 67.87 9N/1E-13E1 (L-U3). California Electric Power Co. i Mtitude 1^9^7-7 ft. Records furnished by m and F. July 22, I9U6 58.3 May 27, I9U7 60.7 Mar. 16, 1950 68.3 30 58.3 June 10 60.8 Apr. 20 68.2 Avig. 5 58.3 26 60.9 June 16 ^.5 12 58. U July 9 61.1 July 13 68.9 27 58.5 23 61.3 Aug. 16 69.1 Sept. k 58.7 Aug. 8 61.4 Sept. 15 69.2 9 58.7 Sept. 8 61.6 Oct. 18 69.5 17 58.9 Oct. 10 61.9 Nov. 6 69.5 25 58.9 Dec. 10 62.7 Dec. Ik 69.7 Oct. 1 58.9 Feb. 18, 19^+8 63.2 Jan. 17, 1951 69.9 7 59.1 Mar. 12 63.1 Feb. 15 70.1 lU 59-1 Apr. 16 63.1+ Mar. 21 70.2 23 59.2 June 15 64.0 Apr. 19 70.3 30 39-h July Ik 6k.l June 15 70.7 Nov. k 59-5 Aug. 11 61+. 7 July 19 70.9 12 59.5 Sept. 15 6k. 6 Sept. Ik 71.8 20 59.5 Oct. Ik 64. 9 Oct. 17 71.9 27 59.7 Dec. 10 65.2 Dec. Ik 72.0 Dec. 1+ 59.7 Feb. 18, 1949 66. k Jan. 23, 1952 72.0 19 59.8 Apr. 15 66.5 Feb. 15 72.2 Jan. 22, 191^7 59.8 June 17 66.5 Mar. 11+ 72.1+ Feb. 5 59.8 July 15 66.7 Apr. 11 72.6 20 59.9 Aug. 19 66.8 June 16 72.1+ Mar. h 60.0 Sept. 11 67.0 Dec. 17 78.1 27 60.2 Oct. 20 67.8 Apr. 17, 1953 76.0 Apr. 10 60.1^ Dec. 15 67.6 Apr. 6, 1955 77.2 30 60.5 Jan. 25, 1950 67.9 Oct. 27, i960 85.29 May 16 60.6 Feb. 16 67.9 See footnotes at end of table. B-20 9N/1E-13E2 'L-1^3a). KEY WELL. California Electric Power Co. Altitude 1,9^19.6 ft. Records furnished by BR and F. Water Water Water Date level Date level Date level Sept. 1^. 1925 62.88 May 22, I9U7 61.57 Feb. 15, 1951 71.1 Mar. 7, 1926 63.^7 June 10 61.7 Mar. 21 71.1 Oct. 10, 1927 60.55 July 9 62. Apr. 19 71.2 May- 22, 1930 68.0 Aug. 8 62.3 May 10 71.28 Jan. 22, 1931 69.38 Sept. 8 62.5 June 15 71.5 Dec. 7 70.97 Oct. 10 62.8 July 19 ik.Q Mar. 17, 1932 69.00 Nov. 17 63.13 Sept. Ik 72.5 2k 68.52 Dec. 10 63.3 Oct. 17 73.0 Apr. 21 66.81 Feb. 18, I9i^ 63.8 Nov. 29 73.02 Jan. 11, 1933 67.70 Mar. 12 6U.0 Dec. 11+ 72.9 Jan. 22, 1935 71.90 Apr. 16 Gk.k Jan. 23, 1952 73.0 Dec. 20 73.^+0 May 19 6U.57 Feb. 15 73.1 Apr. 23, 1936 73.82 June 15 65.0 ^r. Ik 73.3 Jan. 16, 1937 7^^.95 July Ik 65.7 Apr. 10 73.*+ June 2 62.78 Aug. 11 65.7 J\me 5 73.00 May 26, 1938 56. Uo Sept. 15 65.9 16 73.1 Nov. 26 60.07 Oct. Ik 65.8 Nov. 26 73.70 May 22, 1939 62.I19 Nov. 23 66.08 Dec. 17 77.6 Nov. 30 6i^.78 Dec. 23 65.6 Jan. 23, 1953 71^.10 May 9, 19IK) 66.05 Feb. 18, 19I+9 66.7 Feb. 19 73.98 Nov. 27 67.87 Apr. 15 67.1 Mar. 19 71.12 June 11, 19I+I 56.30 May 16 67.19 May 21 7'+.78 Nov. 26 59.63 June 17 61. k Mar. 29, 195^ 75.2 May ll.. 19^+2 61.91 July 15 68.0 May 18 71.5 Nov. 25 6ii.62 Aug. 19 68.2 Apr. 15, 1955 78.22 May 19, 19^+3 55.^+6 Sept. 16 67.9 Dec. Ik 79.30 Dec. 30 59.i^8 Oct. 20 68.6 Mar. 29, 1956 79.90 Apr. 26, 19UI4. 5U.U6 Nov. 17 68.36 Nov. 5 81.69 Jan. 2, 19U5 57.85 Dec. 15 68. U Dec. 5 81.23 May 10 55.70 Jan. 25, 1950 68.8 Jan. 2, 1957 81.32 Nov. 15 58. ou Feb. 16 68.7 Feb. 6 81.31 May 2, 19U6 58. Uo Mar. 16 69.1 Mar. 6 81.1+3 July 22 59.3 Apr. 20 69.3 Apr. 3 81.68 Aug. 12 59.^ May 3 69.33 May 3 82. OU Sept. 9 59.6 June 16 69.6 June 3 82.36 Oct. 7 60.0 July 13 69.8 July 2 82.61+ Nov. 12 60. u Aug. 16 70.0 Aug. 1 82.89 Dec. h 60.6 Sept. 15 70.2 29 83.10 Jan. 2, 19U7 60.9 Oct. 18 70.2 Oct. 2 83.39 Feb. 5 60.7 Nov. 6 71.0 Jan. 8, 1958 83.33 Mar. ^, 19U7 60.9 Nov. 26 70.70 Feb. 7 83.10 Apr. 10 61.3 Dec. lU 70.6 Mar. 5 83.15 May 16 61.5 Jan. 17, 1951 70.8 26 83. 2U B-21 9N/1E-13E2. --Continued. Water Water Water Date level Date level Date level May- 1, 1958 83.81 Apr. 2, 1959 82.58 May- 2, i960 81+. 02 June k 82.80 June k 81.81 31 85.35 July 2 82.52 July 1 83.16 July 6 85.73 Aug. 6 82.69 Aug. 3 83.37 Aug. 3 86.00 Sept. 5 82.77 Sept. 1 83.66 31 86.20 Oct. 1 82.68 Oct. 1 83.8ii Oct. 6 85.90 Nov. 5 82.71 Nov. 3 83.90 27 85. 7U Dec. 3 82.12 Dec. 1 82.93 Nov. 3 85.37 Jan. 1, 1959 82.00 Jan. ^, i960 83.80 Dec. 1 85.50 Feb. 5 82.08 Feb. 1 83.88 Jan. 13, 1961 85.50 Mar. 5 82.33 Mar. 2 8U.66 Feb. 2 85.60 ft. 9N/1E-15U (L-i+2). Fomerly G. Records furnished by BR and F. Liquenf elder. Altitude 1,963.7 A\ag. 12, 191+6 67.0 Oct. 7, 19^6 11. h Nov. 27, I9I+6 69.3 27 66.0 Ik 70.5 Dec. k 65.5 Sept. i+ 69.7 23 67.8 17 65.5 9 71.9 30 66.8 Jan. 2, 19^1 71.^ 17 67.6 Nov. k 67.3 22 65.6 25 68. U 12 79.2 Feb 6 58.7 Oct. 1 73.2 20 65. U 9N/1E-18e1 (L-1). California Electric Power Co., formerly B. A. Funk. Altitude 1,996.8 ft. Records furnished by BR and F. Jan. 2, 19^5 6.76 Nov. 12, 191+6 12.8 July 23, 19^7 21.3 July 22, 191+6 9.8 20 13.6 Aug. 8 16.0 30 10.6 27 5.3 Sept. 8 23.8 Aug. 5 10.8 Dec. k 8.5 Oct. 10 17.1 12 11.0 19 12.2 Nov. 11+ 17.6 27 11.1+ Feb. 6, 191+7 11.2 Dec. 10 17.89 Sept. k 11.6 20 11.0 Feb. 18, I9I+8 19.0 9 11.8 Mar. k 11. U Mar. 12 35.2 17 12.0 27 11.8 Apr. 16 30.2 25 12.2 Apr. 10 12.1+ my 17 32.8 Oct. 1 12.3 30 13.1 June 15 21.8 7 12.5 May 16 a2l+.0 July 11+ 23.3 Ik 12.6 27 ll+.O Aug. 11 37.2 23 12.9 June 10 17.6 Sept. 15 3^.8 30 13.0 26 19.5 Oct. 11+ 25.1+ Nov. 1+ 13.2 July 9 a2l+.6 Nov. 22 25.0 See footnotes at end of table . B-22 9N/IE-18e1. --Continued. Water Water Water Date level Date level Date level Dec. 10, 19kQ 16.9 Nov. 16. 19^+9 38.1 Mar. 21, 1951 51.8 Feb. lb. 1949 2k. k Dec. 15 39.9 Apr. 19 69.1 Mar. 17 ZJ.k Jan. 25, 1950 37.3 Dec. 11^ 5U.8 Apr. 15 27.2 Feb. 16 37.2 Jan. 23, 1952 53.23 June 17 39.0 Mar. 16 37.9 June 16 18.18 Aug. 19 36.2 Apr. 20 U2.8 July 17 18.98 Sept. 16 J+0.2 May 2 ^^3.5 Nov. 18, 1962 62.21+ Oct. 20 U2.2 Jan. 17, 1951 ks.e 9N/1E-18l1 {T-kk, L-3). Formerly R. H. Greer, ft. Records furnished by GS. Altitude 1,986.8 Feb. 13, 19^7 8.2 May May 21 11. 5 Nov. Nov . lU 1$ . 6 May 17, 19^8 20.0 June 22 23 . 1 May 16, 1949 2U.2 3, 1952 15.1 21, 1953 filled in 9N/2E-3A2 (L-51a), furnished by F and GS. Sjolin. Altitude 1,814-5.1+ ft. Records May 19, 1953 27.85 Nov. May 19, I95I+ 30.37 Dec. 26, 195 i+ 29.95 1^, 1955 32.80 Apr. 17, 1956 3I+.7O Jan. 13, i960 39-77 9N/2E-3K1 (T-51+, L-52). Mitchell, formerly Jack Fisher. Altitude 1,858.1 ft. Records furnished by BR, F, and GS. July 22, 19I+6 k.i Nov. 17, 191+7 3.6 Mar. 17, 19I+9 3.0 Aug. 12 U.8 Dec. 10 3.1 Apr. 15 3.1 Sept. 1+ k.'? Feb. 18, 19I+8 2.8 May 16 3-7 Oct. 7 l+.O Mar. 12 2.8 June 17 1+.1+ Nov. 1+ 3.^^ Apr. 16 2.9 July 15 1+.8 Dec. 1+ 3-3 May 18 3.h Aug. 19 5.2 Jan. 2, 191+7 2.9 June 15 k.o Sept. 16 5-5 Feb. 6 2.6 July 111 5-1 Oct. 20 5.0 Mar. k 2.6 Aug. 11 ^+.9 Nov. 16 1+.7 Apr. 10 3.1 Sept. 15 5.h Dec. 15 l+.l May 16 3.h Oct. 11+ h.3 Jan. 25, 1950 3.1 J\me 10 k.3 Nov. 22 3-9 Feb. 16 3.h July 9 h.l Dec. 10 3-5 Mar. 16 3.h Aug. 8 5.0 Jan. 18, 19I+9 3.1 Apr. 20 3.9 Sept. 9 I+.6 Feb. 18 3.0 f-lay 3 3.8 B-23 9N/2E-3K1 . - -Cont inued . Water Water Water Date level Date level Date level June 16, 1950 k.Q Aug. 16, 1951 6.2 Jan. 23, 1953 5.2 Aug. 16 5.6 Sept. Ik 6.8 Feb. 19 5.0 Sept. 15 5.7 Oct. 17 5.8 l^r. 19 5.0 Oct. 18 5.6 Dec. Ik 5.1 Apr. 17 5.2 Nov. 1 5.5 Jan. 23, 1952 k.2 Nov. 17 8.U1 Dec. lU l^.6 Feb. 15 k.2 May 19, 1951^ 6.k Jan. 17, 1951 k.2 Mar. Ik 3.0 Nov. 26 7.55 Feb. 15 if.O J\ine 18 6.8 Apr. 18, 1955 6.65 Mar. 21 3.9 July 17 6.k Dec. Ik 7.90 Apr. 19 1^.1 Sept. 19 6.8 Apr. 17, 1956 7.19 May- 9 k.h Oct. 17 6.6 Jan. 13, i960 9. 81+ July 19 5.8 Dec. 17 6.0 9N/2E-1iD1 (T-50, L-50). Formerly Yermo Mutual Water Co. Altitude about 1,895 ft. Records furnished by BR, F, and GS. Aug. 12, l9'+6 16.2 Dec. 10, 19I+8 20.1 Feb. 15, 1951 23.1 Sept. k 16.1+ Feb. 18, 19^9 20.1 Mar. 21 23.3 Oct. 1 16.1+ Apr. 15 20.3 Apr. 19 23.1+ Nov. k 16.6 June 17 20.6 Jiine 15 25.8 Dec. k 16.7 July 15 20.8 July 19 26.0 Feb. 6, 19U7 16.8 Aug. 19 20.9 Aug. 16 25.7 Mar. k 16.9 Dec. 15 21.1+ Sept. lU 26.6 Apr. 10 16.3 Jan. 25, 1950 21.7 Oct. 17 2I+.9 May 16 17.1+ Feb. 16 21.7 Dec. 11+ 25.1 J\me 10 17.5 Mar. 16 21.8 Jan. 23, 1952 25.2 July 9 17.7 Apr. 20 21.9 Feb. 15 25.2 Aug. 8 17.8 June 16 22.2 Mar. 11+ 25.3 Sept. 9 18.0 July 13 22.3 Apr. 11 25.5 Dec. 10 18.3 Aug. 16 22.7 June 18 25.3 Feb. 18, 19I+8 18.5 Sept. 11+ 22.7 July 17 25.5 Nfe.r. 12 18.5 Oct. 18 22.8 Sept. 16 25.9 Apr. 16 18.7 Nov. 9 22.9 Dec. 17 26.3 June 15 19.6 Dec. 11+ 23.0 Dec. 1, i960 36.15 Aug. 11 19.1+ Jan. IT, 1951 23.1 B-21+ 9N/2E-6D1. James furnished by ovmer. Shope. Altitude about 1,925 ft. Records Water Date level Water Date level Date Water level Oct. 11, 1950 i+7-2 mr. 25, 1951 ^+7.9 Apr. 25 1+7.8 Sept. 28 1+9.0 Feb. 26, 1952 1+9.6 Apr. 22, 1952 1+9.8 Oct. 13 50.2 July 1, 1953 51.5 May 1+, 1955 5'^.9 Aug. 28 55.7 Oct. Apr. Oct. Oct. Oct. 8, 12, 25, 17; 1957 58.8 1958 59.5 1959 61.1 i960 62.2 1962 66.98 9N/2E-8J1 (T-61+a, L-61+). Moller, formerly Annie Elsholz. Altitude 1,915.1+ ft. Records furnished by BR, F, and GS. Aug. 12, 191+6 36.1+ Dec. 10, 19I+8 39-9 Dec. 1^, 1950 1+5.0 Sept. 1+ 38.0 Jan. 18, 19I+9 1+0.2 Jan. 17, 1951 I+I+.3 Oct. 11+ 36.9 Feb. 18 1+0.3 Feb. 15 i+3.5 Nov. 12 38.1+ Mar. 17 1+0.3 Mar. 21 1+3.6 Dec. 1+ 37.1 Apr. 15 1+0.5 Apr. 19 1+3.6 Jan. 2, 19^7 37.2 June 17 1+0.6 May 10 I+1+.6 Feb. 6 37.2 July 15 1+0.9 July 19 I+1+.15 Mar. 27 1+8.3 Sept. 16 1+1.1+ Aug. 16 I+I+. 1+2 Apr. 10 37.^ Oct. 20 hl.5 Dec. 11+ 1+5.01 May 16 38.8 Dec. 15 1+1.8 Jan. 23, 1952 1+1+.93 June 10 37.6 Jan. 25, 1950 1+2.0 Mar. 11+ 1+5.05 July 9 1+3.7 Feb. 16 1+1.1+ June 16 1+5.05 Aug. 8 Ul.6 Mar. 16 1+1.9 Sept. 19 1+6.30 Sept. 8 37.3 Apr. 20 1+2.1 Oct. 17 1+6.62 Nov. 17 39.0 June 16 1+2.1+ Dec. 17 1+6.71 Dec. 10 38.7 July 13 1+2.6 Jan. 23, 1953 i+i+.io Mar. 12, 19I48 38.8 Sept. 15 1+2.8 Mar. 19 52.10 May 19 38.6 Oct. 18 1+3.2 Apr. 17 1+7.1+5 Nov. 23 39.9 Nov. 6 1+3. 1 Dec. 7, i960 56.52 9N/2E-11+N1 (T-73, L-68). Haimut, formerly L. N. Skobel. by BR and F. L & M Fairbanks, formerly Scobel & Altitude 1,888.5 ft. Records furnished July Amq. Sept. Oct. Nov. Dec. Jan. Feb. 22, 5 1+ 11+ 1+ 1+ 1, 6 19I+6 21.8 23.0 22.0 23.0 22.6 21.9 191+7 22.0 21.8 Mar. Apr. May Jvme Aug. Sept. Oct. Dec. 10 16 10 8 8 10 10 19l+7a23 , 21. 21. 22. 22. 22. 23. 22. Feb. 18, I9I+8 22.3 Mar. 12 22.35 May 19 22.8 Nov. 5, 1956 31.1+0 See footnotes at end of table. B-25 9N/2E-1UN2 (L-68a). L 8e M Fairbanks, formerly Scobel & Haimut. Altitude 1,886.0 ft. Records furnished by F and GS. Water Date level Water Date level Water Date level Mar. Oct. Nov. Dec. 29, 1956 26.72 6, i960 35.52 3 32.85 1 32.65 Jan. Feb. Mar. Apr. 13, 1961 32.80 2 3^.30 2 33.30 5 35.^0 May 1, 1961 3^.20 Jiine 22 36.63 9N/2E-20Q1 (L-lOb). KEY WELL. San Bernardino County. l,921.ij- ft. Records furnished by BR and F. Altitude Oct. 5, 1932 if 7. 98 Dec. 19, 1946 43.70 July IK 1947 45.20 June 11, I9UI U5.26 Jan. 2, 1947 43.80 Aug. 11 45.40 May 1^, 191^2 Ul+.lfif 22 a48.90 Sept. 15 a50.90 Nov. 25 48.67 Feb. 5 42.80 Oct. 14 a50.90 May 18, 19^3 ifJ+.13 20 41.90 Nov. 23 45.70 Dec. 30 i+3.31 Mar. 4 42.80 Dec. 10 45.80 Apr. 25, l9ifJ+ 42.67 27 43.00 June 18, 1952 52.14 Jan. 3, 19^5 41.81 Apr. 10 ^3.20 July 17 52.99 my 10 41.89 23 43.20 Dec. 17 51.70 Nov. 15 41.81 May 16 44.70 Feb. 19, 1953a54.05 May 2, 19h6 42.01 27 43.40 May 18, 1954a59.00 Aug. 12 42.20 June 10 48.80 Nov. 23 58.80 Sept. k 42.30 26 44.00 Apr. 15, 1955 56.22 9 42.30 July 9 a49.O0 Dec. 14 57.30 17 42.40 23 49.10 Apr. 13, 1956 57.62 25 42.40 Aug. 8 43.70 Dec. 21 58.64 Oct. -1 42.40 Sept. 8 43.80 May 2, 1957 59.07 7 42.40 Oct. 10 43.90 Dec. 4 60.08 lU 42.40 Nov. 17 44.05 Mar. 26, 1958 60.13 23 42.40 Dec. 10 a49.60 Dec. 3 60.68 30 42.40 Feb. 18, 1948 44.30 May 5, 1959 61.13 Nov. h, 19^+6 42.40 l^r. 12 a50.20 Nov. 12 60.72 12 42.40 Apr. 16 a44.60 Mar. 24, 1960a66.4o 20 42.40 May 20 44.80 Mar. 7, 1961 63.31 27 42.70 June 15 47.40 June 21 a70.4 Dec. k 43.60 See footnotes at end of table. B-26 9N/2E-26E2. A. D. Ciranna. Altitude about 1,890 ft. Records furnished by F. Water V/ater V/ater Date level Date level Date level Apr. 16, 19^^ 21.6 July 15, I9I+9 23.6 Apr. 19, 1951 27.lt June 15 21.8 Aug. 19 23.7 July 19 28.1 July Ik 21.8 Sept. 16 23.6 Aug. 16 28.1+ Aug. 11 21.9 Oct. 20 23.1 Oct. 17 31-1 Sept. 15 22.6 Dec. Ik 23.1 Jan. 23, 1952 25.1+ Oct. Ik 21.9 Jan. 25, 1950 23. U Apr. 11 28.6 Dec. 10 22.1 June 16 2i+.5 June 18 30.8 Feb. 18, 191+9 22.2 Sept. 15 26.6 Dec. 17 26.7 Mar. 17 22.8 Oct. 18 25.3 Jan. 22, 1953 26.5 Apr. 15 22.3 Jan. 17, 1951 25.3 Nov. 16 3U.5 June 17 23.4 Mar. 21 26.1 Nov. 23; 1951^ 33.90 9N/3E-3D1 (T-90, L-77). Ernest Bailey. Records furnished by M, F, and GS. Altitude 1,823.2 ft. Jan. 3, I9I15 1+2.89 July 22, 19I+6 50.3 Aug. 12 50.3 Sept . 1+ 1+6.2 Oct. II+, I9I+6 50.3 April 18, 1955 i+7.10 Nov. 20 1+7.2 Dec. II+ dry Feb. 6, I9U7 1+3.0 Mar. k 56.3 9N/3E-3D2. KEY WELL. Ernest Bailey. Records furnished by F and GS. Altitude about l,8l8 ft. Dec. 5, 1956 1+5.76 Mar. 27, 1958 1+6.69 Dec. ^, 1959 1+8 .09 May 3, 1957 1+6, .30 Dec. 3 1+7.27 12 1+8 .21 Dec. 1+ 1+6, .73 May 5, 1959 kl.k-J Mar. 21+, i960 1+9.55 Nov. 12 1+8.21 Nov. 15 U7.83 9N/3E-15M1. Loui s Uhl. Altitude about 1,830 ft. Records furnished by F • June 18, 1952 1+0, .5 Jan. 23, 1953 1+1.0 May 19, 1951+ 1+3 ■ A July 17 1+1. ,0 Feb. 19 1+1.2 Nov. 23 1+2, .25 Sept. 19 1+1, ,1+ Mar. 19 1+1. U Apr. 15, 1955 kk. .95 Oct. 17 1+1, ,6 Apr. 17 1+2.0 18 1+1+ , .78 Dec. 17 1+1, ,2 Nov. 17 39.8 Dec. 11* 1+1+ , .95 B-27 9N/3E-15N1 (T-IOJ^, L-T^^)- Records furnished by BR and F. Newberry School. Altitude 1,832.2 ft. Water Water Water Date level Date level Date level July 30, 1946 38.9 Jan. 2, 19l^7al+8.8 Feb. 18, 191+8 39.2 Aug. 5 38.8 22 39.1 ^r. 12 39.2 12 38.7 Feb. 6 a.k6.k Apr. 16 39.3 28 39.1 20 39.2 May 20 39.3 Sept. h 1+0.7 Mar. k aU3.3 June 15 39. i+ 9 39.5 27 aU2.9 July 11+ 39.6 17 39.2 Apr. 10 39.'+ Aug. 11 39.5 25 39-1 30 39.2 Sept. 15 39.9 Oct. 1 al+8.2 May 16 39. »+ Oct. 11+ 1+0.3 7 ali2.6 27 U2.6 Nov. 23 1+0.3 ll^ 39-1 Jime 10 39.1 Dec. 10 1+0.1+ 23 39-2 26 39.1 Jan. 18, 19U9 uo.o 30 aUl.O July 9 39.1 Apr. 15 i^5.l Nov. k alH.5 23 39.1 May 17 1^1.59 12 al+8.5 Aug. 8 39.3 June 17 1+8.9 20 aU9.6 Sept. 8 39.9 Jxily 15 1+9.6 27 39.2 Oct. 10 39.3 Aiig. 19 1+1.5 Dec. k 39.1 Nov. 18 39.2 19 39.2 Dec. 10 39.2 9N/3E-29A1. KEY WELL. O.S. Birdy. Records furnished by F and GS. Altitude 1,81+6.0 ft. Dec. II+, 1951 55.6 May 18, 1951^ 59-80 Mar. 26, 1958 63.19 Jan. 22, 1952 55.52 Nov. 23 59.70 Dec. 3 65.76 Dec. 17 56.5 Apr. 15, 1955 60.83 Mar. 5, 1959 61+. 51+ Jan. 23, 1953 56.59 Dec. 11+ 62.15 Nov. 12 61+. 1+2 Feb. 19 56.1+8 Apr. 13, 1956 62.58 Dec. 11 61+. 35 Mar. 19 56. 71^ Dec. 26 63.10 Mar. 21+, i960 68.23 Apr. 17 56.97 May 3, 1957 63.75 Nov. 11+ 63.69 Nov. 16 59.20 Dec. 1+ 63.82 9N/3E-29G1. 0. S. Purdy. . Altitude about 1,850 ft. Records furnished by F. July 17, 1952 5-^2 Jan. 23, 1953 5.30 Nov. 16, 1953 6.30 Sept. 19 all. 91 Feb. 17 5.36 May 18, 195^+ 5.95 Oct. 17 al9.7 Mar. 19 5.28 Dec. 11, 1959 10.66 Dec. 17 5.37 Apr. 17 5.76 See footnotes at end of table. B-28 9N/3E-32A1 (L-18). K. L. Morris, formerly Berden. Altitude l,83i)-.9 ft. Records furnished by F. Date Water level Date Water level Date Water level May Nov. May 23, 19^+7 23, 19^ 5.0 ^.9 2, 1950 5.3 Nov. 9, 1950 5.5 May 10, 1951 5.'+ Nov. 28 5j^ Apr. 13, 1956 6.9 9N/3E-32K1. Newberry Farms Co. Records furnished by F. Altitude about 1,860 ft. Jan. 23, 1953 ^+.95 Apr. K' 1955 flowing Mar. Mar. 19 J+.W Dec. flowing Mar. I-Iay 18, 195^ flowing Dec. ^, 1957 flowing May Nov. 23 flowing Mar. 26, 1958 flowing 5, 1959 notf lowing Ih, i960 not flowing 2, 1961 8.97 9nAe-31K1 (L-31). KEY WELL. C. L. Hines, formerly Anna Mae Monroe. Altitude 1,788.9 ft. Records furnished by m, F, and GS. May 1, 1930 12.55 Aug. 12, 1946 12.9 May 22, 19U7 13-^ Oct. 9 12.97 27 13.5 27 13.7 Apr. 23, 1931 12.97 Sept. h 13.6 June 10 13-7 Jan. 28, 1932 12.1+1 9 13.5 26 13.8 Apr. 28 12.20 17 13.7 July 9 14. June 23 12.1+0 25 13.8 23 13.8 Dec. 9 12.38 Oct. 1 13-5 Aug. 8 13.7 Jan. 30, 1935 12.35 7 13.5 Sept. 8 13.6 Jan. 10, 1936 12.39 lU 13.5 Nov. 18 13. t+ Jan. 21, 1937 12.25 23 13.6 Dec. 10 13.3 May 26, 1938 12.55 30 13.3 Feb. 18, 1948 13.1 Nov. 26 12.71 Nov. h 13-3 Mar. 12 13.0 May 15, 1939 12.60 12 13.3 Apr. 16 13.1 Nov. 30 12.92 20 13. i+ May 19 13.23 May 9, 191^0 12.70 27 13.2 June 15 13. i^ Nov. 28 13.12 Dec. h 13.2 July 11+ 13.6 June 11, I9UI 12.91 19 13.2 Aug. 11 13.7 Nov. 26 13.06 Jan. 2, 191+7 13-1 Sept. 15 13.7 May 13, 19^2 12.80 22 13.0 Oct. lU 13.7 Nov. 2k 13.26 Feb. 5 13-1 Nov. 23 13.44 m.y 19, I9ii3 13.08 20 13.3 Dec. 10 13-3 Dec. 30 13. lU Mar. h 13.3 Jan. 18, 1949 13.2 Apr. 25, 19U14- 12.86 27 13.1 Feb. 18 13.1 May 11, 19i^5 13.02 Apr. 10 13.1 Mar. 17 13.0 Nov. 15 13.10 30 13.1 Apr. 15 13.0 May 2, 19^+6 13.02 May 16 l-i-h May 17 13.02 B-29 9nAe-31K1. --Continued. Water Water Water Date level Date level Date level June 17, 19^9 13-3 Feb. 15, 1951 13-^ Dec. 17, 1952 15.10 July 15 13-5 Mar. 21 13.k Jan. 23, 1953 15. Oil Aug. 19 13.6 Apr. 19 13.23 Mar. 19 ik.YJ Sept. 16 13-7 May 10 13.13 Apr. 17 IU.29 Oct. 20 13-7 June 15 13.5 May 20 IU.22 Nov. 18 13.57 July 19 13.7 Nov. 17 1I1.U3 Dec. 15 13.5 Aug. 16 13. 8U May 19, 195 U 1U.8O Jan. 25, 1950 13.3 Sept. lU 13.8 Nov. 23 lU.to Feb. 16 13.3 Oct. 17 13.8 Apr. 18, 1955 IU.I8 Mar. 16 13.1 Nov. 29 13-65 Dec. li+ 1I+.5O Apr. 20 13.2 Dec. Ik 13.59 Apr. 17, 1956 1U.30 May 2 13.31 Jan. 23, 1952 13.39 Dec. 26 lif.63 June 16 13.5 Feb. 15 13.^0 May 3, 1957 111. 90 July 13 13.6 Mar. Ik 13.25 Dec. k 15.17 Aug. 16 13.8 Apr. 11 13.^+0 Mar. 26, 1958 II+.88 Sept. 15 13.5 June 1^ 13.75 Dec. 3 15.28 , Oct. 18 13.7 18 13-82 May 5, 1959 15.35 Nov. 7 13.6 July 17 IU.02 June 2k 15.60 Dec. li^ 13.5 Oct. 17 1I+.09 Nov. 12 15.it8 Jan. 17, 1951 13.0 Nov. 21 13.99 Mar. 2k, i960 15.57 10n/2E-31(-L1 iT-lk2, L-54). Formerly Yermo Mutual Water Co. Altitude 1,876.2 ft. Records furnished by BR and F. Aiig. 12, 19U6 52.7 May 27, 19'^7 ^k.^ Apr. 15, 19k9 57.8 Sept. k 52.8 June 10 5U.6 May 16 57-9 25 53.5 26 5I+.8 June 17 58.2 Oct. 1 53-0 July 9 55.0 July 15 58.2 30 53-6 23 55.1 Aug. 19 58.5 Nov. 1+ 53-8 Aug. 8 55.3 Sept. 16 59.3 27 53.7 Feb. 18, 19k8 56.1 Oct. 20 59-1 Dec. k 53.9 Mar. 12 56.0 Dec. 15 59-3 19 53-3 Apr. 16 56.0 Jan. 25, 1950 59-*+ Jan. 2, 19i^7 53-8 June 15 56.3 Feb. 16 59.6 22 5i^-5 July 14 56.5 Mar. 16 59-5 Feb. 6 •^k.k Aug. 11 56.7 Apr. 20 59.6 20 53-1 Sept. 15 56.9 June 16 59-9 Mar. k 53.2 Oct. Ik 57. ii July 13 59-8 27 54.2 Dec. 10 55.8 Aug. 16 60.3 Apr. 10 51^.5 Jan. 18, 19I+9 57.9 Sept. 15 60.6 30 ^k.k Feb. 18 57.7 Oct. 18 60.9 May 16 5k.^ Mar. 17 57.8 June 1; i960 dry B-30 10N/3E-22D1 (T-12, L-97). KEY WELL. Union Pacific Railroad Co., formerly G. F. Getty. Altitude 1,819.9 ft. Records furnished by BR, F, and GS. Water Water Water Date level Date level Date level Nov. 12, 1919 83.0 Dec. 6, I9I+O 80.95 Apr. 17, 1956 86.19 May 17, 1922 80.59 Nov. 10, 1950 80.5 Dec. 5 87.6 Dec. 15 80. U8 June 3, 1952 80.7 May 3, 1957 88.7 May 2U, 1930 80.59 Nov. 20 80.9 Mar. 27, 1958 89.29 Feb. 23, 1933 80.50 May 19, 1953 81.3 Dec. 3 90.»+3 Mar. 30, 193 i+ 80.70 Nov. 17 81.70 May 6, 1959 9^^.19 Jan. 29, 1935 80.70 May 19, 195 U 89.30 June 12 93.l^2 Dec. 27 80.70 Nov. 26 83.60 Nov. 13 93 A2 May 25, 1938 80.85 Apr. 18, 1955 8i+.i+7 Mar. 2U, i960 93.i^5 May 22; 1939 80.83 Dec. Ik 8i^.90 Nov. 15 97.1^ 10N/UE-5M1. Kenneth Wilhelms. Altitude 1,757-8 ft. Records furnished by BR and F. Nov. Nov. 1, 1950 96.85 15 96.85 7, 1953 96. U May 19, 195^ al0J+.80 Nov. 26 95-5 Dec. 15, 1955 91-20 Apr. 17, 1956 al0l+.20 11N/3E-20R1 (DWR-llRl, F-llRl). KEY WELL. Altitude about 1,780 ft. Records furnished by F and GS. Feb. 16, 195^ i^3-88 Dec. 26, 1956 1+5-15 Mar. 27, 1958 U5.29 Dec. h, 1958 U5.73 Mar. Nov. 13, 1959 !+5.60 Nov. Dec. 10 U2.87 25, i960 U6.O3 Ik k3.k6 11N/5E-16j1 (DWR-15G1, F-15G1). KEY WELL. Southern California Mineral Co. Altitude 1,638.8 ft. Records furnished by F. Nov. 1, 1950 178.0 Apr. Nov. 26, 195^ 186.82 Dec. Apr. 18, 1955 170.6 May Dec . 15 188.37 Dec. 17, 1956 I8U.27 Mar. 5 180.22 May 3, 1957 182.88 Nov. k 187.35 ^^a■r. 27, 1958 193-55 5, 1959 190.15 13 l8ii.92 2k, i960 187. U8 See footnotes at end of table. B-31 9N/1W-10A1 (M-92). W. H. Wasserman, formerly Gibbs. 2,036.5 ft. Records furnished by BR and F. Altitude Water Water Water Date level Date level Date level July 2U, 19U6 9-7 Nov. 12, 19^+6 10.8 May 27, 19it7 11.3 30 9.9 20 10.7 June 12 al6.1 Aug. 5 10.1 27 10.8 26 11.8 28 alO.U Dec. 1+ 10.5 July 9 12.0 Sept. h 10.2 19 10.6 23 12.2 11 10. i^ Jan. 2, 19kl 10. U Aug. 7 12. U 17 10.5 22 9.8 Sept. 5 13.3 25 10.5 Feb. 6 9.5 Nov. 13 13.0 Oct. 1 10.5 20 9.7 Dec. 11 13.6 7 10.8 Mar. k 9.8 Feb. 18, I9U8 13.3 11^ 10.6 27 9.7 Mar. 12 13.9 23 al7.9 Apr. 10 9.8 Apr. 16 II+.2 30 10.7 28 11.1 June Ik lk.5 Nov. k 10.7 May 16 11.1 July Ik lk.& 9N/1W-10D2 (M-91a). Pyle and Tyndall. Altitude about 2,OU5 ft. Records furnished by F. July 15, 19^+9 12. k Jan. 17, 1951 lit. 6 Feb. 15, 1952 lit. 85 Sept. 16 12.9 Feb. 15 1U.7 Mar. Ik lit. 69 Jan. 25, 1950 13.0 Mar. 21 Ik. 6 Apr. 11 9.50 Feb. 16 13.0 Apr. 19 15-3 June 27 8.30 Mar. 16 12.9 Aug. 16 l6.iiO July 17 9.29 Sept. 15 Ik.k Oct. 11 15.85 Sept. 19 9.90 Oct. 18 1U.8 Dec. Ik 11.60 Oct. 17 10.06 Dec. Ik 1U.7 Jan. 23; 1952 11.37 June 11; 1958 10.09 9N/1W-10M1 (M-97) Records furnished by F. Greystone Auto Court. Altitude 2, 097.it ft. Mar. 12, 191+6 5lt.it Oct. 1^^, 19I+8 58.3 Aug. Apr. 16 53.8 Feb. 18, I9it9 62.6 Dec. June 15 5it.7 Mar. 17 62.it Apr. July lit 59.0 Apr. 15 60.5 Aug. Aug. 11 57.0 May 16 57.98 Sept. 15 59.0 June 17 66.1 16, 1950 69.2 lit ^k.k 19, 1951 6it.5 25, 1958 73.83 See footnotes at end of table. B-32 9N/1W-10M2 (M-97a). Ralph Hagar. Records furnished by BR and F. Altitude 2,098.1 ft. Water Water Water Date level Date level Date level July 22, 191^6 69.6 Jan. 2, 19^7 70.3 Oct. 1^, 191*8 7U.7 30 69. k 22 68.9 Apr. 15, 19i+9 68.5 Aug. 5 68.0 Feb. 6 68. U Feb. 16, 1950 69.2 12 68.2 20 68.8 June 16 ^.3 27 68.6 Mar. k 68.7 June 15, 1951 79.0 Sept. h 68.8 27 68.9 July 19 79-0 9 68.9 Apr. 10 69.1 Sept. Ik 79.33 17 69.1 30 69. »+ Oct. 17 79-79 25 69.2 May 16 70.1+ Dec. 11^ 79-65 Oct. 1 69.5 27 70.3 Feb. 15, 1952 79.^8 » 7 69.5 June 10 70.3 Mar. li+ 79.33 ll^ 69.5 26 70.6 Apr. 11 78.82 23 69.7 July 9 70.8 June 16 72.22 1 30 69.9 23 71.2 July 17 76. 9^+ Nov. k 69.9 Aug. 8 71A Sept. 19 7U.08 12 70.0 Mar. 12, 19^^ 7'+.0 Mar. 25, 1958 78.97 Dec. k 70.2 June 15 7U.0 X. 19 70.2 Aug. 11 7U.0 9N/1W-1Ua1. U.S. Marine Corps. Altitude about 2,060 ft. Records furnished by owner. 19^3 52.8 I9I+6 5U.U 19^7 59 I9U9 62 1950 6k. k 1951 65 9N/lW-li*-Bl. U.S. mrine Corps. Altitude 2,061f.3 ft. Records furnished by owner and GS. I 191*3 ^5.3 Jan. 28, 19I+6 1*7.1 191*7 51+ 19^9 56 1950 56.6 1951 62 July 29, 1958 56.55 9N/1W-11*B2. U.S. Marine Corps. Altitude 2,068.3 ft. Records furnished by owner and GS. 191*7 59 I9I+9 60 1950 69.6 July 29, 1958 61.81* 1951 70 Oct. 7, i960 67.90 a. Well being pumped. c. Nearby well being pumped. B-33 APPENDIX C TABLE 6. DRILLERS' LOGS OF WELLS Table 6 . - - Drillers' logs of wells The terms adobe , caliche , hardpan , and lime are used by some drillers in the lower Mojave Valley area to describe a hard white calcareous clay and by others to describe the surface soil. The term hilldrift is used to describe material that appears similar to the alluvial-fan material on nearby slopes. Quicksand is a term often applied by drillers to sand that caved or "heaved" into the well during drilling. Many drillers use the term water sand , which means that the sand is permeable, but does not necessarily mean that the sand contains water. 9N/1E-1A1. Yermo Water Co. Well deepened by Ephraim Harris in 1961. 12-inch casing to 126 ft, 10-inch to 250 ft, and 8-inch to 250 ft. Altitude about 1,930 ft. Thickness Depth (feet) (feet) No record 126 126 Clay and sand; alternating fine sand and gravel 2k I50 No record 80 23O Sand, clean 20 250_ 9N/1E-1L2. Los Angeles & Salt I^ike Railroad Co. Drilled in I905. 13-inch casing perforated 100-lUO and 28O-306 ft. Altitude about 1,930 ft. Thickness Depth (feet) (feet) Thickness Depth (feet) (feet) 178 260 286 306 Gravel Clay, brown Sand Gravel 50 50 8 38 50 100 108 lh6 Sand Clay, brown Sand Gravel 32 82 26 20 C-1 9N/1E-1L3. Los Angeles & Salt Lake Railroad Co. Drilled in I905 . 13-inch casing perforated 7O-I3O and 16O-27O ft. Altitude about 1,930 ft. Thickness Depth (feet) (feet) Thickness Depth (feet) (feet) Sand and gravel Sand Gravel 35 9e 35 180 Clay, hro^^n Gravel 10 85 190 275 9N/1E-1N1. Drilled by Reeves in I9U8. 10-inch casing. Altitude about 1,9^0 ft. Clay, sandy 15 15 Sand & clay kO 55 Water sand, coarse --38 93 Shale, sandy 10 I03 Water sand, fine -- kS 152 Water sand, coarse 19 171 No record 3I 202 9N/1E-1Q2. E. F. Rayburg. Drilled by Ephraim Harris in 1951. 8-inch casing perforated 85-95 ft. Altitude about 1,925 ft. Topsoil 6 6 Sand & gravel 10 I6 Clay & little sand -- 3h 70 Sand, dirty 10 80 Sand & gravel I8 98 Silt 8e sand 1 99 9N/1E-2E2. C. F. Wicks. Drilled by Byers in I958. casing. Altitude about 1,9^5 ft. 12- inch Sand 90 90 Water sand, coarse -- ^4-0 I30 Sand, fine 23 I53 No record 2 I55 "Iron deposit" - Sand "iron" and rock Rock, gravel & fine sand 5 k 6 20 160 I6U 170 190 9N/1E-2E3. George Culver. Drilled by Ephraim Harris in 195^. 8-inch casing perforated 100-112 ft. Altitude about l,9'4-5 ft. Soil, sandy 1 Silt, fine, sandy I5 Sand Sc small gravel, clean 3 Silt, sandy 58 Sand & gravel to h inches, clean 9 86 1 Silt So sand 5 91 16 Clay, hard, tight Sand & gravel to 9 100 19 1-g- inches, clean 12 112 77 Clay, hard, tight k 116 C-2 9N/1E-2F1. Frank Palmer. Drilled by Ephraira Harris in 195i<-. 8-inch casing perforated 92-108 ft. Altitude about 1,9^5 ft. Thiakness Depth (feet) (feet) Soil, sandy 2 2 Sand, clean Sc coarse 10 12 Soil, sandy -- 22 3U Sand, clean & coarse 5 39 Sand S: silt -- I5 ^h Thickness Depth (feet) (feet) Sand 4 small gravel 11 65 Clay Sc silt 21 86 Sand & gravel to k inches, clean-- lU 100 Sand, small gravel, clean 7 107 Clay, tight 1 IO8 9N/1E-2H3. Jake Stauter. Drilled by Charles A Mitchell in 195^- 10-inch casing perforated I5I+-I6U ft. Altitude about 1,935 ft. Clay --- — 62 Quicksand h Clay 6 Sand, coarse 5 Quicksand lU Clay, hard, brown; clay balls j fine sand; green clay 2 62 66 72 77 91 93 Quicksand; soft brown clay 2 95 Quicksand 53 IU8 Gravel up to 1 inch 1^+ l62 Clay, soft, blue, coarse 1 I63 Gravel up to 1 inch, coarse 3 I66 Clay, brown 1 I67 9N/1E-3G1. G. H. Matherly. Altitude about 1,950 ft. Drilled in I96O. 12-inch casing. Sand 12 12 Clay 5 17 Sand 3 20 Clay 2 22 Sand - 3 25 Clay 2k k9 Sand 6 55 Clay 5 60 Sand -- 5 65 Clay 28 93 Sand 3 96 Clay 16 112 Sand 17 129 Clay 6 135 Sand — 6 lUl Clay 12 153 Sand 1 13h Clay 9 163 Sand lU 177 Clay - 3 180 9N/1E-UF1. 0. A. Russell. Drilled by Ephraim Harris in I9U7. 8- inch casing perforated 82-100 ft. Altitude about 1,965 ft. Surface soil Sand Silt Sc sand ■ 10 10 6 16 5^^ 70 Sand & small gravel, clean -- 29 99 Clay, soft, Sc sand 1 100 C-3 9N/1E-Uj1. U.S. Marine Corps. Drilled in I9U2. 12-inch casing to 278 ft perforated li(-2-260 ft. Altitude about 1,965 ft. Thickness Depth (feet) (feet) Sand, yellow, & silt 10 10 Sand, gravel to 2 inches 10 20 Sand, yellow, and pebbles 10 30 Sand, coarse, yellow 20 50 Clay, yellow; sand: silt & gravel 20 70 Sand & gravel to 12' inches, with a thin layer of yellow clay 20 90 Sand & gravel to 2 inches with 1 ft of yellow clay 10 100 Sand and pebbles 10 110 Clay, yellow; sand and pebbles 10 120 Clay, yellow, with sand and gravel to 1-| inches 10 I30 Sand, yellow, and pebbles, clean 10 l^iO Sand, coarse, and gravel 20 I60 Gravel, large, angular; sand and clay 10 I70 Clay, silty 10 I80 Sand and gravel to 1 inch 10 19O Sand and gravel to -j- inch 10 200 Clay, silty; sand and gravel to -^ inch 10 210 Sand and gravel to ^ inch 20 23O Gravel, silty, to 2 inches - 10 2ltO Sand, dirty, and gravel to 1 inch 10 25O Sand and gravel to ^ inch 10 260 Sand; gravel and "rock" to 10 inches 10 270 Sand and gravel to 2 inches 10 280 Clay, sandy, tough 10 290 No record — 5 296 C-k 9N/1E-4J2. U.S. Marine Corps. Drilled by Beylik Drilling Co. lU-inch casing perforated 6O-35O ft. Well backfilled to 35O ft. Altitude about 1,965 ft. Thickness Depth Thickness Depth (feet) (feet) (feet) (feet) Sand & gravel 72 72 Rock, loose, 8c Clay, brown 3 75 cobbles 3 3U5 Sand, coarse, gravel 9 Qk Clay, yellowish- 2 6 86 92 brown Clay, hard, brown 9 3 351^ 357 Clay, brown Sand & gravel 3 95 Clay, yellowish- Gravel, coarse 7 102 brown 15 372 Clay, brown, & sand 10 112 Clay, gray 28 i+00 Sand, coarse, with Clay, brown, & rock 10 1+10 streaks of brown Shale, gray & brown 10 1+20 10 122 Clay, grayish- l--La-J ~~ Sand, coarse, and brown, with streaJcs brown clay 10 132 of gravel 6 1+26 Sand, coarse, & clay 10 IU2 Clay, gray, & sand 6 1(32 Sand & gravel 10 152 Clay, hard, & sand 10 Ul+2 Sand, fine, & gravel 5 157 Clay, yellow, with Gravel, coarse 6 163 streaks of sand - 10 1+52 Sand, coarse 9 172 Rock, broken, with Sand, coarse, & sandy streaks of clay - 13 U65 5 177 Bedrock 10 1+75 Sand, coarse, & gravel 8 185 Clay, sandy, and sand 7 192 Clay, sandy 20 212 Clay, sandy, & gravel 10 222 Sand & gravel 10 232 Sand, coarse 10 2U2 Clay, brown, with streaks of sand -- k 2h6 Sand & gravel 16 262 Clay & gravel 7 269 Sand & cobbles 13 282 Clay with sandy streak 13 295 Sand & cobbles 3 298 Sand & clay k 302 Clay, brown 10 312 Gravel, coarse k 316 Gravel, coarse, & sand 6 322 Sand & gravel 20 3I+2 C-5 9N/1E-4r1. U.S. Marine Corps Altitude about 1,963 ft. Thickness Depth (feet) (feet) Sand, yellow; silt 10 10 Sand & gravel 10 20 Sand & clay 10 30 Sand & gravel 10 kO Sand & clay 10 50 Sand & pebbles 10 60 Sand & gravel 10 70 Clay, silty, yellow; sand 10 80 Sand 10 90 Drilled in 19^2. 12-inch casing. Thickness Depth (feet) (feet) Clay & smooth rock 10 100 "Compact" --- 10 110 Clay, silty 10 120 Sand 10 I30 Clay, silty, compact 10 lUO Sand; gravel to I" inch --- 10 150 Clay 10 160 Sand; large angular rock Ik I7I+ 9N/1E-5B1. J. R. Smith. Drilled by Clarence Johnson in I96O. 10-inch casing perforated I3O-IU5 ft. Altitude about 1,960 ft. Clay & sand Clay, red Gravel, pea- size -■ 71 22 1^5 116 138 Clay, red - Sand, clay 2 5 lUO ii+5 9N/1E-5B2. Volney Womack. Drilled by Clarence Johnson in I96I. 8-inch casing perforated 116-1^4-7 ft. Altitude about 1,960 ft. Clay & sand 5I 5I Clay, red 65 II6 Sand, pea-size gravel 8 12k Clay, red, hard Gravel; clay — 1 22 125 IU7 9N/1E-5H1. R. M. Smith. Drilled by Ephraim Harris in 1955- 8-inch casing perforated II5-I3U ft. Altitude about 1,980 ft. Soil, sandy 5 5 Sand 11 16 Silt - - 22 38 Sand, coarse, clean - 6 kk Clay & sandy silt k6 90 Clay, sandy 6 96 Sand, fine to coarse ^4- 100 Clay & gravel h lOl*- Sand 8c gravel to 3A inch --- k 108 Sand, fine to coarse; gravel up to 5 inches, over 50 percent gravel over ^ inch 22 I30 Shale, limy, buff- colored 7 137 C-6 9N/1E-5H2. R. M. Smith. Drilled by Clarence Johnson in I96O. 8- inch casing perforated IIU-I32 ft. Altitude about 1,980 ft. Thickness Depth (feet) (feet) Thickness Depth (feet) (feet) Sand Clay So sand Gravel Clay --- Sand Sc gravel — Sand & clay Sand & gravel to 1 inch Clay, soft, red ll^ 18 k 7 h 13 10 6 lU 32 36 h3 hi 60 70 76 Clay, hard, gray--- 19 95 Sand and clay 15 110 Gravel, red 2 112 Clay, red 2 lll4- Sand & pea -size gravel 9 123 Clay, hard, brown-- 2 125 Gravel to 1 inch -- 7 132 9N/1E-9E1. 0. L. Johnson. Drilled by Ephraim Harris in 19^9- 8-inch casing perforated IO3-II5 ft. Altitude about 1,980 ft. Siorface soil 2 2 Sand & gravel ii8 50 Silt -- 1 51 Sand 22 73 Clay --- 18 91 Sand, dirty ih IO5 Sand, fine to coarse, clean 7 112 "Hilldrift" (some v/ater) 3 115. 9R/1^-932. Oliver Johnson. Drilled by Ephraim Harris in 195^. 8-inch unperf orated casing to 87 ft. Altitude about 1,980 ft. Sand & gravel 80 80 Shale or rock, blue- gray, water at 130 ft 181 261 9N/IE-9E3. J. W. Greenlee. Drilled by Ephraim Harris in 195^- 8-inch casing perforated IO8-I30 ft. Altitude about 1,980 ft. Sand & gravel --- 28 28 Silt 1 29 "Hilldrift"- — 26 55 Sand 8c gravel 11 66 Silt 12 78 Sand & gravel 19 97 Stone, soft, gray - 11 IO8 Rock, broken, dark- gray 2U 132 C-7 9N/1E-10L1. 1,950 ft. U.S. Nfe.rine Corps. Drilled in I9I12. Altitude about Thickness Depth (feet) (feet) Sand & clay - 265 265 Clay, hard 9 2jk Sand & gravel 26 3OO Sand, gravel, & clay 15 315 Sand & gravel 6 321 Sand, gravel, and clay 9 330 Thickness Depth (feet) (feet) Clay, hard; sand; gravel I6 3^6 Sand, gravel, clay, water 11 357 Clay, hard 3 36O Sand, gravel, some clay k2 ^4-02 Clay 8c gravel -— 26 k2& 9N/IE-I5PI. M. B. Phelps. Drilled by Ephraim Harris in i960, 16-inch casing perforated 150-225 ft. Altitude about 1,965 ft. Soil, sandy; gravel 1 1 Sand & gravel, clean I8 I9 Clay 5 2h Sand & gravel 6 30 Clay, sandy 11 kl Sand & gravel 2 U3 Clay k kj Sand & gravel kl 88 Clay - 2 90 Sand & gravel 12 102 Clay 3 105 Sand 85 gravel 58 I63 Sand & silt 11 17^^- Sand & gravel, coarse --- 22 I96 Clay, hard-packed, red k 200 Sand & gravel, black — - 25 225 Clay, hard-packed, red --- 5 230 Conglomerate, hard, black --- 5 235 Clay, hard-packed, red; angular black gravel -- 2h 259 Gravel, cemented 3 262 Clay, hard, red; angular black gravel --- 3 265 9N/1E-16c1. Calnev Pipeline Co. Drilled in I96I. 8- inch casing to 197 ft perforated 125-197 ft. Altitude about 1,960 ft. Alluvial till - 35 35 Rock, hard 6 kl Gravel, pea-size 12 53 Rock and sand 20 73 V7ater sand 52 125 Very rocky 15 lUO Solid rock — Sand & gravel Water gravel - Rock & gravel Rock 10 20 15 10 9 150 170 185 195 20l| C-8 9N/1E-17H1. Daggett Mutual V/ater Co. Drilled in 1957 . 12- inch casing perforated 70-135 ft. Altitude about 1,980 ft. Thickness Depth (feet) (feet) Thickness Depth (feet) (feet) Sand, coarse Gravel, pea-size -- Sand and clay 25 25 U5 70 5 75_ Gravel, pea-size - 38 113 Sand, coarse, red 22 135 9N/1E-20B2. Chester Siembab. Drilled by Ephraim Harris in 1950. 8-inch casing perforated I3O-I60 ft. Deepened to 282 ft in 195U (no log), Altitude about 2,0l<-0 ft. Surface soil and stones lh5 lii3 Conglomerate, medium- hard, red, with gray, hard gravel to 8 inches ^ 183 9N/1E-20C1. Mooney. Dril^-ed by Ephraim Harris in 195h. casing perforated 92-I32 ft. Altitude about 2,030 ft. 8- inch Soil, gravel, & boulders Sand & gravel "Hilldrift," rust- colored 36 62 3^ 36 98 132 "Hilldrift," hard, burned-brick color 30 162 9N/1E-21F1. Daggett Mutual Water Co. Drilled by Ephraim Harris in 1931. 12-inch casing perforated 27O-? ft. Altitude about 2,065 ft, "Hilldrift," surface- type, hard-pack, & tight 270 270 Ssime, loose & coarser, water- bearing 30 300 C-9 9N/1E-21H1. J. E. Kelley. Drilled by Barber-Bridge Drilling Corp. in 1957. l6-inch casing perforated IU8-398 ft. Altitude about 2,000 ft. Thickness Depth (feet) (feet) Sand; pea-size & larger gravel 22 22 Clay, solid, yellow 2 2k Gravel, 3/4-inch; some clay & sand 2 26 Conglomerate, hard clay & pea- size gravel (hardpan) 26 52 Gravel, clean, to 1^ inches 1^4- 66 Clay, solid, yellow 6 72 Clay, yellow, with large boulders 6 78 Clay, very hard, yellow 7 85 Clay, very hard, reddish-brown 63 ViQ Clay, hard, reddish -brown, with small amount embedded gravel — - - h2 I90 Clay, hard, reddish -brown; some gravel; very tight k2 232 Clay, very hard, reddish-brown 11 2k^ Clay, hard, reddish-brown; some gravel; very tight 3 2^6 Clay, hard, coarse-grained, yellowish -brown; some broken gravel; very tight 2 2^+8 Clay, hard, reddish-brown k 252 Conglomerate, hard, cemented 22 27*4^ Clay, hard, yellowish -brown, with some embedded gravel 9 283 Conglomerate, hard, cemented 11 29^ Clay, yellc^^^ish-brown, with some embedded gravel h 298 Clay, reddish -brown, with some embedded gravel 22 320 Clay & gravel conglomerate 5 325 Conglomerate, very hard, larger percentage gravel and large hard boulders 5 330 Conglomerate, very hard, fairly fine-grained, cemented 30 36O Clay & gravel 6 366 Clay, hard, brovm 13 379 Conglomerate, very hard, brown 5 38^ Clay, brown; large gravel and boulders, tight 5 389 Clay, medium hard, brown 1 390 Clay, brown; pea-size gravel 9 399 Conglomerate, medium hard coarse sand & pea-size gravel 2 i+Ol Conglomerate, very hard, highly calcited, possibly fractured 6 1^07 Same as above, but interbedded with brown mudstone 3 ^10 C-10 9N/1E-21L1. Daggett Mutual V/ater Co. Drilled by Ephraim Ilarric in 19^)8. 12-inch casing O-36O, 10-inch casing 320-i+20 ft; perforated 225-? ft. Altitude about 2,075 ft. Thickness Depth (feet) (feet) Sand, gravel, Sc cement I85 I85 Gravel, water 1 I86 Clay, hard-packed, sandy 39 225 Sand & clay; water at I85 ft kO 265 Clay, hard 9 2rjk Sand, free, & gravel 26 300 Sand, gravel, Sc clay 12 312 Sand, gravel, rock, & clay 3 315 Sand S: gravel - -- 6 321 Sand; gravel & clay; water level I70 ft 9 33O Clay, hard; sand Sc gravel 10 3i4-0 Sand & gravel 2 3U2 Sand, gravel, & clay 6 2^Q Sand & gravel; water level I82 ft - - 2 35O Sand, gravel, & clay k 35U Sand & gravel - -- 3 357 Clay, hard, & sand 1 358 Gravel 1 359 Clay, hard, & sand 1 36O Sand, gravel, & clay 21 38I Sand & gravel 3 38U Sand, gravel, & clay ik 398 Sand & gravel h i<-02 Clay & gravel 2^^ ^26 9N/1E-22B2. F. M. Molby. Drilled by Ephraim Harris in 1955- 12-inch casing perforated I2O-I5O and I68-253 ft. Altitude about I.965 ft. Surface soil U 5 Sand, coarse, clean; gravel to k inches 38 ^^ Clay - - 3 ^5 Sand & gravel 6 51 Clay & silt -- 33 8U Sand & gravel 2 86 Clay 3 89 Sand & gravel; small layers of clay 28 117 Clay, sandy 1+ 121 Sand & gravel 29 15O Clay, sandy, tight & hard 18 I68 Sand & gravel; clay & cement 32 200 Clay, sandy 9 209 Gravel & clay 6 215 Gravel, clay, cement 1 216 Sand & gravel 2 2l8 Sand; clay; gravel to 5 inches 17 235 Sand 8c gravel, clean 8 2U3 Clay 2 2U5 Sand & gravel --- 2 2^7 Sand, small gravel & clay I3 260 Sand, hard-packed; gravel & clay 35 295 C-11 9N/2E-3C1. Hammond. Drilled by Ephraim Harris in 1950. casing perforated 29-6O ft. Altitude about 1,870 ft. 10 -inch Thickness Depth (feet) (feet) Thickness Depth (feet) (feet) Soil 3 3 Sand Sc gravel to 2 inches lU 1? Clay, tough, brown - 3 20 Clay, sandy 5 25 Sand, clean, & gravel 11 36 Clay, sandy, buff 8 kh Sand & gravel to 2^ inches I6 60 Clay, sandy, buff 3 63 9n/2E-6d1. James Shope. Drilled by Ephraim Harris in 1938. 10-inch casing perforated IO8-I25, I32-IU2, li+U-lli7, and IU8-I5O ft. Altitude about 1,925 ft. Soil 3 3 Sand 1 h Soil - 1 5 Sand 1 6 Soil, sandy 3 9 Sand 18 27 Sand & silt, inter- bedded 61 88 Sand, clean, & gravel to lA inch k 92 Sand & gravel to 2 inches 5 91 Clay 1 98 Sand, clean, & gravel to 3/8 inch 9 107 Clay 1 Sand & gravel to 1 inch 17 Clay - 7 Sand, clean, & gravel to 3 A inch 10 Silt & clay 2 Sand 80 gravel to 1/2 inch 3 Clay 1 Sand 8c gravel to 1/2 inch 2 Clay, tough 7 108 125 132 IU2 Ikk IU7 II+8 150 157 9N/2E-8K1. Mailer. Drilled by F. A. Canfield in I918. 12-inch casing. Altitude about 1,915 ft. Surface soil - 9 9 Clay - 2 11 Sand -- 7 18 Clay 3 21 Gravel 11 32 Clay — - 3 35 Gravel - 20 55 Clay -- 27 82 Sand & gravel lU 96 Clay - 1 97 Gravel --- 13 HO Clay - 1 111 Gravel 11 122 Clay - 2 I2U Gravel 20 ikk Clay -- 5 1^+9 Gravel 6 155 Clay — - 16 171 C-12 9N/2E-8N2. E. Childers, formerly S. C. Slack. Drilled by Ephraim Harris in I9U8. lU-inch casing perforated 72-295 ft. Altitude about 1,920 ft. Thickness Depth (feet) (feet) No record 59 59 Sand - 13 72 Clay -- -- 17 89 Sand --- 12 101 Clay — 3 10i+ Sand 7 111 Clay 3 llU Sand 5 119 Clay 27 11^6 Sand 2k I70 Clay 7 177 Thickness Depth (feet) (feet) Sand 9 186 Clay - 6 192 Sand 18 210 Clay, hard 1 211 Sand -- 9 220 Clay -- 17 237 Sand 7 2kk Clay 36 280 Sand -- 13 293 Clay 2 295 9N/2E-10G2. George Miller. 8-inch casing perforated O-8O ft. Drilled by Clarence Johnson in I96I. Altitude about 1,880 ft. Sand S: gravel 20 20 Clay & sand 3^ 5U Sand, fine, clean -- 2 56 Clay Sc silt 6 62 Sand, fine, clean Clay 8c sand 1 12 Sand, coarse, cleaji, & pea-size gravel; clay 63 75 80 » C-13 9N/2E-15Z1. E. V/ooldridge. Drilled in I9I8. 12-inch casing per- forated 7k-j6, 91-9^, 95-101, 102-103, 106-108, 169-lTO, 175-177, 192- 198, 210-217, 222-23U, 235-238, 2UI-2U3, 262-27U, 275-282, 28U-292 ft. Altitude about 1,890 ft. Thickness Depth (feet) (feet) Clay 6 6 Gravel lU 20 Clay 6 26 No record '+ 30 Sand, fine; water 1 31 Clay 10 1+1 Sand clay - 2 k3 Clay 3 ^6 Sand 1 hj Clay, soft --- 3 50 Sand & clay 10 60 Clay - 10 70 Sand & clay k jk Gravel 2 76 Clay 1 77 Sand - 1 78 Clay 1 79 Sand, coarse 3 82 Clay & sand 3 85 Quicksand 5 90 Clay 1 91 Sand & gravel 3 9^ Clay 1 95 Gravel 6 101 Clay 1 102 Gravel 1 103 Sand & clay 3 IO6 Gravel 2 IO8 Sand & clay 2 110 Clay - -— 3 113 Quicksand ---------- 2 115 Thickness Depth (feet) (feet) _ Clay & sand 5 120 Clay 25 II+5 Sand 1 146 Clay 23 169 Gravel 1 I70 Clay - 5 175 Gravel 2 I77 Clay 8 185 Sand 2 I87 Clay 3 190 Sand 2 192 Gravel 6 I98 Clay 3 201 Clay, sandy 2 203 Clay --- 7 210 Gravel 7 217 Clay 5 222 Gravel 12 23U Clay 1 235 Gravel - 3 238 Clay & gravel 3 2^1 Gravel 2 2^3 Clay & fine sand -- 8 251 Clay 11 262 Gravel 12 Zjk Clay — 1 275 Gravel 7 282 Clay 2 28i*- Gravel 8 292 Clay li 293i 9N/2E-18h1. H. H. Hill. Drilled by J. M. Scoggin in 195^- casing O-I5O ft, 12-inch casing I5O-302 ft; perforated 8O-302 ft Altitude about 1,92^ ft. 16- inch Topsoil 7 Clay, sandy, brown -- 3 Gravel, pea- size 10 Clay boulders, red — i+0 Clay, gray -- - 12 Water gravel 72 Shale, brown 20 Water sand, coarse -- 62 7 10 20 60 72 ikk 16U 226 Water sand with small shale break; s 22 2U8 Clay, red 12 260 Water gravel 20 280 Shale, red --- 12 292 Water gravel; shale 10 302 C-li<- 9N/2E-19K1. C. A. Barry. V/ell deepened by Ephraim Harris in 1961. 10-inch casing perforated 95-110 ft. Altitude about 1,935 ft. Thickness Depth (feet) (feet) Ko record Sand & gravel Clay — 83 17 6 83 100 106 Thickness Depth (feet) (feet) Sand Sc gravel- Clay, hard — Sand UO 1U6 3 l'+9 1 150 9N/2E-20Gi. San Bernardino County, formerly U.S. Marine Drilled in I9U2. l6-inch casing perforated 33O-UO8 ft. V/ell to '1-88 ft. Altitude about 1,913 ft. Clay, hard 5 Clay, silty 22 Clay, silty, brown 58 Clay, brown Water sand, gravel to l/2 inch Clay, sandy, brown rounded and angular gravel r-andy mucidy; gravel to 3/8 inch silty Clay, brown Water sand; gravel to l/2 inch Clay, sandy, brovm Clay and sand layers' gravel to l/2 inch Clay, brown Clay and fine to coarse sand layers Corps, backfilled 36 3 8 2 6 7 2 1 12 21+ 7 17 6 10 h V/ater sand, some gravel to l/2 inch ^'^ Water sand, gravel to 2 inches 6 Clay, brown 1^ VJater sand, gravel to 1 inch 6 Sand, fine; gravel to 3/U inch; clay; in layers 12 Clay; Clay, Sand, Clay, Water sand; gravel to I-I/2 inches Clay Clay Gravel to 6 inches; clay, cemented Clay and gravel Clay -- 15 7 Ik 6 3 11 7 2 Clay, sand, gravel to I-I/2 inches, in layers U Gravel to 2 inches; cemented clay 15 Water sand; gravel to 6 inches 31 Sand; gravel to 3 inches 21 Sand & gravel, cemented 20 Gravel, cemented & loose layers 6 Clay & cemented gravel 2 Gravel, cemented 3" Samd & gravel, tight 26 Clay, silty Clay, sandy Water sand; gravel to 1 inch Clay 5 27 85 121 I2U 132 13i^ lUO 1U7 l!f9 150 162 186 193 210 216 226 230 2U0 21+6 256 262 27 1+ 289 296 310 316 319 330 337 339 34.^ 389 I+IO 1+30 1+36 U38 kih 500 C-15 9N/2E-20K1. Drilled in 19i^2. about 1,918 ft. San Bernardino County, formerly U.S. Marine Corps. 16-inch casing perforated 2l<-2-388 ft. Altitude Thickness Depth (feet) (feet) Clay 22 22 Sand, coarse; some small gravel 22 kk Clay, sandy 2k 68 Clay; streaJcs fine sand and rock 17 85 Water sand; gravel to SA inch h 89 Clay, sandy - 25 llU Clay, sand, and small gravel 2 II6 Water sand; gravel to 3/^ inch 19 135 Clay, sandy 9 lUU Water sand; gravel to l/2 inch, round 2 IU6 Clay, brown 3 ik^ Clay, sand, gravel to l/2 inch, in layers 11 I60 Clay, brown 12 172 Clay, sand, gravel to 3/8 inch 2 17i+ Clay, brown 19 193 Clay, sand, and small gravel h 197 Water sand, gravel to l/2 inch 9 206 V/ater sand, gravel l/U to l/2 inch k 210 Water sand, gravel to 3 inches 3 213 Clay 30 2U3 Water gravel, rock to k inches 3 2^4-6 Clay --- - 2 2U8 V/ater gravel to 3A inch, some clay 6 25'+ Gravel, boulders, clay, cemented 39 293 Gravel to k inches, some clay 7 300 Clay with embedded rock I8 318 Gravel and boulders, clay 6 32^+ Water sand, gravel to 2 inches k 328 Clay with embedded gravel 3 331 V/ater sand; gravel to 6 inches 23 35^^- Gravel and boulders, cemented 12 366 V/ater gravel to 3A inch 3 3^9 Gravel, cemented 3 372 Gravel, cemented & loose, in layers 10 382 Gravel, cemented I8 hoo C-16 9N/2E-20K2. Drilled in 19li7- San Bernardino County, formerly U.S. f'larine Corps. 16- inch casing. Altitude about 1,915 ft. Tnickness Depth (feet) (feet) Thickness Depth (feet) (feet) Clay & sand -- Sand Clay -- Sand Clay -- Clay 2: gravel Clay Clay & gravel Clay Clay & gravel Sand Clay 5 2 35 k ^5 13 6 18 30 18 5 7 k2 li6 91 96 109 115 133 163 181 205 Sand 12 Gravel 3 Clay 27 Gravel 6 Clay 9 Clay, sand, gravel 22 Clay, sand 3^ Sand, clay, gravel, cemented 37 217 220 2U7 253 262 2on 320 357 9N/2E-29C1. State of California. Drilled by Ephraim Harris in 1952. 12- inch casing perforated 9O-II5 ft. Altitude about 1,935 ft. Surface soil; sand; gravel; boulders to 9 inches 5 5 Silt; fine sand; small gravel I5 20 Silt; fine sand; gravel to l/k inch; boulders to 5 inches. Gravel & silt decreasing with depth -• - kl 6I Silt 2: boiaders . _ . n 72 Sand, fine to coarse, clean; gravel to l/k inch; boulders to 8 inche Sand, fine to coarse, boulders to h inche Silt; sand, f;itie tc c 6 inches. Packed t 32 11 5 101; 115 120 clear G carse; inht - ; gravel to l/k inch; gravel. fine; boalders to 9ri/3E-iczi. J. Altitude about 1,822 ft. cLoir. r ?.. P. Lippincott. 12- ■inch casing. Clay 5; streaks of sand - --• • Sand, coarse Clay ?c sand Gravel, fine 75 28 27 5 75 1C3 130 135 CL^y & send Gravel; "fair" --- Clay vith chunks of cemented sand 20 5 10 155 160 170 c-17 9N/3E-l8Cil. K. L. Morris. Drilled by Ephrixim Harris in I9UI+, 12-inch cfising. Altitude about 1,856 ft. Thickness Depth (feet) (feet) Sand i soil 51 51 3o.nQ, muddy, Sc clay 22 73 Sand, clean 1 7^ Sand :i clay 11 85 Sand, clean; & gravel to i/2 inch 3 88 Clay, soft IC 98 Sand, fine, '^x. gravel to 1/2 inch 9 107 Clay 5 112 Sand & gravel to l/U inch 2 llU Clay -- 1 115 Sand Sc gravel to 3/U inch i+ 119 Sand, fine, dirty -- h 123 Sand, clean; gravel to 1/2 inch 2 125 Clay, soft h 129 Sand Sc gravel to 1/2 inch - 2 131 Clay -- --- 12 1^3 Sand S: gravel to 1/2 inch - --- h Ihj Thickness (feet) Clay I; Sand 1 Clay 1+ Gravel to l/2 inch 10 Clay 9 Sand 5 Sand, some gravel-- 2U Clay, hard 6 Sand Sc gravel to 1 inch 8 Clay 5 Sand !k gravel to 1 inch - h Clay, hard 3I Sand & gravel to 1 inch 7 Clay --- 5 Sand 2 Clay --- 2 Depth (feet) 151 152 156 166 175 l3o 20li 210 218 223 227 258 265 270 272 27 U 9N/3E-19E1. M. J. Edwards Drift sand; water at 12 ft 12 Quicksand 2 Clay - 3 Sand 2 Clay --- -- 2 Sand, coarse 2 Clay 5 Clay, sandy 3 Clay 10 Sand, coarse h Clay - k Sand, coarse 8 Clay -- - 3 Sand, coarse 6 Clay 2 Sand, coarse 6 Clay 5 Sand, coarse 9 12-inch casing. Altitude 1,860.1 ft. 12 Ik 17 19 21 23 28 31 1+1 h9 57 60 66 68 7k 79 88 Clay Sand, coarse Clay Sand, coarse h- Clay Sand & gravel; flowing water 22 Clay Sand & coarse gravel; water -- Clay --- Sand, coarse Clay Sand, coarse Clay Sand, coarse h Clay Sand, coarse Clay 5 93 3 96 2 98 k 102 10 112 22 13^^ 5 139 10 1I+9 11 160 2 162 10 172 3 175 k 179 k 183 li 186 196 k 200 c-18 9N/3E-20J1. G. B. Devenish. Drilled by H. H. Ley in 1952. 10-inch casing perforated 5O-56 and 73-96 ft. Altitude about 1,81+5 ft. "~~ ~ Tliickness Depth (feet) (feet) Caliche - 2 2 Sand & gravel 6 8 Clay, sandy 22 30 Clay, tough, yellow 6 36 Sand, clean, & gravel 5 ^1 Clay, yellow - 3 ^^ Sand, coarse, clean; gravel to l/4 inch 10 5^ Clay, yellow 1 55 Sand, coarse 1 56 Clay, sandy, yellow h 60 Clay, tough, yellow --- lU 7^ Sand, coarse; some gravel to l/^i inch 8 82 Sand, coarse; some gravel to l/lj- inch; few thin clay ribs 8 90 Sand, coarse, clean; small amount gravel to 3 A inch -- 6 96 Clay, tough, yellow h 100 9N/3E-20J2. G. B. Devenish. Drilled by H. H. Ley in 1951- 10-inch casing perforated lt5-lt-8, 82-87, and 105-lilO ft. Altitude about I.8U5 ft. Soil, sand, & clay - ^+5 ^+5 Sand, coarse, Sc gravel--water 2 kj Clay, sandy 15 62 Clay, tough, yellow 21 83 Sand, dirty--water 3 86 Clay, sandy, 8: adobe ribs 21 IO7 Sand & gravel, dirty 2 109 Clay, yellow 9 II8 Sand, coarse; gravel to 3/^ inch; water condition, good 23 l^il 9N/3E-20K1. John Devenish. Drilled by H. H. Ley in 1955- 12-inch casing to 292 ft perforated 56-62, Qk-dS, III-II6, 157-162, 188-221^, 2U7-252, 261-265, and 2'r6-286 ft. Altitude about 1,850 ft. Hardpan 1 1 Sand, coarse, S: gravel 1^+ 15 Clay, sandy 17 32 Sand S: gravel to Z/h inch 5 37 Clay, sandy, yellow 10 hj Clay, hard, yellow 2 U9 Sand, coarse; gravel; clay 8 57 Sand, coarse; some gravel ^ 6I C-19 9ri/3F,-20Kl. --Continued. Tliickness Depth (feet) (feet) Clay, tough, brown 2U 85 Sand, fine - --- 2 87 Caliche, tough 26 II3 Sand, coarse, 4 gravel 1 llU Clay, tough, yellow hk I58 Sand, coarse; gravel to l/i*- inch 3 I6I Clay, yellow 29 I90 Sand, coarse; some water 3 193 Clay, yellow; sand & gravel, interbedded 10 203 Sand, coarse; some gravel to 3A inch 11 2ll4- Clay, tough, brown 5 219 Sand, silty, brown, & clay k 223 Sand, coarse; some water 1 22U Clay, tough, blue 3 227 Conglomerate 21 2^4-8 Sand, silty, dark 3 25I Caliche, tough 11 262 Sand; gravel to 3/k inch 2 26U Clay, sandy; caliche 13 277 Sand, coarse; gravel, loose 3 280 Clay, green & brown 2 282 Sand, coarse; gravel 2 28^ Clay, tough, brown 1 285 Clay, blue 6 29I Clay, tough, brown; caliche 1 292 Clay, sandy, fine I6 308 9N/3E-20R1. John Devenish. Drilled by H. H. Ley in 1955- Altitude about 1,8^^5 ft. Soil, sandy; some gravel to l/U inch Clay, sandy, yellovf Sand, coarse; gravel to l/U inch; some clay Clay, sandy, yellow Sand, coarse; gravel to l/2 inch; some clay Clay, sandy, yellow Sand, coarse; gravel to 3/^ inch; dry Clay, yellow Sand, coarse Clay, yellow --- 37 92 .8 18 6 2k 2 26 8 3*^ k 38 7 U5 6 51 3 3h 1 55 c-20 9N/3E-20R2 . John Devenish. Drilled by H. H. Ley in 195t?. abandoned and casing pulled. Altitude about 1,8^+5 ft. Well Thickness Depth Thickness Depth ( feet) (feet) (feet) (fed) Soil, yellow 28 28 Sand, coarse; gravel Sand & gravel to to l/U inch; 1/2 inch 10 38 embedded in day - Uo 86 Sand rib, hard, Sand, clay ribs 5 91 cemented 1 39 Clay, yellow 35 126 Sand, coarse; gravel to 3/1+ inch 6 ^5 Sand, tight; gravel; some clay, yellow 1 k6 9N/3E-2UD1. H. Johnson, formerly J. J. Cornwall. F. A. Canfield prior to 1919- 36- and 10-inch casing, about 1,810 ft. Drilled by Altitude 1 182 2 l8li 2 186 6 192 3 195 6 201 2 203 lU 217 6 223 2 225 3 228 21 21+9 5 25 1+ 6 260 No record 125 125 Clay — - 12 137 Sand, coarse 7 1^^ Gravel -- 9 I53 Clay 3 156 Sand, coarse 3 159 Clay S 167 Sand 5 172 Clay & sandstone, shelly 2 17i+ Sand 2 176 Clay 2 178 Sand, fine 2 i80 Clay 1 181 Sand, coarse -• Clay Sand, coarse -- Clay Sand Clay ■ Sand Clay Gravel Clay Gravel Clay Gravel, coarse Clay 9N/3E-33E1. The Atchison, Topeka, and Santa Fe Railway System. Drilled by F. A. Canfield in I917. l6-inch casing. Altitude about 1,830 ft. PTqV 8 8 Clay, tough; streaks Sand; water 15 23 of gray shale with Sand, coarse, S: imprints of "tule gravel; water not leaves" on lumps flowing 2 25 of clay 3h 13*^ Clay, sandy, blue -- 27 52 Sand, coarse; gravel 6 lUO Clay, tough, blue -- 12 6it Clay, hard, brown -- k lult Sand, coarse 36 100 Gravel; water 3 Ihl C-21 9N/3E-33E1. --Continued. Thickness Depth (feet) (feet) Thickness Depth (feet) (feet) Sand, dark-blue - 8 260 Clay, hard, chalky, vhite 7 267 Gravel; vater 5 272 Clay, hard, gray li+ 236 Sand 26 512 Clay, tough 2 jlU Clay, hard, brown - Clay, sandy Sand, coarse; gravel; water Clay, very hard Gravel; water Clay, hard, blue Clay, sandy, brown - 37 181+ 9 193 6 199 2 201 7 208 39 2k7 5 252 9N/3E-33E2. The Atchison, Topeka, and Santa Fe Railway System. Drilled in 1926. l6-inch casing perforated 9-32, 200-235, 370-3BO, 390-395, and Ul5-ni7 ft. Altitude about 1,830 ft. Clay, sandy 3 Clay, blue 2 Sand, coarse 17 Clay, blue hG Sand 2 Clay, yellow -- I8 Clay, blue 22 Sand, blue 9 Clay, blue 8I Gravel, fine 5 Clay & gravel 30 Clay; streaks of gravel 35 Clay, blue 25 5 22 68 70 88 110 119 200 205 235 270 295 Sand, streaks of clay Quicksand Clay, blue Sand Clay, hard, blue Sand & gravel — Clay, blue Sand, coarse Clay, hard, blue Sand, coarse Clay, hard, blue 15 20 5 30 10 10 5 20 2 35 315 335 3*^0 370 380 390 395 hl3 hn 14-52 9N/3E-35D1. J. B. Cutshall. Drilled by H. H.Ley in 1951- 8-inch casing perforated 70-137 ft. Altitude about l,8l9 ft. Clay, sandy, yellow 39 39 Sand, fine; some water 1 1+0 Silt; clay 32 72 Sand, very fine 1+ 76 Clay, sandy 9 85 Sand, fine; narrow clay streaks 6 91 Clay, green 3: yellow 27 Sand, coarse; water 7 Sand, coarse; clay ribs 5 Sand, coarse, clean; water 6 Clay, yellow 1 118 125 130 136 137 C-22 9N/HE-8d1. H. B. Anderson, Jr. Drilled by Bphralm Harris in 1957. lU-inch casing perforated 60-20C and 275-300 ft. Altitude about 1,790 ft. Thickness Depth Thickness Depth (feet) (feet) (feet) (feet) Soil 3 I Sand, soil, silt - 26 29 Sand, coarse, clean h 35 Clay, blue-green, gray; layers of fine sand 205 23B Clay, sandy - 2 2l+0 Lava 2 2U2 "Hilldrift"; rock, volcanic; gravel 1; clay, sandy 58 3^0 "Hilldrift"; rock, volcanic; gravel to 5 inches 30 33" 9N/J+E-18E2. M. V. Tienken, formerly H. G. Tienken. U8-inch casing. Altitude 1,801.U ft. No record — Clay --- Sand, coarse Clay & sand - Sand, coarse Clay Sand, fine -- Clay & sand ■ 25 25 10 35 2 37 30 67 15 82 85 2 87 6 93 Clay 15 lOS i^uicksand 2 110 Sand & clay 38 lUS Clay U 152 Clay, blue 39 191 Clay, blue, S; sand h I95 Clay 1 196 9NAe-18m1. G. B. Devenish. Drilled by II. H. Ley in 1957- 12-inch casing perforated UO-85 ft. Altitude about 1,601 ft. Soil 26 26 Clay, sandy, yellov/ 15 '^l Sand, fine to coarse 1 ^2 Clay, brown; sand, fine to coarse; vater 13 55 Clay, tough, brown 5 60 Sand, coarse; gravel to l/h inch 3 63 Caliche -- --- 2 65 &ind, fine; clay 10 75 Clay, yellow 5 80 Sand, coarse; some silt 2 82 Clay, tough, yellow - 10 92 C-23 9N/UE-18n1. 1R. Martin. Drilled by H. H. Ley in 1953- l^^-inch casing perforated 22-36, 50-62, and 82-1U8 ft. Altitude about 1,800 ft. Thickness Depth Thickness Depth (feet) (feet) (feet) (feet) Caliche 10 10 Clay, sandy 10 20 Caliche 3 23 Sand, coarse; water 2 25 Clay, sandy, yellow 5 30 Sand, coarse; 25 percent silt; water 5 35 Clay, tough, yellow 15 50 Sand, coarse; gravel to l/k inch; water 3 53 Clay, brown; sand 8 6l Clay, brown; caliche 11 72 Clay, sandy, brown 11 83 Sand, coarse; water 7 90 Clay, brown 8 98 Sand, coarse 1 99 Clay, brown 13 112 Sand, fine to coarse; water 13 125 Clay, tough, gray 2 127 Clay, sandy, yellow; sand, fine, silty 13 1^0 Sand, coarse, dirty 7 1^7 Clay, yellow; caliche 10 157 Clay, blue --- -- --- ^9 206 IOW/IE-3UKI. Ezerene Noblin. Drilled by R. L. Noblin In 1958. 12-inch casing perforated IOO-I5O ft. Altitude about 1,9^5 ft. Surface soil 20 20 Sand 2 22 Silt 62 81^ Sand, coarse, red -- h 88 Silt, red Sand, fine, muddy Silt, red, with small rocks 8 2l| 30 96 120 150 ION/IE-3UNI. Ezerene Noblin. Deepened by R. L. Noblin in 1958. 10-inch casing to 200 ft; 8-inch casing 200-300 ft perforated 200-300 ft. Altitude about 1,950 ft. No record 200 200 Silt, soft, red, with small layers of fine red sand 60 260 Clay, hard, or soft rock strata 2 262 Sand, muddy - - 38 300 C-2i^ lOri/lE-3'^Pl- Ezerene Noblin. Drilled by R. L. Noblin in 195B. li;-inch casing perforated 100-300 ft. Altitude about 1,950 ft. Thickness Depth Thickness Depth (feet) (feet) (feet) (feet) Topsoil --- 10 10 Sand 5 15 Silt, soft --- 70 85 Sand, coarse, red 10 95 Silt & sand, thin layers; thin layer shale or rock 70 I65 Sand, in thin layers, alternating with hard formation -- 100 265 Hard formation; no identifiable samples 35 300 10N/1E-35N2. L. P. Clinkenbeard. Drilled by R. L. Noblin in 1958. 8-inch casing perforated 96-I36 ft. Altitude about 1,9*^5 ft. Sand, coarse 20 20 Silt 6k 8k Sand, fine, red 6 90 Silt, red 6 96 Sand, red, 8: silt, in layers 3^ I30 Sand, coarse, Sc some gravel 6 I36 Silt, red k lUO ION/3E-IHNI. George Wright. Drilled by Ephraim Harris in 1956. 12-inch casing perforated 110-2li5 ft. Altitude about 1,797 ft. Soil, sandy 3 3 Sand 8c silt 82 85 Sand, coarse, clean; and small gravel 10 95 Silt, sandy, fine 5 100 Sand, coarse, clean; gx'avel, small 15 115 Silt, small layer of clay, small layer of sand 30 ik^ Clay 10 155 Sand, clean; gravel, small; layers of clay 35 190 Clay, light-blue 13 203 Sand, coarse, clean 2 205 Clay, sandy, gray = 8 213 Sand, coarse, clean 2 215 Sand, clean, layers of 1 to 3 ft; equal layers of clay 20 235 Sand, fine; and blue clay 5 2U0 Sand, coarse, blue 5 2U5 Clay, blue; sand, coarse, in layers 5 250 Clay, blue -- -- 5 255 C-25 10N/3E-15K1. Union Pacific Railroad Co., fonnerly Los Angeles S: Salt Lake Railroad Co. Drilled in 1912. 12- inch casing perforated 75-80 and 275-285 ft. Altitude about 1,808 ft. 'Hiickness Depth (feet) (feet) Sand Clay, brown Gravel; water Clay, brown Sand 60 Clay, brown 65 65 10 75 5 80 20 100 60 160 5 165 liicknccs Depth (feet) (feet) Sand 5 170 Clay, brown 20 I90 Sand 20 210 Clay, blue 65 275 Gravel; water 10 285 Clay, blue 33 3l8 ION/3E-I5PI. Union Pacific Railroad Co. .Drilled by Barber-Bridge Drilling Corp. in 19^+3. l6-inch casing perforated 112-275 ft. Altitude about 1,808 ft. Sand 35 35 Gravel, cemented 5 ^0 Silt, sandy, hard -- 60 100 Clay, sandy, hard -- 12 112 Sand S: gravel to 1/2 inch, clean -- 5 117 Sand, dirty ^+3 I60 Sand, fine, clean -- 10 170 Sand & gravel to 1/2 inch, clean I5 I85 Sand & silt I8 203 Clay, tough, blue-- 57 260 Rock hard, white-- 63 323 Rock^ hard, blue — 9 332 Clay, sandy, soft-- 6 338 ION/3E-I9AI. V. V. Cyr, fonnerly R. B. Lamborn. Drilled by John R. Byers in 1957. ll+-inch casing perforated 8O-2UO ft. Altitude about 1,835 ft. Sand, fine 80 80 Gravel, medivun to coarse; water 110 190 Rock Sand; water 3 ^7 193 2I+0 ION/3E-2IBI. E. M. Sc C. L. Rackliff . Drilled by Ephraim Harris in 1950. 16-inch casing perforated IIO-I85 and 208-213 ft. Altitude about 1,830 ft. Soil, sandy - 2k 2U Sand, clean 9 33 Silt 17 50 Silt, sandy 3 53 Clay, hard, gray 7 60 Clay, gray, silt --- 39 99 Sand gc silt layers; about 33 percent clean sand Clay, light-green Sand, fine Clay, light -blue 37 136 8 li+li 2 1U6 9 155 c-26 10N/3E-21B1. --Continued. Tt lickness Depth Thickness Depth (feet) (feet) ( feet) (feet) Clay, light -blue; Rock & clay, volcanic; sand, coarse 5 160 some water 16 212 Sand, fine; gravel Clay, dark-blue -- 1 213 to 1/2 inch 8 168 Sand, coarse 1 214 Clay, light -blue --■ 3 171 Lava, broken; some Sand, coarse, clean lii 185 water; clay 9 223 Clay, tough, dark- blue 11 196 ION/3E-2ICI. E. Granville. Drilled by Ephraim Harris in 1955. 8-inch casing perforated 120-lUO ft. Altitude about 1,830 ft. Clay & silt, sandy-- 67 Sand, fine to coarse; gravel to l/2 inch 11 Sand, clay, & silt-- 20 Sand, coarse; gravel to 3/14- inch 1 Clay 8c silt 5 Sand 10 Clay, sandy, light- green 5 Sand; gravel to 3/^ inch; small layers of clay, light green 9 67 78 98 99 lOi; llli 119 128 Clay, light-green- Sand; gravel to 3/i| inch Clay, sticky, light-green Sand Ec gravel Silt 3c clay 1 6 2 3 6 129 135 137 lifO IhG 10N/UE-i+E2. Western Pacific Oil Co. Drilled by Richardson in I92U. 10-inch casing. Altitude about 1,7^0 ft. Shale, gray 92 92 Water sand I98 290 Shale or clay, brown 67O 96O Conglomerate 50 1,010 Shale or clay, brown 63O 1,614-0 Conglomerate "c shale 7U0 2,380 Lime, white kO Shale 8: lime hQ Sand & hard shellc 125 Shale, sandy P^. hard 607 Conglomerate, some ar.deslte 297 2,i+20 2,U68 2,593 3,200 Ju}l2L 0-27" ION/Us-TPI- T. B. Morgon. Drilled by Ephraim Harris in 1956. 8-inch casing perforated 8O-I8O ft. Altitude about 1,775 ft. Thickness Depth Thickness Depth ( feet) (feet) (feet) (feet) Surface soil 2k 2U Clay, candy 33 57 Sand, clean 1 58 Clay, soft, gray; sano. in small layers, v/ater-bearing 12 70 Clay, soft, blue; sand in small .layers, water-bearing 70 1^0 Clay, blue to gray, hard 5 II+5 Clay, hard, blue to gray; sand in small layers, water- bearing 5 150 Clay, hard, blue to gray lU 16U Sand; some water 6 I70 Clay, hard, blue i green k Ijk Sand, fine to coarse 5 179 Clay, blue & grean I5 19^ 11N/2E-7A1. Johnson. Drilled by Max Hering in 1933. casing perforated U5-60 ft. Altitude about 1,790 ft. 8 -inch Rock & sand 86 86 11N/3E-30J2. C. E. Curtis. Drilled in 1952. 12-inch casing perforated it-7-li|.l ft. Altitude about 1,775 ft. Clay Sc sand 50 Clay, blue, in streaks 10 Gravel 3 Clay, in streaks h 50 60 63 67 Clay Sc sand 26 93 Gravel Ik 107 Clay Sc streaks of sand 23 130 Clay, blue -- 11 1^1 11W/6E-18z1. Union Pacific Railroad Co., Afton well, formerly Los Angeles 8c Salt Lake Railroad Co. Drilled in 190i<-. 13-inch casing perforated 383-U23 ft. Altitude about l,Ul0 ft. Sand & boulders — Gravel, cemented -- Sand 63 63 305 368 17 385 Gravel ik 399 Sand 2k i4-23 Rock 6 k29 C-28 12N/2E-31A1. U.S. Army. Drilled by Roscoe Moss in 195^- lU-inch casing perforated 18O-552 ft. Altitude 1,789-5 ft. Thickness Depth (feet) (feet) Sand, granitic; and fine gravel 2 Caliche .5 Sand, granitic, and gravel as much as l/l4- inch 37 -5 Sand, granitic, and gravel as much as l/U inch; occasional metamorphic fragraents; some clay kO Sand, very coarse; and gravel as much as 3/^ inch; some clay ih Sand and pebble gravel, mostly granitic but with some epidote and metasediments h 98 Sand and gravel, as much as l/^i- inch 7 105 Sand, very coarse; and gravel, as much as 1 inch; some clay 110 215 Sand and gravel, as much as l/2 inch i+5 260 Sand and gravel, as much as 1-|- inches 2 262 Sand and gravel, one i+-inch cobble, some clay 8 27O Sand and pebble gravel 2 272 Sand, tight, with clay; some gravel, as much as l/U inch 8 280 Sand, fine, with some pebble gravel and clay, tight 10 29O Sand, fine, and gravel, as much as I/2 inch; some clay, tight 10 3OO Sand, fine, tight, with some silt 20 320 Sand, fine, tight, some gravel, as much as l/U inch 3 323 Gravel, as much as 1-g inches; no clay; very little sand 1 32^ Sand, coarse, and pebble gravel; some clay 6 330 Sand, fine; some coarse sand and gravel, as much as 3/^ inch; no clay 5 335 Sand, fine to coarse; some gravel, as much as l/2 inch 12 3U7 Sand, fine, brown, silty, tight IO5 h^2 Clay, sandy, with gravel as much as l/2 inch 100 552 Clay and sand, with gravel as much as 1^- inches 3 555 Clay and sand, with gravel as much as 1/2 inch 29 58^ 2 2.5 UO 80 9h C-29 12N/2E-32K1. Riblet & Alexander, formerly Max Hering. Drilled by Max Hering in 1923- 5-iQch casing perforated 6h-'jk ft. Altitude about 1,730 ft. Thickness Depth (feet) (feet) Sand 7 7 Clay, yellow 10 I7 Clay, blue - 11 28 Gravel, fine; water - .3 28.3 Clay, tough, hard, blue 17.7 h6 Thickness Depth (feet) (feet) Gravel, fine 5 51 Clay, brown; gravel up to 2 inches --23 7^ 9n/1v/-5J1. John Sturnacle. Drilled by Ephraim Harris in 1951. 12-inch casing perforated 32-37, ^+9-57, 72-75, 79-8l, 8U-86, 89-92 ft, Altitude about 2,080 ft. Clay, buff - — 3 3 Gravel & sand 9 12 Clay & gravel 20 32 Sand & gravel 5 37 Clay, buff 12 U9 Gravel & sand 8 57 Clay, buff I5 72 Gravel & sand 3 75 Clay, buff Cobbles & gravel - Clay Cobbles & gravel - Clay, buff Cobbles & gravel - Clay; fine sand; very little gravel h 79 2 81 3 Qk 2 86 3 89 3 92 15 107 9N/1W-5J2. Southern California Water Co., formerly John Sturnacle. Drilled by Ephraim Harris in 1952. 8-inch casing perforated 50-208 ft. Altitude about 2,080 ft. Surface soil & sand 12 Sand & gravel I8 Clay, buff 20 Sand, small gravel -- 1 Clay, buff, with thin layers sand 2k Clay, tight, buff --- 29 Sand & gravel; enough clay to keep from caving 6 12 30 50 51 75 10i^ 110 Clay, sandy, tight, buff 16 126 Sand, gravel & clay 9 I35 Sand, hard-packed 11 lk6 Sand, cobbles, & clay 3 1U9 Silt, fine, sandy, hard 5I 200 Sand, gravel, & clay, hard-packed 6 206 Clay, hard --- 2 208 9N/1W-5J3' Southern California Water Co., formerly John Sturnacle. Drilled by Ephraim Harris in 1955. 8-inch casing perforated UO-222 ft. Altitude about 2,060 ft. Sand Sc gravel Sand Sc clay -- Sand 3c gravel Sand & clay -- 26 26 3 29 3 13 11 Sand, gravel, & clay, - ..„j-_„ 1 — ring I63 ti^h! water-bearl Gravel in tight clay Ik 208 222 C-30 9N/1W-5J'4-. John Sturnacle. Drilled by Ephraim Harris in 1952. 12-inch casing to U5 ft, perforated I8-U0 ft. Altitude about 2,065 ft. Thickness Depth Thickness Depth (feet) (feet) (feet) (feet) Sand & gravel 22 22 Clay & gravel; very little water I8 kO Clay, hard, tight, buff 11 5I Sand & clay - 1 52 "Mesa" formation, hard & tight 50 102 9N/1W-8A2. Jack Belsher. Drilled by C. A. Mitchell in I95I+. 10-inch casing to 137 ft, perforated 95-97, II5-II6, and I3O-I3I ft. Altitude about 2,110 ft. Soil -- --- 32 32 Clay, brown 6 38 Clay; 1 to 3 -inch gravel 12 50 Clay, hard, brown -- i+5 95 Gravel, coarse 2 97 Clay 17 lll^ Sand 1 115 Gravel 1 II6 Clay, gray lU I30 Gravel, coarse 1 I3I Clay, gray -- 6 137 Gravel, coarse 2 139 Clay, hard, brovm 3 l'^2 Gravel 3 IU5 9N/1W-9D2. Bruce V/ilks. Drilled by Ephraim Harris in 1952, 12-inch casing perforated 6O-IO6 ft. Altitude about 2,090 ft. soil Clay 8: silt Sand, clean; gravel to 'i- inches 10 kk 33 10 87 Sand, clean, & gravel 19 IO6 Silt, sandy, hard I9 125 Gravel & clay k 129 9N/1W-9F2. C. H. Middaugh. Drilled by C. A. Mitchell in 1957- 10-inch casing perforated 65-86 and 9O-9I ft. Altitude about 2,090 ft. Silt, sand, 3: gravel 15 Clay 5 Sand & gravel 38 Clay 7 Sand 3 Clay 8 15 Sand, coarse, 20 cemented in 58 fine streaks 10 86 65 Clay, very hard -- k 90 68 Gravel, coarse 1 91 76 Clay, hard 15 106 c-31 9N/1V/-9J6. F. H. Canaday. Drilled by Ephraim Harris in 1956. 8-inch casing perforated 73-79 ft. Altitude about 2,080 ft. Thickness Depth Thickness Depth (feet) (feet) (feet) (feet) "Hilldrift" soil;, sand & gravel 2k 2i+ Sand & small crav'el 32 5^ Clay, tough, gray 1 57 Sand Sc small gravel 6 63 "Hilldrift" sand; so.nd & gravel 10 73 Sand 8c gravel to k inches, clean 6 79 Clay, sandy, hard 2 8I 9N/IW-IOG3. J. R. Bishop. Drilled by Ephraim Harris in 1955- 12-inch casing perforated U5-IO9 ft. Altitude about 2,0U0 ft. Soil Sand Sc gravel, with small amount of clay Sand, dirty, 8: gravel Sand, clean, coarse, ?c gravel 8 8 92 100 8 108 J 111 9N/1';J-10G^ . Lee Tippett. Drilled by Clarence Johnson in I961. 8-inch casing perforated 3'+-70 ft. Altitude about 2,035 ft. Silt 8 Gravel to 2 inches - h Clay 2 Sand ?jc gravel I5 8 12 lU 29 Clay Sand & gravel Clay, br O'vrn - Sand o: gravel k 17 1 19 T3 J J 50 51 70 9n/1W-11J1. California Electric Power Co Ranch. Drilled by Ephraim Karrii3 in 1950 30-200 ft. Altitude about 2,010 ft. , formerly Cool .,'ater 12-inch casing perforated Soil 12 12 Sand & gravel to Mud Sc Sand, rock clean; gravel 6 18 10 130 Sand, clean; gravel to l/U inch 35 53 to k inches 2i+ 13h Clay, soft, brown -- 2 55 Sand, coarse, clean; Sand Sc gravel 15 70 gravel to 6 inches 39 193 Clay, soft, broi'm 1 71 Clay, tougi.. hard. Sand S: coarse gravel h 197 gray to 6 inches 29 100 Sand, coarse 3 200 Clay, brown k IOI+ Clay, tough. tiard, *^.rnf^ coarse, clean 13 117 10 210 gray Clay, soft, gray 3 120 c-32 9N/1W-11K2. California Electric Power Co., formerly Cool Water Ranch. Drilled by Ephraim Harris in 1950- 12- inch casing perforated 30-195 and 200-202 ft. Altitude 2,009-6 ft. Thickness Depth Thickness Depth (feet) (feet) (feet) (feet) Soil 11 11 Sand, clean; gravel to 5 inches 39 50 Clay, soft, brown 3 53 Sand, clean; gravel to 6 inches h8 101 Clay, soft, brown 2 103 Sand, clean; gravel to 8 inches 92 195 Clay, hard, tough, gray 5 200 Sand, coarse 2 202 Clay, hard, gray 2 20'^ 9N/1W-13E1. U.S. Marine Corps. Altitude 2,070.8 ft. Drilled in 195^' l6-inch casing. Gravel, clay 20 20 Gravel, clay, & sand 35 55 Clay, sandy 5 60 Sand, gravel, & clay 10 70 Sand, fine - 10 80 Sand, gravel 5 85 Sand, gravel, 8c clay - 25 110 Clay, gravel 30 lUO Gravel, sand, clay I55 295 Gravel, sand, little clay 53 348 9N/1W-13E2. U.S. l^Tlne Corps, Altitude about 2,060 ft. Drilled in I96O. l6-inch casing. Rock, gravel, sand - 55 55 Clay, tan, & sand --10 65 Gravel & sand 15 80 Clay, tan, & sand -- 40 120 Gravel & sand with rocks 25 1^45 Clay, tan 15 I60 Gravel & sand 10 I70 Clay, tan; sand; gravel 25 195 Gravel Sc sand 10 205 Sand 30 235 Gravel & sand kO 275 Sand - - 15 290 Clay, sandy 30 320 Gravel & sand 55 375 Sand with some clay 10 385 Sand with some gravel 65 ^50 9N/1VJ-13H2. C. D. Davis, formerly Rau. Drilled by Ephraim Harris in 195^- 8-inch casing perforated 65-IO8 ft. Altitude about 2,000 ft. Surface soil U U Sand & gravel 51 55 Silt, rust-colored, sand, & gravel 25 80 Sand, cemented; rocks, burnt -brick colored; little water IO5 185 C-33 9N/1W-1UA1. U.S. Marine Corps. Drilled in 19*12. 12-inch casing. Altitude about 2,060 ft. Thickness Depth (feet) (feet) Rock, gravel 10 10 Rock, heavy 10 20 Rock, gravel l8 38 Gravel 5 ^3 Sand, rock 22 65 Gravel, coarse 31 96 Sand, fine, & gravel k 100 Gravel 11 111 Clay 2 113 Sand, fine 10 123 Sand, gravel 12 135 Clay 2 137 Clay, gravel 6 1^3 Clay -— 6 IU9 Gravel 12 I6I Thickness Depth (feet) (feet) Clay hi 20U Gravel 3 20? Clay - 1+3 250 Gravel --- -- 2 252 Clay — - 9 261 Gravel, cemented 2 263 Clay, gravel 50 313 Sand & clay, cemented h 317 Clay, red I6 333 Clay, cemented; sand & gravel - ko 373 Clay, red, Sc gravel 128 501 9N/1W-11+A2. U.S. perforated IO7-I+O7 ft. Sand, coarse, & boulders Sand & gravel, coarse, with boulders Sand & gravel Boulders vith gravel Sand, coarse, & gravel Sand & gravel Clay, brown Sand Gravel Clay, brown Sand & clay, with streaks of gravel Sand & gravel Clay Sand & gravel Clay Sand, clay, with streaks of gravel Gravel Sand, clay, with streaks of gravel Clay - Sand, clay, with streaJcs of gravel Clay & sand Boulders Sand & clay Marine Corps. Drilled in 1958. 12- inch casing Altitude 2,058.2 ft. 1+0 15 10 25 10 16 3 8 3 1 15 7 2 16 1 25 2 11 2 21 h 2 1+0 55 65 90 100 116 119 127 130 131 11+6 153 155 171 172 197 199 210 212 233 237 239 2UI+ Sand, with streaJcs of clay & gravel 12 256 Sand & gravel 3 259 Sand -- --- 3 262 Sand, gravel, boulders 6 268 Sand & gravel, in clay 5 273 Sand & large gravel 3 276 Sand & gravel, in streaks of clay 2 278 Clay & sand 5 283 Clay & sand, with boulders 20 303 Boulders 3 306 Sand with clay -— 10 316 Clay, sandy, with streaks of gravel & boulders 5 321 Clay, sandy 9 330 Boulders, with , , sandy clay k 33'^ Sand 8c red clay — 5 339 Clay & coarse sand 27 366 Boulders & gravel 1 367 Clay, sandy, brown 3 370 Sand, clay, cemented, red -- 8 378 Clay, sandy, red 29 1+07 0-3*+ 9N/1W-1Ub1. U.S. Marine Corps. Drilled by Coe Machine Works in 19^+2. l6-inch casing. Altitude 2,OGU.3 ft. lliickness Depth (feet) (feet) Topsoii, rock 7 7 Gravel, clay 29 36 Sajid & gravel 9 i+5 Sand, rock, clay l8 63 Sand, yellow k 67 Sand, coarse 25 92 Clay, gravel 9 101 'lliickness Depth (feet) (feet) Gravel, coarse 11 112 Clay, gravel 17 129 Sand 11 ll+O Gravel I5 I55 Clay, gravel 8 I63 Sand, fine 8 I7I Clay, sand, gravel 21 I92 9N/lW-li+B2. U.S. I-feirine Corps. Drilled in 19^7. l6-inch casing. Altitude 2,068.3 ft. Gravel Quartz, coarse sand 33 k Gravel, fine & medium 20 Sand, fine 3 Sand, medium & coarse 35 33 37 57 60 95 Clay, brown Gravel, medium & coarse Sand, cemented with 70 percent clay 35 100 50 130 230 280 9N/IW-I5AI. Mojave Rock Materials Co. Drilled by Ephraim Harris in 1951. 12-iach casing perforated 110-129 ft. Well backfilled to 129 ft. Altitude about 2,100 ft. Sand, gravel, & rocks 50 50 Clay & rocks 10 60 Clay 10 70 Sand, fine; silt Sc gravel I7 87 Sand, clean, & gravel - -- ^5 132 10N/1W-32J2. Steen, formerly Dickerson. Drilled by C. A. Mitchell in 1951- 12-inch casing perforated 15-27, 55-102, & 112-11^8 ft. Altitude about 2,080 ft. Topsoii 2 2 Sand, vrhite -- 12 ik Clay, black 1 I5 Sand, coarse, white 12 27 Clay, black -- 5 32 Sand, fine, white -- I8 50 Clay, white - -- 5 55 Rock up to 6 inches 7 62 Gravel, coarse 10 J2 Clay, very hard, black 5 77 Clay, gray, in balls; silt 1^ 91 Sand, medium 11 Sand, fine 10 Rock, black, from 1 to 6 inches, 75 percent of 2-inch 17 Rock, white, from 1 to U inches, 75 percent of 2-inch 11 Clay 1 Sand, medium 9 102 112 129 li^O l4l 150 C-35 10N/1W-33F1. Harold Thomas. 8-inch casing perforated 55-80 ft. Drilled by Clarence Johnson in I96I. Altitude about 2,100 ft. Thickness Depth Thickness Depth ( feet) (feet) (feet) (feet) Sand & gravel 17 17 Sand, gravel, & clay 10 70 Boulders, or solid Gravel, clean 3 73 decomposed granite 31 1+8 Silt, fine, & clay 7 80 Sand 8e gravel to 12 60 ION/IW-33F3. J. A. Peterson. Drilled by C. A. Mitchell in I952. 10-inch casing perforated 93-123 ft. Altitude about 2,100 ft. Topsoi^ k k Gravel 5 9 Clay 5 l4 Gravel I6 30 Clay Clay & rock, mixed Silt, very fine, & rock, mixed 63 10 27 93 103 130 10N/lW-33Fi)-. C. T, Williams, formerly V. B. Morgan Co. Well deepened by Clarence Johnson in 196I. 8-inch casing perforated 27-5O ft. Altitude about 2,100 ft. No record -- 30 30 Clay 1 31 Sand — 3 31+ Clay, brown, & silt, very hard ik kQ_ Sand & gravel Clay, hard — 1 1 k9 50 10N/1W-33K1. Reed Texaco Station, formerly D. D. Quisenbery. Drilled by C. A. Mtchell in 1953- 10-inch casing perforated 65-99 ft. Altitude about 2,100 ft. Gravel 8 8 Clay 2 10 Gravel 5 15 Clay 2 17 Gravel 8 25 Clay, hard 1 26 Gravel -- 8 3U Gravel, coarse 12 kb Muck, very fine, mushy 17 63 Gravel, coarse 39 102 C-36 10N/r.'-33P2. C. C. Ccoley, formerly G. H. Griffith. Drilled by Ephraim Harris in 1952. 10-inch casing perforated 5^^-27 ft. Altitude about 2,C70 fTi. Thickr.ess Depth (feet) (feet) Thickness Depth (feet) (feet) Topsoll oand i small gravel Sand, clean; gravel, small 11 11 Saud, coarse; 29 ko gravel to k inches 2 07 ^5 65 band, clean; gravel. small; silt -- 7 9^ 10N/r.V-33^« ^' L. Cunningham. Drilled by Ephraim Harris in 1957. 8-inch casing. Altitude about 2,085 ft. Surface sand Sand Sc gravel Clay, sandy Sand, very dirty; gravel 2k 2k 10 3^ 2k 58 60 Sand, fine, packed 18 78 Sandstone, hard -- 2 80 Sandstone, soft -- 22 102 10K/1W-33Q2. F. L. Cunningham. Drilled in I96I. 6-inch casing. Altitude about 2,OS5 ft. Sand Clay 35 13 35 U8 Sand Clay 30 29 76 107 C-37 I 1 APPENDIX D TABLE 7. CHEMICAL ANALYSES OF WATER FROM V/ELLS AND SPRINGS Table 7 • - - Chemical analyses of water from veils and springs Values for sodiiim preceded by the letter a indicate a combination of sodium and potassium. Laboratory nairae abbreviated as follows: B Edwaru S. Babcock & Sons, Riverside, Calif.; DA U.S. Department of Agriculture; Dlffl California Department of vJater Resources; F San Bernardino County Flood Control District; GS U.S. Geological Survey; N Eleventh Naval District, San Diego, Calif.; analysis furnished by owner; SE Smith-Emery Co., Los Angeles, Calif. D-1 t~ 1. t, OJ cy ITi IT. s -J 8 ^ ITN on a cr\ o o t. t-- O Ol ITN rn ED On NO ITN OJ s IT. a O ITN a ^ 5 ON on •J J J- CJ S (8 2* Q •» CD ^ ^ & k. g O o o 3 a (D m r- t^ (- ITv ir\ CVJ t- -:» CVJ cy on -J 1 -3- -3- • m m CVJ m -^ OJ m ' ' ' ' ' e^ -a ' ' ■^ ' 1 § I 1 g • t ' ' ' i § g g g ' ' to § § ' g t. O U, [i. o P-. o S (^ u. (i. tu U-. u. s o Q o Q ti. U. o Q o Ix. 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M4^- •Off^,. -M ^^ li^& ?^^fl^llil •-r^ fctt^Sifest?-"" 'C^ X^^ /c;;-? -'^-j^pTurT' -Id AP OF THE LOWER MOJAVE VALLEY AREA, CALIFORNIA SHOWING RECONNAISSANCE GEOLOGY AND LOCATION OF WELLS STATE OF CALIFORNIA THE RESOURCES AGENCY OF CALIFORNIA DEPARTMENT OF WATER RESOURCES FEDERAL-STATE COOPERATIVE GROUND WATER INVESTIGATION PREPARED BY us GEOLOGICAL SURVEY CAVE MOUNTAIN (1949) LAVIC [I9S5I Hechnotion i9Sfi ' 0. H. Kifpltr and A. M, Boi UJTL M:M\; "'* IIG''i5' Geology compiled ond modified by W R Moyle. Jr , from published and unpubliBhed mopping by T W Dibbiee, Jr , F M Syers, Jr., T H, McCutloh, D.H. Kupfer, A M. Bassett, and H.B. Dyer. Locolion of wells by J R Hargreoves, R, W Page, H. B. Dyer, W. R Moyle, Jr , J S Boder, J E Weir, F W. Giessner, P. M. Johnston, W L. Burnhom, ond M A P.Strang H.a. Oy«r IMDEX TO TOPOGRAPHIC MAPS AND GEOLOGIC MAPPING THIS BOOK IS DUE ON THE LAST DATE STAMPED BELOW RENEWED BOOKS ARE SUBJECT TO IMMEDIATE RECALL NOV 4 REC'O LIBRARY, UNIVERSITY OF CALIFORNIA, DAVIS Book SUp-50m-12,'64(F772s4)458 354:255 3 1175 02037 7449 California. Dept, of Water Resources Bulletin, PHYSIGnL SCIENCtS UBRARY !l ll