3:
INFORMATION ONLY
USCS-OFR-87-xxx USCS-OFR-87-xxx
2 UNITED STATES DEPARTMENT OF THE INTERIOR GEOLOGICAL SURVEY
EARTHQUAKE LOCATION DATA FOR THE SOUTHERN GREAT BASIN S.' 0 OF NEVADA AND CALIFORNIA: 1984 THROUGH 1986 Ow
by
S. C. Harmzan and A. M. Rogers SAIC/T & MSS
AUG 2 11987 N C C F RECEIVED
r*-.
Open-File Report S7-rn=
Prepared In cooperation with the Nevada Operations Office U.S. Department of Energy (Interagency Agreement DE-AI0S-78ET4802)
This report in preliminary and has not been reviewed for conformity with U.S. Geologi ical Survey. editorial standards and stratigraphic nomenclature. Compaiyiiijee are for descriptiv S purposes only and do not constitute endorsement by the U.S. Geological Survey.
Denver, Colorado 1987
9405030233 940411 PDR WASTE [iM- I IflP CONTENTS
Page List of figiores ii List of tables...... ii Abstract ...... 1 Introduction ...... 1 Acknowledgements ...... 2 Discussion ...... 3 Seismicity at Yucca Mountain and Vicinity .I, 4 Conclusions l 4 .oo References cited ...... * 6 ".eo Appendix A. Earthquake locations and place names for the years .0 1986...... 1984, 198M, and xy Appendix B. Station codes, locations, and instrument,.tioii xy Appendix C. Input parameters to HYPO71 xy Appendix D. Horizontal seismometer electronics and calibrations .... xy
PT% .0 - .'
LIST OF ILLUSTRATIONS Page Figure I.- Seismicity in the southern Great Basin, 1984 ...... xy Figure 2.- Seismicity in the southern Great Basin, 1985 ...... xy Figure 3.- Seismicity in the southern Great Basin, 1986 ...... xy Figure 4.- Seisrnicity in the southern Great Basin for monitoring period August, 1978 through December, 1986 ...... xy Figure 5.- Cumulative number of earthquakes detected in southern NTS, December, 1978 through June, 1986 ...... xy Figure 6.- Cumulative number of earthquakes detected in northern NTS, December, 1978 through June, 1986 ...... xy Figure 7.- Cumulative number of earthquakes detected in Pahroc and Pahranagat regions, December, 1978 through June, 1986 ...... xy Figure 8.- Cumulative number of earthquakes detected in Sarcobatus Flats, De cember, 1978 through June, 1986 ...... xy 1 Figure 9.- Cumulative number of earthquakes detected in Grapevine Mountains and Gold Mountain region, December, 1978 through June, 1986 ...... xy Figure 10.- Depth-of-focus distribution for well-located (A and B quality) southern Great Basin earthquakes, January 1984 through October 1986 ...... xy
Figure 11.- Average error distribution for depth-of-focus data of figure 10 . . . xy Figure 12.-Depth-of-focus distribution for A, B, and C quality southern Great Basin earthquakes, January 1984 through October 1986 ...... xy Figure 13.- Map of earthquakes detected at and near Yucca Mountain, 1985 and 1986 ...... xy Figure Al.- Place namer in the northeast quarter of the southern Great Vasin. xy Figure A2.- Place names in the southeast quarter of the southern Great Vasin. xy Figure A3.- Place names in the northwest quarter of the southern Great Vasin.. xy Figure A4.- Place names in the southwest quarter of the southern Great Vasin.. xy Figure D1.- Comparison of system amplifications for horizontal and vertical L4C seismometers ...... xy
LIST OF TABLES Table 1.- Earthquake hypocentral parameters for Yucca Mountain seismicity, 1985 and 1986 ...... 4
Table D1.- Calibration results for various L4C horizontal seismometer systems . zz Ar 4 ... ** .
Earthquake Location Data for the southern Great Basin of Nevada and California: 1984 through 1986 Abstract
This report presents data in map and table form for earthquake parameters such as hypocentral coor. dinates and magnitudes for earthquakes located by the southern Great Basin Seismic network for the time period January 1. 1984, through December 31, 1988. Thee maps show concentrations of earthquakes in regions previously noted to be seismically active, including the Pahranagat Shear Zone, Pahroc Mountains, southern Nevada Teot Site, Timber Mountain, Black Mountain, Gold Mountain, Montesuma Range, and Grapevine Mountains. A concentration of earthquake activity in the Reveille Range was observed in 1986, in a previously inactive area. The anethern Nevada Test Site had fewer earthquakes than a comparable area of the southern Nevada Test Site, indicatisg that the low-yield nuclear testing program is not currently triggering significant numbers of aftershocks. Yucca Mountain and Crater Flat continued to yield very few microearthquakes during the 1984-1986 monitoring period. Depths of focus for well-located earthquakes continue to indicate a weakly bimodal distribution, with peaks at 1-2 and 8-9 km below sea level and a local minimum at 4-5 km. lntrodurtion
The southern Great Basin seismograph network in operated by the U. S. Geological Survey to investigate seismicity and tectonics of the Yucca Mountain site and the surrounding region (radius m 160 kim) under an agreement with the U. S. Department of Energy (Nevada Nuclear Waste Storage Investigations Project). This data report summarises the earthquake locations computed for tie time period January 1, 1984 through December 31, 1986 using the location computed pogram HYPO71. Earthquake locations use the same velocity model as in previous seismicity reports (Rogers and others, 1983; Rogers and others, 1987). "Earthquake iocal magnitudes are computed by the formulas reported in Rogers and others (1987). The velocity and certain magnitude parameters are summarised in Appendix C.
In 1984, 646 local eartisquakes were located (Figure 1 and Appendix A; by "local' we mean within the map boundaries shown in Figure 1). In 1985, 1070 local earthquakes were located (Figure 2 and Appendix A). In 1986, 117d local earthquakes wera located (Figure 3 and Appendix A). Magnitudes range from 0.0 to 3.0 (Appendix A). Figure 4 shows the seismicity for the period August, 1978, through December, 1986, i. e., since the inception of the SOB seismic network. Some of the seismically active and quiescent regions discussed below are identified in Figure 1.
Figures 1 through 4 near her
During that time period, a few changes were made to seismographic station locations. In 1983 station
1f M TCN (Thirsty Canyon) was installed to NMN was destroyed by v"u'Lls and on November 2, 1984, station installed at stations PRN, GMR, JON, EPN, replace NMN. Single-component horizontal "smometers were available at YMT4 and LSM. Station parameters, GVN, and PGE in 1984. Two horizontal components ae in Appendix B. The electronics of the horizontal including coordinates, elevations, and gains, are listed with some calibration notes. component seismic stations ar discussed in appendix D, along Acknowledsments
Stanwick, Inc., and Cerberonics, Inc. Field equipment was maintained and calibrated by persoanel from Survey. Phase data -we scaled by under the supervision of Dee Overturf and Tom Bice, U. S. Geological we are grateul. Pingsheng Chang, David Hampeon, and Susane Shelley, to whom
2
I Discussion
for the sake of rapid information This data report is being distributed without detailed discussion and tectonic implications from data dissemination. Discussion. of seismicity patterns, focal mechanisms, (1987). The data of this report do not collected from 1978 through 1983 are availabo, in Rogers and others substantially modify earlier conclusions.
(1). The seismicity at the Nevada A few summary observations about earthquake distributions follow. subregions of the southern Great Basin Test Site (NTS) appears qualitatively different from that at other having 50 or more earthquakes having comparable rates of seismicity. All other active areas show swarms not contain such swarms. Figures 5 in a small area and brief time span, whereas NTS seismicity does 1978 through June 1986 in the and 6 show the cumulative numbers of earthquakes located from December southern NTS is about twice as southern and northern NTS, rmpectively. Also note that, at present, the Mesa, Rainier Mesa, and Yucca active as the northern NTS, which contains the three testing sones- Pahute less significant than "* Flat, indicating that niclear-testing-induced activity in the Dorthern NTS is perhaps regions, *r, it has been in the past. Figure 7, showing the seismicity rates for the Pahroc and Pahranagat Sindicates two concentrated swarms. Figure 8, showing the seismicity rates for Sarcobatus Flat, reveals Mountains and Gold Moun multiple swarms, as does figure 9, showing seismicity rates for the Grapevine was noted in an earlier report tain. The absence of distinct swarms in the seismically active southern NTS the limited monitoring period, related (Rogers and ot.ei, 1983). This difference could be an artifact of tectonic differences at the NTS com to explosion-induced seismicity properties, or a result of deep-seated to choose between these various possibilities. r. pared to the surrounding region. At present it is not possible Figs. 5 through 9 near here of the southern Great Basin continues to (2). The bimodal distribution of depth of focus for earthquakes earthquakes (HkPO71 'A' and 'B' be observed in the 1984-1986 data. Figure 10 shows that well-located at 1-2 km and 7-8 km below sea isvel. quality solutions) have a skewed, but bimodal distribution, with peaks due to unmodeled high-velocity shallow The large number of very shallow focus earthquakes is in large part earthquakes were located from February rock at the Reveille and Belted Ranges, where approximately 210 by a lower velocity theoretical model tends to December, 1986. High-velocity suricial rock that is modeled HYPO71 standard error estimate in each to decrease depth-of-focus estimates. Figure 11 shows the average distribution of depth-of-focus for all HYP071 depth interval for the data of figure 10. Figure 12 shows the deeper-focus earthquakes (i.e., x > 8 kin) "A', ]B`, and "C' quality earthqurkW. Ptoportionately more dependence of estim".ted depth of focus appear in this data set than in the one shown in figure 10. The in networks having relatively sparse station on the velocity model used to perform the earthquake location 3 S• .,• ;•, "•.•e•,"v
distribution, ouch as the southern Great Basin network, is a problem when shallow rock velocities exhibit significant lateral variation. Future plans for the network include setting up temporary networks of densely spaced seismographic stations to improve earthquake location estimates and velocity structure information in swarm regions. In particular, such networks should provide more accurate data about the possible existence of sons of detachment within the seismogenic crust.
Figs. 9-11 near here
Selsmlclty at Yucca Mountain and Vicinity In the period January, 1985 through Decamber, 1986, eight earthquakes were detected at Yucca Moun tain and immediately to the west in Crater Flat (Fig. 13). The maximum magnitude was MAL - 0.9. There were no Yucca Mountain earthquakes detected In 1984. Table I summaries the earthquake location param eters. A report on Yucca Mountain seismicity, containing focal mecthaisms and a joint hypocentea-Velocity inversion, is in preparation.
Fig. 13 near here , DATE TIME LAT., LONG., N-S sdy E-W sdx Depth±sds ML Dist. to UTC N. o W. (km) (km) _n site (km) 850214 04:51:25 38.728 116.488 2.6 2.9 0.2±3.0 0.87 13.8 850417 11:03:16 36.850 116.408 0.2 0.2 5.3±0.4 0.01 4.C 851004 01:37:26 36.784 116.410 1.8 1.7 0.0±0.6 -0.06 851012 04:36:43 36.701 116.434 8.5 0.5 0.7 9.2:0.9 0.47 16.7 860209 11:39:31 36.888 116.445 0.6 0.8 ri.0"0.4 0.03 4.4 "86062402:41:07 36.725 116.458 0.2 0.3 6.2±0.6 0.24 860821 20:.34:19 36.910 13.9 116.382 0.2 0.3 7.8±0.6 0.07 * 861221 09:15:37 36.871 116.584 9.5 0.4 0.4 8.4-"0.6 0.61 9.7
- Table 1. Summary of preliminary location parameters for esrthquakes locaed at or near Yucca Mountain for the monitoring period 1984 through 1986. The "distance to site* represents the epicentral distance to the point 36851'N., 116027.5'W., near the center of a potential nuclear waste repoeitoiry. Depth is relative to sea-level (0.0 kin). Sdx, ady, and sds are HYPO71 standard errors in estimates of hypocentral longitude, latitude, and depth of focus, respectively.
Conclusions 1. Swarm areas persist for several years in many parts of the southern Great Basin (e.g., Pahranagat Shear Zone, Pahroc Mountains, Gold Mountain, and Grapevine Mountain). 2. Quiet sones persist for several yeas in many part, of the southern Great Basin (e.g., Yucca Mountain, Crater Fliat, portions of the Desert Ga•e Ranges, portions of the Death Valley-Farnace Creek fault system). 3. If we assume that enough time has elapeed to get reasonable samples of seismicity'at the Nevada Test Site relative to other regions in the southern Great Basin, then NTS semciWty exhibit@ a different temporal
4 behavior due to its lack of intense swarm activity, which characterise other active areas in the southern Great Basin.
%.
1W
5 I References Cited
Johnson, C. E., 197.', j. _'EDAR: An approach to the computer automation of short-period local seismic networks. II. Scismotectonics of the Imperial Valley of Southern California,: Pasadena, Calif., California Institute of Technology, unpub. Ph. D. thesis, 332 p.
Lee, W. H. K., and Lahr, 3. C., 1975, HYP071 (revised): A computer program for determining hypocenter, magnitude, and fLrst-motion pattern of local earthquakes: U.S. Geoloical Survey Open-Fse Report 75-311, 116 p.
Rogers, A. M., S. C. Harmsen, W. I. Car, and W. Spence, 1983. Southern Great Basin seismological data report for 1981 and preliminary data analysis: U. S. Geological Survey Open-File Report 833-9, 240 p.
Rogers, A. M., S. C. Harmsen, and X. &. Meremonte, 1987. Evaluation of the seismicity of the southern Great Basin and its relationship to the tectonic framework of the region, : U. S. Gsologcal Survey Open.File Report 87-???, xxx p.
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t,•vkm•~ILv •muavu -•5 • . <•. MA Figure 4.- Seismicity in the southern Great Basin for the period August 1, 1978, through December 31, 1986. M 900 850 800 750 700 650 L 800 -o 550 E 0! Dc 5 0 0 S450 '-' 400 D 350 E o 300 250 01% 200 .1) 150 N 100 50 C 4b month Figure 5.- Cumulative number of earthquakes detected in southern NTS, December, 1978 through June, 1986. i M 400 375 350 325 300 275 C. S250 E ) 225 r.d, C > 200 0 175 E 150 125 M 100 75 50 25 0 ...... I E p C All month Figure 6.- Cumulative number of earthquakes detected in northern NTS, December, 1978 through June, 1986. V 400 375 350 325 300 L 275 -o E 250 C 225 "M3 D 200 175 E D 150 0. 125 100 75 r) 50 N. 25 :•: ...... &&l ...... 0 S...... r J I IKrl N ...... -4L . . . . p. 7 A,. 0 Smonth Figure 7.- Cumulative number of earthquakes detected in Pahroc and Pahranagat regions, December, 1978 through June, 1986. *<- - - r, J'.v'V-hJ;, ; J' 400 375 350 325 300 275 .,oS250 Lf D 225 C #4 e 200 ,- 175 cz E 150 o 125 100 C,' *1 75 N 50 "25 I 0 V,, E 3p s %0 0b 0P 0-~ t 1. A% A. D 01*, 0 -1 00 Ip 00 month Figure 8.- Cumulative number of earthquakes detected in Sarcobatus Flats, De cember, 1978 through June, 1986. 650 625 600 575 550 525 500 475 450 L 425 .0 400 D 375 C 3 5 0 S325 , 300 , 275 D E 2 5 0 S225 200 175 150 - '• 1too125 N. 75 50 25 00': month Figure 9.- Cumulative number of earthquakes detected in Grapevine Mountains and Gold Mountain region, December, 1978 through June, 1986. 220 N- N 100 ".n 0 --- . . ,-2 0 10 20 depth (kin) Figure 10.- Depth-of-focus distribution for well-located ('A* and "B* quality) "southern Great Basin earthquakes, January 1984 through October r986. E 0 0 1.0 C_ 0.0 N-2 0 10 20 22 depth (kin) Figure 11.- Average error distribution for depth-of-focus data of Figure 10. The average error is the arithmetic mean of the HYPO71 standard errors in depth (kcm) for the depth-of-focus data in the intervals shown. r a, N 'S C_ U *C) 0 +--PM PN -2 0 10 20 28 depth (kin) 9%, Figure 12.-Depth-of-focus distribution for OA', 'B", and *C* quality southern Great Basin earthquake hypocenters, January 1984 through'October 1986. 36.950 V V V 0 V Vy. rn r%. 36.700 116.600 116.350 V SEISMOGRAPH STATION 012.5 5 Iam I l I j • ml < 1.0 Figure 13.- Map of earthquakes detected at and near Yucca Mountain, 1985 and 1986. The square at the center of the map in the point 36*51' N., 116*27.5O' W., representing the site of a potential nuclear waste repository. I Appendix A Earthquake locations for the years 1984, 1985 and 1986 and maps of place names to which locations are keyed The local hypocenter summary column headings anr for the most part self-explanatory. Horizontal error equals •r#dz 2 +-.- d;, where adz and sdy refer to the HYPO71 standard errors in longitude and latitude, respectively. Vertical error is the HYPO71 standard error in depth (adx). "AZI GAP" Is the azimuthal gap, i.e., the largest angle subtended by any two station-epicenter lne segments. "QUALI represents the two HYPO71 quality estimates as defined by Lee and Lahr (1975). M,• is the southern Great Basin local magnitude estimate, as discussed in Rogers and others (1987). Md is the duration magnitude estimate, also discussed in Rogers and others (1987). The depths may be followed by one or two asterisks. One asterisk implies that too few phase readings were available to provide an estimate of ads and two asterisks imply that the depth was fixed at 7.0 km below sea-evel, a default ,Alue .ased when only three phas readings are N. available to locate the earthquake. Finally, UCT is Universal Coordinated Time, more frequently abbrevirted UTC. :- 7 0.4~ _ _ _ ý At~ '~- .+ '.,4111 + 44' C~~4 4+ V 4/ rot .1, N+ _e <, N, / ILI V 41 . e V'. 4'.,GRPHST Fiur 1.Paenmsinnrhatqare fsuhrnGetBsn NN V S£I0CRAPH STATION Figure 2. Place names in southeast quarter of southern Great Basin. 117.000 39.500 ~~~,q N?4$ ~~>C I+i q e4, Q C?~ ~-4121 4V.000 EMM-.tP STATIO Figure3. Plc ae nnrhws ure fsutenGetBsn lta L nŽ CA #5.X ' SM - aimLAHXTT Fiue.Plc nms nsutwstqare o ouhr GreatBsn a V 1664 LOCAL HYPOCEN[T[ SUMMARY I Z VeNT At$ DATE - TIMo LATITUDE LONGITUDE ERROR "NORDIEPIM ERROR SAP (UCT) (090. N) (DES. W) (KM) (KM) (Nm) (DES) DUAL ME Nol 6 QUADRANIGLE JAN 1 8:45:24 37.436 117.003 1.6 2.87 6.3 246 CO 15:22:27 36.717 117.1 3.6 1.3 SCOTTYS JUNCTION ME 14.25 1.2 104 AC 4: 5:33 34.S83 110.456 STOVEPIPE 6.5 11.07 6.7 264 6.7 WELLS 3 0:13:18 36.625 AD TOPOPAN mW 114.634 S.5 6.7 SPRING 3 163 Sill 37.448 I 127 be 0.7 SAR9 MTN 116.837 1.3 4. 6S* -- 137 6 23s31940 34.732 116.471 CC 1.2 GOCOM SANUD NE 1.3 6.21 5.0 146 2€ -1. via DUNg * 11910: 8 34.S6S 114.224 1.3 3.26 3.1 6 11:24$SS 30.639 is, so - SKULL MTN 116.220 0.1 3.33 1.1 6.4 8 22: 4:47 30.761 114.267 133 SKULL MTN 0.6 4.84 0.8 11 AD 9 22: 4147 34.705 316.271 AC - 6.5 JACKASS 0.3 4.06 6.4 7, FLATS 6 23:44t14 34.736 116.677 6.S AA JACKASS FLATS 6.28 3.s lot * 0.6 0 23:44:11 34.72S 114.699 SC - "0.4 CAMP 0ES[ST ROCK 8.7 0..4 0.9 1I1 AC CAMP DESERT ROCK If 4:41:23 37.683 11S.T73 6.7 3.170 ISO 10 16:$*: 3 34.815 114.704 16.0 Cc "1.4 *o0OUAS. NOT LISTED... II 6.44. 311 3s44:51 37.456 116.933 0.4 DO - BASS MTN 7.00. 0 3.6 Its 0.6 11 16:s56 7 34.714 116.226 6.1 1.S TOLICNA PEAK -O.21 0.3 t1o 13 IS: 4:35 37.167 117.604 AD 0.8 SPECTE4 RANGE NW 2.7 2.87* 246 13 16:24:52 37.069 114.3"1 4.6 CD - 1.3 WAUCOSA SPRING 2.36. 306 C0 - 1.2 HIGNLAND PEAK 14 11:37362 37.122 i14.*4# 0.4 7.27 Is 4: 6:37 Is3 AC 34.704 116.233 S.S 3.71 1.0 SPRINGDALE 1 3:31:36 1.3 211 AD '.0 37.171 111.040 2.3 7.9O. 0.4 SPECTER RANGE NMW 17 22:36:47 37.816 1.1 :70 CD 1.3 *o**SEIOMAL*.. 115.737 0.5 2.62 7 1 1i 1:44:48 34.706 114.224 TEMPIUTE MTN 6.1 1.45 1.0 216 IS 15:36:34 37.122 114.141 0.6 AD 6.3 SPECTER 6.3 7.02 I. + RANGE NW 103 AS SPRINGSALE 19 15:56:58 34.07 11111.182 1.2 3.63 1.1 20 7: 7:23 37.166 3.2 26o 117.976 25.3 7.66. SD SPECTER RANGE NW 26 12:14:31 34.325 268 6.5 WAUCOSA 117.413 0.5 0..3 6.4 00 SPRIMN 21 15:40:22 37.066 1S EMIGRANT 114.624 .53 6.54 0.6 1.3 CAXTON 23 I1: 3:40 34.038 11 AD THIRSTY 116.445 3.7 22.24 1.5 I .6 CANYON Se 23 20:37:55 37.261 116.811 246 1.2 EAGLE MTM 1.4 0.16t 4.0 27S ID - 1.2 SLACK MTP SR 26 2:14:58 37.413 117.449 6.3 *.58 122 As 1.1 26 10:56:24 37.330 110.664 1.S 3.26. e.9 MOMTEZUMA PEAK SW 26 7: 1:46 30.332 270 cc 0.6 SLACK MTN Sw 116.144 6.6 13.51 1.1 36 2:21:22 37.217 111.444 164l AC 1.2 MIGH PEAK 6.4 12.77 S.. 30 23:34: 2 30.431 2I1 1.0 SCRUSNAM 111.230 0.3 7.72 0.I AD PEAK r so 1 22: 2:35 37.628 117.643 130 AS 1.1 SPECTIE RANGE 1.8 7.63 6.6 NW 231 CD 1.2 WAUCOSA SPRING 2 9:42: 6 37.443 115.524 6.7 5.34 3 0:44:30 3.4 113 30.703 116.274 4.5 7.?6 1.2 GROOM RANGE NE 3 3:21:44 6.4 160 AD8D 37.452 115.94S 1.4 3.86. 1.3 STRIPED HILLS r1_ 3 4:53:35 36.461 114.273 140 1.1 GROOM RANCE NE 0.4 16.54 0.• cc 4 21:16:41 37.367 too 1.8 STRIPED MILLS 117.572 0.3 5.54 1.0 AD 4 22:26:10 37.304 74 AS 1.3 MAGRUDER MTN 117.540 6.3 1.54 6.8 73 AC 1.3 MAGRUDER MTN 6 4: 9:57 37.695 1115.04 6.4 3.76 3.6 4 11:19:56 36.466 114.284 115 1.3 MIKD NE 0.4 1I.11 6.4 187 SC 6 I1: 1:36 36.685 AD 8.4 STRIPED HILLS 114.282 6.5 9.26 0.5 6 22: 3:57 37.36, 182 AD 1.2 STRIPED 114.923 6.6 5.46 4.2 HILLS 7 7:43:43 37.221 216 1.1 110.003 0.5 O.66 65 DILAMAR LAKE 7 6:16:48 37.801 6.4 284 AD S., 118.186 1.5 3.36. AD SPRI NGDALE 301 - 1.4 ...RESIONAL... 6 13:46:13 CD 37.346 115.914 8.3 1.49 6 0.6 to 1.7 16:34:22 37.583 117.760 5.2 19.34 Cc GROOM MINE SI 8 23:26: 7 8.7 200 1.2 34.401 116.426 65.6 11.50. DO PIPES PEAK 8 4:43:40 30.427 335 1.4 117.805 1.0 8.81. DO sic DUN[ 9 4:35:34 37.260 117.865 276 1.6 KEELER 1.6 7.85 3.4 226 CD 6 16:11:54 37.92s 116.732 CC 1.3 SOLDIER PASS S.6 3.611 134 I3C - 1.0 THIRSTY CANYON SW • 21:37:42 37.284 117.677 e.6 8.5$ 2.6 8C - 11 18:10:42 36.640 114.456 267 SD 1.7 SOLDIER 4.0 6.01 1.1 PASS 21 20:25:28 37.604 115.179 243 ACAD S.6 LATHROP 1.3 15.63 1.7 WELLS mW 21 23:26:14 37.216 136 1.3 FOSSIL 114.622 1.5 6.73 4.6 PEAK 23 1:52:40 37.234 117.610 70 Do 0.8 1.5 THIRSTY CANYON NH 1.4 7.46 0.6 176 23 16:34:16 37.213 117.892 1.1 LAST CHANCE RANGE 6.2 6.61 6.3 s0o 1.3 LAST CHANCE RANGE 23 23:36:81 34.645 110.234 6.7 6.74 1.1 24 14:33:48 37.228 110.490 250 AD 0.6 SPECTER RANGE 6.2 0.54 0.3 NW 24 17:28323 34.704 114.2t9 163 AC 1.4 SCRUSHAM PEAK 6.3 6.61 0.0 11s 24 21:10:10 37.04s 116.046 AC 8.63 8.0 STRIPED HILLS 1.3 1.16 1.2 25 4:343 5 38.976 114.171 163 0.9 SILTED PEAK 4.2 -1.16 6.7 25 6:27:24 37.070 376 2.6 00*oN9IONAL.oe 110.021 6.1 4.38 4.1 t64 SDC0 1.4 **REGIONAL-.* A j Pm hi ,4 x 4 3 4 .4 L.9 - 4 E x T1 hi 3 0 0 .04 S 3 hi ' 3c 0011OO-, a4a 4 hi hi 009 I3300.1 0! am at hi m4a.44 24-44-44 10W 00 z .1 oa. 330 . 4 0h 6.610 2d 0i - i .1 2 a .- I U W 00o ; 3" 3 03X ). 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U 0 ft 3 -0- *ft ft ftfib ft ft ft ft ft ft 3=2 o - 0ft4 ft CEft 000 ft40 11111f 11 11 1ft 000-00 o--Ooo 0 0 000 - 000"0 0 s - fta hO.. -0 ft ft40 23 0 ftOO 0 0 ..... a 00 ft04. Oftom Oft * ft nO ft a ------~f-00-44 4 ft Oft - a f4-00 a hO. 400 00 ma.,. ft4 * P. ft ft ft ft 3 0.,.0 000 00 ft 03 ftft-4a -"Oft." 3 OhmS 0a ft 00464 -- oft.. 4040 ft ft ft --- ftft - ft40.4 -0 ft ft 00 ft ft ft P. ft ftft ft ft ft ft Oft 48 finn Oft Oft ft ft nnn ft ft ft ft ft ft ftft ft ft ft ft ftftft4ft ftftOOftO a-n ft ft ftftftft often 00 4 ftftO. ft 04 ft ft 2 ft 464 ft ft ft -ft fliP 4 ft ft ft 4ft ftft 440 ft ft ft oft ft ft ft ftOO ft ft ft ftft - ft memo-. mu --- 2 4.000. ftftftO4 OOSOftft 00 0. ft ft 4 *moo": 0 ft"4ft B. 4 4c 2 8 z ' 6 L c' 6 1004 LOCAL NYPOCENTES SUMMARY "HOn I I VEnT AZI ERROR DEPTH ERROR GAP DATE - TiME LATITUDE LONGITUDE (xW) (DeS)I (NUT (KW) DUAL M4 mbl0 OUADRANGL (UCd) (DEc. N) (DES. W) 335 1.4 BULLFROG 1S.6 0.12*. MAY 23 10:56: 3 36.7T4 126.71! 1.1 205 so 1.5 DELAMAR LAKE 5.07 3.6 UIOE(EO CRATER 24 13:45:17 37.202 114.$45 0.2 -0.69 0.4 112 AC 1.0 37.1SS 117.405 AC 1.0 SPECTER RANGE NW 24 14:59:13 0.01 0.6 25 2: 1:21 36.760 114.234 •.4 6.03 0.1 1922 AD 0.7 TIPPIPA" SPRING 11 .13 AD 1.1 WINGATE WASH 25 0.43:47 37.0S1 1.10 204I?? 21 ISi 0:23 36.900 114.771 AC 1.2 YUCCA FLAT 0.1 10.79 1.4 177 25 14044:40 37.004 I10.012 7.00.. - 300 AD 0.0 DELAiAS NW 24 S:35: 4 37.440 !14.03S 0.6 0.19 3.0 130 0.T "wIgo NE 1.2 SPECTER RANGE NW 26 S:30:46 37.700 115.101 1.0 4.25 4.0 126 SC 26 14:13:56 30.712 116.217 2.5 0.22 1.5 144 AC CAMP DESERT ROCK 26 10: 0:49 36.702 116.111 10.S1 6.9 103 CD 1.2 FURNACE CREEK 29 19:32:29 36.427 110.918 1.S Ilsl 1.4 REVEILLE PEAK 31 2:11:34 37.263 110.000 6.3 11.111.04 2.31.0 SC 1.3 TIN WIN S11:1:12 117.610 PANAMINT BUTTE 31 0.6 2.61 .2 257 1.4 JUN 1 14:26:52 34.323 II? .291 !., I.. VIGO NE 1.6 IS*.4 1.0 243 3D 2 0:31:23 37.1233 114.981 2.2 0.4 305 so 2.1 .310GIONAL. . 37.430 111.311 3 1S:30114 2.0 3.12 2.1 17S DO 0.6 YUCCA FLAT 4 9: 5:45 37.$97 114.035 7.01 25.3 1.3 *o*REGIONAL*.. 114.474 2.50. 361 7 21:1 3:32 37.023 0.9 0.4 03 AS 1.4 TIPPIPAN SPRING IS 21:14:31 37.6111 116.*164 2.90 132 AD 1.6 US9HE41 CRATER 1:10:46 117.304 0.1 I. 37.230 0.0 7.06 1.1 ItS AC 1.1 US"HES1 CRATER IS 10: 4: 1 37.1011 117.067 3.5B.5 6.97 0.7 AC 1.2 STRIPED HILLS 13 12:46:12 3.4. 37 216.330 0.60.4 4.214 6.0 110 CC WHITE BLOTCH SPRINGS 3:23:36 116.766 1I 37.156 5.52 2.4 105 AD LATHROP WELLS NW 116.303 NE Is 17:57:38 3.5 5.40 1.3 250 2.5 COAL•ALE 117.S05 3.05 NW 17 20:31:31 34.74836.247 .4. 1.0 As INDIAN SPRINGS 115.698 6.54 223 I.? 0.6 ROCK 1I 3:30:30 -4. .03 1.4 0.0 143 6.7 CAMP DESERT I0 23: 2:47 216.050 3.00 103 AD STRIPED HILLS 34.724 110.272 0.3 6.52 0.1 21 12:36:41 30.720 140 SC 1.1 1.0 COLD POINT 117.342 0.7 0.21 0.3 23 7:44:30 37.345 1.2' COLD 7OINT SW 117.403 0.5 1.4 141 AC 23 8:11: 25 0.76 SC 1.1 .1. COLD POINT 37.205 117.345 0.7 1.S ISe 23 0:42:23 37.352 2.51 1.2 COLD POINT 117.344 1.3 4.62 2.4 144 cc 23 10: 7:11 AC 1.2 6.6 SOLD POINT SW 37.330 117.370 0.4 -0.05 0.0 131 0.9 23 14:20:22 37.*205 1.S 1.9 144 SC 1.1 1.2 GOLD POINT Is- 117.340 5.65 NW 23 7:45 37.335 0.3 1Se Sc 1.5 DESERT KILLS 24 3:47:20 37.246 115.470 0.73 6.0 1.7 JACKASS FLATS 34. 740 116.278 0.5 0.1 I.0 24 13:50:22 5.53 AS 0.0 CANE SPRING 114.940 1.0 6.35 2.0 .fl 20 5:27:15 30.770 6.6 CANE SPRING 114.017 6.S 7.17 1.0 IRS AD 24 8:20:30 36.777 0.2 0.11 AA 1.7 STRIPED HILLS 20 18:13:40 36.705 114.241 6.0 72 STRIPED HILLS 116.277 i.7 7.77 0.4 AD 2.6 r-. 24 10:57:37 36.647 too STRIPED HILLS 26 11S.273 0.3 .4' AS l.20.6 10:20:25 34. 701 9.0O 125 10.40 AD 0.0 STRIPED HILLS 116.272 0.4 0.8 120 27 0:52:25 34.70 140 1.2 JANGLE RIDGE 111.171 0.3 4.75 5.7 Cc 6.6 20 0:13:58 37.209 0.4 137 AC 1.1 CAMP DESERT ROCK 36 3.727 116.114 5.54 1.4 30 12:14: 6.2 2S0 AC 1.2 SPRINGDALE 1 12:11: 30 37.149 116.047 10.01 0.0 SKULL WTN JUL 116.204 5.2 2.42 0.3 102 AS 0.8 6: 6:18 30.703 SDO 1.0 DRY MTN 2 36.565 117.00S 6.5 5.74 3.4 1lo 2 10:25:17 137 as 0., CAMP DESERT ROCK 114.124 0.6 7.61 2.3 Sol 3 12:31:10 34.029 246 0.0 FRENCHMAN FLAT 115.S0S 0.4 13.41 0.4 AD 4 22:54:32 30.791 1.2 FRENCHMAN FLAT 115.009 0.5 13.30 0.7 AD 1.1 23: 4:57 36.791 Ils• AD 1.4 2.e FRENCHMAN FLAT 4 115.0o5 0.7 14.64 0.9 4 23: 4:14 36.765 6.3 224 AD 0.4 AMMONIA TANKS 9: 4:27 37.127 114.2S4 5.05 1.1 AMMONIA TANKS 0.4 7.62 224 AD 13:30:57 37. 120 116.244 0.6 AN 6.7 BUCKBOARD MESA 5 116.252 0.3 4.40 1.2 l1i Is:50:21 37.122 10.24 271 so 1.1 RAINIER MESA S 37.122 116.237 1.3 1.6 24:33:37 0.6 224 AD 0.2 AMMONIA TANKS 37.126 11S.250 0.6 3:14:57 0.5 0.77 225 AD 6.0 AMMONIA TANKS 37.127 116.021 0.4 l24 3:52:12 0.7 147 SC 1.1 AMMONIA TANKS 4:31:53 37.129 114.270 1.6 BUCKBOARD MESA S.4 s3 1.6 4:32:46 37.122 116.264 5.60 2.0 27s7S 0 6.4 212 AD 1I, BUCKBOARD MESA 0a 0: 2:52 37.122 114.270 7.26 0.7 1.0 0.2 12.00 131 AS 1.1 1.3 SPRINCOALE 6 37.104 1lb.S76 0.4 23:41: 18 0.4 134 AC 6.7 0.4 STRIPED HILLS 7 0:50:51 116.275 7.93 0.4 * JACKASS FLATS 36.747 0.3 AS 0.4 6.7 124.277 7.55 0.3 PEAK 9:51:15 30.751 0.2 2.09 AC 1.3 2.2 TOLICHA 37.439 114.097 1.4 TANKS 10:41:25 0.4 .06 12S AS 1.1 1.2 AMMONIA 7:36:24 37.120 11.26S 1.1 z 4hiz a . 3OO 3~~~~4 4 4E3 N . 4~Z 4 0 2 0 3 3 w 33 01 40 X, 4 log0 a. v :-Zo oom00 2~0am G ~ 00 0 000 40000 00.0 0000 0004 Um Ou 0 0.0 00 00 000000 000000 4 0000e ualO U 00n b0 a-4U 00 00 a 040 -6 .4.a00a40 0 40 4 lob04004 U0.at0040" 0 *04044 04:0: - U I 0830 0- 0 " W-. n 0-C4 00 -0 1- an * *.0#.0-- - .. . . . 3 0 0; I * 04- 0. 043A00P.06 0 0 4 303On46 30:0 w N t8.4- 0033 000""MU a ec a .... -- 3 00 0 "00-0 0-00- 0* 0 033 000000--. -0.;-00-0 000000 00000&---o-- 0 03 3 0 @301 A43-30003.6 3 36S 0~ 000-SOt 01300 03 3e*00 0 0* .... .8330 .4.P .000 .00 3.1.. -1 ..3 03434...... 3 3 1 .0. 1- 00 4 ! ...... 4- 4 0 000-6 - 8------01 ------00 --PUP3- -- -01-3 -04- - 30 - 0 -- -80000------p.-.1--P0 - - -1--3-0 1-30 4 01-4 0 4 3 ( 6 AnO3.. 4 0*01-33 4 03 0Z -0w 0. 0 0 3 014 2 *0P.6041361-0 001-A * 00 0 P3033-1 N-011 01301- . . . . .-. . ..-.-...... -.-. . . ..-. 6 933 --- A.. .. **a *6 600!. hi 000-0 03 0 0 3 OO.4 P0P.. 3--43 ~ 343 43 334 2~ ~~ ~ ~ 3-340~~~O - .44 (33-63 3 633 36 I. 0P0.03 40 0 0000 Op. 3 b *~~*~ '* 00 1. 4* -:-.~~ 0 3d . i a.. -.. 4,J~ 3X42." -D RU33M W- Of but .0 b Mb-I-w I- 3223 392 0,44 - 44 4M WU 3 8 w U 4 4 3~ ~4 UU 44-44 42 . t a 4-9 . Odw .9-49a4 M.DU. 001z:.o a-m O0 a- htalo owO COo 44W .i 4W w~A -&Z IS I .00 iMMb 0 UU-UUUM-.JU 3023 22-.2 U MUS UM9U02 .2.2 1' ;;1!6-- 1,UU 11OK 4 wuw ! M M U faS40 .MU4 4422-M4 -rrtU !r. 123*- 4 hA4 00.434U0 &3 US C~ ~ [email protected] . - --,a .- - - 00- -060 o efnt Bflt-~6N* 9 n M0::04~00 040000U0~* * :2 0 000cso000 00000MxMMMx:M0c0010 0 1 BIB.4 no-*---a a"t % - S o 0 0- 1 OII- 00 0~ V. 001 a o 2 -. e en.0:-e u~cn ;. e .. ee;. eec... *ec* eee0 -0-epn... *NO*-P w-0 U~~ n . n # .-- .*~.mee.un .n .em .o.. .ne . . .g-. . . . .nn.. I n..ne... .g-P. .f... - - e-r- n n ------n ------~-enp -n Wn .-.- -i-e U-- -n - - - - ~ ano~ ~ ~ ~ son~ ~ .eee~ ~ m...erfrfto~.~ ~ ~ ~ ~ ~ ~ -nu6p-~ 0 .n..r ...... f ...... -.. l ..- -p -n --- 1-0 0 0 o. S. a o ; c2 nhi0 % p 0 n4 o 4 N 1914 LOCAL HTPOCENTER SUMMARY mORiz VENT AZI DATE - TIME LATITUDE LONGITUDE [*ODC DEPTH ERROR GAP (UCT) (DeS. N) (DEC. W) (KM) (KU) (KM) (OeG) OUAL Md Mkbl OUADRANCLE SEP 7 10: 5:25 37.150 117.3!? 0.s 6.03 1.4 223 AD --- 0.3 UEHNESE CRATER 7 10:10:30 37.153 117.330 0.7 6.31 2.4 121 so --- 6.3 UOEHESE CRATE* 7 14:24:13 37.1T0 117.377 0.7 ,9.2 2.0 171 AC 1.2 1.5 USEHESE CRATER 7 14:24:50 37.156 117.335 t.2 3.11 0.0 123 AC --- 1.5 US[EN CRATER 7 1 i:26:2037.161 117.389 0.2 0.00 0.7 too AD 2.0 1.0 USEHEIE CRATER 7 10:30:27 37.164 117.393 0.2 9.40 0.0 IS# AS 2.2 1.3 USEHESE CRATER 7 10148141 37.166 117.304 0.2 0.11 0.0 120 AD 1.7 1.2 UtEMESE CRATER 7 1644t12 37.161 117.380 3.2 0.13 0.7 IS0 AD 1.8 1.0 U9E1Et9 CRATER 7 l7T:3:47 3M.13S 117.300 0.3 3.2s 1.1 100 AC 1.6 1.3 UtEENSl CRATER 7 17:17:12 37.164 117.405 3.4 10.30 1.3 121 AD 1.1 1.1 U1E1E9E CRATER 7 1?710:42 37.1t4 117.377 6.3 6.11 1.1 119 AC -- 1.0 UOEHESE CRATER 7 17:59: 6 30.102 117.132 2.3 7.00. - 2o0 OD -- 2.0 TELESCOPE PEAK i ?: S:36 3S.047 117.340 2.6 7.40.. 1.0 202 CD I.6 -- TRONA 8 Ilt0:23 37.154 117.306 3.3 10.37 0.3 109 AD 1.3 --- UDEHESE CRATER 10 2:33: 3 30.704 115.403 0.5 3.73 0.2 293 CO - 1.4 HEAVENS WELL 1i 7:21:43 37.010 110.i0s 3.0 30.70 3.3 339 Co 1.3 -- SPRINGDALE 10 3:33:17 30.833 116.$38 3.0 IS.S0 3.6 363 AD 1.0 -- DULLFROG 10 10:24:27 30.080 110.257 6.3 -1.30 0.2 123 AD - 0.0 STRIPE& HILLS 10 10:3$:43 30.712 116.417 6.3 5.40 0.2 203 C0 1.8 1.3 HEAVENS WELL 12 13: 2:30 37.282 114.340 S.4 11.73 1.4 112 AC 1.9 1.4 DEAD NORSE FLAT 13 13:22:2t 37.074 116.041 0.4 4.27 2.1 132 SC 1.6 1.3 YUCCA FLAT S14 4:11: 2 30.713 111.i11 3.2 0.74 0.3 117 AC -- 6.3 FRENCHMAN FLAT 14 231 7:10 36.027 110.428 0.4 3.00 0.s 10i AD - 0.0 LATHUOP WELLS NW Is 7: 0:25 30.430 117.030 0.3 7.27 0.7 119 AS 1.8 1.j EMIGRANT CANYON 15 22: 0:40 37.312 116.221 0.4 0o.** 0.3 114 AD - 1.3 ALAMO 10 0:493:3 30.958 115.630 6.3 10.03 2.1 231 0D 2.4 -- e0ORE@1ONAL*0o 1I 10:42: 3 :9.324 113.324 1.3 -0.03 3.0 233 D0 1.0 --- -**REGIONAL*** Is 3:21:31 37.401 115.426 0.4 10.21 1.3 61 SC -- 1.2 CRESCENT RESERVOIR 21:50:13 30.73S 114.730 1.3 5.30 2.3 343 30 - 0.2 CHLORIDES13 CLIFF Is 1:34:$0 37.142 117.944 2.2 2.;3 7.4 301 CO 1.3 1.2 WAUCOSA SPRING 13 2:32:30 35.$65 114.037 2.1 0.10 1.7 303 sD 2.1 1.7 RINBOOLT RAPID5 13 2t32:1& 31.600 114.719 3.3 2.11 2.9 363 CO --- 1.$ WILLOW BEACH 20 3:34:45 37.227 117.60 0 .7 1.12 1.2 212 AD 1.7 - WAUCOSA SPRING 26 15:43:46 30.029 110.302 6.1 4.31 6.7 247 AD 1.4 0.7 LATHROP WELLS NWI 21 1041:1O 37.212 117.583 6.6 3.42 2.6 213 3D 1,3 1.3 WAUCOSA SPRING 21 5:10:29 37.216 117.iS0 6.1 3.31 1.3 221 AD 1.0 1.3 WAUCOMA SPRING 21 7:1:16 37.1:2 110.213 0.3 1.31 1.0 122 AC - :.3RAINIER MESA S21 11:23: 7 30.330 117.032 0.7 16. 1.4 112 AN 0.7 1.2 EMIGRANT CANYON 21 11:29:00 30.332 117.043 0.7 16.03 1.2 120 AW 1.8 1.1 EMIGRANT CANYON 21 13:50:63 37.579 118.072 3.7 13.00 1.7 309 CD 2.4 - *ooREOIONALo*. 21 20: 0:44 37.334 113.473 13.0 6.33 7.7 200 D0 2.0 - *..*REIONAL..# 22 11:38:31 30.035 114.279 0.7 4.03 3.3 216 AD - 6.3 STRIPED HILLS 22 11:47:31 30.033 111.230 0.4 1.00. - 215 CD - 3.6 STRIPED HILLS 22 19:53:14 30.313 118.329 2.4 -1.01 1.3 261 30 1.6 - *oaREGIONAL*.. 22 21: 3: 4 37.220 114.304 0.2 a.$$ 0.4 43 AA 1.0 1.3 AMMONIA TANKS 24 1:15:50 37.086 115.134 1.9 11.37. - 214 CO 1.4 1.5 LOWER PANRANAGAT LAKE SW 24 2: 6:22 37.080 116.160 3.5 7.03. - 104 CO - 1.3 LOWER PANRANAGAT LAKE SW 24 2:31:13 37.153 117.405 6.3 1.40 2.2 123 SC 3.3 0.3 USEHEDE CRATER 24 2:31:24 37.114 117.335 0.5 9.00 1.5 121 AC 1.1 0.3 USEHESE CRATER 24 11:33:37 37.156 117.404 0.2 4.72 1.7 130 AC 1.3 1.1 USEHE[E CRATER 24 13:11: 5 36.601 116.171 0.2 3.11 0.3 35 AA 6.3 1.2 SKULL MTN 24 10: 4:13 37.157 117.333 0.3 6.4S 1.1 127 AC 1.1 1.1 J9EHESE CRATER 24 10:13:14 37.139 117.407 0.2 0.43 0.3 123 AC 1.2 1.4 U8EHESE CRATER 24 17:21:32 37.140 117.404 0.1 2.20 0.3 122 AC 1.3 1.5 UOEHE9E CRATER 24 21:14:10 36.071 114.413 0.3 6.35 6.5 131 AD 6.3 1.1 LATHROP WELLS HR 24 21:14:51 34.072 114.427 0.2 6.33 0.1 113 AS 1.6 3.3 LATHROP WELLS NW 24 22:43:17 37.034 110.00 6.2 -0.12 0.3 117 AC 1.4 1.4 PAIUTE RIDGE 25 1t: 3:40 30.082 116.061 1.0 0.36 2.7 307 RD - 1.6 CAMP DESERT ROCK 26 13:40:51 37.010 115.301 0.7 11.33 1.3 1S$ AC 1.3 1.6 DESERT HILLS SE 20 13:30:13 37.054 116.101 0.3 2.12 1.9 164 AC 1.4 1.6 REVEILLE PEAK 20 22:21:30 30.731 115.0i3 6.4 7.43 1.1 1I0 AC - 1.3 INDIAN SPRINGS NW 24 22:63:20 37.554 10.6.14 0.8 14.37 1.4 110 AD 0.4 1.0 MELLAN 20 23:30:12 37.215 110.452 0.3 3.03 1.4 114 AC 2.0 1.4 DESERT HILLS NW 20 23:47111 37.071 110.033 0.1 4.11 3.0 201 SD 1.1 0.0 YUCCA FLAT 20 23:40|17 37.061 110.51T 0.3 2.01 6.0 139 AC 0.3 0.9 YUCCA FLAT 27 0:17:57 37.223 115.454 0.3 1.33 1.0 116 AC 1.9 0.6 DESERT HILLS HW ------ Sa. 0 z 4 0 .4x1 zSx a-,s a. so 3 ff0 60 u uzz 00.ft -'33333 a . a - -- b-b a. ma a z UPz 63333 *5 41 -C4.4 4 M40 00 XL 000ý 14I A 0 to "a 34, C, 66666 6 0 a.w 0 a.a.a.a. a a a It- Z.a 2; 4 x a W49 a. - N ,.4 4 a .Co3--M Z a.6 0000 a ', 0 .4 - .c 06666 40-00 S00 090 1.44444 663233 002002 0 66000. 00f 4a. .03,"a 30a. Oa. z--oo 5. 6-404 60 06 0 040 a" -a4 *-a.q c00- p.p. .: ;.:I : 0-C 10.z 600066 444404 4; - - t * - -- 0060 0 4.10 0a. 00 p. 600-0 K 6-15 8 3 US 3333.1. 09 -0- F 066000 a. a. a. a. Z 0-6000 n P. aIII 0006-00 000000 04~ 4-0 OH..-. 40 40 00000It 60606 p. n6-p..o 0 00-a :0 0 0 00-130 0 0-men 000,00 ! I I *00 "1 **me4mo 8a. 06 p. 4p. p. 0. p. HO" f 000000 p.oa. 60 A"""16 tq 0-f 600. Hon 61 660 06 10.0 (5 440 44 4440 4660 to0 .. nou6e 00 60 6*5 op. p.p. *06 p.4 p. 066000 op. 0000 op. p. p. p. p. p. nPSp. np. op.o o op. 6 4 604000 4 0 - p.p.eooo p.00000 000000 a. E t" 1- c Fz ( I 77T777" 77" ) 0 Z4 00 hi 3 3 30 4 4 4 W45 4 :: 33 04-4 It K 44 w 0 4 0 04 - -- 6C wos.; 0 A- 0 33 .* * . 3 * * 4 4 . 3 40 0 3 -0 0 0 0 a co Wa 40 K 20 a4 6- 34 3 0-6L4 a4 0 hi -40 W-4 -- 0-12 22 3- 33*0 334* a3i4 U 4W4 - O 032 - . bW-3 LW*1ý * 6 .4024, 4 4~ ~04 ~ ~00 ~003 ~*030 0 ~ ~ ~ i W4 111 . .3-4-.5M6023 .W~m .W .WWW.hh63 .W-11.Z . .- OO.32 -26--133 -3 -5-3.3 -613 -.W -X0-6 31 O~ ~ ~ ~ ~ ~201133 ~ 033- - 0 to02 -aW3- 04h@3504-1.. -**3 -*W - -5-46 .8-03W -2W 4~~~~~~~~~~~~ *40000 -113U0 W1140 090U 04*@ 0.0. U934UK 1 3 02W4 0W a -0003 34 *433 .5220 4.d4 0 .g...... ~9. . . 000000 00*0000 -01104 0401100 011111101111100111110 0000040 100 100000* 11010111 as 0.6060 000.6.6-6-;0 06*&On"" 000000. 6-00004 6-0 06- 6-00000 4 -*0 N 06-6-406.~ w 460 000466 012-40 v 06-0060 0600400 O00004000000 0 04 60 0 00 0 06-0 0 0 04006-6 00 W 0. 0. 0..004646-66-460 I I 0 .--.00 -.00 .- ..6 .-4.0 ...4 4 -. 06.6. . 4.6 ...... 6 . 6 6 6 6 . 0...... 0 .6- .00 6 6 6 - - 0-h3 040ý004 00000a 00-006 000000 a: 0P 0. .;: 0 0 --- 0 00-0 444 6 --- oo V -- -6- - 0-0 -6.0 6-64-64 . 6 40-0 - --- - 0--000- 00- .- - 0- - -- 4 6- e : '2 :: Wo "o 6 00 00 6 - 0 -*-- m------.. -044- 0- - --N -4 -04 -- -4- -46-00 - 60 6 6. 06000OOO a000 00--. ý0.606-0-06 00 ~ ~ ~~ ~ 00006~ ~ 00-0-~ ~ 6-0-0~ 0600-~ ~ *00 ~ ~ 5-C .606 -6660q00 000400 6606 a360000-4000-6 0-4-#000 0666 4~6 -0--*600000-04-4040 It600 4.0 046 -- 0 6 ill (i ý 0 ( F L C 1604 LOCAL NYPOCENTER SUMMARY VERT AZI DATE - TIV[ LATITUDE LONGITUDE ERROR DEPTH ERROR CAP (UCT) (DEC. M) (DEC. W) (XU) Vll) (KM) (DEC) OUAL Ua UbI0 OUADRANGLE DEC II I1: 1121 34.587 115.930 6.2 6.16 1.1 101 AC 1.5 1.6 MERCURY SI II 14:13:20 34.677 114.316 6.3 2.26 6.S 137 AC 6.6 0.6 TOPOPAJ SPRING I1 14:40:49 37.466 216.375 0.2 31.31 6.1 226 AD 1.6 1.9 SILENT CANYON Wi 11 15:36:36 30.597 115.023 0.2 2.01 0.* 130 AC 1.3 1.2 UERCURY SE 11 21:41:11 37.671 116.951 0.2 4.90 1.1 116 AC 1.0 1.7 CACTUS SPRING 11 23:44:54 36.966 116.463 6.4 4.20 1.0 166 AC 1.0 0.9 TOPOPAN SPRING NW 0.1 0.94 0.3 160 AD 6.6 0.5 SKULL MTN 12 3:32:27 30.769 114.224 6.05 12 6:35: 4 37.349 117.246 0.1 0.1 64 AA 1.6 1.0 SCOTTYS JUNCTION Sw 14 5: 4:27 37.341 117.241 6.2 0.37 6.1 76 AA 1.5 1.7 SCOTTYS JUNCTION Sw 14 13:44:11 37.335 117.250 0.3 1.66 6.5 Il1 AN 1.3 1.4 GOLD POINT 14 13:56:22 37.347 117.251 0.2 0.24 0.2 Is$ AC 1.3 1.4 GOLD POINT 14 20:51:33 37.334 117.251 0.1 1.46 0.3 O6 AA 1.7 2.0 GOLD POINT 16 2:24:27 37.343 117.230 6.2 -0.03 0.2 130 AC 1.5 1.6 SCOTTYS JUNCTION SW 17 1: 5:29 37.345 117.244 0.2 0.16 6.1 151 AC - 1.3 SCOTTYS JUNCTION SW IS 0:41: 7 37.205 117.161 0.1 1.41 6.5 62 AC 1.6 1.7 BONNIE CLAIRE MW 1S 4:42:15 37.337 117.247 6.1 6.67 6.1 6s AA 1.6 1.6 SCOTTYS JUNCTION SW 16 4:54:27 37.349 117 244 0.2 0.46 6.1 lot AU 1.6 1.3 SCOTTYS JUNCTION Sw It 6:47:52 34.762 114.206 0.2 -0.26 6.2 177 AC 0.0 6.5 STRIPED HILLS It 2:16:2" 37.289 115.407 0.2 7.65 I.0 14 A, 1.3 1.7 CUTLER RESERVOIR it 7:46:56 34.644 115.032 0.2 -0.83 0.2 164 AD 1.0 6.5 MERCURY HE 19 22:33: 7 37.350 117.237 0.1 -4.6? 6.1 71 AS 1.6 2.0 SC..TYS JUNCTION Sw 26 16:44: 2 37.346 117.239 0.2 -0.40 6.2 S As 1.4 1.6 SCOTTYS JUNCTION Sw 26 18:14: 5 37.347 117.236 0.3 -0.36 0.2 162 AC 1.3 1.4 SCOTTYS JUNCTION SW 20 20:57:19 37.138 116.067 6.2 17.24 e.2 161 AC 6.7 1.1 OAK SPRING NE 21 0:38: U 37.141 11.6.05 0.1 5.45 8.3 90 AD 1.3 1.3 THIRSTY CANYON 21 1:19:36 36.647 116.620 0.2 14.01 0.2 195 AD 0.6 0.6 BIG DUNE 21 8:46:53 34.777 110.039 0.2 5.76 U.S 20A AD 0.5 6.7 CANE SPRING 21 8:53:24 37.342 117.242 0.1 6.39 0.1 53 AA 1.6 1.0 SCOTTYS JUNCTION SW 21 17:33:41 37.648 114.635 0.2 0.44 6.2 147 AC 1.3 1.4 CACTUS SPRING 21 21:34:24 37.0660 115.245 0.1 2.77 6.2 262 AD 0.6 1.1 FOSSIL PEAK 116.613 7.03 O.6 136 AC 6.6 6.6 THIRSTY CANYON NE 21 22:49:13 37.146 6.2 HE 21 22:54:14 37.143 114.411 10.11 0.4 63 AU 1.2 1.5 THIRSTY CANYON HE 21 22:57: t 37.161 116.604 5.35 6.S 66 AU 1.1 1.3 THIRSTY CANYON 6.1 RIDGE 22 1:44:41 37.324 6.1 12.07 0.2 as AU 1.4 1.7 TRAIL NE 22 2:12:36 37.152 116.526 4.71 1.5 164 AC 1.1 1.0 THIRSTY CANYON 22 11:39:54 35.674 117.531 0.5 9.00 0.3 275 AD 1.6 2.5 MOUNTAIN SPRIhGS CANYON 22 13:46:11 37.348 117.241 0.1 0.23 6.1 104 AS 2.0 2.f SCOTTYS JUNCTION Sw 36.731 115.473 0.3 12.63 1.4 165 AC 1.1 1.4 SLACK HILLS NW 22 20:50:19 MUD 22 22:31:57 37.859 117.245 0.1 5.22 6.7 *6O AC 1.6 2.1 LAKE 23 0:32:10 34.719 115.682 6.3 0.46 O.4 172 AC 0.6 MERCURY 24 1:36:37 37.337 117.254 0.1 0.64 0.1 76 AA 1.2 1.4 GOLD POINT 24 IS: 2:33 37.352 117.230 0.1 -4.45 0.1 72 AU 1.4 1.6 SCOTTYS JUNCTION SW 25 16: 47 5 37.339 117.253 0.2 1.45 0.4 go AA 1.3 1.5 GOLD POINT 25 21:59:26 37.747 115.064 6.2 -0.66 0.2 154 AC 1.2 1.6 1141TE BLOTCH SPRINGS 26 4:25: 9 36.827 116.745 0.4 5.54 6.6 253 AD O.5 *.6 BARE MTN 20 10:18: 9 37.837 115.641 0.3 20.61 6.2 176 AC 1.2 1.7 *...OUAD. NOT LISTED-. COLD POINT 27 2:25: 5 37.341 117.252 0.2 0.46 6.2 153 AC 1.4 1.4 BARE MTN 27 16:37:28 36.965 116.736 0.1 0.56 0.2 50 AB 1.1 1.3 27 16:44: 4 34.960 114.729 0.1 4.63 0.4 a1 AU 1.2 1.3 SARE MTN 28 6:41:26 37.294 116.572 0.2 4.27 6.7 76 U0 1.2 1.3 TRAIL RIDGE SE 28 19:15:11 37.063 116.506 0.3 1.46 0.6 6o AC 1.5 THIRSTY CANYON 30 4:10:13 37.352 117.262 6.0 12.34 1.2 114 56 2.2 - GOLD POINT & z~~~o~ 0 0 00 3. "a33430, ", !3 n n3-33334 -OO 4 .jo 04 X -. 242 Z443 MR 22 .43* hi 3 .4 ~ I .f22. U.. 0;4 44... .44444 3.34 Wl 4 0 .i f noih 0* 1.i a aW 0 4000 U0 U& - i~ .aJa CC C&&0)a a lk.~ ýU 3. wcwfi .J ;4 0.D2be bo4 . O ~ a hi ). 3 aJJj~.~l..JJ.2 2 : 3i330 .iih..J o .Jg .00 30h4a2- u , U0 ,J 300 4-a* 'o 3C ai " n S . 42.0 *2 3 3-i4--W~l 0h~ 3bOl 2:~i-32444 44.4444 444444 444a444 0 a A 3..& a 0 3":a3.4 3390.43 2 2,2 33.4.40.4 2.4.43a43 .4.m0'A .43-o U"M* 0 .2aa 40 6A .J.J jaiJ .*i-A -I.DJ -A I I------3v! 4 0 0 0 0 0 00 00 0 3 3 0 3 0 3 3 o u u 0 3 4 3 0 3 9 000 0000 000 0 444444 A<3044 02 3 4 o40 00 044434 4404 4444 4 04444 4433 on43 4444 X.. a &;- OM 0 4g -LUq! 3 .40 0499 !14033.33 3 33 33 33 0 0 0 0 - 3 03-3- . 3f3 4 3 3~ .43~ ~ ~ ~03 .4 ~ ~ JO ~ 0 43.0430.0 *me- 0 .9. 0..4334 V3333 0V3-- 3306 a.ui.e-- hi *.-332 o*..l o*3-400090otoo 00000000 -0 000 000000 000-00 ""hI .600 3 30 - 0 - 0 30 3 4 0 -00 0 3 0 Pl 3330-no 0"!0W"0 3 40 0. 4 a-3 0 00 0- 003003 ft- 00434 3-4 3 30 0 0 00000V3 00 J ~ ~ ~ ~ ~3-34 . f ft" -4l4-~* -3- -03-43 0-. .4.4493 3 3------3 -3 3 3 033 00000ýfno 00 000030 0 000000 000030 ý on 30 00 30 0 0------0 9 £ C) 6 £ L C 1005 LOCAL NYPOCENTER SUMMARY NOR II VERT A.CI ENROR DEPT" ERROR CAP ATITUDE LONGITUDE It) a OAT! - IIME LI (NM) (AM) (KM) (D UAL ME Mbig QUADRANGLE (UCT) Dec. N) (DIEC. ) LATHROP WELLS SW 0.6 2.0 2 75 116.405 3..5 So 0.2 WELLS Sw JAN 21 0:12:13 36.413 5.30 71 AD 0.2 LATHROP 0.4 LATHROP WELLS SW 21 15:24: a 30.626 114.453 6., 4.60 2.1 2 71 SD 1.3 34.410 IT1.457 LATHROP WELLS SW 21 15:29:11 1.2 1.06 1.0 2 76 1.3 36.612 II•.472 0.2 LATNHOP WILLS SW 21 l7:23tl5 0.7 7.70 6.9 2 70 AD 36.410 lie.444 AC 0.2 REVEILLE PEAK 21 17T:2: 6 6.5 1.9• 1.9 37 21 I1S: :54 37.844 116.232 LATNROP WELLS SW 0.2 I.61 6.5 1 As 1.0 36.623 116.445 33 LATNROP WELLS NW 21 21:21:II 0.4 6.24 6.0 2 .4 AD 0.2 116.4311 SCOTTYS JUNCTION SW 21 22111140 36.633 0.3 0.40 0.2 I 10 AS 37.340 117.240 1.2 LATNROP WELLS NW 22 0:20:27 B.I 6.11 6.0 2 AD I.9 1: 0:56 36.033 116.444 1.6 SCOTTYS JUNCTION Sw 22 0.3 0.22 6.2 71 As 2:1S:5@ 37.345 v17.233 LATHNOP WELLS NA 22 0: 30.6 9.62 - 2 0.2 Ite 36.447 116.461 .7 Do 22 9I: 8: 9 AA 1.1 0.2 MERCURY SW 0.3 0.65 6.6 04 6: 2 36.596 111.917 I .6 LATNROP WELLS NW 22 14: 6.0 1.0 2 02 AD 14:20:30 30.644 116.431 4.28 AD I.e LATNROP WILLS SW 22 0.7 1.3 2 2:47: 3 36 .615 116.464 6.26 AC 1.7 CAMP 0DSERT ROCK 23 0.3 -0.26 0.3 I 35 10:402l 34. 727 114.053 AS 6.2 SPECTER RANCI NWI 23 110.242 4.2 2.01 12 24 9: 27:t42 36.456 Is AD 2.6 OELAMAR 3 NJ 46 0.6 1.7 2 24 12:24:54 37. 2 114.900 SI 0.3 146 AC 1.1 LATNROP WILLS 0:24:37 36.411 116.211 6.00 6.6 I GROOM RANGE NE 25 O.6 4.03 14 CC 1.6 115.503 0.2 I WILLS SIT 25 22:46: 5 37.406 6.3 6.01 6.6 2 AD 1.3 LATNROP 39.621 114.440 226 RANGE St 25 23:44:53 0.5 10.32 0.0 1 At SPICTER 22:57::20 36.596 110.014 AD 0.2 LATHROP WILLS NW 26 116.435 0.3 6.04 1.3 23:25:30 36.636 1.0 LATNROP WILLS SI 26 110.440 6.2 5.47 1.7 1 AS 27 3:43:11 36.623 DRY MTN 6.6 2.04 2.9 2.1 117.721 O22 FRENCHMAN LAKE St 27 10:37:15 36.952 0.6 AD 6.2 11:25:20 36.776 115.I6i MERCURY SE 27 0.3 0.04 0.4 1136 AC 4 119.828 LAST CHANCE RANGE 27 17: 5: 39.509 0.4 11.06 0.5 I$* AD 0.2 23:37: 2 37.233 117.*600 6.5 AS 1.5 YUCCA LAKE 27 116.101 6.2 3.50 to NA 6: 3:57 36.036 6.2 212 AD 0.2 SPECTER RANGE 26 iII.234 0.2 3.43 20 10:14:25 36.710 1.3 273 AD 1.4 LATHROP WELLS SW ii6.453 0.5 5.25 6.2 WELLS SW 20 I1 :10:10 36.624 0.1 0.3 72 AD I.5 60. LATNROP 18:41:21 3.4622 6.25 2.2 VIGO NW 20 116. 412 0.4 5.53 4.$ 212 29 21:58:28 37.219 114.700 1.6 270 AD LATNROP WELLS SIT I 0.3 4.55 NMW 30 12:45:50 36.617 1.3 AD 0.2 SILENT CANYON 0.7 S.me 3#0 FRENCHMAN FLAT 31 3:271 30 37.406 116.417 0.3 6.6 IS5 AC 0.2 31 0:25 43 36.754 115.916 6.33 YUCCA FLAT 0.4 4.0 IRS AD 0.2 6: 1 114.439 0.61.11.4 GROOM MINE SE 31 14: 37.935 1.2 4.09 34. CD 2.4 31 18:56:22 37. 314 115.753 3.83. 5.5 MINE MTN 116.T16 1.3 1.6 315 be 'N' I 4:25:27 36.860 116.127 6.0 CAME SPRING FES 6.0 3.46 0.6 106 AD 15:47: 9 36.964 0.7 AD MERCURY 36.747 115.91. 0.4 103 sIc OUNE 10:33:36 0.2 I.w 212?leSII AD 1.2 0.0 2 12:12:54 36.590 116.034 WIG DUNE 4.31 3.0 91 Bc 1.5 6.7 110.634 0.1 LIDA WASH 12:15:25 36.593 4.13 5.6 cc 1.3 117.729 6.4 146 BAR[ MTN 2 13:10:47 37.1161 2.07 0.7 AD 1.6 6.J 116.720 0.5 2411 *..OUAD. ROT Lt.eSTED 3 21:33:30 36.027 S.9 1.6 AD 1.5 30.631 115. 402 7.66 232 1.5 OAK SPRING S 12: 0:21 1.3 6.1 s0 0.0 37.231 114.412 7.56 311 LATNROP WELLS NW 6 IS:SO:46 0.2 0.3 AD "1.5 15:26: f 31.037 116. 3111 3.25 254 LATHROP WELLS SE 6.3 3.42 4.2 234 sD 5 116.301 MERCURY SE 22:10: 30.56f 0.0 1.3 AD III .652 12.50 123 L.ATNROP WELLS SE 7 12: 8:45 36.567 0.2 0.5 AD 1.9 1.1 0 116.250 6.67 THIRSTY CANYON NE a 5: 0: 36.540 0.1 0.2 114 AC 41.1 0:11:45 37. IO 110.506 6.67 - 6.3 LATNROP WELLS SE 11.93 1.2 231 AD 1 .3 4 34.556 its.273 I.. 0.0 NE 0 0:21: 6.4 6.34 2.0 171 S.5 THIRSTY CANYON 6:34:46 37.202 116.666111,.61, 0.9 1.0 0.0 LATNROP WELLS St 7.76 O.0 97 AD a, 9:14:52 30.561 114 .254 0.1 1.5 260 AD 1.6 1.7, CANE SPRING 36.790 6.76 MTN S 3:31: 6 0.6 1.7 2.3 1.5 SKULL 0 3.92 so 5:31: 2 36.865 116.241 0.I 2.3 257 80 1.4 1.1 BULLFROG 0.29 BARI MTN 0 5:351 I 30. 774 114. 016 1.4 1.0 215 Is l.1 0.0 1.1 0.87 so FRENCHMAN FLAT 5:30: 6 3.6. 20 110.641 4.10 2.3 IS$ -- 0.7 23: 9032 36.752 115.609 0.. 0.ST TOPOPAN SPRING 1010 0.401 6.3 07 AS 1.0 1.1 13:40:1I 36.994 116.279 0.I 1.0 AC - 6.3 BUCKBOARO MESA 1 l16.0 0.0 6.72 137 SW 13:63:29 37.014 13.01 140 AD - 0.0 MERCURY 0:46:30 36.841 6.0 sIc DUNE 13 116.066 "1.2 3:30:06 30.900 6.0 1.1 6.1 LATNROP WELLS SW 13 1.00 1.6 146 "AC 3:32:10 36.694 111.413 6.1 so 1.5 1.2 LATNROP WELLS St 12 2.5 95 3:35: 1 36. 562 116.264 0.3 0.06 I 40 4 a 0 - .4 0X.Je a2 hi 4A a Is&hi ah ai (5 t £ 04 4 Z 34.9aL 4A3. a Z . *. 3 3 4- 4 h 34 33 . - - 3W iZ4 3 4- a.,: a433 4 aiU 433 UO- 0~ ~~~hi ~~05 ~ ~~~ 22 4O4 0~-5 - 40'W i 402 22.'i :8036-A322- a .22u 4 0 32 4.: 04x- 4(0 . 3 4 - 3 L 4 0 0 30 3200h-C z44( Zh34 4-4Z 3 2 3.J( 2i 8h 02 0 wanJ 3 4 00 5. 53 a53h 03i-64 .04- 3 -hhu 44 4 2 4 0304h 034!4 W.h0 o444 &4404. h-.4i .. i44 0h* 2 A 'th-4 -446A-- 3404&0 : .~* .40 ...... I NO4a4C.-!O ~: HI~ : :1 1 HI 0~I aI:0:000 600000 000:00 0050000 0(503 0(0,0. 00U o008000(80 4a 004440 444 4 Uo~ 5000a00( -Co .440 a 0 4-A4(5 fta000444 A .a4f 0 4004 444 U 004000 6444(54 0U A -W w o 13A04eo 00n -4- - wo 4~ pb ; 4 ý, . 3. - . .- .3 . .41.*. .340 4.- . ~ - - !. A 0% 4 af 04 4 .0 0 04~0 0004 0 0 043 a -40 a a440p**4* ft.. 0 a 0W.0 -484-.0 o4043 434-9 0004-4-0 0000-00 0 00440 N *4440 oeo . 00-2 4044 0- 4000000 0 0000 M4:0 04 a4 a**"": 00 .0..0 0 04W044 172":ix l 4 ------s- ---- .5~-- 0---- /.~~~~; 000- *..19400 ~ 00404 4nM0 04444nn0404 40 0 a.04040 0. 0 04-0 40. *400000 340 04 0 004D 0.40 0-0 00n a0 b 0 44-1No A4-00 0-00 a nN 23:: 00 4 4 .4 4 4 - ns -o 3301.0 4 a 4- 40 -4- 0 444 0- 30- - 4 0 v- 4 0 4 4 4 0 n44 0 0 0 0 4-4 0 0 4 0 4b- 0 0 0 0 n0 a0 a40 0O n0 o o4-0 4 0 0 4 4 ------U6 2 U UW 2 44U U WWWW W U w p--DO4 U U U 6U I U 03It UOUU 0 4p.2 W 6 U UUUWUW I 0000 0 07-07- 4 266 2 6 464U6 I ).A a4w M .J a b U B. 0 000 00 mUSS 5 .60 6 4 6 666 I .6 Luff 44' 60 U6 ME. 4 p-tI-L3 2 4 Ue US OW U 2- K JO 07 P-7-7 6 if U 46 .I 633426 7- 2-7- .4 -J0 6666 .I.U 4£ U 0 IL a U .. 3034 67- 666 UZU3SU L U.J * - 4.- 4Z4.6 UUUUObD 6444 4 It iS IL 0 66 U2 UUU **664.64 0 22407 46 q .0 J 0 36-EL 64 U3U26 6Lw UU .6 40 UUUUUU b6I U -D U UUUU OZOXUO 6664 9 3 )- U U U 62 U o0000 UP 64ifL 3 UU6336 O 6666 a- 3 000 B. U =L o. 003 U U U 43 3 EU ULIL 37 p.ELEU. 4 C 9- 0 2 B. 4 4 60-p. p.9-47-4 LB.LLOL 6 U SNUM p.u a.. p. p. 32-63 2U2UDN Uru * -U4UUO 0 4646L4 0 2L WOW 2222 444404 4 U2 33' 6U 4.-444 UUUUO Uh.UB.U 2 647-1 U 62 U U U 4420 92 JIM 7- p. .. 0* 0 U2.-9b WMOOOOZ 0.0 66 600 . .p.op.61 o6*7 9467-066 6 946660 no7 66.94941 U 611166 .6 U.1 -6 66 g 66 04 U 66,666 2 -- 94- nn.p.p.n tul: 67-6--p. * 00 U 00 6 * a en 66 iii -- 9494- U444 644444 N OLE20 : 60U6U g00066 446444 6*00 60 000.60 464466 -0002 6 6600 4 000006 4* 4* 4 4 444444 6.000 .- 0660 2 46 UO 4 U U 20420 0 .66066 *op.06 2000-23 "00U 4 9. 94 .*.. * .. n94*O sea&U 6 6694006 2 -p.o *666094 6694694' --- U6 0 60667-0 4 944 U * -9* - we -94-94- 400 "II . I .646940 ***94* -6 4 067- 940 0 6 940066 -6 6 7-0-. * .6606 U 662 66 0940 . 0-O0 U 6W 94-66 2 -90-9400 7-* 006 C66066p 3 2. U 6 004900*0 p.7-66* .60660 U 69460946 66667-0 0666094 07-69466 66.94094 0 94 7-9466094 nl".Zm p. 2 94 660 66.7-0 .66666 *@ 947-60 . .7-p.6 67-0.00 2 094607-7 6 I I K L2 64694094 7-p.O 94694 UN 660-66 9294 0 666006 4 One",~9 9469494694 fl66 1.66 U 9466949494 0 946 9469494946 1-94-94- -0w n@9494 60 *0066 606666 ..6 60660* 662 6.0-66 6-p... 06W 6---66 947-6094* 6 ZU 69409466 6 A. Ine 060*66 0 0-60949- U 07-94646 *e .@@ 6.6.60 op. 7-606 . 9407-666 060660 *6* .* a-. 667-9460 949407- 6 0666 ...... 0 0.0060 23 7 94-6-940 7 60666 @6667-6 666006 .00660 666606 00 p.069.7-0 EU p.p..-7--0 00 *66*9494 .6 66 67-66 69.7-600 *.op.9494 06007-0 946946940 7-0 6660 694694 4 94949.94694 . 03 * - a. 7-66 94-6949494 *..666 .7-67-67 949494949491 9.6 p. 606007 046660 2 * no 7-69467-4 * .7-00*0 I 6*667-6 6*6*** 07-7-066 .,n94949494 0--Op.. -U .66667 nnnnnn p. 6p. 607 n9494 9494 94 0 949 * n94n949494 94949494949 .6.9466 67-666 666666 49200 - - 944 6 .666 p. ..p.n 94 6 6094669 67-9' * p. 0*7- 609 6 9469469494 94 4 - p.6694 07-0947-0nm *p.*q..*6 66946 * .6660 a. -9494 6 00 - 69 p.p.6 p.669466 0 94-94' 9494 .....67-694 2 - p.n 6 67-606 94 660 09 2 6094006 * 066094. - -949494 * - p. 7-600---949494 666666 066607 - 60660. 6067-7-7 - .6p...0 949466 666660 66060 4 p.94949494 000.-p. 4 6 a 6 p. 4 4 2 6 ( () p.. - I 1t95 LOCAL NTPOCENTER SUMMARY NOR I 2 VIRT AZ I DATI - TINE LAT ITUD[ LONGITUDE DEPTH (UCT) CAP (DEC. (DMo. W) (KW) (KM) M) (KW) (DEC) DUAL Wd Mgil OUADRANGL: APR 17 It: 3:16 116.408 6.3 5.30 6.4 112 AS 6.4 -0.2 TOPOPAN SPRING Sw 1? 14:36:35 37.172 116.321 0.2 2.66 0.3 63 AN 1.4 1.3 AMMONIA TANKS I? l6:46:52 36.064 116.429 2.1 3.75. 266 1.1 YUCCA LAKE 17 23:42:13 37.116 0.3 t 17.417 1 .74 6.1 124 AC 1.5 1.4 UBEHEOE CRATER is 6: 1:49 37.794 115.8639 6.5 6.59 6.6 144 AC -- 1.4 *e0DUAD. NOT LISTED... 19 113:36:2 37.235 114.895 1.6 2.66 3.7 236 OD 1.6 -- DELAMAR 3 MW 1 12:469 6 37.257 114.638 4.8 14.67 6.6 122 Co 6.2 DELAMAR LAKE 16 17:51:25 37.084 117.266 1.4 4.67 6.6 145 CO 1.1 U6I4EEt CRATER 16 22i21:10 36.7?66 116.2 16 .6. 0.3 224 AS 6.6 SPECTER RANGE MW 1t 23:26: 2 37.264 6.4 117.931 1.6 76 AS 1.3 MAGRUDER MTN 19 ?z 7: 6 37.233 1.0 114.666 4.3 23S 1.6 DELAMAR 3 It Il:45:13 37.491 t.1 65 2.1 Nw 116.894 1.96 6.4 113 AC - 1.1 $LACK WTN MW 26 6:24: 1 37.242 114.614 0.4 Ill 6.5? 6.4 AS 2.6 1.5 DELAMAR 3 xw 21 41 3:57 37.434 117.227 0.4 12.99 1.0 136 A* 1.7 STONEWALL PASS 21 12:42:35 37.246 115.423 6.6 1.1 Isl 1.54 I .3 211 AC 1.5 DESERT MILLS 21 16:46:26 34. 666 116.669 MW 6.0 6.6 AD 1.1 FRENCNMAN LAKE St 21 26: 6:14 37. 113 114.654 4.0 14.34 261 I.I CD 1.3 DELAMAR 3 SW 23 s:s5: 4 37. 142 117.956 0.4 11.31 1.9 112 AS 1.6 RONNIE CLAIRE 23 23: 1:56 36.772 116.24? 6.3 6.37 0.3 172 AC 6.6 SKULL 24 6: 2:23 37.602 115.S11 6.5 1.3 MIN 7.61 3.7 67 IC 1.7 1.7 G*OOM NANGE WE 24 19:34314 37.464 IS5.528 6.5 13.54 1.8 25 6:45:11 116 AS 1.3 GROOM NANGE ME 36.647 117.735 1.1 7.St.. 5.6 80 - 26 4: 3:15 212 1.4 WAUCOOA WASH 37.465 119.025 4.6 13.67 6.6 CO 3.6 27 4:21:33 36.766 115.022 6.5 -- .... REGIONAL .. 5.66 2.2 136 IC 1.5 1.3 FRENCNMAN FLAT 27 16:24:24 36.524 116.5966 0.2 16.64 lie 1.3 111 AS 2.0 1.6 sIc DUNE 26 20:21:34 36.666 116.125 6.7 7.46 2.6 Is$ *.5 SPECTER RANCE MW 26 1:46:46 37.236I 0.5 II 5. 176 6.16 1.2 136 AC 1.5 ALAMO 36 12:11:51 30.533 118.056 2.0 3.2 311 1.5 SPECTER RANGE St WAY 2 3:25:11 37.675 115.041 0.5 2.66 1.2 Ill AN 1.2 HIKO NE 2 14:31:41 36. 714 0.3 1.5 116.232 4. 16 6.7 139 AC 0.6 SPECTER RANGE MW 3 11:24:41 36.651 1.2 of1.71 114.4511 1.2 162 so i.5 TOPOPAM SPAING MW 3 14:13: 46 37.606 116.448 0.4 11.61 S.3 221 AD 6.3 TIMSER MTN 3 14:17:17 36.969 116.439 0.2 6.56 6.4 as AA I.1 1.4 TOPOPA" SPRING MW t;.. 3 14: 4 :122 34.667 116.438 0.5 14.04 6.5 262 AD 0.2 TOPOPAN SPRING MW 4 3:22:4S 37.461 118.649 9.6 4 6 8.7s 3.2 367 SD 3.3 - **.REGIONAL... :5 :4w 37.310 4.5 117.328 7.62 6.6 145 AC 1.3 COLD POINT 0: 3: 4 37.367 6.6 117.322 6.16 6.6 144 AC 1.4 COLD POINT 7 26: 6:16 34.664 116.040 0.2 9.67 6.5 66 AA 2.7 - SPECTER RANGE SE 7 26:26: 4 36.665 6.3 116.049 6.51 1.1 130 At 1.? 1.2 SPECTER RANGE SE 7 20:52:45 36.662 116.647 6.2 r-.. 7 6.52 6.6 131 AS 1.3 1.4 SPECTER RANGE St 7 21:53:19 36.664 110.656 6.1 6.66 6.5 126 AS 1.1 1.5 SPECTER RANGE SE 76 21: 5:16 36.060 116.647 6.2 9.*42 6.5 132 AN 1.1 SPECTER RANGE SE 7 21: 4: 6 36.667 6.2 7 116.0647 5.56 2.0 126 as 2.3 - SPECTER RANGE SE 7 21: 6:23 36.664 116.609 6.2 7 6.61 6.6 47 AD 1.6 1.4 SPECTER RANGE SE 21: 6.51 36.603 110.040 8.2 7 6.23 6.7 130 AS 2.1 2.7 SPECTER RANGE SE 21:11:37 36.602 116.646 6.2 7 6.11 6.6 131 AS 1.6 1.1 SPECTER RANGE SE 21:14:31 36.590 0.3 116.646 0.33 6.6 146 AC 1.1 SPECTER RAN:E SE 7 21:16:43 116.047 0.3 6.25 1.i 130 AD 2.2 - SPECTER RANGE St 36.665 22:33:23 116.046 0.2 34.4666 6.3v 1.6 136 AS 2.2 -- SPECTER RANGE SE 22: 63: tS 116 .645 6.2 34.601 6.76 6.6 132 At 1.4 1.3 SPECTER RANGE SE 22:53:20 114.646 0.2 7 6.76 6.6 132 A* 1.3 1.6 SPECTER RANGE SE 22:53:36 34.603 116.649 6.2 7 6.43 6.5 136 AS 1.4 SPECERt RANGE SE 23:46:21 34.596 116.844 0.4 6 16.76 6.6 152 At 1.2 SPECTER RANGE SE 4:1I:17 36.500 116.652 0.2 9.66 6.5 146 AC 1.6 SPECTER RANGE SE 8 6:31:42 37.424 116.602 6.3 6 7.66.. 2.2 53 IA 1.7 1.6 WHEELBARROW PEAK ME 6:21: 1 36.660 116.045 6.2 6 9.77 1.5 146 AC 1.0 1.4 SPECTER RANGE SE 10: 1:46 36.567 116.045 6.2 6 ¶6.66 6.6 134 AD 1.1 1.5 SPECTER RANGE SE It: 1:16 36.566 116.649 0.2 6 6.66 6.5 132 AS 1.0 1.4 SPECTER RANGE SE 20:46:47 37.366 0.3 6 6.25 6.5 lei AC 1.I 2.2 ALAMO 26:55: I 37.367 0.4 115.207 2.72 2.7 126 Sc 1.3 ALAMO 6 22:44:14 37. 173 110.319 1.6 6 3.04 1.1 150- AC 1.6 AMMONIA TANKS 22145:41 36.662 116.049 6.2 6 0.38 6.6 11 AS 1.e 1.5 SPECTER RANGE SE 16: 3:46 34.461 116. 9.2 16 646 6.66 6.6 131 AS t.3 SPECTER RANGE SE 6:25lo:6 36.665 110.0 0.2 II 46 16.25 6.4 131 At 2.1 - . SPECTER RANGE SE SIG:: 6 37.205 117.562 6.6 II 6.16 I.9 154 AC 1.2 LAST CHANCE RANGE 15:56: 1 36.032 117. 126 6.3 5.66 1.4 108 AC 1. STOVEPIPE WELLS hi bi 4 - I - 4 4 2 .533.5 2 .5p.*. O.G 333333 333333 44 IL hihi2 I hi x 333333 h4 4 49 3 4.1b 3 an0 - -40 4 004 23 4OLhihi2 2U- IL Of h h Uo000I 2222 2222M2 o.hihiS h 036 5U ff1,p p U-ZOO 3 50.1 hi000 SUUcowU 30 U 0 hi 0 h4fhIL 4L4444 14422k ff0000 4A ,4 0001,00f 2 .44a:404 04 4 p. p.40 02 0 -m P! 1! 94042 6444 54 a 0 bo4 I...,. 000000Of 6-. 000000 hihi001! 0044 CU 4; i ; 4 ; 0 444440 04 a2a p. f000000 0 000000 00-0021 *00000 040444 022220 4 e'.-. -0 4p.p. p. 2 2 U0UU f00 2 004000 0. 000f.005 em me m C 0 !2 4; ;.Z o.; 4 0%4.4.%h 0004 4000*00 0000000 0060 3 Af 3a 222 z2"2 2o 030 0%" U p.p. p.pt .p 0 03Zo 444 p. 0 p. 44 Ci L 01-: .4 m4. .!501 4 p. .4 ...... S ... .010. :; 4 515 .0 = Op. 4q44 A.hih 4 p.404 A-0I 000CC 0 .1 4 U 2112 0 444444 .1 .4.; 441 CC 0CC. 0 000 S C 4 444 p.44 0 0 - p. 0 44 - mm.. 4 444400 40 Op. p. C 440400 0.-p.,.. 4-04 4p. p. p.. p. p.O 444444 .40044 0444 00-44 44 C 44 4am 444 4 44 4 40 0 4 4 0 40 4 0 m .0 pppp.* 00 0000000a 000000 000000! 00000 ------ I , ý o t / ( F I ISIS LOCAL NYPOCENTER SUMMARY HORIZ VtIT AZl DATE - TIME LATITUDE LONGITUDE ERROR DEPTH ERROR GAP (UCT) (DES. N) (DIG. 6) (KM) (KM) (KU) (DIG) DUAL Me MIS, OUADRI.NCLE MAT It 20: 1: 5 37.S21 116.444 0.4 10.50 6.5 241 AD --- . TI(NIE NIH 1 20: 2:20 37.022 11.41,1 0.3 14.11 0.3 619 AD 1.0 1.2 TIMIER N17 $6 20:17:24 37.022 11.406 0.3 10.41 0.3 its AD --- 1.4 TIISER Min 1I 20:27: 5 37.020 114.473 0.7 9.44 40. 243 AD --- 6.S lTMIsR MTi to 21: 6:50 37.027 116.41 0 0.2 10.34 0.3 ISt AD 1.6 1.5 TINIER mIn 26 14:36:47 37.453 11S.324 6.7 1.21 2.0 211 so --- 0.2 HANCOCK SUMMIT 20 15gl:t 6 37.020 110.471 6.4 16.17 0.5 247 AD --- 0.5 WNi 20 22:56:33 TIMNIR 37.025 !1.477 6.6 10o.1$ 0. 249 AD --- 0.4 21 0:42:21 30,06 110.211 TIMIER WIN .6. 1.22 0.4 213 AD 0.7 STRIPED HILLS 21 Is: 0:30 37.4$1 119.314 6.2 4.S6 4.0 110 SC - 1.1 HANCOCK SUMMIT 21 16:33: 3 37.46& 119.317 0.2 2.77 1.0 03 AC --- 1.2 HANCOCK SUMMIT 21 21:20:59 37.022 116.417 6.4 10.06 6.3 242 AD 1.3 0.0 TIMBER MTN 22 10:45:13 37.491 115.314 0.2 1.04 3.3 s0 IC 1.7 1.$ HANCOCK SUMMIT 22 22: 4:$1 37.022 116.471 0.3 10.36 0.3 1M5 AD 1.3 1.2 TIMNER ITN 23 2:52: a 30.011 I16.207 6.2 4.66 0.0 01 AS --- 1.0 LATHROP WELLS SE 23 7:22:35 30.16 110.201 0.3 2.16 0.0 120 AS - 1.1 LATNROP 23 7:23: 4 36.014 11.27O 6.1 WELLS SE 0.13 0.S 63 AS 1.S 1.1 LATNROP WELLS SI 23 6:34:13 30.707 110.290 0.4 4.23 0.0 144 AC 1.1 6.5 JACKASS FLATS 23 17:54:17 37.405 115.450 6.2 13.62 0.6 03 AS --- 1.2 CRESCENT RESERVOIR 23 li:51:53 30.401 116.050 6.2 3.56 0.4 131 AD --- 1.6 SPECTER RANGE SE 23 22: 5:19 37.354 114.601 0.5 2.71 2.0 C'.! 211 6D 1.6 1.7 ELGIN SI 24 1:57:40 30.354 110.084 0.3 3.30 1.2 g6 AD 24 2:31:49 37.021 1.2 1.3 FURNACE CREEK 116.447 0.3 9.09 0.9 164 AD 2.1 1.2 TIMBER NIX 24 20:30:53 37.300 115.321 0.3 2.06 1.S 16 AC 1.0 HANCOCK SUMMIT 21 5:34:14 37.003 118.771 1.6 13.59 1.7 231 AD --- 1.6 PAPOOSE LAKE SE 25 15:21:50 34.02t 115.936 0.4 5.20 2.3 162 sD 1.2 0.7 FRENCHMAN 25 22:26: 3 37.106 114.123, FLAT t. 2.75 5.5 243 CC 2.1 --- DELAMAN 3 Nw 24 21:46:37 37.232 114.61 6.7 5.05 2.7 234 3D --- 1.5 OELAMAR 3 NW 26 21:51:10 37.027 116.472 6.4 16.65 6.3 246 AD --- 1.1 TINIER MTN 27 2: 6: 5 37.026 114.460 6.2 7.?* 0.g 93 AS 1.2 0.5 TINIER MTN 27 4:37:40 37.311 114.900 6.3 5.37 3.4 214 s0 -- 1.6 DELAMAR LAKE 27 IS: 3: 9 30.604 114.324 0.3 5.31 0.0 1)0 AC --- 0.3 STRIPED HILLS 28 14:24:50 36.836 116.254 0.2 4.67 0.6 114 AS 2.0 1.4 JACKASS FLATS 30 4:47: 6 37.006 110.110 0.3 0.46 0.4 10o AC --.- 0.0 TIPPIPAN 36 3:44:21 37.113 110.202 SPRING 6.2 7.13 6.7 72 AD 2.0 2.0 BUCKBOARD MESA 36 7::.:26 37.230 114.010 6.3 1.53 0.8 175 AC 1.7 1.9 *ELAMAR 3 NW 36 6:21:56 37.023 116.403 0.2 6.40 0.0 07 AA 1.5 11• 36 0: 5: 7 1.1 TIMBER MTN 37.307 114.063 1.4 .1 4 2s 0D 1. 1.4 30 12:28:52 SLIDY MTN 34.746 110.242 0.3 0.11 6.3 242 A4 1.0 1.0 36 SPECTER RANGE NW 12:41: , 3:.5:: "I6.:4: 6.2 0.02 6.0 107 AS .36 16:21:16 37.276 1.3 1.1 SPCCTER RANGE SE 10.231 6.7 14.46 1.2 326 AD - 0.0 OUARTET DOME 31 1:38: 2 36.454 117.276 0.3 4.69 1.5 17 AD -- 1.5 PANAMINT SUTTE 31 22:29:52 37.620 114.440 6.3 10.04 0.3 193 AD 1.7 JUN 2 17: 3:34 37.024 1.4 TIMNER WTN 114.409 0.3 6.77 6.5 281 AD --- 0.7 TIMNER WIN 2 17. :34 30.640 116.254 0.3 7.37 0.7 10 AD 1.0 0.4 JACKASS FLATS 2 18:22:27 37.620 110.402 0.2 10.11 0.3 193 AD -- 6.0 TIMBER NITV 2 21:22:13 30.461 110.560 0.2 3.66 1.0 124 AC 2.0 1.4 RTAN 2 21:23: 3 30.472 116.503 0.0 5.06 2.0 111 gD -- 1.1 RYAN 3 2:44:23 37.020 116.471 0.5 10.66 6.5 244 AD 1.1 0.4 TIMIER WTN 3 4:14:22 37.106 110.764 0.2 -0.25 0.2 126 AS -- 6.0 3 0:32:57 SPRINGDALE 37.023 110.464 0.1 6.04 6.4 46 AA 2.2 1.7 3 15:33:10 37.177 110.741 TIMBER MTN 0.2 6.50 0.2 17 AC -- 1.1 THIRSTY CANYON 3 I1: 1:50 34.300 110.665 NW 0.4 13.16 0.6 04 AA -- 6.60 FURNACE CREEK 3 20:41: 6 30.o17 119.157 1.6 2.32 4.4 257 so -- I.* *.RE4IONAL6..m 4 23: 8: 7 37.026 116.472 0.3 6.0 0.5 206 AD 0-6.3 TINIER NTN 46 0:57 : 37.403 115.368 6.3 6.54 1.6 0t AC 0. 0 23:22: 6 37.1S2 .-- HANCOCK SUMMIT 116.092 0.2 -0.61 6.2 161 AS 1.7 1.7 OAK 7 12:35: 0 37.244 SPRING 11.046 0.3 7.71 0.5 170 AC -- 1.3 OAK SPRING SUITE 7 13:13:35 37.010 117.430 6.2 7.02 6.0 67 AS --- 1.4 MONTEZUMA PEAK SW 7 13:30: * 36.441 110.753 6.3 4.12 2.2 104 IC 1.7 1.0 FURNACE CREEK 7 22:10:10 30.936 114.0•3 4.1 3.26* - 260 CD 1.3 6.6 BULLFROG 8 6:26:52 36.833 110.215 0.3 4.26 0.0 114 AD 1.7 1.2 JACKASS a 6:26: 5 FLATS 36.034 113.256 0.2 6.14 6.4 142 AC 0.0 0.0 6 11:50643 36.039 114.250 JACKASS FLATS 0.3 4.66 6.7 145 AC 1.0 6.5 JACKASS FLATS O 10:17:57 30.20 114.351 6.6 5.60 0.0 313 AD - 6.0 STRIPED HILLS 6 22:30:32 37.070 115.062 0.3 0.36 1.3 104 AS - 1.3 HIKO NE I 1*95 LOCAL HYPOCENTER SUMMARY HORlZ VERT AZl DATE - TIME LATITUDE LONGITUDE [ERRO DEPTH [ERON CAP (uCT) (DEC. N) (DEC. W) (Kw) (KM) (KM) (DEC) OUAL Md mbI OUADRANCLE SE JUN 1 6:18:56 34.65 116.6S46 6.2 0.02 0.5 as As 1.5 1.3 SPECTER RANGE 10 10:52:10 37.525 114.460 0.3 6.16 .64 too AD --- 0.6 TIMIER MTN I1 20:18:42 3R.7T1 116.251 0.2 0.42 0.2 175 AC 1.2 5.6 JACKASS FLATS 12 15:35:40 37.370 114.23. 0.9 16.03 1.3 235 AD --- 1.6 QUARTET DOWE 12 23: o:10 34.7O0 116.706 2.3 3.64 2.3 222 DO -- 9.9 MERCURY me 13 0:55:30 37.252 116.400 O.1 2.l01 -- 4s CC 2.2 - SILENT BUiTt 13 1:31:35 37.257 116.475 1.0 7.00es 4.6 63 9C 2.7 -- SILENT SUITE 13 7:45:10 37.075 114.072 2.2 1.53 6.2 160 CC 1.6 --- PANROC SPRING NE 13 23: 3: 4 36.504 114.300 0.2 1.71 0.6 126 AC -- 6.6 LATNROP WELLS SW 13 23:23:20 37.005 116.406 2.4 6.06 1.0 206 so -- 6.1 TIMIER MTN 14 4:20: 6 36.613 115.003 0.4 4.91 1.2 16s AD --- 1.1 FRENCMMAN LAKE SE 14 13:22:39 37.230 116.914 0.2 4.30 1.4 117 AC 1.6 6.0 THIRSTY CANTON NE 14 18:52:27 36.927 116.176 1.2 6.31 1.4 272 9D --- ? MINE miN Is 1: 9:56 37.105 117.201 0.3 6.94 1.1 03 AC -- 1.0 U10NESE CRATER IS 2:47i10 37.028 116.478 6.4 6.43 6.6 200 AD --- 0. TINIER wiN 16 1:14: 9 30.6*4 116.0S4 0.2 7.06 6.0 72 AS --- 1.0 SPECTEC RANGE SE to 4:47:5? 37.005 116.416 0.3 12.46 0.2 1$g AD --- 6.3 TIMNIR "IN is 7: 6:16 36.991 114.410 0.4 10.74 6.6 179 AC --- 6.7 TOPOPDT$ SPRING NW I0 17:15:59 37.195 114.568 0.3 0.11 1.0 153 AC 1.4 1.5 THIRSTY CANYON NE to 1: 1: 6 36.072 116.247 0.2 0.66 0.3 to AS 1.5 0.0 STRIPED HILLS Is I: 3:23 36.672 116.266 0.1 0.21 0.3 05 As 1.1 0.0 STRIPEO HILLS s16 4:26:59 35.611 110.409 0.0 22.13 2.2 :12 CO 2.6 -- AVAWATZ PASS 16 14:31:47 57.285 115.162 0.3 $.to 1.1 143 AC 1.9 *.5 ALAMO 1s 17: 4:27 34.674 116.524 6.1 7.44 0.1 16e AC --- 6.4 BIG DUNE If 10:12:46 30.732 111.069 1.0 0.14 1.0 is? AD --- 0.0 MERCURY 19 12:34:24 36.724 115.T74 1.8 2.37 2.7 325 Do --- 1.2 CHLORIOD CLIFF 10 13:52: 0 37.455 115.314 5.3 2.01 2.0 I5 AC --- 1.2 HANCOCK SUMMIT 10 19:34:27 36.506 116.273 0.2 2.50 0.4 120 AC --- 6.0 LATNROP WELLS SE 1t 23:25:27 36.027 117.159 0.4 4.20 0.1 265 CO --- 1.4 TELESCOPE PEAK 26 0:40: 5 36.716 11i.626 0.4 0.25 0.6 170 AC --- 5.6 CAMP DESERT MOCK 20 4: 1:11 36.IS6 116.370 1.2 I6.$@ 1.5 151 9C --- 0.3 TOPOPAN SPRING NW 20 7: 4:21 36.614 117.477 0.5 0.61 e.S 106 AD --- 1.3 TIN wNi 20 15:33:43 37.454 115.313 0.2 4.02 3.5 as 9C 1.6 1.7 HANCOCK SUMMIT 21 14:31: 7 34.639 116.322 0.0 3.43 0.5 274 AD ---- 0. STRIPED HILLS 21 21: 1:1S 34.432 117.053 0.5 10.53 0.1 217 AD --- 1.3 EMIGRANT CANYON 22 0:40: 0 34.637 117.125 0.2 1.16 0.0 1*S AC 2.1 1.? STOVEPIPE WELLS 22 0:59:44 34.432 117.136 0.2 1.62 6.6 Its AC -- 1.0 STOVEPIPE WELLS 22 2:24: 4 34.434 117.120 0.4 4.67 3.0 107 SC --- 1.0 STOVEPIPE WELLS 22 3:10: 3 37.452 115.310 0.3 6.66 1.6 130 AC --- 1.6 HANCOCK SUMMIT 22 0:34:40 30.800 115.070 0.3 3.00 1.2 105 AD 0.6 PLUTONIUM VALLEY 22 12:41:42 35.620 116.636 3.3 1.46. - 234 C - 1.6 WINGATE WASH 22 21:40:24 30.432 117.134 0.4 6.30 2.0 109 aC --- 1.4 STOVEPIPE WELLS 23 1:15:57 37.001 116.228 0.2 4.36 6.1 77 AA 1.3 TIPPIPAN SPRING 23 2:34:37 37.161 114.013 5.7 4.22 0.2 240 CO - 6.0 DELAMAR 3 NE "23 3: 5: 3 30.672 11.057 0.4 1.40 1.0 100 AD --- 5.5 FRENCHMAN FLAT 23 3:30:31 34.574 116.547 6.0 14.27 1.6 310 AD ---- .7 IG DUN[ 23 4:25:60 36.030 114.073 0.2 0.24 6.3 233 AD --- 6 .5 CANE SPRII; 23 14:46:15 35.17 117.023 0.6 0.77 2.4 200 so -- 1.4 MANLY PEAK 23 10: 1:22 37.214 116.511 6.2 2.54 0.0 71 AC 1.? 1.9 THIRSTY CANYON HE 23 10:41: 1 37.222 116.383 5.2 2.47 0.3 t11 As 1.5 1.2 SCRUGHAM PEAK 24 19:24:32 30.752 115.013 0.2 0.15 0.5 117 AC --- 1.2 FRENCHMAN FLAT 25 11:21:13 36.$23 115.170 1.3 3.65 6.6 230 90 2.1 --- HATFORD PEAK 25 22:32:47 34.071 116.403 1.2 11.63 1.1 210 sD --- 5. TOPOPAH SPRING NW 26 12:12:54 36.754 115.916 0.2 3.06 0.. lag AC --- 1.1 FRENCHMAN FLAT 26 9:11:31 36.754 115.907 0.2 11.07 0.4 16t AC 1.5 1.1 FRENCHMAN FLAT 25 26:12:33 30.753 115.611 0.2 11.30 0.3 135 AC 1.7 1.5 FRENCHMAN FLAT 20 2:13:40 36.740 115.010 0.3 7.00 0.7 153 AC - 0.4 MERCURY 20 14: 2:31 30.753 115.520 6.1 0.61 0.3 155 AC 1.6 1.2 FRENCHMAN FLAT 30 21:53:55 34.637 110.230 0.2 4.06 6.6 122 AD --- 0.4 SKULL MTN 30 22: 6:38 30.834 114.240 0.2 3.36 6.0 125 AS --- 0.0 SKULL MTN JUL 1 3:46:36 36.752 115.013 0.2 10.44 0.3 1$? AC 1.4 1.4 FRENCHMAN FLAT 1 9:24:57 30.740 115.444 0.2 ?7.O0. 4.3 169 SC 1.0 1.4 SLACK HILLS NW 1 17:56:56 30.074 116.834 0.0 20.72 1.1 316 - AD- --- 1.4 AYSEES PEAK 2 2:10:24 36.104 119.209 0.4 1.70 1.4 137 AC 1.4 1.0 * MINE MTN 2 5:40:21 36.753 115.014 6.2 7.10 0.8 1g AD - 60.0 FRNCHMAN FLAT SE 2 0:51: 9 37.160 117.073 0.2 5.17 1.7 101 AC 1.0 1.7 SONNIE CLAIRE .I log LOCAL NYPOCENTER SUMMARY HORI Z VERT AZ; DATE - TIME LATITUCE LONGITUDE ERROR DEPTH ERROR GAP (Cud) (O(4.N) (DES. W) (EM) (EM) (KM) (DEC) DUAL Md MbIg OUADOAHCLE JUL 2 23: 9:46 37.459 115.273 0.4 2.73 6.4 s6 AA .---5. MT IRISH 3 6:26: 6 37.114 1T7.872 0.2 5.00 1.6 102 AC --- 0.0 BONNIE CLAIRE SE 3 10:37:54 34.747 115.14 0.2 10.04 0.3 153 AC 1.7 1.2 MERCURY 3 23:55:13 34.775 116.216 0.3 4.41 0.6 to AS --- 6.4 SKULL MTN 4 6: 7: 4 34.65l 116.431 0.4 10.04 6.7 207 AS --- 0 .3 LATHROP WELLS SW 5 5:43:16 37.031 116.211 0.2 5.46 5.4 11s AS - 0.7 TIPPIPAN SPRING 5 6:2:5sl 37.117 117.439 0.3 6.42 1.4 119 AC - 1.3 UHENCIE CRATER 4 I: 3:46 37.001 116.298 0.1 4.00 6.4 44 AS$ -- 1.3 BUCKBOARD MESA a 6:50:30 37.223 116.533 0.2 6.04 6.7 145 AC 1.0 1.2 THIRSTY CANYON NE * Ilt 1:37 37.214 115.657 0.7 10.57 6.5 2S5 AD --- I.0 JANCLE RIDGE 6 13:53:41 34.635 115.675 0.3 7.40 1.2 153 AC -- 0.4 PLUTONIUM VALLEY 7 2:33:13 36.836 115.976 0.3 6.35 6.5 152 AC 1.2 O.7 PLUTONIUM VALLEY 7 2:30:42 36.063 115.962 0.5 4.77 1.2 log AD -- O.6 PLUTONIUM VALLEY 7 0 14:34: 37.112 117.672 0.2 5.43 1.7 101 AC --- 1.2 $ONNMI CLAIRE SE 6 1:29:22 37.326 117.915 0.4 7.21 6.6 131 AD -- 1.4 MAURUSER MTH 6 0:24: 7 30.754 115.920 0.5 2.27 1.5 67 Sc 1.4 FRENCHMAN FLAT O 16: 2:17 34.754 115.920 0.2 5.7? o.5 6s As 1.4 1.* FRENCHMAN FLAT O 0:53:34 37.414 118.430 5.6 7.00 2.2 233 00 2.4 96oROEIONAL*64 1S 10:40: S 37.742 115.836 0.3 6.50 S.S 130 AS - 1.3 HIKO Nl 10 16:5632 34.60i 115.65O 0.$ 6.07 3.1 76 so 1.9 1.7 INDIAN SPRINGS NW I1 2:43:34 36.076 117.721 2.3 7.70 1.2 254 so 2.1 - COSO PEAK 11 3:14: 6 34.068 117.681 3.5 -1.10 6.3 752 CS 1.0 COSO PEAK I1 21:55:42 30.17 116.204 0.2 7.46 0.4 65 AA 1.8 1., SKULL MWN 12 1:54:41 37.452 115.302 0.6 6.16 2.5 264 D0 --- 1.0 HANCOCK SUMMIT 14 12:56:42 37.482 115.291 1.2 -0.10 0.7 223 65 - O.6 HANCOCK SUMMIT . e 14 14:22:43 36.650 110.409 0.3 6.79 0.S 214 AS - 0.4 LATHNOP WELLS NW 14 14:23: • 34.147 11i.466 0.4 6.04 0.5 244 AS - 6.5 LATHROP WELLS NW 14 14:54: 7 36.063 10.410 0.2 4.34 6.O 176 AC 1.3 0.7 LATHROP WELLS NW 15 14:54:40 36.776 116.255 0.2 3.27 0.4 too AC --- 0.2 JACKASS FLATS 16 3:54:20 3.ISUS 110.222 6.6 3.36 1.3 120 AD -- 0.2 MINE MTN It 10:15:50 37.086 116.978 6.2 0.62 0.3 to AC 1.5 0.6 SPRINGDALE 16 21:34:54 30.407 116.312 0.7 2.01 1.6 177 AC - 0.7 STRIPED HILLS 16 17:45:47 36.661 110.413 6.6 8.03 0.5 243 AS 0.7 LATHNOP WELLS NW 19 16:43:50 34.710 116.169 6.2 4.06 1.5 63 AS - 1.1 SPECTER RANGE NW 19 21:34" 4 37.649 115.625 0.2 2.02 6.5 120 AS 1.8 1.4 "HIKOHE 20 7:34:30 34.721 115.606 0.3 4.66 6.O 136 AC - 0.0 MERCURY 26 22:54: 1 37.169 117.400 0.0 6.15 3.3 1-4 SC - 1.2 U*ENESE CRATER 21 1:37:22 37.4s6 115.423 0.1 21.41 0.3 221 AD - 1.3 CRESCENT RESERVOIR 22 20:30:16 36.767 115.919 0.4 4.65 1.4 1*$ AD - 8.0 FRENCHMAN FLAT 23 3: 7:20 36.306 110.225 0.3 4.62 0.4 124 AS - 0.3 MINE MTN 23 12:!7:15 36.746 115.913 0.2 10.46 a.4 155 AC - 6.0 MERCURY 23 12:57:37 36.750 115.914 0.2 6.61 0.3 134 AS - 1.6 FRENCHMAN FLAT 24 23:37: • 37.281 115.390 0.3 6.65 1.5 145 AC -- 1.1 CUTLER RESERVOIR 24 7:43: 2 37.407 119.027 0.3 6.02 0,5 I11 AS 1.0 2.0 SIKO HE 25 17:b8:52 37.655 110.835 6.6 1.66 2.0 223 AD - 1.3 YUCCA FLAT 26 2: 5:27 37.356 116.667 0.2 4.71 6.7 as AS - 0.2 BLACK MTN SW 26 0:33:13 37.230 114.906 2.0 4.02. - 237 CO 1.0 1.6 DELAMAR 3 NW 20 10:13: 4 37.220 115.119 6.7 2.15 1.6 Is1 AD 2.1 1.3 LOWER PANRANAGAT LAXE 27 2:27:56 34.670 115.065 6.2 4.60 1.0 147 AC - 6.6 PLUTONIUM VALLEY 27 5:41:13 37.105 116.740 0.2 1.44 0.7 133 AS -- 0.0 THIRSTY CANYON SW 26 6:53:12 36.965 115.906 0.4 3.60 3.5 157 RC 1.6 1.2 PLUTONIUM VALLEY 26 10:20!11 37.041 114.746 0.4 5.62 4.6 so as 1.4 1.2 THIRSTY CANYON SW 3a 5:36: 5 37.152 114.876 6.4 6.06 1.5 1ts AD 2.0 1.1 SPRINGOALE 30 5:43:44 37.142 110.974 *.1 0.40 8.2 111 AC 1.6 1.4 SPRINGDALE 30 6:34: 5 37.145 116.070 0.2 5.36 2.1 116 BC 1.5 1.4 SPRINGDALE 30 7: 5:45 37.145 114.901 0.2 6.74 1.6 116 AC 1.$ 1.7 SPRINGDALE 30 7: 6: 6 37.149 110.696 0.3 7.73 1.3 206 AS --- g .5 SPRINGODALE 30 7: 3:36 37.154 116.964 06.5 3.30 3.6 201 so -- 6.7 SPRINGDALE 30 7:26:52 37.151 116.606 0.4 7.4S 1.7 200 AS --- 1.6 SPRINGDALE 30 7:42:43 37.146 116.901 0.2 0.26 1.7 117 AC - 1.5 SPRINGOALE 30 ):47: 1 37.144 110.883 0.2 6.62 1.0 116 AC 2.1 1.5 SPRINGOALE 30 7:49:40 37.144 slO.SO, -0.2 6.32 1.4 so AC 2.2 - SPRINOSALE 36 7:53:16 37.149 116.874 0.5 5.41 2.1 166 sD 1.5 1.6 SPRINGDALE 30 7:54:43 37.144 116.614 0.2 6.43 1.6 116 AC 1.8 1.2 SPRINODALE 30 O: 1:20 37.143 11 .081 0.2 6.63 1.5 115 AC 1.9 2.0 SPRINODALE 30 8: 3:33 37.140 116.676 0.2 13.11 0.7 17 AD - 0.3 SPRINGOALE U~326 9D~W6~ 64~~ Ub 04U U~W M ~ ~ Ub~~hl~hWWi 4Whh494 WW94W 6.1 Wi z M -C4 44 4444I A444 444 4444 44- 030006 0 .0 444400 W 0 0 0 44364WW2 44444 ýw W0 It0000Aj00 0 00 00 00 03 0000 0 00 . 00 00000 80 )040 )0)4 4).00 403 000 3 01 0 4 400 000 00 00000)0 0 604644:400600.!!.:000 s p~4 .0 0 0~* gas W60.06 -- - -- 1 -- A~~z *a a* e- ---:- -H*- - . 2~~------a 4~~~O IP.40I06II-00 -wa-n :::::n& ou I-I 0 -IIwO4A' o" as-a 0U40 0 0 'A0406) 40)0 04)) 006) 4 0004)4)6000N6 ~ 6000~ o4)4640 s 04)060. 0 UOU4)4.O *66 4 0 p4..6 -047 - -. 4 60 6- 0 6 6 - r 001,46 n.06n -1160 0. 74 ~ ~ U 46uo6000 **6u~ 6 0 - - - 0--- 1c 4440 44 00 *6U04o - U.- - uu - - ------22 40------ 60 p. 0 V!0! o p np 00460 a *" 6 O 0 o 00000 n706060 - c - nnng-p- 000000S o -m ae -a - -a- a- w - 0- -; n 000*00 040060 6000 00 .OOMOO - 700 000000 nee000 o00-.0 s0* 004 066~o 0n0-00 60046- - - 6 0 0 0 0 0 6 0 6 *6 0 6 6 0 0 0- 0 0 0 06 60 0 0 6 6 0 0 6 c 0 0 @ 6 5 0 0 a 0- pl0 7 9 00 o o . 0 00 0 ------3------ 49 4 In n-P.00 *e I.0oo P%60 44 60 Aftn0 03. 0 60066In60 np6 wn ".% A 4 .444.040 IN .0 .6 .404 .00--00--40- - 40 446640 444404, 44 44 00040!! 99--9.7-9-97-.7-- -7--77-0 9..P.*9 -0 *p9p6 .9~-~ 7.7900 pp.99..9.77.9-.O 7.9~7P 5 t C 0 6 ý L 1 6 T lOSS LOCAL HYPOC[NTER SUMMARY NOR I Z VERT AZl ERROR ERROR SAP LONGITUDE DEPTH DUAL Md MbIe DATE - TIME LATITUDE (KM) (mm) (Ku) (09E) OUADRANCL (uCT) (DEC. M) (DEC. 0) PANROC SPRING 0.3 0.00 0.3 141 AC - 0.0 SPRINGDALE AUUC 3 21:S3:46 37.701 114.000 0.3 1.5 01 AS 1.9 1.6 1 1.I4 1.5 SPRIN CALE 4 0:37:15 37.141 116.811 0.4 11.73 1.0 114 AS 1.4 116.0012 FRENCHMAN FLAT 4 0:40: 1 37.13 0.3 8.71 1.3 AC -- 0.7 6 34.034 115.140 Is? AC 0.7 CAMP OS1R1 ROCK 4 0:44: 0.2 9.77 0.0 30.632 116.089 117 AC 1.0 1.1 SPRINGOALE 9 is: 4:S3 0.2 7.73 1.3 a 1: 0: 5 37.146 114.881 Is$ 0.3 AMARGOSA FLAT 0.2 7.*07 0.0 AS * 3:21:20 30.492 116.221 0.0 AG 1.0 SCRUONAM PEAK 8.3 -0.74 SPRING 0 22:001IS 37.240 110.491 12.30 0.0 I'S AD 1.3 TIPPIPAN 6.1 SPRINODALE 1 1:241 I 37.040 110.243 0.3 1.7 112 AC 1.2 7 1:30:34 37.140 114.982 4.3 214 2.3 ALAMO SE 1.4 3.26 95 1.2 SPRINGDALE 7 9:41:40 37.]33 119.033 0.2 4.17 3.0 lIT SC 1.7 1.1 7 23t:t1ilt 37.150 110.476 SPRiNCOALE 0.2 0.9 117 AC 1.7 1.4 LAST CHANCE RANGE 7 23:00i:1 37.147 110.t01 0.2 0.4 AS 1.0 1.7 102 2.01 SOLDIER PASS a O:23:14 37.243 117.041 0.4 3.0 204 Be 2.1 LAST CHANCE RANGE a I: 9:47 37.341 117.702 0.0 1.0 AD 1.1 9 37.1.2 117.610 10.79 77 AC 1.3 1.2 SPECTER RANGE NH 0 12:12& 0.1 0.19 0.7 7:20 30.711 114.130 117 Cc 1.4 1.1 CAMP OESERT ROCK 1 1: 0.2 0.0 1i 3:37:32 30.744 114.018 FURNACE CREEK 0.1 0.02 0.O 92 AG 2.9 1.0 10:10:20 3].337 114.154 1.3 117' AS 1.3 1.31 NKIN NE 1o 7,07 10 10:22:23 37.722 111.051 e.3 I.I I17 as 1.0 1.1 PANGOC SPRING NE 0.4 S.20 PANROC SPRING NE 11 1:30:24 37.718 114.513 1.2 2,3 AD 1.3 0.5 0.14 OAK SPRING SUTTE is 2:56:10 37.7*0 114.157 0.5 4.15 4.4 Ip7 1.0 116.017 HIKO NE 11 12:4t:12 37.341 o.2 2.40 0.0 120 As 2.5 2.4 it l!:48:59 37.444 11S.022 4.37 121 0.I HIKO me 0.2 AS SPRINOGALE I1 14:23:27 37.001 115.025 0.3 10.24 1.2 204 0.0 I.0 AD HIKO N1 I1 15: 0:52 37.100 114.667 0.4 0.12 3.5 117, 1.1 99 STRIPED HILLS 11 17:54:39 37.482 115.031 S.1 -0.07 0.2 1.e AD UCIHESE CRATCR 12 2:42:47 36.710 110.347 0.5 5.09 0.0 ISO I.4 OAK SPRING SUITE 12 4:30:24 37.220 117.333 0.3 4.82 1.0 140 AC 0.0 12 26:50:116 37.330 110.900 NE 12.27 1.S 110 0.0 HIKO 115.033 S.3 AS SILENT SUITE 13 I: 1:37 37.010 5.1 1.30 p.4 Is$ I.e 0.4 110.407 HIKO NE 13 0:23:33 37.308 1.00 6.0 07 AC 0.I 37.046 115.041 0.3 AS 5,I MINE MiN 13 17:11:57 0.3 0.54 0.5 131 14 12: 17:23 110.219 102 AC 1.2 OAK SPRING 0.0 13.03 14 37.171 11S.043 1.3 143 AC 1.4 SPRINGDALE 12:50. 10 114.830 0.4 0.23 2.0 I.e1 1I 4:50:40 37.040 SC is? 1.9 MIKO me 17 3:15: 0 37.800 115.020 0.0 0.33 0.52.0 041 AS 0.5 BUCKBOARD MESA 116.206 0.2 5.92 17 5:54:I 37.050 4.3 0.2 YUCCA FLAT 110.45 0.2 -0..10 Is CRESCENT RESERVOIR 17 1:25: 0 37.004 I.0 0.70 7.7 IS CC 1.1 19 0:10: 1 37.447 115.472 201 CO 2.0 SEARLES LAKE Nl- 117.392 4.3 32.46. 10:20:44 35.500 0.0 40 AI 1.0 2.1 I' 110.674 7.39 11) 15:21:59 37.144 SPRINGDALE 1.5 114 AC 1.7 1.9 114.079 0.3 0.77 SPRINOOAL9 FLAT 13:30:13 37.130 0.0 154 AC 1.5 1.2 FRENCHMAN 115.995 0.20.1 1.70 MyN 20 IS: 11:2 30.063 1.03. BS CS 1.2 1.0 SKULL 114.244 S.0 MONTEZUMA PEAK 21 0:17:10 31.070 2.0 193 IC 117.440 0.54 MONTEZUMA PEAK SN 21 10:50:23 37.073 0.8 2.0 03 IC 1.3 SW 117.437 4.40 MONTEZUMA PEAK S. 21 10:40:52 37.574 9.3 O.0 05 ACgo 1.4 117.439 21 10:50:52 37.576 0.5 2.7 t07 IC 1.1 117.421 0.05 MONTEZUMA PEAK SwSW 21 1i : 5:44 37.501 0.3 1.9 135 AI 1.1 117.434 10.90 MONTEZUMA PEAK SW 21 10:10:50 37.582 1.2 2.0 132 SC 1.1 117.443 4.20 PEAK SW 21 I1:34:33 37.501 0.4 2.3 1s7 SC 1.3 MOMTEZUMA 117.442 4.55 SW 2": 10:42:;5 37.572 11e AD 1.1 MONTEZUMA PEAK 117.430 0.3 7.59 1.4 20: 0:59 37.577 03 SC 1.4 MONTEZUMA PEAK SW 21 117.444 0.4 4.42 2.4 20:30:54 37.b72 21 PEAK SW 0.2 'I 1.5 MONTEZUMA 37.572 117.445 5.00 AC MONTEZUMA PEAK SW 21 20:04:44 0.3 4.01 102 1.4 37.572 117.444 AC 1.2 MONTEZUMA PEAK SW 21 22:42:30 7.17 1.0 107 37.577 117.449 AD 3.3 COSO PEAK 21 22:$1:52 0.4 0.20 4.2 253 00 0:10:25 30.020 117.534 1.? MONTEZUMA PEAK SW 22 0.39.5 0.00 1.1 lo2 AC 37.574 117.402 MONTEZUMA PEAK SW 22 2:12:21 4.21.0 -0.70. of CC 2.0 2:27:20 37.T74 117.440 22 MONTEZUMA PEAK SW I.91 I.' 02 SC 1.7 117. 401 MONTEZUMA PEAK SW 2:44: 3 37.70 1.03 0.0 07 AD 2.2 22 1IT.449 MONTEZUMA PEAK SW 3: S:17 37.577 0.3 1*. 112 cc 2.7 22 117.468 -1. MONTEZUMA PEAK SW 3:15:34 37.023 4.03 03 Be 1.3 1.4 22 117.401 0.4 MONTEZUMA PEAK SW 22 3:4s: 4 37.000 $.4 4.00 1.0 02 AC 1.2 117.449 1.3 MONTEZUMA PEAK SW 22 3:42:43 37.71 0.3, 1.80 0.7 03 AC 22 3:S4:I7 37.000 117.482 1665 LOCAL HYPOCENTER SUMMARY Homo? VERT AZI ERROR CAP LATITUDE LONGITUDE DEPT"S DATE - lIME (KW) (KM) (DEC) DUAL Md Mblo OUADRANCLE (UCT) (DEC. N) (DEC. W) (KW) SW 6.4 6.O AC 2.6 I1.7 MONTEZUMA PEAK 37.56O 117.443 6.72 Sw AUG 22 3:47;52 6.3 0.44 6.6 '4 AC 1.7 I.E MONTEZUMA PEAK 37.577 117.437 PEAK SW 22 3:58: 4 6.2 6.17 6.3 AC 2.5 2.4 MONTEZUMA 37.570 117.452 SW 22 3:53: 1 4.77 3.1 04 c€ 1.6 2.6 MONTEZUMA PEAK 22 3:56:44 37.503 117.433 6.6 PEAK SW 7.67 6.6 92 A* 1.4 MONTEZUMA 22 3:S6:23 37.&77 117.446 0.3 138 AC 1.3 MONTEZUMA PEAK SW 37.680 117.427 0.3 6.76 1.3 22 3:$8:46 Isi 1.3 AC 1.4 MONTEZUMA PEAK SW 37.S72 117.461 0.2 4.42 22 4: I:*$ 6.7 AC 0.6 MONTEZUMA PEAK Sw 37.572 117.446 6.2 12 4: 3:60 PC MONTEZUMA PEAK SW 37.673 117.444 i.6 4.26 4.4 93 1.6 22 4: 4:62 1.6 AC 2.6 1.0 MONTEZUMA PEAK SW 37.577 117.464 0.3 6.04 22 4: 6:26 0.3 4.66 1.o AC 1.7 1.9 MONTIZUMA PEAK SW 37.672 117.446 22 4:12:12 6.2 AC 1.2 MONIEIUMA PEAK SW 22 4:14:37 37.506 117.403 -0.06 0.3 163 AC 1.2 MONTEZUMA PEAK SW 4.93 1.7 174 22 4019:53 37.680 117.444 6.3 1.6 I.6 MONTEZUMA PEAK SI 6.12 6.6 62 AC 22 4122:56 37.h6l 117.448 0.3 MONTEZUMA PEAK SW 1.67 0.3 $65 AC 1.2 22 4:20:07 37.672 117.498 6.1 1.7 SW 2.0 63 cc 1.5 MONTEZUMA PEAK 22 4t31: 6 37.072 117.439 6.6 4.46 PEAK SW 6.2 1.9 92 AC 1.3 MONTEZUMA 22 4:33:26 37.066 117.646 2.67 !17Is] AC 1.6 PEAK SW 0.3 1.3 63 1.6 MONTEZUMA 22 4:35:16 37.T06 117.462 0.63 1.3 AC 1.3 MONTEZUMA PEAK SW 37.576 117.6$1 6.26 92 22 4: 42:12 6.3 64 AC 1.5 MONTEZUMA PEAK SW 37.574 117.443 6.2 1.69 6.6 22 4:47:33 0.4 AC 1.2 MONTEZUMA PEAK SW 37.664 117.439 6.6 6.26 22 4:49:54 6.6 03 AC 1.2 MONTEZUMA PEAK SW 0 37.576 117.443 6.2 6.97 SW N 22 4:S1: 1.0 AC 2.0 2.1 MONTEZUMA PEAK 37.671 117.4s0 0.3 2.66 22 4:02:42 0.6 9264 AC MONTEZUMA PEAK SW 22 4:54:22 37.*74 117.440 2.06 so 66 AC 2.8 MONTEZUMA PtAK SW 117.444 •.4 -1.66 6.4 22 4:58:24 37.579 6.2 1.0 1.4 MONTEZUMA PEAK SW 117.440 1 .67 6.5 $2 AC 22 5: 2:55 37.599 0.2 AC 1.9 1.6 MONTEZUMA PEAK SW 22 i: 6:56 37-566 117.433 6.4 6.24 0.9 1.3 MONTEZUMA PEAK SW 117.441 6.16 As 22 5:16: 5 37.563 0.3 0.6 t2 AC 1.9 1.6 MONTEZUMA rZAK SI 5:11:56 37.560 117.447 0.3 2.10 0.s SW 22 1.3 AC 6.0 MOMTE9ZUMA PEAK 22 5:15: 6 37.580 117.436 0.4 5.43 134 AO 1.3 MONTEZUMA PEAK SW 117.442 3.67 2.6 132 22 5:16:30 37.074 0.2 AD 1.1 LIDA WASH 117.500 6.43 1.3 217 22 5:23:27 37.574 6.7 AC 1.3 MONTEZUMA PEAK SW 117.443 .4 e3 22 5:25: 6 37.572 0.1 63 AC 1.0 MONTEZUMA PEAK Sw 37.5S9 117.462 1.35 6.6 99 22 5:26:12 •.2 1.2 169 AC 1.1 MONTEZUMA PEAK SW 37.501 117.433 4.41 22 5:30a66 9.4 1.7 142 AC 1.1 MONTEZUMA PEAK SW 22 5:46:22 37.577 117.419 0.4 7.31 I.9 92 AC '.5 MONTEZUMA PEAK SW 5:41:20 37.570 117.446 2.63 22 0.3 1.0 AC 2.4 2.4 MONTEZUMA PEAK SW 37.074 117.445 1.26 sr 22 4: 4:41 6.3 1.O AC 1.1 MONTEZUMA PEAK SW 6:36:17 37.670 117.429 6.6 22 0.44 6.2 as AC 1.9 MONTEZUMA PEAK SW 37.971 117?443 22 0:49:66 6.2 1.4 91 AC 1.3 MONTEZUMA PEAK SN 6:81:36 37.671 117.440 1.60 SW 22 6.5 7.23 133 AB 1.4 MONTEZUMA PEAK 22 6:52:42 37.562 117.430 6.4 37.572 117.437 2.17 AC 1.3 MONTEZUMA PEAK SW 22 6:57: 4 •.4 0.36.7 6395 AC 1.4 1.7 MONTEZUMA PEAK 7: *:ts 37.575 117.437 6.4 6.24 SW 22 2.6 SC 1.2 MONTEZUMA PEAK SN 0: 3 37.672 117.444 4.06 Is* 1'% 22 7: 6.3 1.1 AC 1.5 1.4 MONTEZUMA PEAK SN 37.681 117.438 6.17 .4 SW 22 7:21t43 0.3 .7 64 AC 2.0 MONTEZUMA PEAK 7:35:12 37.646 117.440 2.49 22 0.3 1.4 102 AC 1.7 1.4 MONTEZUMA PEAK SN 22 7:41:66 37.676 117.461 6.2 4.60 2.66 SW AC 1.3 1.3 MONTEZUMA PEAK 37.57P 117.441 6.5 62 22 7:49: * 0.3 AC 1.4 MONTEZUMA PEAK Sw 37.546 117.401 0.4 104 22 7:54: 1 0.2 AC 2,4 2.5 MONTEZUMA PEAK 117.447 2.21 1.1 37 SN 22 $l16: 5 37.576 6.4 DC 1.2 MONTEZUMA PEAK 117.439 4.20 4.3 Sw 22 6:19:34 37.972 6.7 I.e MONTEZUMA PEAK 6.66 6.7 136 AC sw 22 0:24:13 37.576 117.446 6.3 MONTEZUMA PEAK -1.03 1.6 194 SC 1.O SIP 22 6:36:46 37,649 117.496 6.6 1.4 117.447 2.2 6s c¢ MONTEZUMA PEAK Sw 22 9:16:46 37.977 0.3 2.5 *..*REIONAL... 11t.024 7.66 -2.1 Is@ O0 22 9:10:32 37.468 7.6 0.6 104 AC 1.7 MONTEZUMA PEAK SW 12: 6:14 37.003 117.406 6.3 -6.66 SW 22 6.47 2.4 o4 SC 1.3 1.4 MONTEZUMA PEAK 17:25s43 37.570 I17.430 0.7 MONTEZUMA PEAK SW 22 6.11 I .6 140 AC 1.2 22 113 1:16 37.5i0 117.424 6.6 I.7 MONTEZUMA PEAK SF 4.41 1.3 63 sC 2.1 22 10:12:27 37.671 117.446 6.4 I.? AC I.3 1.4 MONTEZUMA PEAK SW 117.446 4.62 63 22 16:t2o 6 37.8O9 0.3 1.6 126 At I,• MONTEZUMA PEAK SW 37.67 117. . 6 6.3 4.62 22 19632t 9 2.4 Iss NO 1.1 MONTEZUMA PEAK SW 37.078 I17.446 11.1 *7.04 22 11:4412M I.1 171 AC I.1 MONTEZUMA PEAK SW 37.113 117.430 6.6 16.67 22 19:47:10 6.0 92 AC 1.4 MONTEZUMA PEAK SW 37.549 117.447 0.3 22 2O137:36 1.3 1M6 AD I .6 MONTEZUMA PEAK SW 22 20:30146 37.6712 117.404 0.6 7.16 :01410m, :::::: W"W000 .0I " "WWWW"000000 00000010 01 www""W000000 x 2 x a z WZ W Z Z z x xazzzz 222 'K UMMUMN .4-C .1 Ic Z.111 2 2 .9 .9 .4 4.44 z =&same was -C0 4L 96 6. a. W"W ""I, W . ZZZ a 'IOU 2 0 UUUUU41 4j, u 0 0 0 0 .UU.UU uuuxaa4 , -C4 .4 .9 z .4 66 -C-9 zxx -ca 4.4-4-14.4 2228zz z -944a24 2 Z a 2 2 2 4.1.9 4 .4.4 .4.4 -C .4 .4 -C ZIt-C2 Aa a -9a MM xxzwDx xx Im zz 2 2 r 1. xxzzzz u u a 4j tj u u la u ta 0000 u 0 u u u0 0 ZZ Z ý 4.Ma O.Ozza bA 60 2 W W -. u'. IZ I a 2 x a ýz z Z 8 8 4, 1 19 10 It 0000WO 000WOO 00040 C, Z 0 44-94-9.4 116604.4.4 .40.4 6. 222202 222222 22222 2X2222 22222-A 2 2 2 db 0 z z go 0ý0600 A! N-N ------0 4; 4; 0-0 x 001,000 000000 xo TOM 000iou 000 cj 0 W 00 0 0 da a 0 XOM: 4:0::u 4.4 4.9444.9 c a a .4 -C .4 40.4 Mc I!b I son *nose 00--*0 wooo-o Own-00 *0-000 000000 0 ft 0 n On Soo 0 aeftn"a so.: z :*W"oo F 00, . 7 11 4! ! AL 1! **""ow *Ovmýn I*"000 0 "n 0 a 0- ft 1%0 n S ýn 04 noon** n-van-V **"One so 04 0% 0 41 .X d; 1ý d; 4; d; 4ý 4; 4; 1; 1; 0ZW . omftý"m no 9.1 00.so. on* X fto 0 0 0:0ý00 onaeos P: 1ý P: P: 1: Iz P: 4ý 0: 0: 0%ft z W "0"0*0 n ft 0 "n . . . .0, ýv no no a no 0 on 0:" 94 ft 94 N ft P. n n rI.It 1% "A 0%n ".% n n nA on nnnnn" It n 1% so"Ifto I nn 00-me" x10 n 00-1*00 0000." ft"ftft"" ------0. I u ft ft ft 0. ft n M n A P.On vv*aoý ft Nft 0, ft f . . . . 6-(ý() (ý-Z(6 I1SS LOCAL HYPOCENTER SUMMARY "HORIZ VERT AZI DATE - TIME LATITUDE LONGITUDE ERROR 0EPT14 ERROR GAP (UCT) (Dec. N) (Dec. W) (Kw) (KM) (KU) (0[C) DUAL Md MbIq OUADRANCLE AUG 26 26:17:49 36.56 116.366 6.1 4.73 1.1 135 AD --- 0.3 TOPOPAN SPRING 30 1:34:53 37.219 11?.501 0.5 4.56 6.9 171 AC --- 0.9 LAST CHANCE RANGE 36 26:43:35 36.465 110.2D3 0.4 7.23 0.4 164 AD --- 0.6 STRIPED HILLS 30 22:49:51 34.758 116.266 0.2 6.15 0.4 146 AC --- 6 .6 SKULL MTN SEP 1 3:13:11 37.173 115.064 1.4 2.76 1.2 204 sD 1.7 --- LOWER PANRANAGAT LAKE I lit 3t 6 36.717 110.202 6.0 2.24 1.4 05 93 1.7 --- SPECTER RANGE NW 2 16:14:64 37.356 117.744 0.3 16.3 0.5 144 AC - 1.4 MAGRUDER MTN 2 196:s: 0 37.149 1111.64 1.3 11.55 2.3 246 9D -- 0.2 0*oRICIONAL.o. 3 14:40943 37.073 116.211 0.2 6.40 6.4 111 AS --- 0.4 BUCKBOARD MESA 4 11:31037 34.701 110.287 6.2 6.66 6.3 118 AS --- 0.7 STRIPEO HILLS 4 26: 6: 3 36.703 116.279 0.3 7.36 6.3 123 AS --- 0.6 STRIPED HILLS S I0:14: 7 36.641 117.474 6.1 1.47 3.7 13 AD -- 1.4 TIN MTN 6 2: 4:66 37.180 116.688 6.3 1.77 6.0 144 AC - 0.6 THIRSTY CANTON NW * 4:11:26 37.073 117.460 0.63 .03 1.8 192 AD -- 1.1 MONTEZUMA PEAK SW 6 10:38:29 36.604 116.413 0.0 0.07 6.6 21d AD 1.2 0.4 LATHROP WELLS SW 7 14:30:51 30.737 117.312 0.3 11.66 6.6 132 An 2.2 2.0 MARBLE CANYON 9 6:3s: 7 37.250 111.6• 6.4 3.54 1.6 118 Ac 1.9 - ALAMO St 6 22:11:26 37.578 117.433 6.7 10.27 1.6 134 AD - 1.4 MONTEZUMA PEAK SO • 22:12:46 37.507 117.440 0.1 6.70 6.6 123 AC - 1.4 MONTEZUMA PEAK SW 10 6: 7:16 36.747 110.6OS 0.1 16.60 1.7 Ieo AS 1.1 - liG DUNE 10 15:16358 37.145 114.380 6.2 16.19 0.4 1I AS - 0.6 SCRUGHAM PEAK (7 12 5: 6:14 37.342 116.345 0.2 1.75 1.2 to AC 1.7 1.2 DEAD HORSE FLAT 13 2: O: 5 37.6i1 117.400 6.4 0.36 1.1 %11 As - 6.6 MONTEZUMA PEAK SW 13 13:33: 6 30.444 116.260 1.4 3.6* --- 326 CD - 4.7 ASH MEADOWS 13 14:39:S3 37.460 116.737 0.3 11.33 3.6 11s IC - 1.3 SLACK MTK NW * - 13 14:40:47 37.455 116.790 0.5 16.22 2.4 117 IC - 1.0 TOLICHA PEAK 13 26:22:30 37.131 110.372 0.3 -0.0 6.4 111 AC 1.0 1.1 SPRINGDALE 14 5: 0:20 37.119 117.119 0.2 6.77 1.7 60 AC 1.9 1.3 DONNIE CLAIRE SE 14 17:53: 2 36.666 115.971 0.6 7.11 1.1 213 AD - 0.6 PLUTONIUM VALLEY 14 23:20: 2 37.333 114.053 0.3 5.66 2.2 123 9C -- 1.0 OAK SPRING SUTE9 1S 18:52:12 36.730 113.654 0.3 5.76 2.7 37 BC 1.6 -- HEAVENS BELL 15 12:53:15 36.564 113.624 1.9 S.70 1.6 241 so 2.6 - HAYFORD PEAK 16 1:45:57 37.167 117.404 0.2 -. 23 0.9 120 kA 1.4 1.1 U11HEBE CRATER 1I 6:56:14 34.470 117.016 1.3 2.64 3.2 242 SD - 1.0 EMIGRANT CANYON 16 6:31:45 37.051 116.474 '.4 7.16 1.4 266 SO 1.3 0.3 TIMBER MTN If 1O:30.31 36.440 116.751 0.3 1.19 1.6 " 112 AC -- 1.7 FURNACE CREEK 14 15:11:19 3.4009 115.626 0.3 8.30 2.2 is7 Be - 1.6 OUINN CANYON RAbGE If16 21:58:23 36.410 117.809 0.2 4.37 3.1 151 SC - 1.3 EMIGRANT CANYON 17 9:23:21 36.093 115.966 0.2 9.9I 1.2 159 AC 1.6 1.6 PLUTONIUM VALLEY 17 6:31:24 37.140 114.883 6.5 6.33 2.4 its 00 1.5 0.3 SPRINGOALE 17 11:17:26 36.792 114.911 0.3 3.05 3.5 297 SD 1.3 1.2 CANE SPRING 17 18: 7:26 36.o78 110.614 1.1 3.45* - 337 CO - 0.7 BULLFROG I 8:30:58 37.340 117.273 0.3 4.20 0.3 165 AS 1.4 1.1 GOLD POINT 20 13:49:37 37.153 114.288 0.2 6.66 0.3 103 AS - 1.1 AMMONIA TANKS .71 21 21::9:5S 36.49S 116.314 0.2 6.13 0.2 110 AS - •.1 STRIPED HILLS 23 13:14: 5 36.725 115.616 O.4 3.61 0.4 211 AD - 1.3 MERCURY NE - 24 1: 1:16 37.183 117.304 0.2 --. 62 0.3 163 AC 1.0 1.6 UDEHEDE C"ATER 25 1:27:45 37.157 114.267 0.3 3.89 1.1 87 As - %.0 AMMONIA TANKS 24 6:32:28 36.002 114.632 6.6 2.54 0.7 303 AD - 0.7 CANE SPRING 26 13:47:56 37.117 117.302 0.3 0.32 O.9 96 AC - 1.6 USEIESE CRATER 27 0:43:40 37.095 115.022 0.3 4.42 1.4 123 AD - 0.2 HIKO NE 27 4:41:29 37.141 116.016 0.4 7.90 1.0 263 AD 1.7 0.9 OAK SPRING 21 0:46:26 37.142 114.010 0.4 4.96 O.6 202 AD 1.3 1.0 OAK SPRING 20 3:14: 2 30.012 114.037 0.2 6.27 0.3 120 AC 1.7 1.2 CANE SPRING 20 17:51:39 37.011 116.150 0.2 1.59 6.7 110 Ar 1.7 1.7 TIPPIPAN SPRING 20 21: 1:51 37.275 114.214 0.2 0.26 O.6 66 AS 1.9 1.7 QUARTET DOME 26 21: 3:13 37.276 114.216 0.3 6.04 0.4 241 AD - 6.6 QUARTET DOME 23 21:11:45 37.201 116.218 0.2 7.32 0.6 36 AS - 2.5 QUARTET DOME 20 21:13:14 36.753 116.160 00.7 7.O6. -- 219 00 - 2.6 SKULL MTN 23 21:15:20 37.276 114.215 6.2 6.36 6.7 100 AS - 1.1 QUARTET DOME 26 21:21:44 37.279 110.210 0.2 0.41 0.7 100' AS 1.4 1.5 QUARTET DOME 23 21:55: 6 37.200 11-.21ts .1 9.30 0.5 97 As 1.6 1.4 QUARTET DOME . . 26 22:24:$1 37.28Z" 110.210 0.2 6.61 1.2 10o AC - 0.6 OUARTET DOME 26 1:59: 8 37.276 110.213 0.2 7.03 0.6 67 AD 1.0 1.3 QUARTET DONE 29 10:54:14 37.272 116.214 0.3 6.60 6.0 202 AD 1.4 1.2 QUARTET DOME 20 15:59:36 36.632 116.260 O.7 1.38 0.9 246 AD - 6.4 STRIPED HILLS x 9. -0 .A -A 30 sox On 4p WIL 44 9-.1 :! 3 - .A0 9- - U0 so 4f0 9-Uz2 a32*9. 0 9.~~~~ J5 4 4- .. 3 33 ~~ a.9 A3 49. 44 ai. 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B s V- I I 10 0041 -V - ft 0400 iii00 i . -i 4 00000 ftftftOft 0 - U 4 ft Oft 0 ft64 C ft ft '-a @00000 1 U 6 11 000000 10.0 4000SO 6 ft00300 S Acne.. 0 ft4.ft1ff 4ft5000 00ftft0ft s-Of . .. 340 ft ft ft 400040 ftftftftftft 404443 40ftft40 .- s--.ft 0 P. 0 U 4 063000 .s-.Oem UUUUO0 .000.6 .S*0ft4 ...... -- ft... *ft. 6 666.-C ft Oft 0ft4 S SSftO s-s-Ms-s-ft s-ft U0ft C ftftftftftft emmOftO ft ft ft ft ft ft ft ft ft ft ft ft s-COOP. ens- ft S *..04ft0 60040 ftUftftESO ft. ft4 604 Sftft ft 3S0 ft'S ft. ft - 'a ft ft.. OS Ofto-- a ft4 ft0 30.0-ft 3 ft *ftS - ft6 U 660 ft- 0060ft 304-Oft ftftft4*4 ftftftftfto ieift00O -ftftftftftwooftoft03U00 ftftftftoft U z 1 0 L/ lit so 44 J-J i-hi t. so 4 40 4 19 404*004 wihi hi.J43. 0. -iag 004 * *UU 000000 h 03 4. . .U. .h- .. .o -hi 4.; 4 ~ ~ ~ f~" U"mhNiihicJg 2 -34033&44 2 1036 LOCAL HYPOCENTER SUMMARY VENT AZI DATE - TIME LATITUDE LONGITUDE ERROR DEPTH ERROR GAP (UCT) (DEG. N) (DEC. 6) (KM) (KM) (KM) (DEC) DUAL bid bIl 0UADRANCLE JAN 1 0:35:45 37.177 116.$$$ 0.3 2.71 1.0 102 AC 1.4 1.6 THIRSTY CANYON NE 2 5: 0:51 37.06S 111.233 0.4 6.13 0.7 170 AC --- 1.5 LOWER PANRANACAT LAKE SW 119,1to 2 7:35:33 37.502 6.4 6.61 1.0 Ill AD --- 1.2 HIKO SE 0:28:27 37.108 117.1141 0.2 0.01 0.3 lit AC 2.0 1.4 LAST CHANCE RANGE 2 0.0 11.41.1 2 11:40:21 37.2S0 111.247 3.1 123 mC 2.0 1.6 ALAMO 3 0:44:40 37.467 0.2 6.63 0.9 so AC - 1.1 BLACK MTN NE * 1135:47 37.007 117 .437 0.3 -0.17 0.6 134 AC 2.3 2.1 US[NESE CRATER a 13t 41 7 37.152 I11.329 6.2 2.63 0.4 77 AS - 0.0 AMMONIA TANKS * 1S:14tOi 36.691 11.274 6.2 6.76 0.6 It? AS - 6.I STRIPED HILLS 7 4: 4:20 30.714 111.273 0.4 1.11 0.2 140 AC - 0.3 JACKASS FLATS 7 4:21&29 37.341 117.230 0.3 -0.24 0.3 54 AD 1.0 1.0 SCOTTYS JUNCTION SW 7 0:50:06 30.510 0.2 0.13 1.2 11 AC 1.7 1.1 BIG DUNE 7 16:42t 0 37.100 116.1104 0.3 0.73 1.2 see AS 1.4 1.0 THIRSTY CANYON NE 7 22:11:40 37.040 110.007 0.4 4.11 3.5 221 0D - 1.0 PAIUTE RIDGE O 18:23:38 31.7)0 116.2,12 0.2 2.70 0.5 64 AS 1.7 1.7 SPECTER RANGE PO 8 18: 7?11 30.720 116.267 0.2 2.37 0.3 219 AS - 0.6 SPECTER RANGE NW * 10:44272 36.647 116.270 0.3 0.36 6.5 121 AS - 0.7 STRIPEG HILLS * 21:12:23 37.107 117.843 6.2 4.14 1.5 134 AC - 1.0 LAST CHANCE RANGE 0 23:35:35 30.010 116.2641 0.3 0.00 0.1 11 AS -- 1.0 STRIPED HILLS 10 12:331 0 317.73 117.441II?. 050 6.2 2.40 0.3 04 AC - 1.1 MONTEZUMA PEAK SW CANE SPRING 3:::.12 1.2 121 -t 6. 11 2:1:1: .1 0.02 AC a16:34:26 37.301 06 10S AC . SILENT SUIT[ I1 8:38331 30.062 116.202 0.3 11.20 0.0 169 AC 1.0 1., MULE DEER RIDGE NW 1.3 II 3:10:14 30.066 111.200 6.0 110.01 210 AD - 1.4 MULE DEER RIDGE NW C-, 11 l~lll l 36.090 II 3:15: 3 30.002 111.240 1.6 3.14 1.0 203 AD - 1.3 MULE DEER RIDGE NW I1 IS: 4:16 37.336 110.200117.247 6.3 6.66 6.2 112 AU - 1.0 SCOTTYS JUNCTION SW 13 22: 0:30 34.076 0.6 3.66 1.3 132 AS - 0.6 MINE MTN 14 6: 5:35 36.R00 117.103 0.2 6.23 S.S 79 AA 1.0 1.1 GRAPEVINE PEAK 14 11:20:40 30.722 117.211 6.4 1.47 1.2 16# AS 2.1 1.0 MARBLE CANYON 10 14:21:S3 30.870 115.672 0.2 8.vS 6.i 124 AS - 0.3 FaENCHMAN FLAT 10 14*:37:4T 36.71 116.077 *.1 2.30 0.4 123 AS 1.6 1.2 FRENCIWAN FLAT 14 1$:24:32 30.673 111.904 -O.2-- 1.37 0.1" 77 A* 2.3 2.1 FRENCHMAN FLAT 10 15:41:33 36.871 0.2 -1.3 -0.5 125 "- st" 1. 6.6 FPENCHMAN FLAT 10 14:27:19 36.173 119.971 6.2 "Y.76 1.2 149 AC - 0.6 FRENCHMAN FLAT 10 13:23:36 36.II1 116.906 0.1 1.41 1.1 1D3 AC 1.4 1.0 PLUTONIUM VALL" 10 22:v1:23 36.653 110.360 0.4, 7.00 9.1 159 AC - 0.6 LATNROP WELLS NW I0 22:11:34 36.671 116.698I 0.3 3.05* - 125 CC 1.6 1.2 FRENCHMAN FLAI 17 2:13:31 37.071 116.661 6.1 4.31 3.4 1)7 IC 1.7 1.4 SPINGODALE 17 3: 0:37 30.831 115.027 6.* 4.10 1.4 200 AC - 0.9 PLUTONIUM VALLEY 17 3:30:06 30.072 116.074 6.2 2.74 0.1 156 AC - 0.9 FRENCHMAN FLAT 17 0:34: 7 37.100 114.004 6.9 0.20 6.5 11, AD - 1.6 DELAMAR 3 NW 17 10:43:40 37.303 114.* 42 1.0 6.30 1.7 223 AD 2.4 2.2 ELGIN SW 16 11:51: 2 30.654 110.260 0.1 4.11 0.4 Go AS 1.5 1.2 JACKASS FLATS 16 12:51:22 30.043 0.2 O.10 0.4 01 AA 1.1 1.4 JACKASS FLATS 110.2304 11 1,;:44:55 30.003 0.3 3.44 0.7 210 AD -- 6.6 LATNROP WELLS NW 1* 9:36:10 30.342 110.0111 0.2 3.06 0.1 32 AS - 0.3 " SPECTER RANGE SE 20 5:46:20 3T.334 117.721 0.1 1.46 0.4 Is$ AC - 1.1 MAGRUDER WIN 20 0: 2:14 30.873 115.900 0.2 4.09 1.7 102 AC - 0.7 FRENCHMAN FLAT 20 11: 1:34 36.610 110.600 0.4 10.37 6.0 10 AD - 1.3 CANE SPRING 21 17:20:37 37.032 116 .021 0.4 4.21 2.4 206 sD - 1.6 *.*REGIONAL... 22 7:25:17 37.230 114.001 0.0 14.46 1.3 226 AD 1.4 1.5 VIGO NW 22 9: 1: 3 37.213 117.920 0.4 0.10 1.5 225 AD 2.6 1.6 WAUCODA SPRING 22 14:52: 3 30.e00 114.297 0.2 2.00 0.3 76 AA 1.3 0.6 STRIPED HILLS 22 14:54:20 34.656 114. 271 1.4 3.32 1.6 260 so - 0.6 STRIPED HILLS 22 23:22:43 36.051 116.231 0.2 2.01 6.4 135 AS - 0.4 STRIPED HILLS 22 23:20:13 36.650 110.234 0.2 2.406 .3 64 AA 1.6 1.4 STRIPED HILLS 22 23:32:30 36.602 1$0.233 -- 0.2 3-.I10 .0 132 AS 1.5 1.1 STRIPED HILLS 23 1:28:36 36.064 11i.290 0.1 3.00 0.3 130 AC - 0.3 STRIPED HILLS 23 1:41:51 36.002 116.210 -0.l3 3.60 .6 230 AD - 0.2 STRIPED HILLS 23 1:42:50 3.6.00 110.200 0.3 3.34 6.4 240 AD - 0.4 STRIPED HILLS 23 1:521 0 30.008 11.211 0.2 0.43 0.1 120 A* - 0.1 STRIPED HILLS 23 7: 5:36 36.657 116.51111,111 -. 4- ---.-0.1 240 -Ar----- 5- STRIPED HILLS 23 12:40:11 36.664 110.300 0.4 1.02 2.1 224 SD - 0.3 STRIPED HILLS 23 17: 0:36 36.070 116.204 0.2 3.63 0.1 33 AD 1.4 0.3 - TOPOPAN SPRING 23 17:540 1 30.000 114.211 0.2 3.01 6.3 30 AD - 0.0 TOPOPAN SPRING 23 23:4t:36 37.360 114.641 0.0 7.73 2.2 204 go - 1.4 [LOON SW $666 LOCAL HYPOCENTER SUMMARY "HOR12 Via? AZI DATE - TIME LATITUDE LONGITUDE ERROR DEPTH EXROR CAP (UC?) (DEC. M) (DEG. W) (KM) (KM) (KM) (DES) OVAL Md Mblq QUADR A NGLE 4 A Its2 4:56: 4 20.614 116.638 0.2 4.43 2.6 t23 SC 1.1 1.6 CANE SPRING 25 11:16:45 37.407 It?.**$ 6.2 4.33 6.6 *2 AD -- . MAGRUOER MTN 25 14:22:51 346.17 104.255 6.4 5.34 6.6 146 AC --- 0.7 LATHROP 25 16:25: 4 36.604 118.026 6.3 WELLS St 5.72 1.4 172 AC 1.7 1.0 CANE SPRING 25 21: 2:44 36.666 116.631 6.1 4.16 1.3 121 AC 1.4 1.0 CANE SPRING 2$ 22:10:22 37.611 114.46S 6.6 11.26 1.1 266 AD 1.6 1.4 CHOKECHERRY MTN 25 23:17163 37.256 114.683 6.7 3.44* - 240 to 1.8 1.6 ELGIN 26 Its 1117 30.767 110.832 6.2 3.67 1.7 156 AC - 0.7 CAME SPRING 26 11346:10 37.004 116.261 6.2 6.47 1.3 131 AC 2.3 2.2 DESERT HILLS SE 24 19322z37 37.213 114.622 6.6 2.64 1.0 234 AD 2.6 2.0 VIGO NE 26 15:43:04 37.206 114.416 6.6 4.77. - 276 CD 1.6 1.6 VIGO ME 26 19:26:61 37.214 114.781 0.6 ISl.S - 2.4 267 so I.7 1.6 DELAMAR 3 NE 27 2:16:64 37.141 6.1 110.287 2.07 6.6 07 AS -- 6.7 AMMONIA TANKS 27 6:41:29 36.012 114.033 6.2 6.72 0.3 122 Ac 1.7 1.2 CANE SPRING 27 14:386:3 36.880 117.933 6.2 4.01 2.6 1I? SC 1.6 1.1 STOVEPIPE WELLS 26 Ifil2:6S 36.611 116.634 6.1 11.66 6.3 122 AC 1.6 1.0 CANE SPRING 26 1:13032 37.222 111.* 32 0.4 .0.2 1.1 231 AD 1.6 1.4 WAUCOSA SPRING 26 21: 3:56 36.663 110. 467 6.3 6.10 .6. 100 AC 1.6 1.0 DOG @ON[ LAKE SOUTH 36 2:50:60 36.822 1111.993 6.1 14.65 1.8 1t0 AD - 6.0 FRENCHMAN FLAT 30 6:28034 37.066 116.036 6.2 6.17 1.0 it6 AC - 1.0 YUCCA FLAT 36 16:2$:13 26.466 116. 262 0.1 '2.32 -- $.1 134 A* - 6.7 STRIPED HILLS 31 Ili 7&66 36.066 6.7 16.30 1.2 202" AD - 0.2 TOPOPAN SPRING PNW TEO I 6:612:26 36.302 0.2 3.0S 1.6 116.2026 121 SC 1.8 1.6 CANE SPRING 1 14:46: 7 36.656 6.4 1.16 0.6 246 AD - 3.5 STRIPED HILLS 114.3262 2 18:410:44 36.636 0.2 4.16 6.6 76 AA 0-.4 2 22: 7:26 34.619 JACKASS FLATS 114.017 0.4 16.56 6.6 too AD -- 1.1 3 CANE SPRING 5:43:57 36.237 117.260 *.a 11.66 2.0 223 3D 1.1 3 6:36:26 30.401 MAT URAMN G 116.263 6.6 2.66 6.7 224 AD - .5 STRIPED HILLS 3 13:56: 7 34.810 114.025 6.4 5.06 2.0 le6 aC -- .6 CANE SPRIMC 3 22:37:46 3.0.71 115.970 6.3 0.67 6.5 173 AC -- .0 FRENCHMAN FLAT 4 5:25:21 3.0.71 115.974 6.2 2.561 0.7 123 AS 2.6 1.5 FRENCHMAN FLAT 5 0:51: 5 30.716 I l5.624 1.1 -2.06 - 1.2 114 3D - 1.3 VERCURY NE 5 2:26:57 37.139 1 IS.425 0.11 0.267 3.0 134 - NC - 1.4 DESERT HILLS NW 5 15:41:25 36.617 116.072 0.2 11.31 -:. ST' At $.@- 1.2 CHLORIDE CLIFF 5 16:20:11 37.920 116.666 *.2- 5.13 -- 1.* 124- KC 2.6 1.7 REVEILLE PEAK 5 21:21: 6 37.135 0.2 116.294 6.16 0.4 1ot AC 1.5 1.3 RAINIER MESA * 5: 4:53 36.532 117. 6.3 666 4.66 2.5 114 SC - 1.3 STOVEPIPE WELLL a 5:40:43 36.569 117.066 6.2 4.72 2.4 it! SC 2.6 1.6 a 6:44:26 STOVEPIPE WELLS 36.589 117.066 6.2 5.63 1.6 I10 AC 2.2 2.7 6:612 36.6 STOVEPIPE WELLS :62 AC 1.6 1.4 7 6.1 6.4 114 STOVE:PIP WELLS N :263::41 36.561l 1117.696 6.2 6.4,: 63 1 14 AC - 1.2 7 STOVEPPE WLLS 0: 2:56 36.592 0.2 6.72 6.2 110 AC - 1.3 STOVEPIPE WELLS 7 16:30:49 36.539 117.003 6.2 4.65 2.2 its IC - 1.3 STOVEPIPE WELLS 10: 0:16 7 30.576 115.233 6.4 2.87 1.7 267 AD 2.6 1.9 HAYFORD PEAK 7 21:15:21 30.620 tl1.5.6 6.2 15.66 1.7 131 AC 2.1 2.1 DEAD HORSE RIDGE 6 7:16:56 34.93j 117. 10 1 6.3 6.66 2.2 146 aC - 1.6 GRAPEVINE PEAK 4 0:50:28 30.837 115. 349 6.2 2.93 1.2 176 AC 1.0 1.6 DEAD HORCE9 RIDGE 0 13:20: 4 30.069 116. 377 0.2 9.76 0.6 123 A$ 2.0 ?.1 FRENCHMAN FLAT * 1: 4:56 30.406 115.973 6.2 1.67 0.5 124 AC 1.4 1.2 FRENCHMAN FLAT 6 2:53: 2 34.W0 116.976 6.2 6.63 6.3 123 AS 1.7 1.3 FRENCHMAN FLAT 9 11:39:31 30.666 116.449 6.9 -6.61 0.4 too 9C 9.6 6.9 TOPOPAM SPRING NW * 15:47:43 37.251 116.027 6.4 4.66 1.6 203 AD I.? 1.5 AL.AMO SE D 16: 1:52 37.663 116. 124 6.2 14.23 1.6 112 AC 2.3 1.9 REVEILLE PEAK 3 10:40t38 37.867 116. 120 0.6 8.49 6.2 145 CC - 1.9 REVEILLE PEAK is 13t23tI9 36.737 116.966 6.3 1.67 6.7 109 AC -- 6.0 MERCURY 16 13:31:32 37.130 116.266 6.2 4.69 2.3 103 SC 1.8 1.7 AMMONIA TANKS IS 20:34:62 37.246 116.012 0.6 ' 4.73 -2.3- 196 tD 2.1. 1.7 LOWER PA"RANAGAT LAKE it 6:26:37 37.064 116.137 4.3 4.62 2.2 to6 9C - 1.6 REVEILLE PEAK It 11:31:47 30.667 110.217 6.2 -4.76 -- 09IS AS - 9.6 SPECTER RANGE NW It 13:10:37 37.204 116.$$$ 0.6 2.81 3.0- 122--- &C- 1.4 1.6 GROOM RANGE sE 1I14:66 36.446 110.220 6.2 6.$$ 6.9 113 AS -- 0.6 SPECTER RANGE NW 12 4:26:50 37.406 1 16.917 6.2 - -I 1.3- 71 'AC -. 1.2 WHEEL9SAROW PEAK Mt 13 0:26:24 37.3800 116.016 1.1 6.34 1.6 176 9C - 1.1 ALAMO 61 13 113 6i10 37.362 116. 616 1.4 1.66 1.6 172 9C 1.2 1.1 ALAMO SE 13 13:41:46 36.068 11o.9., 0.2 6.66 0.4 ItS AC - 0.9 FRENCHMAN FLAT 14 6:50324 36.636 116.3234 0.2 1.66 6.21 09 AA 1.1 6.3 STRIPED HILLS 4 z a "be lbN a9 . at 30ao a~~~~~ .0 -Z o a B BN S h PJ & 4ýv a0 & 0 w I. -9 1 )- 1-43 . 20 We1-1 =01- 4:" 222242 '22%.3-4 - 00 U~ 224200ft 0.0222 P4*00 .2..- 00 0 h. .. 3 0. 0 3 A0'5. . A3. .) 3 ~ 52 ~ BBSE0 010It at 1! i0 -0 amssV 7044 4!aa.o0!.!o-- !sB~moa.BItBZ0 il!O!0 i 1! 0 *~~~~~ -00- -24 0 2 2 0 03-0-0-0- 600 0- -3- f0 -h-aw0 000000-0 -0--o00 -0 00013 -2 2 * " a - a---2 -00 01- 2 O 44 0 0 0B~.0 4 5 1 B 215A6 3 0 0 O B 0 B B O B B B B 02 4 5.0 0 4 -32 3 3 2 0 2 2 @ 2 2 2 4" 2 A0011A . A 4-00 "000 2 ~ ~ - ~ - ~ -10620- - - 0f A40- 500" B0 0 6.200 6100001 1.416 14 a.01- 001.544 A 0 6...1.10604 006 -06 49.401." A0000- 0* *. 4004 1 - - 00------; - 0 - -0. . .. : 2- - - e -- - 0 . . . . 0 .. 0 - - - - ; - ; 4. - -- -- 0 - O.., : 4000 0. 004000 0. 0 6000 .1O.1-61 1460 060 0100 0006 .40101000 .15* 0b 10111 B 1- ~ ~0 -606V060 140000:.0 00641-1 1.0*00 .001-464-4 11.6. .0 0. .1. . . 6614.14014 6 6 .0. .0 .. ... 6. .14..1 0 -. 0140.614 . .6 1.0 1 ..- . .06.*. 0.4 1 1- .- ...... 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C; (0 e £ L ( 3 333333 333333 ::3333 333333 3333t: 2 ft I3L a.L a.aaa. 4211 3MWWW .0 32 g 4,4444.4 P4,U L2 "40000w 33. 2 a222222 22M2322 =0 o0. 5.4 61 1.1222 W w 4L LI 4432 4334 1 gM 0 %0 X.0w.a 0 222222 222222 222222 IL 0.52 000 000 000000 Z 222222 2 00 222222 22222 *0**00 -2334.04 0 000000 2A22222d 0.0 94 we ft 23 ftp.-00 3 - gu0ggo l V440404 04 '4 3 ft IL2 0t00000 ft Wtt50 5. W !000000 000000 3 nowfttf 4 4 . 0t.ft . 433 2 2 2 0 0-00-0 ft 012 = 45-0.4 3 35 p.. p.-f .. ..4. .5... U P: 1; lzt hi 0 a. ftf00ft4 00 cp. 5. 40 = 4!0 9!tpf ft# .5 p.60.5-ft P 0000004 4 400e 0000 U e . 0 0,0gag .5 444e444 ft ft ft-V-ftc *00.0 - 00.5On 32 on-. f el...n OZ~p40 0- -fq.. L Lc. (]c ( ELz( F /1 13 aW aU aW MM 00 MO 0 .4 4 a a I - 0.9 MUM M6Ma 0 0M NOO000 0000 8 mau a an a n.m MUA u 3 1 1 P U UL 44 U 416f maZn 2a as ;a. ma 26 66 6* 4-4-44W4N 004 2 00"W 46 &a 0 a u- a1 a a 1IL1 0 NO X a. uuuu4LU a22 so M 0 ..maU a a MU a U am__ 000060 U 4 .a. -a 4. -0 -1 .4 W11U 2 a6 b. " I. 4. g-g-. aa-9 U404 0 2S "U~ Muf 22. -400 c, Ný- I -- 46 06 94 U4UK aa a.Vt.4 .4.4a 02 0 o 000-0 a MUM Uig4g44 "seem"a "M00500 1000 0 d;a0; :MM a.4 U * a am4; 000000~a : ua a"n N N 00000 6 .4Me-COO 00 4 so0mM 00060 00-Lu. SO"" am~a "00001% -0 66 t0 6 O4444e& a aw U 22 2a. a404U oNON-00" U aa.ao NAS-*N 6ONOOM An 0 a.~A..,0 ft 220 a. NONONO0 "Anns "AnAnn N 00 a ft A0 ;Xn*X0.-.- 0N ON0N0 am@ .4 NN2 NN NU 4 -.0 - N0 0 U U 660 a 2 .Z ZXXu1 446464.0 no.m OONN OONft n4o44 go AN 0 Auoa 0060 f 0 - NN A 0 "4044 -0 A0 O 0 66 ONOa.; 000, NONa a060 NNNN OMOSO Somme*---- 000000 600000 1004 ANN A aNF.CNN ------NN N44Nf= NNNNNNe NNNN tNN SO Z 0i L ý . U ( £ L ( (- 1066 LOCAL NTPOCCNTER SUMMARY "DoIso VERT AZI DATE - TIME LATITUDE LONGITUDE ERROR DEPTH ERROR CAP (UCT) (DEC. N) (Dec. W) (KM) (Km) (NM) (D0E) DUAL Ma MbI OUADRANGLE MAY 5:59:30 2 37.1#4 1i6.500 0.2 5.74 1.0 10s AN -- 1.0 THIRSTY CANYON NE 5:50:30 2 37.100 11.00190 .2 5.74 1.0 10s AD --- 1.0 THIRSTY CANYON HE 2 22: 6:41 3i.93 117.501 S. 2.00 2.4 104 00 -- 1.5 DRY MIN 2 22:; :41 30.335 117.501 0.9 2.00 2.4 164 00 --- 1.5 DRY WTN 3 4:54&41 37.293 110.405 .0 13.00 0.7 213 AS 1.S SILENT BUTTE 3 6s0:414 37.293 110.400 0.6 13.06 0.7 213 AD - 1.s SILENT BUTTE S 31 9:21 3O.04 1140.309 0.4 4.74 0.3 0s AA - 0.5 JACKASS FLATS * 31 O:21 30.O20 110.3l0 0.4 0.74 0.3 09 AA - 0.6 JACKASS FLATS S 0930:32 30.00 117.794 0.0 7.06o - 217 Cc - 1. VAUCOIA WASH 1306:32 9 36O.00 117.194 0.6 7.00. - 217 CS - 1. WAUCOSA WASH O 40:417 37.002 106.132 0.2 0.06 0.4 its AC - 1.6 REVEILLE PEAK 20:40:17 O 37.&2 116.132 0.2 0.6 0.4 1*1 AC - 1. REVEILLE PEAK 7 6:14:98 37.601 116.130 0.2 0.40 0.3 1*0 AC --- 1.5 REVEILLE PEAK 7 0:14:35 37.81 116.136 6.2 0.06 0.3 100 AC --- 1.9 REVEILLE PEAK 1:353si a 3.737 11.079 0.4 4.20 1.4 220 AS - 0.6 FRENCHMAN FLAT 1:05:39 a 36.767 11.0790 0.0 4.20 1.4 226 AD - 0.6 FRENCHMAN FLAT O 11560904 38.060 110.001 6.0 4.70 3.2 136 SC -- 0.0 CAMP OESEI[ ROCK a 11:50:06 30.04 110.001 0.0 4.71 3.2 13,0 C - 0.6 CAMP DESERT ROCK I 20:47:36 37.061 110.120 0.6 1.02 2.1 107 SC - 1. REVEILLE PEAK 1 20:47:30 37.061 114.129 0. 1.02 2.1 to? I C l. REVEILLE PEAK O 14:14i 7 37.106 116.133 0.3 4.04 9.6 log C^ 2.1 1.0 REVEILLE PEAK S140:14: 7 37.114 110.133 0.3 4.04 6.0 1C0 CC 2.1 1.@ REVEILLE PEAK 9 10:15:45 37.20 104.401 0.2 4.27 1.b 04 AC I. I. SILENT BUTTE • 1111:145 37.200 116.405 0.2 4.27 1.0 04 AC t.? 1.6 SILENT BUTTE I0 0:36:46 36.037 119.876 0.3 7.06 1.4 iS* AC 1.6 1.3 FRENCHMAN FLAT 10 0:38:40 30.637 - 1ý 113.170 0.3 7.06 1.4 is* AC 1. 1.3 FRENCHMAN FLAT 10 13:14:36 37.207 116.430 0.2 2.16 0.0 97 AC 1.0 1.0 SILENT BUTTE 10 13:14639 37.207 110.430 0.2 2.10 0.6 07 AC 1.0 1.0 SILENT BUTTE 7:42:11 II 37.333 115.414 0.3 7.30 t.1 136 BC 1.4 1.0 CUTLER RESERVOIR is 7t42:11 37.336 116.414 0.3 7.30 2.1 136 IC 1.4 1.0 CUTLER RESERVOIR 1:36:17 14 37.246 116.300 0.3 -0.4 - 5.) 1 AA 2.4 1.7 AMMONIA TANKS 1:30:17 14 37.246 114.308 0.3 -0.64 .3 111 LA 2.4 1.7 AMMONIA TANKS 7:20:36 14 37.202 11S.256 0.3 6.43 1.6 11i AN - 1.1 SAO*[R SPRING 7:20:30 14 37.262 115.256 0.3 0.40 4. 110 AN - 1.1 BAOGER SPRING 11: 14 0:30 37.209 116.411 0.1 0.01 0.3 93 AC - 1.0 SILENT BUTTE 14 11: 0:3T 37.2*0 116.419 0.1 0.61 0.3 3 AtC - 1.0 SILENT BUTTE 14 13:24: 1 34.037 117.669 6.i 2.41 2.0 233 gD 2.4 2.4 New YORK SUTTE 14 13:24: 0 30.537 117.040 0.6 2.41 2.0 233 0D 2.4 2.4 NEW YORK BUTTE 14 14:30:56 37.270 115.254 0.4 4.60 2.1 102 SC 2.1 2.2 OADOER SPRING 14 14:30:560 37.27, 115.24 0.4 4.1 2.0 162 SC 2.1 2.2 BADGER SPRING 15 If: 0:21 37.0113 110.130 0.2 0.06 0.3 lO AC - 1.6 REVEILLE PEAK 15 16: 0:21 37.903 11.135 0.2 0.96 0.3 165 AC - 1.6 REVEILLE PEAK 16 3:39:31 37.162 117.406 0.4 0.71 0.3 ISO AC - 1.1 LAST CHANCE RANGE 10 3:30:31 37.182 2 117.60, 0.4 6.71 0.0 iS* AC - 1.i LAST CHANCE NANGE 14 5: 001S 37.182 114.127 0.0 4.0J 6.6 160 CC 2.0 1.1 REVEILLE PEAK 14 5:26:1S 37.302 116.117 0.5 4.63 3.6 1s0 CC 2.0 1.0 REVEILLE 10:36:35 PEAK 14 37.103 117.350 0.1 0.47 0.5 112 AC - 1.3 UsEHESE CRATER 14 18:36:35 37.163 117.35O 0.1 6.47 0.6 112 AC - 1.J UlENESE CRATER 16 0: 21: 4 30.620 1111.37 0.4 10.01 0.0 102 AD - 1.0 FRENCHMAN FLAT 14 21: 6: 5 36.624 115.037 0.4 10.04 0. 102 AD - 1.0 FRENCHMAN FLAT 16 2:53 21: 36.632 116.934 0.4 9.11 0.0 lo AD - 1.0 FRENCHMAN FLAT 14 21: 2:53 3;.:32 113.034 0.4 3.11 0.6 106 AD - 1.0 FRENCHMAN FLAT 2: 17 0:46 37.347 117.210 4.3 0.00 0.3 144 AC 1.2 SCOTTYS JUNCTION SN 17 2: 0:40 37.341 117.210 0.3 0.00 0.3 140 AC - 1.2 SCOTTYS JUNCTION SW 17 7:14:12 37.117 110.210 1.2 3.07. - 243 CD 1.4 1.8 DESERT HILLS SE 17 7:14:12 37.117 118.200 1.2 3.07. - 243 Cc 1.4 1.5 DESERT HILLS SE 17 21:14:21 37.652 116.134 6.2 0.9O O.S 105 AC - 1.3 REVEILLE PEAK 4* 17 21:14:21 37.602 !14.134 0.2 0.i0 0.3 140 AC - 1.3 REVEILLE PEAK I0 12:20:46 37.053 116.130 0.1 .0:4 1.3 ;S0 AC - 1.4 REVEILLE PEAK 10 120:40 37.063 110.13 1 5.04 1.3 IS0 AC - 1.4 REVEILLE PEAK IS 17t23t37 37.004 110.130 0.1 1.61 0.6 M40 AC 2.1 1.0 REVEILLE PEAK 10 17:33:37 37.004 110.139 0.1 1.01 0.0 1*$ AC 2.1 1.0 REVEILLE PEAK 20 10852:31 37.027 110.326 0.7 14.43 1.7 140 AC - 1.? -" CUARTZITE MTN 20 11:52:31 37.027 116.360 0.7 14.43 1.7 140 AC - I.? QUARTZITE MTN 21 13t:t1 1 30.764 114.140 6.1 0.14 0.3 132 AC 1.2 0.0 SKULL MTN 21 13:10: 1 30.754 114.140 0.1 0.16 6.3 132 AC 1.2 0.0 SKULL MTN ML I to6 LOCAL NYPOCENTER SUMMARY OR IZ VENT AZI GATC - TIME LATITUCE LONGITUDE ENRON DEPTX ERROR CAP (UCT) (D[E. M) (00. 9) (KM) (KM) (KE) (EO1) OUAL Md Mbig OUADRANGLE MAV 21 14:35:24 30.770 117.757 6.06.6 2.76 3.0 222 g0o .6 1.7 WAUCOSA WASH 117.?77 21 14:31:24 36.779 111. 236 3.6 222 :0 1.6 I.? WAUCOSA WASH 22 14:41:25 30.763 6.3 3.36 6.6 1t? AU --- 6.4 "116.236 6.6 SEULL MTN 22 14:49:25 36.763 0.3 3.36 117 AU --- 6.4 MIN 117.014 SKULL 22 16:54:31 36.426 1.8 11.67 O.2 253 C0 - 2.6 117.S66 1.6 11.$7 HEELER 22 1S:14t31 31.426 6.2 263 GO - 2.6 KEELER 6.3 5.54 2.6 60 SC -- .4 24 6:10:47 37.642 117.671 LIOA 6.3 6.54 2.6 66 IO - ,1. :A:N 24 9:66:4?37.$42 1.0 6.66 LISA WASH 24 1t:33.36 37.21T 114.GS3 1 6.66 3.2 247 D - ,l 114.653 DELAMAR 3 RE 24 19:33:36 37.217 3.2 24? 60 -- I. 0ELAMAR 3 NE 24 14:43s2; 37.6$4 11 .126 6.6 2.76 3.1 15 ID0 -- 1 116.126 .3 REVEILLE PEAK 24 14t43:27 37.664 6.6 2.76 3.1 IDSOO -- .3 REVEILLE PEAK 117. 22 26 6: 1:21 37.371 6.6 3.64 2.2 112 36 1.S 1.1 :17:21: 6.6 3.64 SOLD PO1T 26 6: 126 37.371 7I 2 26 2.2 112 66 1.5 .4 SOLO POINT 26 16:27:26 37 .l6 11 .132 0.3 4.42 S.1 106 CC 1 .3 REVEILLE PEAK 26 18;27,29 37.I10 116.132 6.3 4.42 6.1 166 CC 6.2 7.17 - 1.3 REVEILLE PEAK 27 14:31.:2 36.:62 133;.6 AC 1.7 0.6 464 6.2 7.17 LATNROP WELLS NW 27 14:3:42: 36.662 11. O.6 133 AS 1.7 0.6 LATHROP WELLS NW 27 15:42:46 37.666 1.6 10: AC 2.t 1.' REVEILLE PEAK 110.1)6 2.1 6.63 27 16:642:4 37.629 1.6 107 AC 2.6 1.6 REVEILLE PEAK 27 1:42:6 37 .2,2 114.143 ELGIN 27 1S:42:16 37.212 6.S 247 AA -- 1. 114.543 6.0 Z67 AD -- 1.1 ELGIN 27 37.656 23: 2:46 1164.132 6.1 6.25 6.2 196 AC 1. '-I 5 REVEI.LE PEAK 27 23: 2:45 37.616 116.132 6.1 0. 25 116.133 6.2 11S AC 1. 1.1: REVEILLE PEAK 20 13:15:16 37:610 4.32 6.6 166 CC 1.6 1.6 REVEILLE 6.46.3 16.66 1.6 PEAK 26 13-116 37.655 116.114,1;2 133 6.3 4.32 6.5 166 CC 1.6 REVEILLE PEAK 116. 132 6.4 16.66 0.2 166 1.9 26 17:27:12 37.053 6.2 6.63 AC -- "RYEILLE PEAK 26 17:27:12 37.6:3 6.3 6.2 I16.,134 6.2 6 AC -- 1.A REVEILLE PEAK 29 23: 1:26 37.306 16.4 6.36 QUARTET DOME 6.6 6556 AC 2.6 1.6 26 23: ':26 37.34: 6.2 6.66 QUARTET DOME 26 23: 3:24 36.:36 11:.: 23 6.0 256 AD - 6.6 FRENCHUAW LAKE SE 26 23: 3:24 36.630 I1S.623 4.6 256 AD - 6.6 FRENCHMAN LAKE SE 6 37.767 26 1:36: 116.S73 2O :SO,- :C 1.' 1. 5-- WORTHINOTON UTNS p. 26 I:3T: 6 37.7:7 IlI.S73 0.4 0.36 2.6 156 CC 1.3 1.9 WORTHINGTON MTNS 29 3:32:16 37.656 3 110.t33 0.2 6.70 0.3 107 AC 1.6 1.6 REVEILLE PEAK 29 3: 2:ro 37.656 1I6.133 6.2 6.76 0.3 167 AC 1.: 1.4 REVEILLE PEAK 6.4 6.36 26 1:31:12 37.155 I S*13: 6.4 6.66 6.2 104 AC 1.7 1.8 116.136 REVEILLE PEAK ,r) 20 1:31612 37.656 6.2 1•6 AC 1.7 1.5 REVEILLE PEAK 26 12: 6:62 37.346 117.2;1 6.4 6:.31 0.3 114 AD - 1.1 SCOTTYS JUNCTION SW 117.241 26 12: 6:5: 37.346 !.3 114 A: - 1.1 SCOTTYS JUNCTION Sw 116.266 36 4: 1:66 37.264 136:.1 AC - 1.5 ALAMO .36 4: 1:69 37.2 4 0.2 4.T7 136 AC 1.5 6.2 7.16 1.1 - ALAMO 31 6:,2 ::5 37:;:: 117.4SS116. 266 6.2 7.16 1.6 166 AC - 1.4 USEHESE CRATER 31 2:26:66 37.165 117.462 1.6 tOO AC - 1.4 U6EHESE CRATER 31 14:49:41 31.714 116.460 6.2 2.62 T.656 AC 1.6 1.3 SLACK HILLS NW 31 14:46:46 31.714 116.466 6.2 2.62 1.0 16S AC 1.6 1.3 SLACKS HILLS mv 31 15:37: 4 37.101 117.466 6.1 6.25 6.6 Ill AC 1.a 2.1 USEHtoE CAIiER 31 IS:37: 0 37.101 $.1 6.25 6.0 Il1 AC 1.6 2.1 UIEHEiE CRATER 31 15:57:16 36.564 115. 762 •.5 261 AD 31 16:67:16 30.$64 116.762 6.3 1.66 - 1.3 MERCURY SE 6.5 265 AD - 1.3 MERCURY SE 13. 136 6.3 6.91I 31 1 :61:37 37.667 1 6.3 6.61 Ia 167 AC - 1.4 REVEILLE PEAK 31 16:51:37 37.S?7 116. 136 6.5 167 AC - 1.4 REVEILLE PEAK JUN 1 0: 3:34 37.843 110. 136 5.3 8.24 5.2 le CC 2.1 2.5 REVEILLE PEAK 1 14:11:42 36.460 113.746 6.2 6.66 1.3 10 AC - 1.2 CHARLESTON PEAK 111.663 1 14:62:14 37.276 6.5 7.26 6.6 177 AC - 1.1 ALAMO SE 2 4:36:24 37.654 11. 134 6.5 4.17. - 166 CC - 1.3 REVEILLE PEAK 2 16:13:16 37.453 115.436 6.2 6.61 6.6 117 AC - 1.4 CRESCENT RESERVOIR 3 4:33:31 37.156 114.132 6.2 1.02 6.O 107 AC - 1.3 REVEILLE PEAK 117.235 3 6:20: 6 37.346 6.3 -6.25 - 6.3 11; A: - 6.6 SCOTTYS JUNCTION SW 116.211 3 19: 4Sl? 37.612 6.2 4.00 6.5 64 AU - 6.7 SUCKDOARO MESA 117 .111 0.3 6.40 3 16:3:67; 3:.873 6.2 11; A: - 1.0 SKULL MTN 3 21: 2:1: 37.244 0.3 16.$2 6.6 Jo AC - 1.6 LAST CHANCE RAN.E 4 6:42:42 37.656 116.136 0.3 6.47 0.4 166 AC - 1.4 REVIILLE PEAK 4 3z It$ 36.621 117.633 0.3 4.:0 2.2 IS1 SD 1,7 1.7 DRY MTN 4 4:47:S6 37.664 117.133 6.3 6.4 ;.6010O AC - 1.4 REVEILLE PEAK 4 5:34:12 37.346 117.244 6.4 -6.36 .3 101 AC - 6.6 SCOTTYS JUNCTION SW ' A i 1000 LOCAL HYPOCENTER SUMMARY VENT AZI DATE - TIME LATITUDE LONGITUDE ERROR DEPIN ENRON CAP (UCT) (DEC. N) (DEC. 9) (KM) (xN) (KN) (DES) OUAL MO WMig OUADRANGLE JUN 4 12:50: 0 37.043 110.131 0.5 0.54 0.8 lO0 AC --- 1.S REVEILLE PEAK 4 US: 7:30 37.345 117.230 0.2 1.40 0.0 04 AS 2.7 3.2 SCOTTYS JUNCTION Sw a 15:11:10 37.353 11?.234 0.3 -0.70 0.3 li1 AD --- 1.3 SCOTTYS JUNCTION Sw 4 10:27:0 • 37.40 117. 227 0.2 0.00 0.2 117 AS -- 1.3 SCOTTYS JUNCTION Sw 4 15:94:13 37.352 117.237 0.3 -0.77 0.3 110 As - 1.2 SCOTTYS JUNCTION SW 4 10:40:31 37.310 I117243 0.4 -1.10 0.3 11 AD -- 1.1 SCOTTY) JUNCTION SR 4 10:10:11 37.340 11T.241 0.2 0.34 0.2 114 A0 1.0 1.7 SCOTTYS JUNCTION Sw O 22: 3:27 37.871 110.141 0.0 2.07 7.2 100 CC t.4 - REVEILLE PEAK 5 4: I:53 37.344 117.224 0.3 0.30 S.1 211 AD -- 1.1 SCOTTYS JUNCTION SW 3 7:37: 0 37.363 117.221 0.2 -0.14 0.2 117 AS -- 1.1 SCOTTYS JUNCTION Sw 5 0:05:10 37.330 114.324 0.4 6.42 1.0 224 AS -- 1.2 GNRGERSON DASIN 5 14: 9: 6 37.323 115.213 0.0 7.42 2.1 Its 0C --- 1.2 ALAMO 5 IS: 3:00 37.004 110.000 0.2 -0.600 6.3 as CC 0.2 YUCCA FLAT 5 17:40:25 37.340 117.230 0.4 -0.02 0.3 1114 As 1.4 SCOITTS JUNCTION SW 0 1127:31 37.332 116.1183U 17.253 1.3 3.07 1.0 itI US -- 1.3 GOLD POINT 110.58| * 16:10:14 37.132 0.0 111.?? 1.0 130 AC -- 1.0 THIRSTY CANYON NE 0 19:40414 37.817 110.121 0.4 0.31 0.? is? AC - 1.0 REVEILLE PEAK 7 1:10:29 37.340 117.244 0.2 -0.40 0.2 Ila AU - 1.0 SCOTTYS JUNCTION Sw 7 11:22:20 37.345 111.23S 0.2 0.24 0.2 134 As - 1.0 SCOTTYS JUNCTION SW 7 10:10:40 37.341 117.237 0.7 0.10 2.0 70 IA 2.1 SCOTTYS JUNCTION SW 0 2:44:49 37.871 110.132 0.2 0.72 2.4 1It SC - 1.4 REVEILLE PEAK O S:S1233 37.013 110.130 0.0 7.70 3.0 10S Sc - 1.7 REVEILLE PEAK 0 0:14: 4 37.348 117.230 0.4 -0.00 4. a1 AS 1.0 -6 SCOTTYS JUNCTION SN 10 2:31:27 37.202 110.210 0.0 1.00 1.0 7T DA - 1.4 AMMONIA TANKS 1I 7:10:44 37.341 117.24S 0.2 0.47 0.1 b0 AA 2.0 2.1 SCOTTYS JUNCTION SN 1 0:30:42 37.002 110.131 0.4 4.00 7.5 107 CC 1.7 2.0 REVEILLE PEAK 10 12:1:44 37.004 110.255 0.2 0.O0 0.0 70 AS 1.8 1.2 9UCKSOARD MESA 10 14:54:40 37.352 117.243 0.3 -0.20 0.2 its AD -- 1.1 SCOTTYS JUNCTION Sw 1I 22: 0:22 37.350 117.230 0.4 -0.50 0.3 110 AD 1.0 1.4 SCOTTYS JUNCTION SW 11 2:51: 3 37.351 117.235 0.3 -S."• 0.2 03 AD 1.0 1.5 SCOTTYS JUNCTION SW 11 3:15:34 37.054 116.133 0.) 0.00 0.5 ISO AC -- 1.2 REVEILLE PEAK 11 0:50:40 37.071 110.120 0.1 0.,40 0.1 ISO AC 1.9 2.1 REVEILLE PEAK 11 10:050: 2 37.351 117.241 0.4 -0.20 0.3 119 AS - 1.1 SCOTTYS JUNCTION !W 11 17:23:44 37.352 117.233 0.2 -0.02 "0.2 110 AD - 1.2 SCOTTYS JUNCTION SW 11 10:4#!33 37.001 110.130 0.4 4.70 7.0 107 cc 1.9 2.1 REVEILLE PEAK 11 21:54:10 36.735 116.145 0.0 0.02 2.2 125 50 - 0.0 SPECTER RANGE NW 12 4:10:34 37.340 117.230 0.2 0.12 0.2 ý13 AS - I.0 SCOTTYS JUNCTION SW 12 5:53:24 30.000 110.410 0.3 4.15 1.0 43 00 1.6 1.3 LATHROP WELLS SW 12 11:34:31 37.057 110.132 0.2 6.16 0.3 100 AC - 1.5 REVEILLE PEAK 12 13:46:24 37.050 110.132 0.4 0.17 0.0 100 AC - 1.1 REVEILLE PEAK 13 0:41:51 37.853 110.130 0.5 -0.67 0.0 loG AC - 1.4 REVEILLE PEAK 13 7:23: 0 37.301 117.045 0.) -0.04 0.3 11 AD - 1.4 MAGRUDER MiN S3 8:30:30 37.230 117.453 0.4 11.00 1.0 110 A@ - 1.1 UO[IEOE CRATER 13 14:55:30 37.002 114.120 0.4 0.40 0.? 10 AC 2.0 1.7 REVEILLE PEAK 13 17:14:33 37.8$4 110.137 0.1 0.74 0.2 105 AC - 1.4 REVEILLE PEAK 13 IS: 5:35 37.003 110.121 0.4 4.12. - IO CC 1. 1.7 " REVEILLE PEAK 13 22:02:29 37.001 110.112 0.5 0.02 8.3 107 CC - 1.0 REVEILLE PEAK 13 23:17:20 37.007 114.120 0.3 -0.03 0.0 100 AC 1.3 2.2 REVEILLE PEAK 14 3:02:21 37.850 116.133 0.1 0.00 0.1 106 AC 1.5 1.0 REVEILLE PEAK 14 20: 0: 7 37.004 110.120 0.4 0.35 0.0 100 AC 1.7 1.0 REVEILLE PEAK 14 22:40:18 37.253 115.002 0.4 -0.20 0.4 100 AD 2.1 2.3 ALAMO SE '4 22:4t:20 37.203 115.006 0.0 0.03 0.7 100 AC 1.0 1.0 ALAMO SE 1 0:30:34 30.804 11.153 0.3 0.25 0.1 100 AD 1.4 1.1 MINE miN i1 2:31:40 37.050 116.133 0.1 i.o0 0.2 107 AC - 1.7 REVEILý.E PEAK 15 5:53:44 37.057 110.132 0.4 5.30 5.7 10 CC - 1.7 REVEILLE PEAK I 17:550:47 37.056 110.1)2 0.3 0.21 0.4 107 AC 1.7 1.5 REVEILLE PEAK 15 10:41:46 37.334 117.201 0*3 "" 1.00 0.4 111 AS - 1.1 GOLD POINT 17 0:20:53 30.450 117.536 0.9 -0.42 0.0 230 OD 2.1 2.3 DARWIN 17 1:43: 0 37.340 117.252 0.2 0.40 -0.1 lit- AD -- 1.4 GOLD POINT 17 11:20:41 37.00 114.132 6.4 4.77 7.5-- 107- cc 1.0 1.0 REVEILLE PEAK 17 13:41:22 37.002 110.130 9.3 4.07 7.2 105 CC - 1.4 REVEILLE PEAK 17 10:33:15 37.047 110.120 0.4 0.00 0.0 100 AC 1.0 2.3 REVEILLE PEAK 17 19:32:34 37.857 110.131 0.3 -0.30 0.4 107 AC - 1.6 REVEILLE PEAK 18 14:30:32 30.354 117.471 0.7 0.01 5.1 230 CO 2.2 2.1 PANAMINT SUTTE 10 14:30:55 30.354 117.440 0.O 4.34. - 237 CO - 1.4 PANAMINT OUTTE 10 10:33:00 37.0080 110.120 1.0 0.06 3.0 1i6 me - 1.9 REVEILLE PEAK 1006 LOCAL HYPOCENTER SUMMARY I NOR Iz VENT AZI DATE - TIME LATITUDE LONGITUDE ERROR DEPTH ERROR CAP (UcT) (DEC. N) (DEC. %) (KM) (KN) (NM) (DEC) DUAL Md MbIq OUADRANCLE 1I JUN 20:40:14 37.147 117.381 0.4 7.73 1.0 125 AC --- 1.3 UiENHES CRATER 10 20:43:34 37.151 117.307 0.2 6.17 0.0 I1 AC 2.0 1.7 UDENCiC CRATER 18 20:40:57 37.147 117.309 0.3 9.53 0.0 123 AS --- 1.3 UIEHENE CRATER 10 21: 6:00 37.144 117.370 0.0 11.04 1.7 130 AC --- 0.0 UiH[ECE CRATER 10 21: 7:24 37.140 117.300 0.2 0.03 1.1 112 AC 2.4 2.4 UCNEHCE CRATER 10 21: 0:52 37.125 117.392 0.0 7.41 1.7 260 AD -- i1. USENEIE CRATER 18 21:13:22 37.150 117.301 0.4 6.30 1.0 122 AC --- 1. Um9NCi[ CRAT[R IS 37.155 21:20923 117.381 0.6 11.40 1.5 135 AC -- 1.1 Ui[NEHC CRATER 1 22: 2: 5 37.154 117.363 0.4 0.61 1.2 120 AD --- 1.3 U9ENE11 CRATER 1I 23: 3:40 37.$31 117.394 0.2 7.08 e.g 11 AC 2.0 2.4 UDCEECE CRATER If 23: 5:52 37.145 117.389 0.3 0.33 0.0 127 AD -- 1.0 USENECE CRATER IS 23:24:40 37.154 0.3 117.300 7.65 1.0 121 AC --- I. UBEHESE CRATER so 4:23:35 37.344 117.246 0.3 0.14 0.2 113 AD 1.7 1.4 SCOTTYS JUNCTION SW 20 10:10:31 37.042 0.3 110.165 1.42 1.0 241 AS --- 1.9 REVEILLE PEAK 20 23:20:55 37.353 117.237 0.3 -0.44 0.3 04 AS -- . 21 SCOTTYS JUNCTION SW 3:11:30 30.167 10.0910 0.6 4.76 5.5 204 Cc I.$ PANRUMP 21 I1: 5:66 30.9OC 117.929 0.5 7.04 $.1 230 CO 1.7 2.1 WAUCOOA WASH 21 14:27:53 30.730 115.011 0.3 5.26 0.1 100 Cc 1.9 i.e HEAVENS WELL 21 15:5S:54 37.348 117.230 0.2 0.30 0.2 54 AC 2.0 2.2 SCOTTYS JUNCTION SW 22 3:11:50 37.053 110.135 6.1 1.73 0.5 ISO AC - 1.3 REVEILLE PEAK 22 0:33:45 37.151 117.391 0.4 16.60 I.0 127 AS - 1.2 uoESgit CRATER 22 15:40:24 36.600 115.760 2.3 11.00 1.6 164 CC - 1.3 MERCURY SE 23 15:31:92 37.348 117.282 0.4 5.18 6.5 127 AD - 1.1 COLD POINT 23 15:34:44 37-347 117.285 0.2 5.15 0.6 02 AS 1.e 1.4 GOLD POINT 23 15:37:25 37.354 117.287 0.0 4.54 1.2 lo0 AC -- 1.0 COLD POINT 23 15:41:22 37.344 $17.275 1.0 4.02 2.6 104 SC -- 1.0 COLD POINT 24 1:34: 4 30.0650 110.004 0.4 4.85 1.3 04 AN 1.0 1.3 CANE SPRING 24 2: 0:10 34.05# 116.007 0.1 0.41 0.3 130 AC ---- 1. CANE SPRINO 24 2:41: 0.' 7 30.725 110.450 6.10 0.0 255 AD 0.2 LATNROP WELLS NW 24 117.391 13:20:53 37.151 0.2 5.60 1.6 127 AC -- 1.1 UI[HENE CRATER 25 14:11: 3 37.401 110.131 0.5 1.33 1.5 10s AC - 1.4 REVEILLE PEAK 25 14:10: 0 37.090 116.237 0.2 4.10 -1.0 107 Ac- O. TIPPIPAN SPRING 25 13:43:52 37.343 114.050 0.0 3.00 2.4 ISO -D 1.6 1.5 DELAMAR LAKE 25 21:25:22 37.234 114.646 0.7 4.34 0.4 243 SD -- 0.2 DELAMAR 3 NE 25 22:37"44 37.653 116.134 0.3 -- 1.00 -0.6 see AC - 1.3 RCVEILLt PEAK 20 15:52:40 37.204 116.414 0.4 4.15 1.6 103 CC --- 1.1 SILENT OUTTE 27 3: C:45 34.791 115.0065 0.4 5.40 1.4 V53 AC --- 1.0 FRENCHMAN FLAT 27 11:30:30 37.952 110.134 0.1 0.00 6.2 Its AC - 1.3 REVEILLE PEAK 27 10:20:54 37.871 116.127 0.3 -0.57 6.5 lot AC 2.0 2.2 REVEILLE PEAK 27 19:12:41 37.200 110.283 0.3 0.51 1.1 147 AC -- 0.0 DEAD HORSE FLAT 27 20:20:30 30.701 115.532 0.4 5.71. -- 152 CC - 1.5 TIM SPRING 27 20:45:32 37.733 115.240 0.3 5.59 3.1 00 DC - 1.3 FOSSIL PEAK 26 0:22:42 30.109 116.042 0.0 18.41 1.0 125 AS --- 1.1 BENNETTS WELL 29 13:40:30 37.351 117.230 0.3 -0.63 0.3 110 AS - 1.2 SCOTTYS JUNCTION SW 28 14:45:50 30.755 115.535 0.4 6.42 2.0 151 mC 1.5 TIM SPRING 20 14:52:564 3.757 115.033 0.2 4.06 3.0 152 cC - I.* TIM SPRING 29 7: 9: 3 37.862 110.120 0.5 0.40 0.0 10* CC 2.1 1.0 REVEILLE PEAK 20 7: 0: 3 37.870 110.111 0.7 -1.93 6.7 173 0C 1.4 -- REVEILLE PEAK 20 10:50:40 37.66. 11.132 0.4 0.57 6.6 107 AC - 1.5 REVEILLE PEAK 20 23:57:51 37.193 110.203 0.2 5.30 6.0 03 AC 1.2 1.1 DUCKOOARD MESA 30 5:16:51 37.009 11O.250 6.3 5.44 1.0 t0 As - 1.0 SUCKOCARD MESA :' 13:56:39 37.343 117.236 0.2 0.24 6.2 76 AD 2.0 1.7 SCOTTYS JUNCTION SW 30 14: 4:50 37.C04 110.132 0.4 -0.35 6.0 10 AC --- 1.2 REVEILLE PEAK 30 If: 2:30 37.001 110.132 0.1 -0.00 6.3 107 AC 1.6 1.0 REVEILLE PEAK 30 1I: 2:40 37.055 116.135 0.2 5.01 3.5 104 CC 2.2 1.0 REVEILLE PEAK 30 20: 3:20 37.327 115.203 0.2 -6.11 4.4 lie AC 2.3 2.5 ALAMO 30 20:30:30 37.240 114.050 1.3 6.58 4.7 240 90 - 1.4 DELAMAR 3 NE 30 23:40:21 37.909 110.129 0.3 0.20 0.5 10 AC 2.0 2.1 REVEILLE PEAK JUL I 2:30:40 37.567 110.241 0.2 4.06 1.5 70 AC 1.3 1.3 IELTED PEAK 1 10: 3: 5 37.773 11.072 0.2 5.01 0.6 121 AC 1.8 1.3 WHITE RIVER NARROWS I IS.tI 7 1 14:20:44 37.804 3.4 0.01 0.0 100 AC 2.0 2.0 REVEILLE PEAK I 10:440:4 30.790 116.230 0.0 12.40 0.7 170 AC -- 0.6 SKULL MTN 1 16:30: 2 37.352 117.243 0.4 -0.04 0.3 115 AD - 1.3 SCOTTYS JUNCTION SW 2 0:47:41 37.176 117.394 0.2 0.74 0.2 104 AC 2.0 I.6 UCENIEE CRATER 2 2:17: 9 37.601 11i. 120 0.0 0.42 0.0 ISO AC - 1.4 REVEILLE PEAK 2 2:52:50 37.102 117.404 0.3 7.07 1.1 121 AC -- 1.3 UCENHCE CRATER 3 * 3 U U U 3 3 = 33 3 0 CU C 2 3 2 C a wU l a b Oft 00 - U6O1 3-U ft .j w C 24.6. .6 .6 U U.6 .6 U b60 P3 L ft 3 -. J.6ft .6.6 3 3.4 .6 3 .63 4Z U 34 3 Uh.3U 030w 0 2 230302 3 33 2 3 33 .10 .1 1 32 GO 3 ft ft03 33233' -'.333., a- 2 U to .6O6 " U 33 4 23 0 03 33 ftZ b,4 3333 03 3 £ U 3U30 U33U3U 3-4 'a.4 33.6 -533 30 30. ftU3 .63 a. ftas W4 4 *0000 .3333, )-0333ft 03L UOR 3040-U 3 U3U3 Oft ft 303 Oft K x442s39 433333. C 23-03-4 2 - 3ft 3 3-3 ft Uft 330 4 242430 0ft2420 3340 U1C1O. 40303-ft 2 3- 3-46 U4-3-U 3C3- U .6.63400 0 ft Zft S - a U .6 ft £ ft U 346-432 30 33-U 30ft53ft OOft 000 400 ft 2 0 3000 * - .... 0*U4O * 104 Oft 3 ft.6.6 .6 --- aft on- 3.4 2 :IHH :HI:I 00 U S. 24 a33 II.. I* 4 a oa o uo U04)OUU -- 03 2 UU4U44 am una a 5300.6.6 000000 0 44U4U4 4 400U4 444 UU4 330000 1 1 1 ' ' -3') - F, -4 UO 043 - 4ftUUO 41P 0 0 2 ftft400ft 04000.. ftFaUU to 00-3 34ft ft~ U - Oft 04 400 000033 - I. - ft - @04004 ft0 000 404 U- U ft ""1.333 3 4; P:4;4;. 4L 3-0 ft U ftO ft U U ft00 U a. 333 Ow -3 U U - F, 00 U 3c I 4 - U 00 U U ft U U U 3.- 000 40 -.- Iio P433n .01 3 0 00 4 - Oft U U U 40400! 0.0.-U II- .nt-4C U 0000 UOftAft 32 4U ft U U0F,4U ftO0U0 3.. ..- J.... 4 -toooa ft ..... U U U U U U 00 006 0 * S 503-3-44 ft [email protected] * I I - a a on, .0- 03 - 8-. 4@ftft ft. ft 4U Oft ft 332 4 U 00 F, U ftF, Oft 033 UUUOUU OSUSUS N OftXf U1 33 000000 0060-0 3 0. F,-@O Oft 04-U- U 20 flU flO ft F, ft ft ft 4W U 000. 00 0F,0004 *0000U U U U 00 U 00 ft ft U U ft..... ft U Oft - U ft ft-F, Oft @0 ...... ft U U U U ft 33 0 ft UftOS *ft@Oftft 80 03 * 4 U 00 U Oft U 4 2 * 4U 00 4U0400 0ft04 F, U ft ft ft Oft U 04ft.00 ft ft ft ft ft ft ft U ft ft ft F, 000644 -a 0 ft ft..U0 U ft 000 ft 000 OUft ft U 000 ft OftOW 40 ft ft F, F, ftft ft F, F, F, F, F, ft ft ft ft ft ftO ft ftftftftftft ft.,., ftF, ft ftU U ft ft 0 4Uft F, 0 F, a Oft 00000 ft @Oft ft 00 ft 4F,40 U U 04 ft ft U U ftUO 44U 3 ft* * U. 44 U 04ftft0 ft000ft0 Oft - OOftft.ft 000004 U U U ft ft ft flU ftU. - Oft U ftftF, 0ft 'U ft -- 0 2 000000Ufýtf ~ ~ttttt ~ 4 ~ 4 0 0O~ttt 0ý fOswaw Sasso& 0as00: -00000t ft4000 0ftUUUU 2 1c ( FLz( 6 - 1166 LOCAL HYPOCEMTIR SUMMARY "CallZ VENT All DATE - TIME LATITUDE LONGITUDE ERROR DEPTH EARROR CAP (UCT) (DIG. N) C(DE. w) (KM) (mm) (KW) (DCC) OVAL No MbIg •UADRAANCL JUL It 1:11 :13 37.152 117.391 0.2 5.35 1.5 127 AC 0.6 UstHISI CRATER it 3:34: 6 37.256 113.23S 0.4 16.56 8.9 too As 1.6 ALAMO Is 11:S1: 30 34.$96 114.413 6.2 3.15 2.2 64 Be 1.7 1.6 LATHROP WELLS Sw 26 7: 7:16 36. 516 116.311 0.3 5.72 0.8 141 AC 0.7 LATNROP WILLS Sw 11$,.155 26 7: 43:14 34.680 6.6 6.63 3.0 104 ic 6.8 FRENCHMAN FLAT 20 12:42:28 34.597 116.4i6 6.2 6.42 1.0 13 A@ 1.2 0.l LATNROP WILLS Sw 22 23:21:16 34.659 114.376 6.4 4.72 0.6 Is? AS 1.4 I.i LATNROP WELLS NW 22 23:38:15 37.360 118.506 15.4 4.14 6.3 265 00 2.6 ... REGIONAL.** 23 1:It: 4 37.877 116.371 10.3 1.73 6.2 239 DO 2.9 O..RIGIONAL.00 23 16:30:46 37.282 110.339 6.2 -1.11 0.3 122 AS 2.2 1.6 DEAD MOR$S FLAT 24 4:10: 6 37.463 1141.367 2.9 1.34 2.2 265 CO 3.0 --*REGIONAL... 24 16:32:36 36.361 114.674 0.5 5.41 3.1 233 sD 2.4 G•OROES CANYON RIM 24 19:43:14 34.768 116.091 6.3 8.30 6.5 Is6 AC 1.0 CANE SPRING 25 1:22:93 37.678 116.130 0.3 7.72 1.4 tIl AC 2.3 1.3 REVEILLE PEAK 25 4:16:30 37.536 114.5411 7.7 7.63 3.1 300 to 2.4i eN**tGIONAL*.. 25 16:11: 4 37. 401 116.S22 3.6 3.19o 4.3 307 DO 2.1 *..RCEIONAL..* 24 1114:30 37.345 115.1575 6.4 -1.14 6.6 121 DIC 2.1 2.1 GROOM RANGE St 24 14:39:39 37.S40 118.6751 6.1 4.24 2.7 303 Do 3.6 eN[•RGIONAL.o. 16:26i:14 24 34.692 116.259 0.3 0.21 6.2 11i A@ 1.3 O.9 STRIPED HILLS 26 2: 0:16 36.368 115.213 6.6 3.20. 342 CD 1.7 CASS PEAK NW 14. 126i 6.5i 26 11:22:32 37.65 6.3 6.27 167 AC 2.1 1.2 REVEILLE PEAK 6i.? IZ. 26 12:91z25 373.734 117.2.s 4.3 6.23 I#) AG 0.O GOLD POINT 23 3: 6:56 37.135 116.287 6.2 .611 6.4 113 AS AMMONIA TANKS 23 9: 0: 3 37.857 14.133 0.6 4.66 6.2 leg Cc 1.5 REVEILLE PEAK 36 0:12:56 37.880 116.6191 6.4 15.12 1.4 164 AD 1.2 SPRINODALE 1117 30 6:13: 1 37.255 114.267 0.7 14.17 2.4 SD I.5 6.6 DEAD HORSE FLAT 30 0: 45:16 37. 673 114.T17 0.2 6.70 6.7 All 1.5 I.ei SPRINODALE 30 19:25:43 36.547 116.025 0.1 13.64 0.3 73 AS 1.6 2.1 SPECTER RANCe St C 31 23:42:36 37.8117 114.127 #.3 0.34 8.4 167 AC 1.6 REVEILLE PEAK AUG I 4:219:56 37.854 116.131 0.3 3.65. Its CC 2.2 1.3 REVEILLE PEAK 6: 1:36 37.667 114.121 4.2 1.33 AC 1.7 2.2 REVEILLE PEAK 15:26:12 37.659 116.131 0.3 5.25 147 CC 1.6 2.0 REVEILLE P[AK 2 111:27:51 37.1I71 117.417 0.3 " 4.56 1.1 121 AC 1.7 1.7 IIENESE CRATER 3 2:37: 5 36.754 115.530 6.2 8.84 2.2 9$ "vC" 2.2 2.2 TIM SPRING 3 2143:!? 36.730 115.543 6.5 3.16 2.5 1it so 1.7 1.3 HEAVENS WELL 3 3: 3:S5 37.499 114.554 l.4 4.24 3.3 11I IC 6.5 1.1 BLACK MTN NE 3 4: 4:17 31.217 115.023 3.0 15.51 3.3 219 CO 1.4 LOWER PAH*ANACAT LAKE -6.32 3 23:57:34 37.347 117.242 0.4 0.3 115 AD 1.5 1.4 SCOTTYS JUNCTION SW 4 13:T57:50 36.327 116.465 0.2 08.91 1.5 67 AC 2.1 2.1 FURNACE CREEK 4 1:33:46 36:367 "115. 27 0.1 1.2 124 AC 6.5 1.4 MT STIRLING r- 4 116.271 6.3 71 AA 1.4 0.5 STRIPEDi HILLS 34.754 6.6 5 6:56:27 115.536 0.3 35 AC 1.6 I.4 TIM SPRING S 12:09: 4 37.178 117.300 0.2 4.39 2.3 117 sIC 2.5 1.0 USiEHEE CRATER 5 23:56:54 37.066 116.127 l.5 2.15 3.6 1 11 IC 1.3 1.6 REVEILLE PEAK 6 1:44:29 30.701 114.301 0.2 5.65 0.3 SI AA 1.! 0.3 STRIPED HILLS 2:23:26 37.307 115.161 6.6 6.18 0.7 174 AC 0i.4 1.1 ALAMO SE 64 6:54:93 37.04 1 116.133 6.3 0.63 0.5 107 AC 1.5 REVEILLE PLAK 7: 6:23 37.337 117.254 e.4 6.43 0.3 Ill as 1.4 1.4 GOLD POINT 6 6:14:36 37.345 117.241 6.3 -6.21 0.2 53 AD 2.2 SCOTTYS JUNCTION S' 7 12:14:59 3#. 446 114.532 6.2 -6.06 0.2 67 AN 1.5 1.5 RYAN 7 22:11: 2 37.966 110.132 6.8 14. 67 2.3 11i iC 1.4 REVEILLE PEAK 0.6 7 22:40:53 37. 316 116.280 1.3 26.36 2.8 235 so 2.1 1.4 DEAD MORSE FLAT 7 16:17: 2 34. 712 114.122 6.2 6.56 9.4 1O1 AC 1.4 0.4 CAMP DESERT ROCK 6 1 : 6:27 36.723 114.122 8.3 6.74 1.3 136 AC 1.3 4.5 CAMP DESFRT ROCK 6 1.98 2:30:46 37.347 117.242 0.3 -1.1i 0.3 114 As 1.5 1.3 SCOTTYS JUNCTION Sw 0 5:47:32 37.863 116.164 0.4 -0.31 1.0 105 SSC 2.1 1.8 REVEILLE PEAK 3 6:42:49 37.850 114.17S 0.4 4.44 6.5 104 CC 41. 1.8 REVEILLE PEAK I 7:444:24 37.6952 114.174 6.7 -0.64* 103 - CC 1.4 RaEVEILLE PEAK I 6:46: 1 34.5116 11.237 0.3 14.57 62 1.5i1.5 1.2 -SPECTER RANGE SW 9:45:20 34.762 114.299 6.2 5.34 0.3 54 AA 1.1 STRIPED HILLS 1 9:47:10 34.569 116.241 0.2 -0.37 -. 5 411 AC 6i.4 0.6 SPECTER RANCE SI 3 11:55:16 37.874 116.131 0.3 1.35 1.2 11i AC 1.5i 1.5 REVEILLE PEAK 0 22:33,31 37.860 114.131 0.2 -6.16 0.4 115 AC I.. 1.6 REVEILLE PEAK Is 0:85118 37.262 116.333 6.2 -0.93 0.3 56 AD 3.0 * DEAD NOISE FLAT 16 3:211 I 34.715 114.196 1.0 7.76 1.0 233 AD 0.3 8.4 SPECTER RANGE NW 10 10:26:44 3i.746 115.570 4.5 5.31 4.0 111 sD 1.7 1.5 HEAVENS WELL 1900 LOCAL NYPOCENTER SUMMARY "NORSZ VERY AZI DATI - TIME LATITUDE LONGITUDE ERROR DEPTN CRROR CAP (UCT) (DEC. N) (DEC. w) (KMU) (KM) (KU) (DEC) DUAL MO Mblg OUADMANOLE AUG 10 10:3 2: 0 30.744 115.525 0.3 0.02 2.2 154 aC 1.9 1.7 HEAVENS WELL 10 13:35:44 30.756 115.531 0.2 2.05 2.1 15 BC 0.4 1.1 TIM SPRING 10 17:53:54 37.349 117.237 0.4 -0.28 0.3 115 AS 1.7 1.7 SCOTTYS JUNCTION SW 10 21:20:34 34.501 114.266 0.5 0.70 2.5 03 80 1.5 1.3 SPECTER RANGE SW 12 7:29: 4 37.045 111.129 S.5 -0.20 1.0 IS$ AC 1.0 1.0 REYCILLE PEAK 13 0:40t21 37.351 117.234 0.3 -0.41 0.2 145 AC - 1.2 SCOTTYS JUNCTION SW 13 0:14: 0 30.437 115.064 0.3 11.03 0.5 71 AA 0.1 1.3 MERCURY 14 1:23: 3 34.040 115.904 0.2 11.59 0.0 130 AS 0.0 1.4 MERCURY 14 1:41: 2 37.270 117.293 1.3 2.25 1.0 240 90 - 1.1 COLD POINT 14 0,10:20 30.605 115.244 0.6 13.74 6.5 214 AD 0.0 1.7 CASS PEAK NW 14 10t27:11 37.019 114.900 30.0 2.15. -- 291 00 0.0 1.0 OCLAMAR 3 SW 14 10:30:43 30.850 116.169 4.7 7.06.. 3.4 221 DO --- 0.3 SKULL MTN 14 21:20:42 36.304 119.213 0.0 14.81 0.7 221 AD 0.6 S.9 CASS PEAK NW 14 21:SS: 4 34.404 115.244 0.7 13.27 0.7 213 AD 0.5 1.5 CASS PEAK NW is 0:31:02 37.352 117.232 0.2 -0.63 0.2 145 AC - 1.0 SCOTTYS JUNCTION Sw 10 l:00:44 30.780 115.9419 0.2 0.96 0.2 194 AC 0.3 0.0 FRENCHMAN FLAT 10 1:50:5$ 34.784 115.046 0.1 0.20 1.4 210 AD 0.3 0.0 FRCNCHMAN FLAT IS 13:40:20 30.900 s4l.040 0.? 3.75 0.0 145 AC 0.2 1.0 YUCCA LAKE 10 11: 7: 3 37.390 117.240 0.4 -0.04 0.3 Its AS - 1.0 SCOTTYS JUNCTION Sw 17 l:47:12 37.340 117.238 0.3 -0.26 0.2 144 AC" 0.0 1.4 SCOTTYS JUNCTION SW 17 2 34.4523:51: 117.023 0.4 11.22 0.5 lOS AC - 1.l CMIGRANT CANYOK Ln *.1 99 AS 0.0 "1. 1I 17:1:211 37.171 i17.?27 6.4 16.29 MACNUDCN MYN IS 17:11:20 37.270 117.534 0.3 12.75 0.5 to A 0.3 1.1 MASRUDR MYTN 10 17:17:34 37.242 117.529 0.2 10.Is P.O 52 Ai 0.5 1.4 MAGRUDER MTN 10 17:20:30 37.203 117.524 0.3 9.02 0.6 103 AS 0.5 1.4 MACRUDER MTN 10 17:21:55 37.279 117.627 0.4 10.06 0.6 93 AS 0.4 0.3 MAGRUDER MTN 10 17:25:30 3).270 117.534 0.3 13.14 0.5 132 AS 0.2 1.1 MAGRUDER MIN It 3:14:53 30.731 110.159 0.3 0.13 0.5 117 AC 0.2 0.5 SPCCTER RAHNC NW It 10:33:14 37.204 118.335 0.0 0.20. --- 113 C¢ 0.9 -- DEAD HORSC FLAT 20 2:37:57 37.233 117.527 0.6 1.43 2.2 I* ID --- 0.9 LAST CHANCC RANCC 20 0:27:24 37.284 110.341 0.3 -1.12 0.2 Ill AD --- 1.7 DCAD HORSE FLAT 21 4:31:43 37.345 117.240 0.4 .04 0.3 119 AS 1.4 1.6 SCOTTYS JUNCTrON SW 21 20:34:19 30.01i 110.392 0.4 7.70 0.0 164 AD -- 0.1 TOPOPAN SPRING NW -1.O 221- AD 1.0 -2.0 22 2: 5:31 30.203 115.419 -*.. 12.12 LA MADRC MTN 117.123 -1.6 12.7v 22 3:lz•33 37.217 4.0 103 COD 09.7 1.2 BONNIE CLAIR[ 22 3:25:41 37.074 11.120 0.5 -4.24 - 0.0 11 AC 1.0 1.0 RECEILLE PEAK 22 4:47:45 37.340 117.242 0.4 -0.32 0.4 .14 AS 2.1 2.0 SCOTTYS JUNCTION SW 22 l0:4S: 2 37.079 115.042 0.2 2.96 0.0 113 AN 1.2 0.0 HIKO NC 22 14:44:10 30.037 116.330 0.4 3.42 0.0 41 &A 2.3 2.7 STRIPED HILLS N. 23 13:54:51 37.800 116.127 0.6 5.48 0.5 107 CC 0.7 1.4 REVEILLE PEAK 23 22:10: 7 37.25# 11.21 1.0 5.40 4.2 t04 00 2.1 1.8 OUARTIT DOME -23 23:31:22 37.351 117.224 0.3 -0.55 0.3 140 AC 2.0 1.7 SCOTTYS JUNCTION SW 26 0:51:24 37.408 117.594 0.4 3.95 2.3 73 06 - 1.3 MAGRUDER MTN 24 8023:45 36.580 117.0D0 0.6 0.95 1.0 117 &C 1.5 1.1 STOVEPIPE WELLS 24 0:34:15 37.348 117.245 0.0 13.08 3.2 133 0g 2.6 1.9 SCOTTY• JUNCTION SW 24 12:30: 3 30.S91 117.004 0.4 1.07 1.0 113 IC 1.0 1.0 * STOVEPIPE WELLS 24 14:25:50 37.006 119.125 0.4 6.27 0.7 1l0 AC 0.0 1.9 REVEILLE PEAK 24 23: 2:33 37.043 110.125 0.5 0.77 0.7 I0R AC 1.0 1.9 REVEILLE PEAK 24 23: 3:43 37.40. 116.124 0.5 0.00 0.0 I* AC 0.7 1.4 REVEILLE PEAK 25 10:43:45 37.347 117.237 0.4 -0.36 0.3 134 Al 1.4 1.0 SCOTTYS JUNCTION SW 25 11:23:42 30.051 110.720 0.1 0.32 -- .2 147 AC 6.1 0.3 SARE MTN 7$ 17:20:14 37.009 110.124 0.4 5.74 3.7 slo aC 1.5 1.5 REVEILLE PEAK 20 1:54:19 30.720 114.861 1.4 19.00 2.0 140 IC 0.3 0.7 CAMP DESERT ROCK 28 14:50:23 37.341 117.251 0.3 0.31 6.2 78 AA 0.0 1.1 COLD POINT 28 10:50:53 30.433 110.201 0.2 4.00 1.0 70 AS 1.2 -0.8 STRIPED HILLS 21 9:58:47 37.044 110.127 0.5 W.S4 9 1 IF "'AC -- 1.5 REVEILLE PEAK 29 10:54:25 37.073 110.121 0.7 -0.47 1.0 le IC 0.7 2.0 REVEILLE PEAK 20 15: 0:40 30.054 110.273 0.2 0.78 6.4 113 -AS 1.3 1.1 STRIPED HILLS 30 1:43:54 37.071 11l.130 0.5 -0.48 -0.9 ISO DC 0.7 1.7 -- EVEILLE PEAK 30 23: 5:45 30.751 119.928 -0.2- 0.23 0.7 0o All- 1.7 1.3 FRENCHMAN FLAT 31 0:52:t3 36.944 117.717 4.5 7.0*.. 2.0 214 SD 0.0 1.7 NAUCOIA WASH SEP 1 0:51:49 37.347 117.243 0.4 -0.30 S '. 71 AD 1.3 1.2 -SCOTTYS JUNCTION SWI 1 1:31:44 37.502 115.310 0.3 2.10 1.0 07 AC - 0.9 My IRISH 1 2:1G0 7 37.042 111.1341 0. 4.91f - 1e0 CC - 1.4 REVEILLE PEAK 1 12:30:10 37.070 110.130 0.2 - 3.00 1. 12t - At- - 1.4 TIPPIPAH SPRING 2 3:50:24 37.345 117.246 0.4 -4.12 0.4 70 AD 1.4 1.3 SCOTTYS JUNCTION Ss 1000 LOCAL NyPOCENTER SUMMARY HORIZ VENT AZI DATE - TIME LATITUDE LONGITUDE ERROR DEPTN ERROR GAP (UCT) (DEC. N) (DES. N) (KM) (Kw) (KM) (DEC) DUAL Md MbIg OUADRANCLE SeP 2 0:57:22 37.401 114.128 0.5 0.35 0.0 so7 AC --- I.9 REVEILLE PEAK 2 14: D: 0 34.091 116.313 0.2 4.01 6.4 121 AD --- $.1 STRIPED HILLS 2 23:30:22 37.850 118.132 0.4 0.15 0.5 107 AC --- .I REILLE PEAK 3 0:40:53 37.332 117.255 0.2 2.04 0.3 07 AA 1.3 1.2 COLD POINT 3 7:27:35 37.539 11T.173 0.3 -0.11 2.2 $9 BC 2.2 2.3 LIDA WASH 3 23:31:20 30.504 IIS.720 0.2 7.37 1.7 122 AC 1.0 1.0 INDIAN SPRINGS 3 23:50:00 37.347 117.244 0.4 -. 20. 0.4 71 AS 1.7 1., SCOTTYS JUNCTION Sw • 11:30: 1 37.345 117.243 0.0 -0.40 0.1 77 AS --- 1.3 SCOTTYS JUNCTION SW * 12: 0:30 37.351 117.241 0.4 -1.1• 0.4 73 As -- 1.$ SCOTTYS JUNCTION 4 12323t11 37.346 117.242 S: 0.4 -1.03 0.4 70 AD -- 1.3 SCOTTTS JUNCTION I3 9 12:20:3l 37.341 117.264 0.1 0.74 0.1 so AA 1.9 1.7 GOLD POINT 5 10:23:20 37.864 116.130 0.4 0.00 0.0 1se AC 1.8 1.0 REVEILLE PEAK 5 20:35:54 37.351 117.242 6.5 -0.01 0.0 71 AS --- 1.3 SCOTTYS JUNCTION SW 0 1:3D:17 37.350 117.237 0.4 -1.03 0.4 71 AS --- .6 SCOTTYS JUNCTION SW 0 1:30:54 37.350 117.233 0.5 -0.70 0.4 104 AS --- 1.4 SCOTTYS 0 JUNCTION Sw 2:22: 2 37.331 117.210 1.0 1.4 1.3 I17 AS - 0 2:22:30 37.314 COLDS.9 POINT 117.233 1.0 4.04 1.0 170 AC --- 1.3 SCOTTYS 0 0:40:10 37.500 118.307 JUNCTION SW 0.4 0.40 1.0 Si AC --- 0.9 OUARTZITE MTN 0 12:58:20 37.011 11.134 0.4 0.00 3.3 ISS BC --- 1.3 REVEILLE PEAK 0 20:50: 3 37.341 117.240 0.0 0.10 0.0 70 AA -- • 1.4 SCOTTYS JUNCTION 10 141:4245 3:.:0m 11:.202 SE 0.2 2.03 1.4 135 AC - 0.3 SPECTER RANGE SI 10: 101:20: 3 37.57 113.134 0.5 3.00. 13 CC 1.7 1.0 REVEILLE PEAK 11 3:23: 0 30.700 115.407 0.• 4.70. - 211 Co 1.0 1 2 BLACK HILLS NW 11 10:44:12 37.05 110.120 3.4 0.70 0.0 107 AC 1.5 1.5 REVEILLE PEAK I1 140:3:40 37.050 116.135 9.2 0.07 0.2 1*$ AC --- 1.1 REVEILLE PEAK . 12 14:59:12 35.901 116.654 1.0 1.03 1.7 240 AD --- 1.4 WINGATE WAS" 13 11:20:39 37.:05 114.071 0.5 5.07 1.5 225 AD 1.3 1.3 OREGERSON BASIN 14 12:54:20 37.071 11:.12 0.2 7.00 2.0 :10 BC 2.2 2.2 REVEILLE PEAK 14 13:31:57 37.054 11.137 0.1 4.55 2.2 100 SC 1.$ 1.8 REVEILLE PEAK 14 20:40:17 37.117 11.15 0.0 4.35 1.0 111 6D 1.3 1.3 LOWER PANRANAGAT LAKE NW 14 20:51:12 37.1i1 110.132 0.2 3.00 1.3 is? AC 1.7 1.5 REVEILLE PEAK IS 7:12:31 37.853 110.130 0.2 0.81 0.3 Its AC - 1.1 REVEILLE PEAK 15 0:10:32 37.852 116.132 0.2 -0.41 0.3 10S AC - 1.5 REVEILLE PEAK 10 10:40:54 37.058 110.133 0.2 --- * --* 2.0 107 BC - 1.2 REVEILLE PEAK 17 20:55:': 37.344 117.248 0.4 -0.22 0.3 133 AS -- 0.0 SCOTTYS JUNCTION SW 1s 4: 5:20 37.330 117.251 0.5 -0.*1 0.4 112 50 1.3 1.1 GOLD POINT $0 0:12:35 37.003 114.134 0.2 0.25 2.2 1BY mC - 1.4 REVEILLE PEAK Is 10:25:27 37.050 11i.133 0.3 5.52 4.1 10 BSC '.4 1.5 REVEILLE PEAK 20 4:23:11 37.007 11i.133 0.2 0.51 0.2 log AC 2.0 2.1 REVEILLE 21 0:20:14 37.342 117.245 PEAK 0.3 -0.04 0.3 70 AA 1.4 1.3 SCOTTYS JUNCTION 21 0: 0:30 37.057 110.127 Sw 0.4 0.33 2.4 107 SC - 1.1 REVEILLE PEAK 21 0:40:40 37.835 110.130 0.2 0.41 2.4 1lo Bc 1.7 1.5 REVEILLE PEAK 21 23:20:10 37.852 114.135 0.3 8.25 4.2 1*$ BC 1.3 1.3 REVEILLE PEAK 22 0:40:25 37.226 115.111 8.4 4.09 1.5 IRS AD 1.8 1.0 LOWER PANRANACAT LAKE 22 1It 1:35 34.550 114.170 0.3 8.14 1.2 155 AC - 0.5 SPECTER RANGE SW 22 22:34: 0 37.334 117.237 0.2 3.02 0.3 103 AS 1.5 1.1 SCOTTYS JUNCTION 22 23:35:40 37.345 117.254 Sw 0.3 0.42 0.3 113 Al - 0.9 GOLD POINT 23 0:20:11 37.030 114.117 0.2 3.74 1.2 120 AS - 0.0 YUCCA FLAT 23 3:25: 9 37.241 117.259 0.4 0.12 0.3 III s0 1.7 1.5 GOLD 23 4:40: 4 37.333 POINT 117.257 0.3 0.05 0.2 111 Al 1.0 1.3 GOLD POINT 23 4:30:31 37.800 114.132 0.2 4.00 4.2 107 IC 1.7 1.4 REYKILLE PEAK 23 11:39:tt 37.870 110.149 0.4 5.12 4.1 1* BSC - 1.2 REVEILLE PEAK 23 22:22:25 36.740 114.610 0.3 2.12 0.0 141 AC 1.4 0.0 oIG DUNE 24 2:12:40 30.533 110.377 0.1 4.70 1.1 07 AC 1.0 1.0 LATHROP SELLS SI 24 2:41:40 3.1020 11t.712 0.2 7.22 1.1 129 AC o.5 24 14:20:34 - SARE MTN 37.350 117.240 0.4 0.20 6.4 71 As -- --- SCOTTYS JUNCTION SW 24 14:24:12 37.345 117.254 0.3 5.40 0.3 112 AS - 1.0 GOLD POINT 24 14:20:42 37.347 I17.253 6.5 -4.40 0.4 110 as - 0.0 GOLD POINT 24 14:27:27 37.351 117.247 0.3- -0.10 0.2 71 AD 1.0 1.7 SCOTTYS JUNCTION SW 24 14:35:50 37.344 117.261 0.4 2.87 0.0 70 AA - - GOLD POINT 24 14:51:11 37.337 117.250 S.C 2.32 0.7 170 AC - 1.0 GOLD POINT 24 14:54:11 37.340 117.245 0.2 0.49 0.2 71 AS 1.0 2.0 SCOTTYS JUNCTION SR 24 14:50:34 37.352 117.244 0.2 0.00 0.2 71 As 2.0 2.1 SCOTTYS JUNCTION SW 24 IS: 0:53 37.347 117.241 0.4 -- *.2* 0.8.. 112 10 - 1.2 GOLD 24 15:10:42 37.340 POINT 117.250 0.0 0.00 2.2 113 BC - 1.1 GOLD POINT 24 10:16:13 37.352 117.244 0.4 0.00 0.3 I11 As .- 1.2 SCOTTYS JUNCTION IW ji .. 1906 LOCAL NYPOCENTER SUMMARY "NORIZ VENT AZI DATE - TIME LATITUDE LONCITUOD ERROR DEPTH ERROR GAP (uCT) (DEC. N) (DEG. W) (KU) (KM) (KM) (DEC) OUAL Md UbI9 OUADRANGLE SEP 24 15:17:54 37.340 117.232 8.3 0.64 $.2 114 AD 1.5 1.5 COLD POINT 24 15:16:27 37.340 117.232 6.4 0.18 0.3 113 AS ------. 1 GOLD POINT 24 15:35:50 37.363 117.204 0.7 1.81 0.8 232 AD --- 1.0 SCOTTYS JUNCTION Sw 24 1S:42:53 37.340 117.244 6.3 8.30 0.1 220 AD ---- I .1 SCOTTYS JUNCTION Sw 24 16:34: I 37.340 117.242 6.2 6.20 8.2 71 AS -- 1.6 SCOTTYS JUNCTION SW 24 10:11: 2 37.351 117.245 8.1 0.25 0.1 as AS 1.4 1.3 SCOTTTS JUNCTION Sw 24 20:37:20 37.352 117.246 6.1 -0.21 0.1 71 AS 1.0 .6 SCOTTYS JUNCTION SW 24 20:40:14 37.340 117.255 0.2 6.06 0.3 11i AS --- 1.1 COLD POINT 24 20:51:59 37.349 117.236 6.3 0.35 0.2 I1 AS --- 1.1 SCOTTYS JUNCTION SW 24 21:17:10 37.353 117.243 0.3 -0.02 6.2 71 AS 1.6 2.6 SCOTTYS JUNCTION Sw 117.248 24 22:20:53 37.353 0.2 0.21 0.2 71 AS 1.5 1.3 SCOTTYS JUNCTION Sw 24 22:50:43 37.338 117.269 0.3 -1.03 0.3 151 AC --- 1.2 GOLD POINT 29 10:55:31 37.838 116.105 0.2 -0.24 0.2 M66 AC --- .4 REVEILLE PEAK 26 0:10:49 37.336 117.252 0.3 1.80 8.6 6o AA 1.8 1.4 GOLD POINT 26 5: 1:38 37.350 117.246 6.2 6.33 0.2 71 A: 2.6 2.0 SCOTTYS JUNCTION SW 26 5: 4:32 37.350 117.243 0.2 0.22 6.2 71 AS 1. 1.7 SCOTTTS JUNCTION0' 26 5: 6:10 37.345 117.292 6.3 0.02 0.3 113 As I.6 1.O SOLD POINT 28 5:47: 2 37.351 117.240 6.3 0.67 0.3 119 AD --- 1.2 SCOTTYS JUNCTION SW 26 5:47:54 37.345 117.235 6.6 1.22 2.6 113 so 1.7 1.$ COLD POINT 26 6: 0: 5 37.343 117.253 0.3 0.40 S.2 113 A --- 1.1 SOLD POINT 26 13:25:52 36.030 115.994 0.2 0.46 6.3 152 Ac --- 6.0 FRENCHMAN FLAT 26 22:43:52 37.334 117.250 6.2 0.73 8.2 111 AS 1.3 1.0 GOLD POINT 24 23:30: 9 37.351 117.247 8.2 0.31 S.k 71 AS 1.7 1.7 SCOTTYS JUNCTION Sw 27 0:35:33 37.348 117.245 6.2 0.36 0.2 71 As -- 1.1 SCOTTYS JUNCTION SW 27 0:54:32 37.354 117.244 6.2 -0.07 6.2 71 AS 1.4 1.4 SCOTTTS JUNCTION SW 117.250 8.5 8.04 27 13:35:12 37.330 6.3 173 AC --- .7 117.*241 GOLD POINT 27 15:48:23 37.315 .4 6.37 6.3 110 AS --- .0# SOLO POINT 27 16:26:42 37.140 117.411 0.3 6.74 6.4 117 AC 1.0 1.0 UDENMEB CRATPR 27 17:47:40 37.144 117.3*0 6.4 -6.13 6.6 113 SC 1.3 1.1 USBHESE CRATER 20 12:40:48 37.134 117.413 6.3 4.73 2.1 141 oC --- #.9 UE[NS[E CRATER 117.4624 6.5 6.42 28 15:41:54 37.165 i.8 124 :C --- 1.: USENESE 4.4 4.47 CNATER 28 18:43:22 34.833 "11S.087 1,1 203 AD --- 6. FRENCHMAN FLAT 26 23:32:50 34.633 116.346 0.2 6.52 0.3 6s AC 1.5 1.0 STRIPED HILLS 28 23:34:12 34.632 110.338 0.2 3.51 6.6 is@ AS --- 0.5 STRIPED MILLS 20 5:21: 1 30.834 115.065 6.2 2.08 0.6 178 AC 0.40 FRENCHMAN FLAT 20 0:51:0- 36.833 115.010 6.4 2.08 6.0 206 AD --- 0.0 FRENCHMAN FLAT 20 13:50:42 37.060 116.134 0.2 6.52 3.7 Is@ SC 2.3 - REVEILLE PEAK 29 14:30:10 37.853 116.129 6.2 2.52 1.2 ISe AC 1.0 1.5 REVEILLE PEAK 20 10:30:25 37.660 115.025 0.2 6.21 6.0 112 AS 1.7 1.4 NIKO NE 20 21:11: 7 37.01# 116.440 0.4 0.02 06. 133 AS --- 6.4 TIMSER MTN 29 21:29:40 37.007 115.066 6.2 162 AC 1.3 0.8 PAIUTE RIOLS 30 2:55:55 37.331 117.201 0.3 6.63 0.2 IOS As -- 0.7 COLD POINT 30 3: 3: 9 37.847 116.139 8.2 2.10 1.4 104 AC --- 1.3 REVEILLE PEAK 30 5:56:36 37.335 117.240 5.5 0.72 0.3 113 As --- 0.7 SCOTTYS JUNCTION Sw OCT I 3:23:46 34.044 116.275 6.2 3.71 1.2 1Is AS 1.3 0.4 JACKASS FLATS 1 0: 2:10 37.109 114.390 0.3 7.63 0.8 10 AS 6.5 0.6 THIRSTY CANYON NE 1 20:20:15 30.880 11.I175 8.2 5.66 0.4 70 AA 1.4 1.1 SKULL MTN 1 21: 0:11 37.854 116.132 O.2 2.63 1.4 Is6 AC 1.0 1.1 REVEILLE PEAX 2 0: 7:49 37.858 116.132 6.2 0.44 0.3 167 AC 2.2 2.2 REVEILLE PEAK 2 6:54:15 37.297 116.510 6.7 11.64 1.0 213 so 6.6 0.0 TRAIL RIDCE 2 13:41: 8 37.333 117.254 0.2 1.59 0.3 156 AC 6.5 1.1 COLD POINT 2 17:16:43 34.634 116.384 6.1 8.87 0,3 74 AA 1.0 1.1 LATHROP WELLS NW 3 16:33:57 37.340 117.256 0.3 0.27 0.2 112 AD 0.5 1.1 GOLD POINT 4 2: 6:34 36.673 114.421 0.2 3.00 1.1 74 AS 1.4 0.0 LATNROP WELLS NW 4 15:54:25 37.647 116.135 0.2 6.06 0.3 164 AC 0.7 1.1 REVEILLE PEAK 4 1:41:37 38.434 116.247 0.2 0.43 0.6 130 AS 6.4 O.7 SPECTER RANGE NW 6 10: 5:46 37.340 117.258 0.4 6.66 0.3 158 AC 0.0 *.7 SOLD POINT 7 19: 0:43 30.789 116.096 0.0 7.44 1.4 211 AD 0.3 8.7 CANE SPRING 0 12:20:58 37.844 115.685 0.6 1.66 1.1 146 AC 0.6 1.4 WHITE RIVER NARROWS 0 1:30: 5 37.050 116.129 6.2 -6.60 0.3 106 AC 1.0 1.4 REVEILLE PEAK 0 2: 7: 8 36.409 117.142 0.4 4.23 1.0 176 AC 0.6 1.4 EMIGRANT CANTON 0 7:45:28 37.864 1to. 124 0.3 2.12 1.4 154 AC 0.7 1.4 REVEILLE PEAK is 5:35:53 37.056 110.135 0.3 8.56 4.4 106 SC 6.0 1.8 REVEILLE PEAK Is 5:$2:15 37.040 114.140 0.5 7.30 3.0 104 SC 2.1 1.6 REVEILLE PEAK 1i 5:54:11 37.857 114.133 0.2 0.72 0.3 106 AC 2.0 1.8 REVEILLE PEAK 11 11:51:10 37.014 116.132 6.6 4.60 1.6 210 AD 1.3 0. 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N. 55 fi N 0 ens -. - a 0 0;N -fin no fine,.,... no no nfl - 0 - fi o ...... C C CftNc -nfl--" 4CC-nC - fin4 CC n-sn.- eecenr. N e C - NN -- N con e - N 4 N fq4 fi finn 'U N. - i--m- ens--s OCCCNC CCCCCC .-.-- fiee e.e.c. CNN NN N -NNNNNIN NNNnnN ftp.Nf.Nn fin 0 0 ( 5; I ( (' 0 1680 LOCAL HTPOC(NTcq SUMMARY NOR IZ VERT All DATE - TIME LATITUDE LONGITUDE OR DEPTH ERROR GAP (uCT) (DEC. N) (DEC. W) (KM) (KM) DUAL Md MbIO OUADRANGLE NOV 12 11;19:44 30.813 116.972 0.20 8.2 364 AD 0.3 6.5 SARE WIN 13 3;35:34 37.852 116.137 3 4.12 0.9 6.3 1IS CC 1.0 1.0 REVEILLE PEAK 14 1:41: 4 37.012 116.223 2.14 0.8 131 AS 1.5 1.1 TIPPIPAN SPRING 15 3: I: 4 37.114 117.122 5.41 2.5 lag a C 0.5 CLAIRE St 13 12:37: 7 37.352 117.254 0.0 BONNIE OSd1.4 3 -0.26-1.64 0.2 71 As 1.0 GOLD POINT I 17:46112 30.640 115.724 1.2 5.4 205 CO 0.5 INDIAN SPRINGS NW 1.0 16 17:50:28 37.273 116.265 0.4 11.45 1.7 to AC 0.4 DEAD MORSE 17 17:55:34 37.195 116.392 1.6 FLAT 0.3 7.70 0.4 67 SCRUGHAM PEAK $1 10:30: 9 37.100 116.379 AU 6.5 0.4 0.7 so IA 0.5 SCRUCHAM PEAK 17 18:51:38 37.1it 110.380 1.3 0.2 0.16 0.3 04 AA 1.5 SCRUGNAM PEAK 17 10120:42 37.202 11.363 1.1 6.01 6.7 164 so 0.4 SCRUGHAM PEAK 17 23:tS:21 37.760 117.643 0.1 1.I.7 a 0.1 11.51 3.o 267 10 PAYMASTER RIDGE 0.6 is 2:27:20 37.848 116.133 2.42 1.4 114 AC I.0 is 0.D REVEILLE PEAK 4: 1:40 37.840 116.129 0.37 0.4 Its AD 1.3 is 41.10.4 REVEILLE PEAK 20: 4: 3 30.623 1104.23 0.50 0.4 63 AA 1.4 II 11:53:37 SPECTER RANGE SE 37.354 114.042 0.7 7.00.. 5.0 17 GOCD1 0.3 1.4 to 23:20: 5 DELAMAR LAKE 30. 721 110.272 0.9 5.39 6.0 259 1.4 26 22:34:51 1.4 AD STRIPED HILLS 30.i676 111.104 7.34 6.7 17I 6.30.5 0.2 AC miNE MTN 21 14:20:31 37.342 117.293 0.4 0.13 0.3 112 AS 0.0 GOLD POINT 22 0:20:21 30.12 116.113 1.7 0.0 11,13 0.4 2i1 8.3 MINE MIN 22 4:14:37 37.246 13.74 1.3 AD .41 75 aC 0.5 1.2 BONNIE CLAIRE 22 19:38:30 30.583 114.2S5 0.76 0.2 1.1 87 AD 1., 1.1 LATNROP WELLS St 22 23: 7:5S 37.630 115.247 4.40 3.4 282 I.? 23 0.2 OREANA SPRING 23:31:15 36.004 11.17S 6.2 7.080. 0.3 so AA 6.0 1.3 1.6 MINE MTN 24 3:55:5: 37.049 117.544 0.3 4.109 3.5 187 IC 1.60.7 LAST CHANCE 25 12:23: 20 37.144 2.0 RANGE 114.296 0.2 8.31 1.0 01 AA 1.6 AMMONIA TANKS 26 0:21:32 30.914 116.763 0.7 1.66 1.7 72 AC 1.4 1ULLFROG 24 21:27:43 37.221 111.075 0.2 6.56 1.2 140 AC 0.4 SPRINGOALE 27 I: 1:37 37.070 116.032 0.2 0.511.S1 0.3 103 AC 2.0 1., YUCCA FLA! 27 0: 1:56 37.570 117.44* 0.2 1.0 02 AC 0.4 0.6 MONTEZUMA PEAK SW 21 8:17 13 36.B36 115.00 0.3 0.35 I.D 202 AD 0.3 0.6 FRENC)iAN FLAT 28 20:57:37 38.735 110.144 0.2 7.78 0.7 120 AS 0.2 0.4 SPECTER RANGE 2s 0: 48:17 36.9o3 116.144 6.4 kN 5i. l 1.0 204 AD 0.3 0.5 MINE MTN 29 11:36:27 36.901 116.219 0.3 2.13 0.4 302 AD 0.9 6.2 MINE MTN 29 14:50:34 37.302 114.060 0.7 6.49 2.2 197 so. 0.0 1.4 DELAMAR LAKE 30 4: ?:32 37.891 0.10 114. 186 8.21 0.2 151 "CC0.6 1.2 REVEILLE PEAK DEC 2 2: 3:30 37.853 116.132 0.2 0.33 0.2 106 AC 1 .7 1.9 REVEILLE PEAK 2 3: 53: 22 30.670 116.102 0.2 1.57 0.4 "a7 AA 1.3 1.0 SKULL MTN 2 14.44:43 37.330 117.276 0.4 -0.03 0.2 "173 AC 0.9 1.0 GOLD POINT 2 17: 45:23 30.437 116.063 0.2 10.63 6.5 AS 2.0 1.0 FURNACE CREEK 2 20: 7:14 37.021 114. 111 100 r*-. 6.2 0.24 6.2 AAAS 0.40.. 1.1 PAR1OC SUMMIT PASS 3 IS: 3S: 34 30.456 111.150 0.2 10.44 9.4 77 AMARCOSA FLAT 3 14: 30: 53 36.406 114.100 0.2 0.17 6.4 70 AA --- 1.0 AMARGOSA FLAT 3 16:39: 5 36.443 111.110 77 0.2 10.44 S.4 77 AA 2.0 1.0 AMARGOSA FLAT 3 16:46:14 36.463 116.103 0.2 10.11 6.4 AA 1.7 1.4 AMARCOSA FLAT 3 17:$$:S4 37.053 116.135 0.4 1.38 '.5 169 IC 0.8 1.S REVEILLE PEAK 4 9:14:57 37.840 116.120 0.2 2.02 1.4 124lOS AC 0.7 1.9 REVEILLE PEAK 4 10:34:27 37.333 t10.903 0.2 6.31 1.0 AC 1.7 1.2 TOLICHA PEAK 125 21:37:26 37.335 116. S05 0.3 1.5 124 AC 0.0 1.3 TOLICHA PEAK 11:24:49 110.018 30.01.3 0.3 13.36 0.4 AS 0.3 0.6 CAMP DESERT ROCK 54 1a:18:51 37.352 117.234 0.3 -0.36 0.2 182 AD 2.1 1.s SCOTTYS JUNCTION SW 2:21: 8 36.960 110.401 0.1 -6.20 0.2 AC 0.5 0.7 TOPOPAH SPRING NW 8: 5:33 31.868 111.899 0 0.2 11.40 0.5 171 AC 0.4- 0.0 CANE SPRING 4 8:26: 1 30.402 114.105 0.57 0.4 0S AA 0.2 10.117 2.4 2.7 AMARGOSA FLAT 4 0:26:13 30.459 114.166 0.2 0.3 of AA 1.1 1.0 AMARGOSA FLAT 0:32:55 34.41 110.154 0.2 16.71 0.3 09 AA 2.0 1.6 AMARGOSA FLAT 0:36:20 30.442 114.141 0.2 10.41 16.61 0.3 go AA 1.0 1.4 AMARGOSA FLAT 10:12:25 37.160 115.517 0.3 1 5.67 3.0 125 IC 0.5 1.3 FALLOUT HILLS NE 20:30:36 37.242 115.404 10 0.4 1.40 1.6 1I* AO • $.0- 1.4 DESERT HILLS NW 5:42:46 36.057 114.372 0.4 5.03 0.5 212 AD 0.2 0.4 STRIPED HILLS 10 10 0: 0:21 37.042 110.127 0.3 3.2 III 1¢ 0.1 1.5 REVEILLE PEAK IS: 3:53 316.31 110.332 0.2 3.00 1.1 42 AA 2.3 2.0 STRIPED HILLS 15:2: 10 34.030 114.*31 0.4 3.53 0.3 103 AD 0.4 0.7 STRIPED HILLS 15:37:40 36.041 114.330 0.6 12 *3.504 "0.2 IS$ AC 0.3 0.5 STRIPED HILLS I10: :30 37.0)02 116.120 0.3 12 11.16 1.4 112 AC 0.7 1.7 REVEILLE PEAK 15:52:11 37.065 116.124 0.4 10.46 2.3 1I7 0i 0.6 1.4 REVEILLE PEAK V77' K) 'I a ha 3 ah 0 2t4 - 0 (0 0 0 w3h ha muX MX OKa005ZZhWW ".!ZWWS CX aC l ;;W4 -O 0 0 4ha~h*4P44.-4 ~ i~p3 4 4 ."Z~D 0 0442 4 44 4 axaM..aa ~ f~jvZSa hha 4- hal Z.44D ~ hahhah( g h;:.x X:2 Z ý IL04400 2ZLZ 40 O .aS~~~~~Z~SZff n. a IL hh2aa hhhhg a 4 44 h ahh.4 .. 4~OW I ~ 2 .. h4 J..hh 4 5 5 (3 .,z-D a5.WUz ~ 500 .. J4ah6 0 0 2 04h40* hI 44 400h.' 4..Juwhah0 ha.J.0.'. :4.Jw4:C dh ha h4:::W 4 25 3550 0 (300 x" 0 4 z a~*034.2 a- a0.~35s 3.520 0 VP.... -- C- All 2 ten C -me.. 2 eUeQc. C00.ic ooeme -- O 0NN -00(-00- * cO -eeI N SC 44444 4 4 a04U A u 00444 44uouA C-4 a44 .4 4 -C 4 u4 .e -4e 0 4a(-4 0 t4 4U .4. 5 CC(4NNC (.WOCO *C0 4 *C(.4CO leCeeC ***Oe* OOV(CC- (¶eN*CC ioCOp. OCOOCO *fb(IOCC (4..CNCEI .. flfle 2 N-- N Nfl -. .me... 2 c409 CO(.0d.4C 0*100 S (NCO-b0 C ((CCNN7. CCC sC( flC CN.4CC 5520 CCCNNC eec-bee CC-t eCCO.. e** CCNCCC 2hahlha ha **** . U 0 ** *O CN -b**C@C & 2 .4.4CCOC * e co-C.. N*C00 t. 2 1.2 CeeCee *.o(bC* *ChaC COeffeC OCCOCI *N.*e haha .- n-eC *CCCN* .e*ee I 0. - I - - - 0 0 haS fl Nififi" -0.- nn..CC ,*, .IN**e-bfl CObCC N. N(,C Nflfl0 552 *@ ***C* **UUOS *@*@** @000CC ***@* *@O C 2h h.OSha MOOCOS e - C NO ...... CUe 0CC C C N CC n.e-be N *.4: 0.1. 0- N(.CCC *COfl NC (1 N ( bC* * CN COO . *6 : - AC .0:0 CO-boeN CC fl C C C C * 0 (.1.40 V.4CI.4 ,. CC (4(4 CC C--.... 0.0 - -C.4C(4 CC CON C *C. CN N CCC. N N 00 eCOCCO CCC NCC ...... 2 o------ *CCNCCCCC(4CO CNOC.4.1.40CC (4CCC-bC N.OC@0 05 C.CN- CINCOC NCCCCN OCCCCC (400.4CC CO O.CON eOOeEb 000C *NCV(CC * E CCO COCON O(.4VI((ON @CCCC NCCCE.4.4 *eefI*C CNOV.4 - . C-be-b-C 4 C C C(bNe CCCCOC NNNNNC cIhOOC -0 fnnon" -bOnn-b NCCCCN P.CNNNN CeNCNN *p.NNNN NNNNNC -- CNCNNN **CNNN ,in..4nVb(b 40 n-b-b-b-b-b fl-b(bU.4(I(( '.4l¶VbVbVbVI V3(I(.4IV(Vb -bfl-bV)bVb nnli'bV1(.4 *O*E(CN OCONO nfl.- C fl-fl fl . N4CCCNW *NCCN CCCCNO *CflfIC CUCCC' .. CCON *0fl1C -- .1.40(100 CO C. CCOV.4'.4 CN(4V( n'(NCO 0 ( (4(.4C COOlON *CE.4C(4 ...... - CCO CV(0ON . hfIfI@((N 10.CC Ii---*(.eCfl .. C0CC - eONel CNCOOC COO 0 2 .04(4 (414CC (.4 -bO(b(I (4 -C..(4 (IOCOO (.01.4CC *N C40 000CC S...... (4COCC CNC(40 C-bN-bO CC-em- -bCCCC e COCe (.0C -- -N..- - t4 - - 10 .me..... flflflflfl .. t.*CC CCC**O fififflOf ha. NOO*C CNNNNN NeCeC- -- (.11(1-b CCCC* a- u------ U ' (. U (. L ( Appendix B Station codes, locations, and instrumentation o.'-. -8 I SIATICOI INIFORM&1lOl PoCo 1OD O OPCRAIION LAIIILOt LOCINIuO(" (ILEVATION St I WoM It0IN CI" CODE S I at SO (TR/WO/DA-Yft/w0/DA) (Df WIhUICS) lot C MINUICS) (UCIC.I) MOCDII (DO) AMR Amorgoso. Col 36 23 04 N 110 28 45 w 720 L-41C 84 Aft A.gols Pogo. No, 34 It 17 k 115 34.46 To 7000 S-13 to 81/03/21 L-4C 91/03/21-ond 54 APkW Av~golaPolls, No. 03/08/05-p~ril0000 u4 10.10 h 115 35.22 w 251? L-4C 64 000 8.9 8,.llo.Ms. 790/1/2 3-g0 to000 3, 02.27 N lie 13.66 If 1720 L-4C 84 OT1 0011.4 ll01.90. Ms.. 70/05/30-pr .00.1 37 25.03 N lie 07.35 OF Mo2 (-41C *a owl slogs, Mow~loinl. Mo.. 00/02/2 -83/84/01 37 17.02 h l1e 38.74 OF 2181 L-4C 84 bulk0 $logo wal.lol~l. me. 83/04/01-vt.0.01 3, 17.35 0 110 38.43 OF 1o00 (-IC $44 CDIII Colig. poil10. o 80/92/00-4 I/1I/S 30 53.82 0 I10 18.05 Is 1367 L-1-30S (.ort.) O0 L-4C 18/1I/01-.*i 84 cps CP-I. ho.. 30 55.0 hOi 110 03.33 TV 1285 GCC-21 to 8000/06/5 L.4C 9880/05f-*I. 84 cis COIN.. Pods, Nov 37 30.40 a 116 43.54 To 1IM L--OC 84 OLM Elllemo o' M 1s.06oR. ho. 37 34 35 N 114 44.33 If 1730 1.-OC 84 (PH1 Echo Posts, hOV. 37 12.85 N lie 10.42 it 2285 5-13 to 80/04/25 L-41 00/64/25-o*' 04 [ P1110 Echo POoh. Nov 37 12.95 h1 110 10.42 TV 2,35 L-41C horlsoolol 78 37 i0 12 No 115 11.19 O 1300 L-4C ad CPO tool Poh-441*~gI Rg. ho 79/0I/2O-prosool rbly l..0161 wo..01@l00. Col, Ile 40.73 To 1025 L-4C to 94/09/02-r.0 CIR Gloom Lo0b*Rood, hov. 110 411.06 0 1435 L.-4C 84 37 IV.00of GAP Clad Mlo.,01@ft. lo". 117 15.58 IN 2155 1-OC t. G~lO Gold No..O0o 37 10.01 M 111 15.54 T 2155 L-41C ho,. .1.01. 75 G&W 0,,.. R@0... ho.. 84/00/22-proo.lon 37 20.03 so 115 40.27 To 1580 L-OC 04 Cho" Cloom Rooq. ho, 70/04/23-p..lsont 37 26 03 h 115 40.27 It 1580 L-OC 04 GYN C~p.o.Col 7 8S/132-pr0s ont 37 00.0 is 117 20.55 or 805 L-4C 04 Go"4 Gro....olo buoly. CAI 75D/11/20-pr~oson 38 11.200i 116 40. 74 To 1540 L-4C $' N Pico Hot Cross 00.9e. ho. 70/12/13.-Prso~ni 38 14.02 N 118 25.18 IN 2030 L-AC 04 7 JONI .ohool.. hoe. 84/0 /17-pro00.01 30 2G.30 M 110 04.18 0r 020 L.-4C 04 86/0 1/23-r0. jo~lm joll.llp. loo.. 30 20.30 w l10 "A.1 Of 920 1.-4C heiorlznoll 78 04/07/17-9f,esent 37 44.47 N l1e 22.80 Is L-4C 84 R...g. ho.. 1g80 KR:4A ::::III 78/I 1/13p ooo 1C olChoj M9t.90, CAI. 37 1.0.41N 1%730.84 0l 1455" L-41C 04 78/07/24-p to 000 LOP Losowol Pods, hot. 58 51.25 hf 110 10.05 IF 1935 1-41 04 00/63/07-prosont~ 38 44.40 0 118 10.37 W 1140 S-13 84 LSWM 1.11110,Sh..l Wt.. ho.. 34 44.40 of 116 10.37 TV 1140 L-4C hor I zonlol1 78 Colt. l0.o0re to 35 79/07/ 13-pr 0000 LSWE Lillis0 Sbi.pllMt. ho 34 44.40 If lie 16.37 is 1140 1.-4C horisonlol 78 70/16/ 3-pr00001 Co if Icwerod to 38 IICA MbOrbol Cootyon. Cal. 30 117 10.55 To 300 L-4C 84 MCI Mercswry. hme.. 34 115 57.73 To 1285 S-13 -94 wow woe.40,o Mooioiln. No 37 117 29.79 W 2100 L-4C 84 WTI ho..nl Irish. hov.. 37 40.441If 115 16.36 IN 1525 L-4C 84 2. 2375 L-4C 64 79/07/113-PrilliAI 37 42604 Is 117 22.66 w IP monlorwm4 Pass. Nov. 976 t.-4C to 80/04/25 64 70/07/24-protenr1 346 74362g t OA691IN DP 14090ft Pog.. Cal S-13 00/04/25-Pf 64 1656 L-4C 84 37 39.16 to 114 56 22 It PM North1 Pah'oc Wg. No so 36 26.63 N 117 03 95 w 1ose L-41C P,CC Pe,.o.,.t Range. Cal. 78 36 2411-3 M 111 63.95 w 1656 L-41C hO*,?@'-l0t pGE" pooa.,oI 601090.Col. L.-4C114 37 25.56 M 117 54.43 0 III" Psps P.P*? mouIII@,f. Cal. WGC-21 Is 11140~119 ?$/it/? ~resent 37 24.42 N Its 62.66 IN 1476 ON Penroc gongs. Woo. S-13 1110~/11"t. 64 L-41C 11*0101 78 37 24.42 Is its 62.99 Is 1470 "1 Is". P011.04 flon. Meo. P 04 37 46.67 Mt 115 54.66 IN is" L-41C KS ouaftb City S.ommt. Moo. 35 57.93 80 116 32.16 Is 676 L-4C114 ltd 0.00h of Sobeb WPn.. C4o 64 34 38.73 MN li6 26 26 9 loss L-41C D" striped Hills. me.. 64 34 56.67 Mt 117 61.94 R 1545 I.-#C C~v South Crop.. to* Wit. CO 78/11/2S9" resen S-13 6I/06/15-or 64 s4 34 36.27 i 115 69.31 11 1445 L-4C Shboop 00-90. ""o. $1/4/II1.080M011I ~.*t 6' 34 16 115 46.56 IN 1235 L-4c SPWG S1,a141,1me"*q. M'o. 79/67 1-pr soor.' L-4C 64 37 42.93 01 %is 64.-6"3 1645 SOG Sgo-a.nRents. Mo0. 34 55.54 N 1164113.11 111 2645 MGC-?I to 66/05/25 SSP Shoshlone Peak. Mo-. I.-'C 60/05/27-9t. 64 01/66/95-9' oson~t 8 37 42.64 M 117 '6 65 Is 2620 L-'C SuVp Sb lo* Pass 110-90. Mo 76/64/66-9' osonI 84 37 03.6" I11643.52 IF 1469 L-AC 1CM Thirsty Canyon. Moo. $4/06/2 " resent L-4C $a 37 412.65 if 116 23.13 to 1756 Twilit lineao wt.. Mov. L-SC 64 76/I91/261/3 / 34 43.32 M 117 24,43 IN 2195 Sboo Inn mo~untain. Cal. lots L-4C 64 37 34.34 6 115 30 9 5 W ?PU leoi.outo Miourntin~. Moo. 76/04/2 " resent L-'C B. 34 47.53 M 116 37.6 U I64s OCt wildcat Maun.Ioin. KOo. 06/01/64r3 OS L-4C 44 37 56.6 ItN 115 35.34 I?"4 MR" Worthin.gton HMt$. MeWoo S-13 64 34 51.29 N 116 31.66 If 1174 YMll Yucca tdourtobn. Now. S-1) 64 34 47.12 Is 116 26.16 Is 1646, YU12 Yucca Moeuntain. Nov. 34 36 47.73 Is It* 24.710 Is 1654 S-13 Vtd13 Yucca Mountabin. MeO. 8 34 54.53 M0 lie 27.67 IN $254 S-13 Moo. Yucca moun~tain. L-41C lhae iantel 76 YUT4 34 54.63 6 116 27.67 U 1254 YM4M Yucca Mountaitn. Mov. Gain t*ooeod to to 1256 L-4C lho.ZfnIGt 78 50.63 " Uf Yu4E Yucca Ue.~nthin. Nov. 34 116 27.67 won [email protected] to 66 SI13 64 34 53.6 6to 1li 27.23 V 1374 TWT5 Yucca moun~tain. Mov. S-13 34 34 51.51 M 116 24.26 Is Ilse TUlS Yucca Mdountain. Me- I APPENDIX C Input parameters to HYPO7I -N. .7- a. ý Hypoeenter Parameter. Used for Earthquake Loeatim Procedure Routine earthquake4ocation from phase data obtained from the southern Creat Bas network is done I using the computer program HYPO71 (Lee and Lahr, 1975). Their program haa been modified to compute theoretical travel times of seismic rays to actual seismograph station locations, rather than to some mean reference ground level, as in the original computer program. This modification was necessary because SGB station elevations vary from 300 meters above sea level (station MCA) to 2620 meters above sea level (station SVP). Since most station elevations are greater than 1000 meters, we allow earthquake depth of focus to rise to -1.2 km, where negative depths (actually elevations) represent foci above sea level. Test variables 14 and 15 in IIYPO71 have been assigned values to invoke the variable surface layer thickness option (see Table C2 below). A second modification to the HYPO71 program computes local earthquake magnitudes according to the methods discussed in Rogers and others (1987) in the section 'magnitude estimation details.' Test variables 16 and 17 in HYPO71 are assigned values to determine M,., the coda amplitude magnitude developed by Carl Johnson (1979). Three event magnitudes, ML, Mj, and M,. may be obtained for each digitally-recorded earthquake. The magnitude in the column with heading 'Md' in appendix A, this report, is an average of I,. duration magnitude, Md and coda amplitude mnagnitaide, M,., if both estimates are available for a given earthquake. For develocorder-film-read earthquakes, only total coda duration is routinely read to estimate magnitudes. When a single magnitude is needed for an earthquake, for example, when plotting epicenters according to earthquake size, we average the three magnitudes by the formula M - 0.5 ML + 0.25M4 + 0.25M,,. E The P- ar.J S-wave velocity model used to locate earthquakes is shown in table Cl- elow. Depth to top of layer P-wave velocity S-wave velocity (km) (km/lf.) (km/lec) Station Elevation 3.8 2.22 1.0 5.9 3.45 3.0 6.15 3.60 24.0 6.9 4.04 32.0 (halfspace) 7.8 4.5C Table C1. Southern Great:Basin P and S velocity model. Sea level = 0.0 km. The values of test variables employed in HYPO71 are given in table C2 below. TEST( I)= 0.1 sec TEST( 2) = 30.0 km TEST( 3) = 0.5 TEST( 4) = 0.05 km TEST( 5) = 5.0 km TEST( 6) - 1.0 TEST( 7) - .1.276 TEST( 8) - 1.866 TEST( 9) -0.00227 TEST(10) - 100.0 km TEST(11) - 8. TEST(12) - 0.5 TEST(13) - 1.0 km TEST(14) - -1.2 km TEST(15) - 999 TEST(16) = 0.852 TEST(17) - -1.766 Table C2. HYPO71 test variables as discussed in Lee and Lahr (1975). Pertinent control card options are ZTR - 5.0 kih, XNEAR - 10.0 km, XFAR - 220 km, and POS , 1.71. Appendix D Horijontal component *e;imometer electronics and calibrations I'-, Horizontal component seismometer electronics and calibrations In 1984 one north-south component seismometer was installed at stations GMN, PCE, JON, GMR, and PRN. North-south and east-west component seismometers were also installed at YMT4 and LSM. The names of these stations are GMNH, PGEH, JONH, GMRH, PRNH, YM4N, YM4E, LSMN, and LSME, respectively. Station and telemetry electronics for these instruments are similar to the vertical compo nent electronics discussed in Rogers and others (1987, appendix A). A notable difference is that almost all horizontal instruments are Mark L4C seismometers, and their output is input into Teledyn.-Geotech 4250 amplifier/VCOs. The three component station at Little Skull Mountain (LSM) has S13 seismometers. A comparison of tht .,,mplification of the L4C horizontal seismometer system with Teledyne Geotech ampli fier/VCO and discriminator and the L4C vertical seismometer with Tricom amplifier/VCO and discriminator is shown in figure Dl. Since the vertical component seismometers arn higher gain than the horizontal components, we rely on the horizontal stations for magnitude estimates when the rest i the a.etwork is overdriven. Also, ML calcula tions normally proceed from scaled horizontal ground motion; thus the vertical instrument amplitudes must be converted to equivalent horizontal motion using a fixed amplification factor (we use h = 1.75u; see Rogers C:) and others, 1987). The horizontal instrument peak ampEtude data are therefore useful to verify this factor. Perhaps the following detailed information on horizontal station calibrations is therefore warranted. Field calibrations are performed at the stations every six months or as needed. A field calibration entails applying a known current into a seismometer calibration coil at fixed frequencies, and setting the amplifier/VCO gain 0 so that none of the signals are overdriven (output peak voltage < 5 volts). The signal is monitored on the PDP 11/34 computer at Golden, Colorado, where the digital output (Scounts") is reduced to equivalent "-" ground motion. This computed ground motion is compared with the expected ground motion where y -peak-to-peak ground displacement (m), i, = peak-to-peak current input to calibration coil (amps), G, = calibration coil constant (newtons/amnp), M = transducer mass (kg), and w = angular frequency of oscillator (radians/sec). If a divergence of > 20% between computed and expected ground motion occurs in the 2 to 10 hs range, the electronics tochnians-ar notifedso that further action may be taken. Although 20% may be considered a large error for magnitude calculations, such an error represents a ML variation of m 0.10 units, a small difference. Furthermore, the calculation of expected ground motion involves the factor G., which may vary by 20% to 10% from the nominal value (0.439) used when no other information is available for a particular L4C seismometer. Table D1 shows percent variation in computed ground motion at various stations using manufacturer's reported values for M and G. where available, or nominal values I for M = 0.98 and C, = 0.439 otherwise. The filters used to reduce digital counts to ground motion are discussed in Rogers and others (1987, Appendix A). The 10 hs calibrationt may be a trifle low due to a calibration coil-main coil interaction (inductance), rather than to errors in computed amplification of ground motion. (This interaction is even more pronounced at 20 hs, to the extent that the digital response at that frequency appears S0% lower than expected.) F~requency (hs) 0.1 I 1.0 j 2.0 5.0 10.0 STATION % Variation YM4E -4.0 -4.7 -3.9 -9.6 -19.4 YM4N 5.8 -10.7 -10.4 -13.2 -22.9 JONH 6.4 -1.5 0.8 2.5 -4.9 GMNH 13.0 11.8 16.1 14.5 7.1 PGEH -12.0 -7.9 -4.4 -5.6 -15.5 PRNH 9.1 J 3.0 7.7 6.6 -4.7 Table D1. Percent differenc, between computed and e-Npected ground motion (Difference(%)- 100 x iom! -EetedCk ) These calibrations were performed in late 1986 and early 1987. There is no observed ground motion during a field calibration, so the tests are indirect. N ? I 0 ]L4C systems 0 00 E 2 C -'a 1 -~~ 0'00 Frequency (hz) r.ismometer input into a Teledyne-GeoteCh 4250 Figure Dl. - System amnplification of a L4C horisonatl into a Trhcom 649 amplifier (curve S~amplifier (cur:*• 1) compared to that of a L4C vertical seismometer input The ground motion (digital counts per meter ground displacement). * 2), expressed as digital amplification of h =- 0.84 damping, and effective generator constant seismometer of curve 1 has natural frequency f,, = 1.0 •s, are - 1.0 ha, h •-0.71, and Ga. - 126.5. These G = 176.7 volt sec/meter, and that of curve 2 has f. we use different shunt resistors Smeasured values for particular L4C eismomietere. The GWs differ because tor the two systemns. Both amplifiers have 48 dB nominal gain. r -'. I *A4 . IKPORAMAON ONLY -J C I-. 0% C 0 SOUTHERN GREAT BASIN SEISMOLOGICAL 0% 0% DATA REPORT FOR 1980 AND PRELIMIARY DATA ANALYSIS CD cý OPEN-FILE REPORT 81-1086 1ul c0l PREPARED BY THE U.S. GEOLOGICAL SURVEY FOR THE NEVADA OPERATIONS OFFICE U.S. DEPARTMENT OF ENERGY INTERAGENCY AGREEMENT DE-AIO0.78ET44802 I .m.mm UNITED STATES DEPARMETNT OF THE INTERIOR GEOLOGICAL SURVEY Southern Great Bain Selmological Data Report for 1980 end Preliminary Data Aalysls By A. M. RoSers, S. C. Hars.;en, and V. J. Carr C I co Opew-File IRport 81-1086 Cý 1981 Prepared by the U.S. Geological Survey for the Nevada Operations Office U.S. Department of Energy (Interagency Agreement DE-AI08-78ET44802) The use of brand names is for descriptive purposes only and does not constitute endorsement by the U.S. Geological Survey *4 Table of Contents Page 1 Abstract ** ** . * *.. a 00. 6 00 o. o..°* * * °* Introduction . .* * . . . . * * e *° * * * # - - *0 * 2 * S 2 . Aeknovlodgm•nts ...... *. . *...... * S S 5 e & Instruaentation . * * * . . e * e e* 9. * . * a * . * . . 7 Magnitude Determination . . . . * ...... & 7 0 S. Earthquake Data and Analysis . I I ...... S 16 0 Discussion0* . . . .* . . . * . . . . * . * . . * * 21 CV Sumamry...... 0 . . 22 References Cited ...... 23 0% and Appendix A: Station Codes, Location, Instrumentation, 0 a a * . Polarity Raversals ...... * S S S S .21 ...... Appendix B: Input Paraseters to HYPO71 * S S * * 27 Appendix C: 1980 Hypocenter Smmaary ...... Appendix D : Hypocenters, Phase Retadings, Durations, and . 42 j First Motion Diroctions for 1980 Earthquakes .. Illustrations 00 location of seimograph Figure I.--fap showing 3 stations near in the Southern Great Basin .... *.... Figure 2.---Map of generalized tectonic features 4 in the Southern Great Basin ...... 6 . .... Figure 3.--Magnification curves for the netvork system . . . . 9 Figure 4.--Histogran of earthquake depths ...... 10 . .... Figure S.-Histogrsa of earthquake-epicenter horizontal errors 11 errors .. Figure 6.--istogram of earthquake-hypocenter vertical Figure 7.--Epicenters in part of the Southern Great Basin 12 from 1978-1980 ...... i Earthquake data for the calendar year 1980 are presented for earthquakes occurring within and adjacent to the southern Nevada seimograph network. Locations, magnitudes, and selected focal mechanisms for these events and events from prior years of network operation are presented and discussed in relation to the geologic framework of the region. The principal results are that (1) earthquakes concentrate in fault zones having a northeast orientation, (2) fault zones having a northwest orientation are quiescent or nearly so. and (3) no earthquakes have been detected closer than 12 ka to the Yucca Mountain nuclear waste repository study area. r) 0 C) C/ -. , q J. m I .3*0*0 50 100 C! , I I , , KI~it qv JON.Selem $I0hoo Pr-FF.4,gbmpoole *KVt.pkcb Vogler so-swo Now"630 Jr. Jeogee Flog SF-ste..1.e Plot CF.C'em Fie# MUM6u@' Odate1 ?MC.Timbt W... COI... CSP.Co.. spriol poln IONT.Ub@o #41611 Yr. Yucto Pole awftmWAote"moel**U Figure l.--Locations of saimograph stations in the Southern Great Basin are indicatied by triangle.. The locations of the proposed nuclear waste storage facility is indicted by the letters YR (Yucca Mountain). The generalized locations of other geographic features are also shown: mI-Barg mountain; CF1-Crater Flat; rF-ftenommn Flat; JF-Jackass nlat; M"I-ne Mountain; IN-Ranger Mountain; SYJI-Skull Mountain; TNC-Timber Mountain Ceuldera; YF-Yucca Flat. I data were used in this report from stations operated by Sandia Laboratories and the University of Nevada. The Sandia stations at Nelson, Nevada, and Leeds, Utah (NIL and LEE), were operated by personnel at the NTS. The University of Nevada station at Tonopah, Nevada (TNP), is operated by personnel from the University of Nevada Seismological Laboratory at Reno, Nevada. Financial support of the Southern Great Basin seismicity study is provided by the U.S. Department of Energy's Nevada nuclear waste isolation program. We acknowledge the assistance of Jean DeWoody, whose drafting work and film reading were essential to the completion of the report. INSTRUW(NTATION The network is composed of short-period vertical component seisonmeters (Mark Products L-4C and Geotech S-13) having a I Rz natural frequency. Seiemometer outputs are amplified and frequency modulated by a Tricon model LU 642 amp-VCO having a dynatic range of -42 db and relayed by a Rapco 810-038 transmitter to a central data collection point from which the data are sent by telephone data channel to Golden, Colorado. Power at each station is supplied by a solar panel (Spectrolab LEC 12V-1.5A) with battery backup. Demodulation - of the FM signmls is accomplished by Tricon model 643 discriminators whose base M output serves as input to Develocorder film recorders. A common time (WWVB) is also recorded on each film. Three film recorders are required to accommodate the data from the network. The magnification of this system is shown on figure 3, where the curves correspond to the type of selsmometer employed. At about 15 Hz the response peak is produced by the roll-off in response of the Develocorder galvanometers. Prom 15 Rz to 30 Hz the response decreases at 6 db/octave, and above 30 Hz tha response decreases at 18 -_ db/octave. These response curves zre drawn for a nominal amplifier gain setting of 48 db. The actual operating gains and seissometer types at each CO" station are given in appendix A. The gains are normally 84 to 108 db depending on the background noise at each site. Two sets of 3-component seaismometers are also operated at the surface and subsurface of drill hole UE25a-3 (Stations CDH-l, CDH-5). The downhole seismometer is at 1055 a elevation and the surface instrument is at 1387 m. These seismometers are Mark Product L-1-3DS with a 4.5 Hz natural frequency. Data from one horizontal and one vertical seismometer are recorded continuously with the network data. The six uphole and downhole components have been intermittently recorded on magnetic tape as part of an experiment to study the differences between surface and subsurface ground motion. Station calibrations are conducted irregularly at present, but average every 3 months. The calibration procedure is conducted in two steps. First, the electronics are checked separately by connecting an oscillator of known voltage across the amp.lifier input and comparing this voltage with the output of the discriminator in Golden. The input and output voltage should be equal, and adjustments are performed as necessary to maintain proper voltage levels. In the second step, a pulse of known voltage and sign is applied across the saimometer calibration coils. This procedure permits a check of station polarity and, in principle, permits an absolute system calibration; at 5 station present, however, only station polarities and relative changes in magnification are checked. Records of station visits and services performed are kept In Golden and Lam Voeas. M•GNITUDE DETERMINATION Table 1 shows a comparison of magnitudes determined from the coda 3, this duration using the equation of Los and others (1972) (see appendix at report) with Richter magnitudes reported by the University of California U.S. Berkeley, California Institute of Technology at Pasadena and the in the Geological Survey. This comparison was possible for earthquakes for magnitude 3 to 4 range and shows that duration magnitude is adequate at lover events of this size. In the future this comparison will be conducted magnitude ranges by computing Richter magnitude from the network earthquake amplitudes. EAITHQUAKE DATA AND ANALYSIS program Earthquakes in this study ware located using the HTY071 computer given in (Lee and Lahr, 1975) with program parameters and crustal model as an improved .0 appendix B. Both P- and S-wave phase readings were employee when of 1.75 used is supported epicentral solution resulted. The P/S velocity ratio 762 earthquakes by other data from this region. During the monitoring period, C). The were located, and of these, 356 occurred during 1980 (appendix magnitudes of the events range from 0 to 4.0, and the depths of well-located 4). than half of range from surface focus to 15-20 ka (fig. More o earthquakes of less than the earthquakes have standard errors in the horizontal location error in the depth of I 1.0 km (fig. 5), and the same proportion have a standard less than 2.5 ka (fig. 6). The overall quality (Q) of the earthquake locations, as defined in appendix D, is as follows: SNumber Percent - A 5 1.4 B 89 25.0. co C 212 59.6 D 50 14.0 TOTAL 356 100.0 quality of data Improvement in the accuracy of locations is expected as the or station becomes sufficient to perform simultaneous velocity inversion corrections and earchquake locations. is Recent sei•micity located by this network in the Southern Great Basin of recent seibmicity depicted on figures 7-10. Several important features the are the principal are apparent (figs. 7, 8). First, certain areas of the NTS areas include Pahute sources of earthquake activity within the network. These and Mesa, Yucca Flat, the Frenchman Flat area between Massachusetts Mountain (fig. 1). Second, Ranger Mountain, Jackass Flats, and the Rock Valley area with the outside of the NTS area seismici•y is presently more diffuse, from July to exception of a swarm of sevaral hundred earthquakes that occurred km of NTS (fig. December 1979 near the Pahranagat shear zone about 80 east parts of the NTS 9) Third, there are zones of relative quiescence in various Timber region; included in these relatively quiet areas are Yucca Mountain, zones, the Mountain Caldera, parts of the Furnace Creek and Death Valley fault I 7 908 14 0 197 DEPTH OF WOCUS DISTRIBUTION is 14 ~~...... 12 • 4•"...... 10" uJ 0• '0 z .In ...... 2 * 0. 13314.|.. U 4,, DEPTH, KILOMETERS A and B quality locations (1980). Figure 4.--Deprh-of-focus histogram for earthquakes Vith C t( ( ESTIMATED DEPTH OF FOCUS ERROR 5i 4 co 4 •D " ~...... S ...... 2 z a ...... ~~~~~~~~~~...... S ...... !...... 04 S, Is a 6.S 8.$ 2.$ 1. $ 4I 4.S S .1A I .5 7 7.S 0 LS I LS ERROR, KILOMETERS FiLure 6.--Nepth-error hisrorgra, for earthquakes vith A, B, and C quality locations that do not have restrained depth@ (1980). QUAL-IT Y 0 MeW I0 I IJIO x SI 30 II--I. k)S* with epicenter quality and magnitude ae Figure 8.--SGB epicenters from January 1, 1980 through December 31, 1980 plotted storage facility is indicated by the letters YT (Yucca Mountain). parameters. The location of the proposed nuclear waste Spring Mountains, the Las Vegas Valley zone, most of the Desert Game Range, an the Cactus Range area southeast of Tonopah. A large area of roughly 6000 ka that is bounded by stations RVE, BLT, GcR, MTI, SRLG, and WRN is relatively quiescent it contained about 6-7 earthquakes during the monitoring period. A large area between Goldfield and Tonopah appears to be aseismic, although station density there is low. Fourth, the existence of the postulated east west seismic belt appears to be supported by the network data, although its boundaries are poorly defined, especially to the west. The earthquake swarm (fig. 9) that occurred in the area of the Pahranagat shear zone in !979 is a good example of bursts of seismic activity of a type noted elsewhere in the Southern Great Basin. The main shock, magnitude about 3.9, occurred on Aug. 12; it was followed by five other events ranging from 3.2 to 3.7 magnitude during the next 48 hour2. The main shock was preceded by ab-it one-half hour by a magnitude 2.9 event and by four other smaller events during the previous month. During the 48 hours when the five large shocks occurred, smaller events occurred at the rate of about one every one-half to 2 hours. The rate then decreased somewhat until about Aug. 20, after which act-tvity was more sporadic during the rest of the year. Relatively little C activity was noted in the Pahranagat area during 1980. As shown on figure 9, the larger events ware essentially confined to a structural block between two strands of the northeast-trending Pahranagat shear-zone system. The smaller events, though tending to cluster near and northeast of the larger events, were more widely diffused within the faulted volcanic terrain. No surface o faulting of Holocene age, and probably none of middle Quaternary age, is present in the Pahranagat area (Ekren and others, 1977). However, the linear aspect of the topography at many places in the area suggests that fault movement affecting surface rocks could have occurred during early Quaternary time, or that relatively contInuous small structural disturbances have resulted in preserving the lineaments through very small incremental movements. The activity in the Pahranagat ases is reminiscent, though more -- swarm-like, of earthquakes that have occurred near the Yucca-Ftenchman shear zone (fig. 9) at NTS. Some of this activity has been described by Carr (1974) and Fischer and others (1972). At NTS this activity seems to be concentrated where northeast-striking shear zones intersect the northwest-trending Yucca Frenchman shear and flexure zone; activity is much lower on the northeast side of that zone where fault trends are oriented north-northwesterly instead of northeast. In Rock Valley, in southern NTS, detailed study of a strand of the northeast-trending Rock Valley fault zone has shown (Szabo and others, 1981, p. 19, 21, fig. 9) the likelihood that relatively small earthquakes may have caused surface movements of a few inches to a foot or so at a time, and that the small scarps formed may have been obliterated in a few thousand years. The same process nay be occurring in the Pahranagat shear zone and (,n other northeast-trending fault zones in the Southern Great Basin. Other examples of swarm-type activity have been noted in the region in the past, but the history of the activity is not as well documented as is the case with the new seismic net. Some examples of precurrent network swarms include activity on a p3rtion of the Rock Valley fault system near U.S. Highway 95 in June 1975 (Rogers and others, 1977, p. 61), and in the Pahroc area about 30 miles west of Caliente (Bayer, 1972, fig. 5). Seismic activity in the Pahroc area has diminished greatly; that in southern Rock Valley continues, but at a lower rate. 15 Li "1 C 'I e b-i 0 w S C. -0 C, I ".6 F, "C S 'U I-. n 00 S -o I, S 'I S Li B b0 S F, S c-C C n n S c. -4 F, fi S I ca2 S I-. aF, S 'I S S 7 S 0 C * -I ft .c '7. C' rt it a put ap 3.3Sa 3,33. p8 ON -I a a *01 9 0 814 0 20 1 C C), 0 0 08 - 0 T a/"= oc TT 0 ma d. v n.0 Figure 12.--First motion directions and inferred local mechanisms for selected earthquakes. 19 have suggested that smagnitude may be limited upward on northeast-trending faults in a portion of the Nevada-Californla seisnic zone (fig. 2). The seismic hazard at Yucca Mountain is ambiguous because, although no earthquakes have been detected there, faults do exist on and adjacent to Yucca Mountain that have north-south orientation and, therefore, should have potential for slip. Several questions remain to be answered. Are the Yucca Mountain faults unstressed because of previous prehistoric slip or the existence of a shear stress shadow zone due to slip on nearby faults? Are the Yucca Mountain faults less active because of some undetected differences in basement rock or mechanical properties relative to surrounding faults? Do buried intrusive rocks associated vith several caldera and volcanic centers around Yucca Mountain somehow act as a buttress or lower the stress acting on Yucca Mountain faults? Continued analysis of data collected by the seimic network, studies of earthquake source parameters, seLsalc recurrence studies, studies of fault stress patterns, and other related geologic and geophysical studies will provide a better basis for answering these questions. - SUMMARY 1) Three hundred and fLfty-sLx earthquakes have been located during the 1980 D calendar year. None of these events occurred closer than 12 km to Yucca Mountain, which is being explored for a nuclear waste repository. CN1 2) The magnicudes of earthquakes within the network recorded to date varies between 0 and 4.0. A significant number of events below the magnitude 1.5-2.0 level, however, could not be located. 3) The earthquakes are occurring on faults of northeast to north orientation. 4) Several major fault zones with a northwest orientation are quiescent or nearly so: Death Valley-Nrnact Creek fault zone, Las Vegas Valley shear zone, and faults in the Spring Mountains. Large portions of the Desert Came Range and Southern Timber Mountain cal.dera and an area northwest of -- the NTS are also relatively quiescent. 21 0 Lit i 741 1 Z a 4LA aj do 30 10 0. Z 0 0 0 0 0 Z 0 o o z 0 0 z z0 A,0 Z o o 80 00 49 96 -a"t 4-$3w uol6ul~41j0P NAd 61/216Z 01 6L/9192 6t/216? 01 6LI90IIZ ,Asm *;&ad I..jtijo 11dA aAS 61/9/6? 01 WA9I9Z A* 'buti qt4ra JaAll5 .Ask Ova su04l0US dlSS 02190/t0 01 61/912Z co .Abfj OsbutvaUriesq 6,L19/6Z 04 6Z1919Z *AON sabu~a 61lS~A4u ZAV ^all OSU$bi WG'4%S to U00"C 6jLIV16Z 03 6&1919Z .Aatj ellownS All) u&Sfl0 "dad 6LI1/6Z 03 6Z19/81 -^&N ***Ufa 3OJmtd 61l/6Zb 01 61/1912Z -Agfa #SOURN 2Ojudd IdIJON N'" 61/216Z 01 61/912Z -AS,, elfdd v5fl2*luod 6112/6Z 03 61/919Z *At&N 0'Ii'J zUfloh C~) 61/2162 01 6Lt/9/VZ *Ahfd OUJlflU'~o jernf~JO ul *AON #IOUtU SDU@f) 'go" "31" UIIL0306116 16Z 01 6119192 6919161 01 UZ/919Z .AON SwtvaUf~0w P10I 0110/ZtO 03 6ILIII *ASOW OPR01 64el D00JO Niel Okawfacurv lecrutivtd 41113 ORIZIIZ 01 4WJ9J9t -*"a *1496 0t423 03d .Ask *-Saw Jowelso *a"U OIIZLICI 01 091316 *t-d) 23E0 Mi3Al"ANOWIAW@) AliS~iod 3SfdlAlV *Ol~d40 No0i AWLs 1VSUIAlU LAIVVlOdv 9 0 8 1 4 0 2 0 6 :3 xTpuaddy A.xvu=ns -za2uszodAR 0861 LATHROP WELLS* 26 3 1 50o V19 .12 0 154.24 v 1.1 0 1.4 16' 3t S71.12 36-49 a' 114.39 W 23.? 1 1.3 As" mlA*OVS 28 IT a? 25.39 37.2* Is 57.61 v 13.4 r 5.4 MAGIusIS MOUNTAIN 26 is 4 5.63 34.13 is 554.2? W 2.1 1 1.9 LATNIOV WELLS so 0 33 I.SS 37.164 N 5F7.3 V 7.? F 1.3 "1. JACKSON so 9 29.14 34.79 N 55S.84, W 7.1, 6 1.3 NesCUll s0 15.35 7. 3.419 It 115.24 W 52.3 f 2.4 LAS VISAS 30 14 26 32.64 34.42 N 114.28 W 7.4 F 1.1 LATNIOP WELLS 31 14 *0 41.2? 3V.28 4 11P.641 W 1.0 F 2.4 "AgaUSIel MOUNTAIN raFlU Is55 &*1.39 Ins? a m1.89 W 1.4 f 5.0 SILVIA Plat 02 49 33.39 57.54 is 15P.41 V 53.1 F 1.8 FIT. JACKSON OR 3?, 9.1? 3.4.8 a 514.23 v 9.4 0 5.0 LATHROP WILLS 0& 163 34.14 34.39 N 111.16 V 4., 0 5.3 LAINIOP WILLS 04 54 S 5.19 31.1p 155.14 0 9.3 1 1.9 ALAPNI 04 1 195.48 34.43 T154.33 W 2.3 F 2.2 LATNIOP MILLS as 34 51.03 37.07 N 114.20 W 7.I F 1.2 SILENT CANTO* YUCCA FLAT @4 5IS.*9?6 37.53 N 114.36 v 50.0 9 5.2 TINSST? CANTON 04 4919 .34 37.19 N 554.41 W 20.7 F 0.8 TINSIBT CANTO* C04 9 0 511.46 34.44 N 116.29 W 0.4 F 1.8 LATNIOP MILLS 04 51 19 54.64 34.42 N 554.32 W 1.3 F 1.2 LATNNOP MILLS 51? 2 1* 24.33 37.564 N 55.50 V 51.1 f 5.1 SILENT CANYON - SCIA FLAT It1 23 42 50.44 37.39 ft 157.55 W 23.9 0 1.3 N6AGRIJOII MOUNTAIN 20 1 41 32.95 37.74 N 153.10 V 21.0 F 1.3 NIKO 20 322.34$2 ?7.2$ N 117.27 V 4.3 F 1.1 MY. JACKSON 21 4 && 18.32 36.91 N 557.15 V 17.? F 2.0 bay MOUNTAIN 11 1 S2 0.35 34.92 Ns 117.72 V 1.4 f 5.4 pa1 MOUNTAIN 22 3 3? S5.71 37.16 Ns 155.43 V 50.3 F 5.9 6400N LAKE - 4 5 54 24.41 164.1 N 558.41 V 9.0 F 0.? AsN NcAfSUS co24 54 23 56.93 31.0* N 117.50 W 1.4. F 0.* N~aSUSISk MOUNTAIN 24 20 36 $7.54 37.2s Ns 157.40 V 7.1 F 0.5 NASNUOIN MOUNTAIN 24Z 4 5 57.29 37.18 Nt 557.1? V 10.7 F 0.7 My. JACKSON 0%23 it 2? 53.82 34.18 a w5.0? V 8.3 F 1.? "IOUNTAIN i8 59 3 18.5? 37.IS N 557.19 V 7.2 F 2.2 NT. JACKSON 29 CANTON VUCCA #LAI 23 41 9.66 31.04 1.9V ' 6.0 P 2.3 SILINI 1.6 ICP 04 Is 0 48.84 36.94 is 111.60 V 19.0 f 2 .1 ICB OS 2 2 1.9S 56.9s ft 11S.94 V 8.61 1.4 MERCu*I 01 2 9 1.41 36.&S a 11S.96 v 3.0 P "facull 05 1? *9 18.94 36.8* ft 111.91 It 13.1 P 1.0 1.8 LATHROP VALLI as 1 31 *0.86 34.11 'A 116.31 v S.4 1 NIS0CUS? as *is 31.66 )*.IS ft 111.9% V 0.0 F 1.9 1.2 at. 2*11103 to 39 21.84 S?.28 0 117.06 V 6.3 0 CULOISI CLIPF it 48 t.29 36.98 X 116.19 v 1.0 6 1.7 1.0 SILl?11CATO 0 PANUTI VISA 14 13 14 23.00 37.18 ft 116.29 to 12.1 f my. JACI9SON 14 16 SS 4.66 3?.16 M 117.42 V 4.9 f 1.2 . SILVCS PI61 Is 10 24 43.6? 3?.$0 me 111?.?l 0 7.0 1 IUB is 12 42 11.9s163.13 to 111.89 V 1.0 6 2.3 1.6 IU? Is 12 44 11.11 36.32 1t1190.0 F 1.6 ICS is 21 s0 2.10 36.93 of 111.99 V 0.0 P 3.3 ALA0O f6 it 25 31.88 SY.21 is 111.47 N 1.?p 11S.48 v 0.1 2.3 ALAMO -16 21 41 *7.76 37.21 of 19.4 SIIM CANTON NfORTH 21 2*7 39.31 37.30 a 116.3S U 2.3 ItS@ WLL 13 4 40.8* 36.8? ft 11&.i8 w 3.4 P VtLLS C)23 S 2' 30.13 36.8* ft 116-26 0 2.4 P 1.9 LATIIIOP mi. J41410ft AS 20.0? 31.30 fs t11.38 v 6.0 P 1.6 c~j 23 16 1.6 LAtMEOP HILLS 24 6 2 *7.66 36.12 ft 116.27 V 2.8 P Cý2' 6 2 19.68 36.82 f t 16.27 w 2.9 P t.1 LATHROP HILLS 1.3 LAIMOb WILL$ Z4 7 20 49.72 36.62 xt 116.z7 w 3.4 P 2.1 A5M IAOU 21 3 43 37.v4 36.01 ft 116.09 W 0.3 r 3.1 SILENT CANTIONt 30 21 10 40 30.33 37.32 4 116.30 w 3.6 P F 1.3 LATbHROP WILL% 26 1 is 7.2s136.82 a 116.12 w 4.2 N?. 2*11103 27 13 1 S1.13 31.S01 ft 11.41 V 1.1 F V.7 1.1 "fecum? 29 4 12 47.91 36.63 f t 11.89 V 8.1 f 0o 29 1? 13 31.7* 36.82 ft 116.z? v 3.4 1 1.3 LATHROP HILLS . ICS 30 9 33 19.44 36.64 ft 116.00 U '2.4 1 P 1.4 LAlMEOP HILLS PsAT 02 7 39 8. so. 36.82 ft 116.2p V 3.6 r 03 lo 31 l3.71 36.46 ft 117.06 V 14.6 P .0~tNM SUTIT 31 09 2 11549.05 MIS1 4 115.00 IF 4.$ F *i.9 11LANAll NOUNfAISU at 15S SO1.64 )*.as N I14.11 W II.v F 1.4 LATHROP VWILLS Is 13 2? A.54 364, At 114.25 IF S.0 0 2.1 LAIUNIOP WELLS is Is a& 9.46 lb.14 " It4.l1 to 5.4 F 1.2 LATHROP WILLS is IS SY 53.35 34.71 4 116j1? IF ?.f r I.? LATHROP WILLS is 14 $3 1.44 34.15 4 114.25 V .1. 1.3 LATHROP WILLS is Is 10 21.1 317.10 IF 111.04 V 0.5 1 2.2 m~so I? IF t0 19.80 34.10 be 16.25 Vt 3.0 a 2.0 LATHROP WILLS 13 13 s5 20.52 31.40 N 111.10 Vt 3.5 F 2.4 ALAMO 13 14 1 l0.sl 34.50 4 11S.94 VF 1.4 F 1.9 0EECUIW 13 14 51 6.91 164* is 11S.96 IF 20.2 F 2.0 NISCUBT 14 z 1s 21.05 34.15 IT 111.94 V S.0 0 1.5 MINCURl 14 a II 18.27 34.S0 AT 1151.94 V &.1 U 1.8 1111391? 14 2 S1 13.14 14.1s to TIM.? V, 23.3 F 1.8 Illecult 14 12 4 29.19 31.I1 Is 114.20 VF 11.0 F 2.1 :416111 CANTON - YUCCA FLAT - 14 It 12 42.13 17.09 N 1.16.19 Vt 1.4 U 1.? SILENT CANYON - TUtCA FLAT ab14 it 41 Z9.44 37.0' As 114.14 VF 1.0 F 1.5 SILENT CANYON - YUCCA FLAT 14 14 42 $0.21 35.60 Nf 111.95 VF 9.4 P 1.3 mgm@cuh, 1s It 3 20.95 3.73 As 115.94 VF Z6.0 0 1.1 1151393? CJ is 14 23 31.58 34.79 N 115.93 V 13.1 F 1.Z stICual Is1 Z3 14 t&.]9 36.99 '4 114.41 V 1.0 U 2.0. CMLOIIIE CLIFF 16 4 3? 39.48 36.20 of 115.51 V 1.1 F 2.4 CNANISTON PIll 17 14 14 3.12 36.74 N 113.91 V 1.3 f 1.3 migacusy 1? 22 3 14.17 31.11 V ITS.?? V 5.0 & 1.3 ALAMO 1s 12 13 41.13 31.09 Nt 11l,48IfV .3 r 2.3 SILENT CANTON - YuCCA FLAT 1s IsIs15 5.4 35.13 M 116.30 V 10.9 f 1.2 LAINSOP VWILLS Is 1s 39 43.&S 36.74 N 114.31 V ?.3 F 1.0 LATHROP WILLS 19o Itt 461.2 364.? is 114.13 V 9.3 F 1.0 LATHROP WILLS I9 i1 19 34.21 36.90 Nf I1s.19 V 12.5 1.$ NAYFOR* PEAC Cý 19 21 49 4.34 37.39 is 114.11 V 3.0 6 2.5 ULI. bsUllI 0ý- 20 I 49 $9.30 57.03 As 114.02 w S.0 0 1.3 SILENAT CANYON -YUCCA PLAY 20 9 1 34.50 31.02 N 114.01 V 14.3 F 1.8 SILENT CANTON - YUCCA FLAT 33 908I 14 021o p 4 4 4 e. * ft.4 *N *.4 *- 4 4.4 .44 -(4 4.4 N4 N4 4*4 N4. .44 4N #4 N- -N 0.4 0 4 * 0 0 4b ft ft *4 N * * ft .4 * ft ft 4 4 - 0 4 - N 4 *4 N 4 4 4 - 4 4. N 0 ft -m 0 4 N 4 ft 4 0 4 4 4 .4 .4 ft 4 ** ft 0 N N .4 4 - a 4. 4 4 .4 ft .4 4 4 N U o 4 4 44 4 4 4 ON a * 4 - .4 .4 N a. 4 4 a. * ft 4 - 4 .4 0 fte - .4 - .4 ft N N * .4 ft 4 0 4 .4 4 .4 0 4 4 - .4 %4 .4 4 - - - 4 - 4 4 a. 4 a. 0. .4 a. 0. a .4 0. ft 0. a. 0. a. a.. Z. 0. 0. -* 4 a 0. a. - 4 ft 4 4 .4 4 4 - 4 ft £ a ma 0 -. a a U a a a a a a a a a a a a 8 a z a a - - 0. ft .4 4 4 -. -. a. 4 0. 0c -. ft ft - * 4 0. 4 .4 ft * 4 4 ft 4 4.4 0. N 4 a* .4 4 a 0 4 4 4 4 a 44.4 0 4 4 4 4 a £ £ S 0 4 a £ a £ S a a a 'I' £ £ £ £ £ £ .4 4. 4 4 4 0 4 - w - a 4 - 4 4 * - - * * a 4 8 4 - 8 - .4 4 .4 .4 - - ft - .4 - a ft .4 N ft 4 0. ft .4 - a 0 .4 0 4------ft ft 4 * 4 0 - .4 4 0 ft N a. N .4 . - - - w -. .-.-.-.-.-.-..-.-.-.-.-. '.4 v o v w - 0 0 N 2 4 ft 4 4 a a S 4 9 4 U. I a 4. 4. 4 4 0 0 a a a a a -4 .4 .4 S a a a a 4. a 3 I C ~. a a a j 0 4 4 4 4 a 4. 0 4 a a a 1* 0• a S a a a a a 0 0 0 0 a a a a 0 a a a a a a a a * a 0 ca 0 0 0 0 0 0 0 a a 4 a a a a ft 0.4 1 my. JACKSON Oct 02 48L 14.18 31.27 Mt 3.3 w 5.4 1 2.0 "INICUBI 02 8is 40.91 18.99 ft 117.04 5.0 0 3.1 MOAPh 02 20 isS51.33 38.03 it ft ft 2.7 PILANOS mountAsiUs 02 t0 II 1.l5 31.1? 114.99 2.8 SILENT CANTON - ft001ft 5 3.6? 37.22N 116.34 ft 03 as 9.0 6 v 1.4 6400" LA411 03 IT so 55.40 11S.91 114.6? Vt 2.1 PILOAMA 11OuNIA11M 03 1? 52 6.10 37.31 f ft 5.0 0 1.3 MERCURY 03 I? $1 41.83 38.786f 11S.02 0.9 f 2.7 LITILI LAIA 0£ 2 23 41.91 35.68 ft 117.08 ft 2.1 at. JACKSON 08 it 40 31.20 3.3 DILAMAS MOURIAMPS 21 4S S4.0% 37.30 is 114.79 ft ft 2.0 I 09 1 It 12.11 111.94 2.9 F 1.6 *INCUBI 09 10 3 39.02 117.12 ft 3.5 "Il.JACKSON 12 a 4? 41.23 37.20 1 40 44.28 2.6 12 ?.~I I 2.3 mt. JACKSON A 12 15214.9? 37.0* ft 38.1 a 2.0 111.51? CANTON - 40411 .1Z I2731.22 57.42 ft 2.1 SILENT CANTON - N800N 13 10 SY 31.83 37.20 ft 1.8 ME. JACKSON 13 14 St 1S.51 37.07 ft 117.09 vt 9.8 2.0 &AP.Q C 4 13 182? Z4.22 3?.49 is 11S.37 ft 2.6 ALAN* is A 3 22.88 37.22 at 11S.00 wt v 0.1 1., SILENT CANTON - MOSTN Is it 21 51.88 37.31 a 1 t8.35 2.3 SJIN'S CANTON - "ONTO I12 29 7.43 711.40 ft 2.4 $[ARLES LARE 19 21 35.21 35.88 117?.49 w 1.6 TIM MOUNTINI it 21 11.4? 30.80 ft i17.00 ft 19.8 F F 2.6 SILENT CANTON - MORIN 0 33 9.83 37.37 f 116.19 vt 0.' w 14.3 s 2.1 MT. JACKSON 20 I 1 38 8.0) I I .00 114.3s ft 4.8 $ 2.' SILENTS CANYON - MOSTIO 20 I1 4I 37.94 37.32N 115.70 ft 7.4 1 2.5 mIS CUEV 21 4 1 54.71 114.90 ft 10.3 1 2.9 WOOViaIAS 23 I32 15.4? 38.28 w 2.1 SILENT CANTON. - MOSNT 23 231 19.S8 37.44 116.z7 11S.906 f 2.5 MERCURY 24 13 27 47.05 30.98 is 111.98 ft 9.S Z.4 CROON LAKE 14 19 25 36.09 37.01 ps 37 7~32.2 * 11.41U2. $ILI"?I CANYON *- T 12 9 44 44.543 .3 of 11.4.3 V S2.1 13 is 7 44.5?3 7.08 a CANYON - YUCCA FLAT 115.97 V F 3.2 SINT 14 17 To 16.79 0. 8 4.3 M800 LAII 14 CANYON 17 IS 55.1 1 118.59 U 1 2.3 ItiSIT? Lact 115.44 U 0 0 2.6 64000 19 1 43 S6.49 LAINROP WILL$ 116.25 0 1 0 1.8 1241.18 *uamiltl? MOUNTAIN 116.31 U F 1.6 So5 17.27 tRiASTI, CANYON 37.09 U 116.38$ .8 2.4 3 2 55.48 0. 2.3 ALAN* U 111.0? w .0 3 35 28.03 76.S3 18 CLIFF 116.59 U 18 2.2 CHLORIDE 8 IS S3.87 a. CLIFF 118.84 U 17 2.3 CULOIIS9 23 IV 16 25.92 9. 111.81 U .4 1 1.9 plecus'? at 6 32.31 28 .6 I 2.1 ICLARA* MOUNTAINS 1 11 44.51 34.51 a& .4I 2.3 NIRCUN? 2 5? 24.19 21 .3I 2.3 lete(uty 4 48 28.80 .81 2.2 MIRCUNi 22 31.51 U 12 13 22.72 115.51 U 1.8 NIRCURST 22 of .3I Is 15 2.22 38.53 a? .41 2.3 Plecusy c J 0s381.11 .8I 1.9 mt. JACKSON C t3 I1I7.33 U 23 117.51 U .0 0 2.4 OARUIN 11 It 40.08 36.88 U MOUNTAIN 23 116.34 U $4 S 1.9 GuAmiliTe 11 24 33.94 PEAlt 21 4.5 1 2.0 CHABLISION 10 1s 13.36 30 118.:24 U *.3 P 1.8 LATHROP WILL& it 2 2.34 qw3 25a 115.94 U 1.1 I '. 1 MIRtuil 11 a 20.10 38.76 N VILL$ 28 116.27 U 3.5 F 1.8 LATHROP 4 $6 53.5? 38.88 08 1.0 a 0.994CURT 5 21 31.0s 1 0 WILL$ 9.4 F . LAIN4 P 9 17 14.S3 34.71I C 8.9 0 2.1 AS" "FADOWS A 0 %8.01 3.1 P 2.S wAY?06I5 1(1 0' 23 18 11.90 lta U 11.91 W 3.9 1 1.8 6 31 2.93 34.77 8.4 F 3.0 TONOPAH 0 4LC 3S.85 38.29 11.2 1 2.4 ALAMO 06 8 46 3S.11 37.37 U 115.13 U 39 II 90814 0 21 3 .4.4 .4 o 0 .4 * .4 .4 * 4* .4 4 * .4 .4 .4 .4 .4 0 * . 4 .4 4 .4 - 4* .4 .4 - .4 44*0 .4 * 0 .4 - C us a .4 0 0 o .4 .4 .4 .4 .4 6£ £ - .4 .4 .4 0 C - .4 'a .4 - * 4 0 .4 .4 4 ar ar Sa aU I .4 .4 .4 .4 £ £ r 6 .4 .4 ( K k~' t IPAA@SOF PHASI @ENDING COLO*" "CWIAIGSS mjpOCjTtoS Ate LISTED 9% C00OWOLOGUAL 08014. N?~OI~ft.. DBNAI~q I hIARGIB AS POLLO'dsl LONCIIIORIS APAIN O GEOGRAPHIC LOCATION. PIIDATA 5 N VS ggpLAN&TION OF IOTPOCO-0190 SOLUTION vARIASLI RARE$ RnS .@@tool-lawSGUABI 09 INAVIL-IIRI RESIDUALS. 110 SECONDS its - STANDARD Eas0@ IN LAI'liuol. to 02LopS51511 &IV . SIANSASI 3*404 IN LONGITUDE. Ifm KILOMETERS gas STAmplaeo ERROR :01 DIFPOIN. SmALONIT3S ISO oupoll 01, STATION IcAsZNGS Ito IIA%0*11 toga Of IPICINT1N. In 4ILOmfIISSJ .gyPo?l NOTATISON 11,1 AND LA-0. 19M1 SIATSO*S*S to 0SSolsS CD $A* 0 LA46SIS AZINUIWAL SEPARATION 85IIlwg P-WAV9 NO AV@OA61 BODI.AV5 NOGNSTUble PRO" TILISCISNIC ANpLITUqgS ON FlOW 06 PKASI AMPLITUDES 1S A TCLISIISN~ N *vleAGI SuRFACI-wAv( MAGC4TUOS (as) tF EVENS? 0 IS LOCAL "46lmI190I ("L) OT*CIW 131 AND AVppe &Vg*AGI I'AGNIITUDI CO-PUTIDOT0 I'll METHOD Of LEE* SINNIITt. CONFUTING AVER USNUpoS' OF STIMON SIASIPIGsSED~l Fog ONI6LL. ANDO Avine AVERAGE *AGN31UPI CONPUtif SFT TAC NITWOO Of IAtON, ou~oOCIt (1970) 43 Jon a?& PHASE TIME* JAP pro XMAS bUs on". total AZT iII T os TO CAL at$ REMARKS loel 40 10) NO/ ISL ¢)Om O[ ) D G (arc ) I $( €} m c[) .. ::'•';;' ...... '" :• " 0";.0.0...... ;;';;'•: ::...... LA a-•).1123 36 to got 0.8 [INI a 0.3 AVFM 1 1.0 6 a C ...... •eLOW$ : 116:101 0 Wn 8 0.1 CAP a i Is Avg* a as a-€ LATHROP WELLS ";".....• -- ...; .2 ...... t oe ZZ6 2.e-o, ...... 1;0 o M P•fut a it:; toeii1.3 t4.1 tol 10 1.i0 2.64 *.0.42 •06 Lsnf CPO Z2a 31,) ZS.9 22 IS 4.1o 4.111 -0.10 66 jo•0 ltCP 22 21••7: 7 9 26.6 11O IS 4•7t 4.69 0.9| • CPO i LOP 4 ZZ 26-12 41.4 as 93 7.|1 7.09 0.6 3 cps6CP 04 4 61 27•.49 $3,5 33 92 6.46 9.015 -O0.2 ag 10i C P 4 22 241.901 %$, •|.91 *.al•s• .0i SCY to 4 4 it 32.40 i77:2 $1,11 13•14. 119.91 0.49 : Tpu 1004 4P~la 44•58 336.11 2o r#i 13•5 2P.27 1.32 :6 OC3 I€P 4 4 22 45-4S 146.2 1? 50 24.46 '13.26 t.2# .•...... • oo~o...... oe 0a LAI a 37.247 it (E4 m *e5 can a 0.6 &VFN 19 2.3 a a 0 1.0 C8e IMOIS 0l .94 03I•oa 0 AVl 0. 9.• a~ At pIn"I "OUN eIe 06 IFO *Sol IS 12 a.$$ 33 2.1 19.0 3#4 94 3.4 3)117 -0. IO to0 PPR IPlU Is Is 4.1o 31 1.1 ?8.O 3go0 I S$.*1 5.06 -e.as to0 SVP IS II• 11 7.92 So, 4.32ll 0]85.12 ii*ar ]P ISP 1 75I.63 $aJ* I •.S 993 46.Z6 6.43 i.94 LS be is•[•15 i2 1.20 -- 8 1.6 1115.4 117 Its 21.47 22.ee -o.12 toe LOP FPO Is 82 ?3.91 31 2.6 1)4.4 111 %1 12.118 I2.50 o.ee 1•.4 cpsCl PU is122i ll2 le S.S lob S3 21.61, MIS) 0.13 •n ii ot I 1 26:: a 23~l 2.3 3l~be I I S3 26.94 11.911 i.0• •;l';;';l""l~i'•i•";i'....."'."...... Pill DEPT" SOL~UTION tLr0l 11I.4104 to gas 0 0.5 Colt a .7 Avip a 2.I 9 a a LOkG 8 li7.62S W fary a 0.4 CAP a 104 AwlN a fps a a NAG*UDCA NOI~r~ll 0CPlH a i3l • P• GO al 8 (•;i... C'';I'•;';•;;I...... 16" a.0 7.3 1V5 106 1.61 1.50 0.03 *Cm•€ IPO 16 6 11.40 Is 1.719I.i 6 3 IS5 ,.4i 1.5s -0.07 : a P F* l Pu 1 6 4 23. 32 Is 1.7 28. 7 3oo 9 4 $.00 5.0 1 oe.03M ei li Ill 16 • 16.0s 1llt • 4.S3 0.30 e.o8 li~~6: li ? . l.5 Il317 5S"23• 22.32 22.i0 0,. el LCP CPU 16 i 30.711 26 2.4 136.7 111 5S 22.el 2z.Sq -0.17 $a OCS CPUJ 16 6 34.65 159.9 ?1 53 Z6.33 25.13 0.94 110 L'I 6 Il1:T1i 1.2 |IER 0 1.6 &VFW a 1.6 0 0 LOhG 16001 f IT1. 0 GAP a )II Aill a 0S D LATHROP WELLS €o owNY 8 .12 am [oz 0.1 "a* a 00 0 30 L SM IPUq 16 )8 5,lZ 17 1.7 24.4 222 103 3.84 S.10 *i.26 a0 IL:, PU. 16 71:0 30.1 1 Jos 6.6a 5.36 CT 1". 1.Gi•• 0.1 1.21 3: | 1.6 34.5 1410 101 ...... 6.06 -7.53 I r3:0 IPU to 36 0 • 51.0 30 97 0.04 A.&1 *0.77 0I lpo tru 16 $68 I•.s 83.2 26 94 13.27 13.95 -0.66 hp ,P (Pug t6 3A 20.91 127.6 51 S1 IV.S3 ZO.71 -1.10 of soc rPu4 I& 3s z3.ot 137.iA 04 $3 21.62 21.96 -0.14 S...... °...... IsLAI a Sb.?S0 rl Ell 8 0.6 go" a |.0 AVFI- a 1.7 0 a C CLUNMG Its,31• ET . G• ' .5 ISI .. N (13 a a "ER¢UT S30 f.•P lb st s0.40 *k6. '06 4% 7.01 Y.ql o0.06 IE43T FIL~M A L* 10ftD to 51 11.40 5?.5 sea 95 9.11 A,41 0,.5 .04 r IFU So 13.03 , 13, 65,0 5 94 10,V4 10.44 -9.O00• 44* 'r3 CFO. :I'6' 0|,:l~ A'• %,17:2 t 91, :691,0 14. :0..' 45i A" 'S Ca Aa. . . JANt!l &?A PI1 U1•? IOU)AMP MSL)A INOC %um rival 011I.. CVG€I~oIIG)all Am €$tc)UMIS (SCCJTiS3ICAL €$L¢)0(3 R(PAWAS 1S 23 21 66.85 3.36 3.3 0.011 s LOP IOU $ 1! l.$0 a lo.. 61 1)#e .92 a.IS -*..a *t Ms fPU 23 it 6940 a*.* Is 98 4.68 4... *.0@ 0. . 0.0 9 P DEPTH 31,0 1 * •L a3 16.617 to CR& a 0.2 1.01 a 0.3 aVFM a 1.5 0 a 6 11.6 fillG.S" 0.1 CAP a to0s Avail a '253a£ LATINOOP MILLS o(PiNj U h.6 AN (amf 0.6 ku a Go a ii a..** • a., ,.•a is eee• *,* • IfP~e L$1 I 411.o •? ~i 47 IF )l 1.13 1.410 .**•*e.17+ • • :1 100 41 103 3 .e...... o 6...... 6 ...... • I lpLOP IFU 11 at Z.Zo 22 1.6 12.79.6 14*6 38$I I.512.5 Z.552.05 -0.00-o..04 1 s Iona2..PnI 411 .1 3.5i 3.76 -0.2. SCx food Is *1 ).4; I2 1.* 22.4 s% 38 3. 116.13 -0.37 CS Is 6 l 6.7 1.04 7.28 -*6.l Ice TI IIitm 6 .26 26.7 6 31 e.$1 6.51 6.06 I P ...... * .* Nl S 5913 I 6Z.60UTC 6M5 6 6.80 60 a 9 t•OP• 0.lO I.5 a F S.11 LAIe 36.816 N [IIs a .5 CaN a 6.6 eVFNa o * LONG 2 3t6.173 % few a 0.6 GAP a l VON a3 03 3 LATNHOP WILLS . 0(PTN-6 4.93 aN (fe a 2.6 4a U - 00 a 6 ...... it LSN IPO 19 13 26.29 0.6 1?* 114 1.8' 1.66 1.01 •1 LCP IF i9 13 .16.46 2 i.1 10.6 66 109 2.0 2:.13 -6.05 t1 3$P, IPu it 13 t8.90 23 8.9 13.0 ?3a.54 105 2.56 -6.05 12 so" tPS 159 13 21.65 It 1.6 16.6 it? 100 31.5 3.62 -0.17 Ii CPR (IU 19 Is 30.16 I5 1.6 22.0 57 99 5.76 4.11 -0.36 I2t Cm PCO 19 13 30.85 20 1.8 26.9 9 96 6.65 4.40 0.05 ai PCX IPU 1# 13 31.90 6 0.6 30.9 I25 96 5.56 5.. 0.09 12 680 (P 11 13 32.0o 9 1.2 32.8 4966 5.66 51. o 0.04 YCA? 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