U.S. DEPARTMENT OF THE INTERIOR Prepared in cooperation with the SCIENTIFIC INVESTIGATIONS MAP 3002 U.S. GEOLOGICAL SURVEY U.S. FOREST SERVICE SHEET 1 OF 2 Pamphlet accompanies map Qya 42 72 17 Tcb Tbw 60 Tts 82 10 16 30 Tvpr 16 14 55 27 80 10 57 40 67 83 10 80 25 10 13 76 8 20 20 37 45 50 Ti 46 22 25 45 65 11 10 Tt 12 15 QTt 51 10 17 Qls 45 34 37 33 52 Tcb Tcc 33 Qoa Tt 12 5 20 T Tmt QTt 55 22 55 28 32 Qya 30 15 70 50 51 H 42 30 66 26 37 9 42 20 34 20 Qya 10 Tts 18 7 9 Qa Qls 70 58 R 36 Tcc QTt 7 10 70 57 U Tmg 62 17 25 54 17 47 Tcsl 31 Tmg 68 30 75 Tucl Ts P 79 25 25 22 80 70 48 Qya 42 O S 60 L 46 22 Qls 48 69 T T EI 81 36 75 75 Tbw 50 7 I 62 33 T 35 56 45 Tcs 56 28 17 15 52 20 60 E 30 62 O 57 Tvpr Qoa 29 20 45 30 80 64 L Tt T Qya 72 Tvq 27 70 70 17 25 62 18 7 35 35 P Tmg H QTa Tvs Tvpr Tt Qa 47 RU 68 QTa 12 17 80 Tt 53 50 67 62 73 38 S Tmsh Tvq 36 30 47 30 45 Qoa 55 55 15 Qoa 67 T 60 70 Tvs 7 26 82 35 Tmb 16 43 75 35 38 52 44 29 46 12 34 75 80 55 45 85 23 23 63 45 30 54 QTt 10 60 65 Qya 84 50 12 Tvd Tvb 28 45 40 79 50 72 68 75 76 80 31 Tvs 37 QTa 5 75 Tusg 80 50 Tsh 20 Tvq 62 17 13 15 70 59 Tts Tucl 52 21 43 Tv 23 25 63 12 60 Te 42 38 15 42 Tvq Qls 35 35 Tts 56 39 40 58 Tvb 40 Tmg Qa 25 Qls 20 22 Qls Qoa 51 50 59 72 75 72 87 65 72 Ts 60 Qoa Qoa 9 Tcs 30 20 18 68 70 40 Tss 45 Tt 30 65 Tpl 5 21 27 8 70 18 18 60 Qya 79 Qls 17 40 MO 31 10 24 65 Tts 6 Tts 70 66 30 40 25 85 64 33 Qya RA 35 10 17 40 52 70 43 LES Tsh 60 54 13 10 12 24 65 Tt 25 39 45 36 Tp 60 20 83 80 70 FA 27 67 30 Ttu 80 70 43 U 25 25 18 80 31 25 Tmt LT 26 27 68 83 76 85 50 70 48 32 30 55 60 58 47 58 Tpls 78 60 30 43 72 Tpl 60 65 Ttu 60 Tts 18 23 25 42 25 17 80 76 Tpl 70 Tse 50 32 Tt 58 50 Tvpr 17 52 80 77 70 Ts 43 35 48 65 20 Tpls 85 Tts 55 35 Tss 52 80 80 18 28 Qoa 20 21 81 35 Tmg 72 80 Tse 72 20 QTt 64 80 49 30 81 72 72 QTa 85 70 72 20 53 86 80 Ts 60 Tvpr 50 Tbw 35 Tse 57 85 65 64 Tpls 74 65 27 40 M 45 57 73 60 15 20 22 Tt 50 15 20 TE 79 Tt Tv KgaS 35 50 45 32 34 YS 80 30 A 15 35 43 15 S 37 58 55 27 60 80 Qya PLEI UST 40 Tvb Tcc N 15 15 55 70 TO THR 21 Qls 53 Tgcg 15 16 Ttl Ttu 6 52 32 22 68 30 28 Tts Tt Qa 80 85 49 63 ၢၦ 45 44 Tts Qya A 23 26 ၢၦmd Qoa 48 gb ၢၦ 65 42 Tts 55 N 52 70 Ttl gb 44 25 Tq 5 D 68 20 38 30 37 Qls 30 R 50 32 Tse 33 67 48 20 E 15 53 50 Khd 75 23 Qoa 73 A 60 17 35 38 Tvb 75 S 40 65 ၢၦqd 30 43 Tc 75 Qls 35 10 17 Ttu 24 51 65 Ttc 45 50 50 Qya 61 70 Tpl Tvd 48 18 Tvb 23 45 Tgcg F 75 60 20 72 42 22 45 QTa A 40 50 35 28 32 72 55 U 42 43 22 30 42 Ttc 45 Ttc Tvb 60 Tvd 76 L 37 ၢၦ Ttu Ttl 65 15 25 50 52 42 15 35 52 T 23 20 57 30 18 gb 45 28 44 Tt 58 65 15 40 24 52 Tvd Z 17 30 46 24 45 Tses E Tpl Tse Tpls 60 Ttg O 12 52 30 30 40 IN 45 64 5 30 N 55 35 22 L 47 43 56 Tts Ttg Tsm 4 42 45 5 79 Tsc E 60 20 46 C 60 Tqs 60 54 Ttl Qls YN 43 40 30 Ttm S Tpls 55 52 QTa 47 17 80 40 60 20 35 60 30 46 Qoa Tsml 70 Tmb 80 2 Qa 10 67 49 10 8 25 50 45 Ttm 67 Tsmu 65 27 50 35 40 30 52 Tses Ttm 34 60 45 32 28 EN 47 SO 30 60 50 20 17 TCH 45 57 Tses Qls Tbm UTH 4 Tq 83 Tts 30 25 30 KI Tpls48 Ttg 25 70 79 5 5 QTa 38 75 70 75 75 75 60 30 28 45 Ttl Qya C 5 38 Tp 32 45 35 40 Tbl 80 Tsmc U Ttl 42 DEVILS 50 25 Y Tqp 54 Qa Qls 44 30 40 40 53 37 35 60Ttu 75 26 A QTm 10 69 70 76 35 32 Tpl 45 52 51 M 50 50 30 30 50 Tse 52 47 Tqs A 60 Tse 65 55 Qa 33 80 7 70 Tvd 10 Qls 33 19 42 81 Tt Tses Kap50 Ttl 57 58 50 Ttu 5 5 Qya Tp 70 70 35 52 Ttl 35 55 68 39 Qoa 35 50 32 35 25 F 5 40 30 25 40 5 Tsmu A Qoa 80 20 55 72 70 62 ၢၦqd 70 80 39 47 U 54 Tvs Tsc Qa 60 85 82 55 L 35 55 Tvd Tses 80 Khd Ttu T QTa 5 17 Tc 67 33 40 40 45 60 ၢၦ Kap 50 70 62 18 80 60 50 70 m Kgbm 80 30 ၢၦ Kgbm Khd ၢၦg 18 10 35 72 ၢၦ 25 s Ttm Ttu 60 Tbu Tc 60 QTa 30 7 Tvs Tmb m Khd 6 11 10 25 44 73 55 6 73 7 Tvs 5 33 50 80 Qa 30 23 Tsmc 6 30 10 10 43 47 Khd 51 5 30 38 52 18 5 ၢၦ RUST 41 5 5 35 72 q ၢၦs TKrs TH 70 57 8 47 40 11 32 45 37 Kle 60 Kgbm 10 16 11 14 47 25 30 30 ၢၦm Tum QTa 6 15 35 Tvs 35 80 Kap 30 43 9 42 23 20 RIA 60 5 Tcr 7 15 60 QTa 7 23 35 ၢၦ ၢၦ ASTO 75 79 15 7 15 23 32 45 s q P 25 12 10 33 33 75 85 23 41 6 30 Tsc 60 ၢၦ 27 11 4 40 39 35 m ၢၦs 80 50 5 5 7 15 35 Qls 17 Tsm 7 13 21 10 Qoa Tt ၢၦ Qya 40 75 Tbl 10 7 23 Tc 17 38 g 34 14 35 20 51 65 55 60 15 Qlsy 20 QTg 8 55 11 27 14 Tqp 35 QTg Kgbm 80 Kgbm 40 Tsml 33 54 3 Tscg 57 ၢၦq 17 12 35 65 58 20 34 26 78 23 12 20 23 Qoa TKbx 27 ၢၦ Tbu Tc 81 30 ၢၦq 70 m Qoa 82 82 18 31 35 23 30 37 ၢၦ 42 77 50 22 10 30 Tcu Qac 85 m Tmss 27 Tcu 15 22 47 45 83 Tqs 16 Tt 80 Tsm Tbu 87 QTml 55 10 Qac 75 70 84 43 56 10 35 15 Tq Tcl 25 Qoa Kle 85 35 71 81 72 Qya 22 50 33 Qw 83 42 47 40 72 15 43 Kle Qoa 84 65 15 Qa QTmu 15 Tcl 63 Tm O 82 62 QTa 10 12 20 63 ZE 70 34 25 27 70 21 70 28 23 Tws ၢၦ N 84 49 45 60 43 15 65 Tmy 42 83 s AF 52 55 Tns S Tps 42 39 7 40 25 A 20 SA Tbl 25 52 QTa 65 60 Tlc 17 Qls W 65 N 85 21 20 10 34 7 45 45 Xbg M Tps 76 48 27 Qlsy I AND Qya A 80 36 28 13 LL Tpsb Tmss UL Tbl 18 Qya 17 Kga Qya 38 12 50 Tmy Qac REAS F 10 T 16 Tqs 7 20 15 Tcu 43 M 32 54 37 27 68 Tmsh 22 Kda 5 40 65 OUNTA T ၢၦq 70 14 74 55 KXmg IN THRUS Tcu A Tv 26 76 23 12 39 UL 18 75 QTa 6 TZ 20 27 8 20 Qa 20 Kgd 60 18 6 Tmsh 14 Tscg KXmg 39 ON 70 5 50 22 10 Tqw Kga 40 E 37 Tmss Tnv 12 20 13 Tq Kda 37 26 55 20 40 56 59 Tnp 47 35 35 80 Qac 48 Qoa 63 Qls 25 15 61 17 Tqb 30 30 25 11 9 20 Tcl 40 29 65 Kgd 36 Tnp 24 Tqcc 15 80 50 36 Qls 40 12 8 Tbu QTml 75 30 Kgd 33 32 27 11 Tbl Qls Kgn ၢၠsc Qya 40 12Tv 28 Tcu 20 60 Tph Tc 88 1548 Qls Tmsh Qls 80 79 66 32 45 11 10 15 20 Kgn 20 7 10 7 15 23 55 KXmg Qya Qlsy Tum 58 13 59 Qoa 33 40 61 Tprs 40 62 10 2 7 70 15 Tncb 74 4 40 35 10 70 75 33 Qoa 47 Tv 15 25 80 62 50 15 13 28 Tprl 15 44 64 78 66 15 QTmu Tqw 15 Xbg Tv 28 45 Tlc 86 80 55 Tmsh Tq Kgn 24 11 52 20 10 35 58 17 Kgd 52 57 40 75 25 6 3 40 Xbg 43 Tus 63 17 Qoa 72 67 70 Qac Tm 35 Tush 56 Tnsc 36 Tqcc 24 14 30 40 Kgp 66 Tcsc 37 25 26 40 78 34 57 63 58 Tng QTml QTm Qoa 58 10 77 20 76 71 Tqb 20 Tsml Tbl 39 33 70 48 QTml 88 52 54 Tncb 20 40 27 19 Qya Tprl 60 60 Qls 60 76 14 80 30 30 55 67 3 12 30 Qac Tprc 40 42 53 75 Tprl 44 18 25 32 20 57 Tsmg Tsmg 70 10 Tlc 40 55 62 70 27 32 16 80 Tprs 29 Tm 32 32 78 77 77 Tm 47 10 40 Kgp 38 58 56 65 44 Tq 20 Qls 30 QTm 32 20 15 Qac 50 Tus 38 18 78 45 67 45 25 84 Tq 43 Tmss 46 76 40 32 T 46 45 70 49 Tcu Qya L 78 40 32 28 Tqw 80 U Xbg 42 50 50 30 35 3 Tprb A 28 80 Qls 15 47 68 Tush Tnsc 15 Tcg 58 F Tm 27 31 15 22 20 62 7 81 Tnsc 50 40 Tqc Tcr Tem 87 5 70 Tprl Y 22 80 50 28 48 60 55 43 8 30 20 22 15 58 35 LE Ksm 35 31 Qls 84 Qya Qoa 30 45 L 70 N 53 50 35 78 10 32 VA Tlc Kss AC 61 Tus 40 15 Tprx 30 25 I Tmss Tprx 70 63 M 54 30 76 50 Tng Tcsc 52 Tsmg OD IENTO FAUL 48 65 54 40 30 25 5 O Tcu 38 Tv 16 9 43 58 35 60 W Tmss 40 Qa Tcg Tprb CK 15 Tcsc 47 50 13 35 LO Qya 33 66 65 25 20 69 Tprl 22 Xag 48 45 18 20 Tq 13 19 70 Tlc 43 70 Kss 40 28 80 52 45 10 Qya 52 58 54 63 54 Tprr 20 22 47 17 Tprl 47 85 24 38 80 40 QTm 45 Tprs Qoa 33 Qoa 40 Tus 53 68 40 Tlc 20 36 27 T 65 40 Tush 23 5 80 67 80 20 Tcsc Tq 30 62 Qya 17 10 15 Tq Qya QTd 20 40 29 55 54 44 22 10 22 75 51 45 45 32 42 50 15 51 20 45 67 23 43 18 Tq 55 10 50 45 10 Tcsc Qls Tcg 20 60 45 30 30 44 Tcsh QTd Tuc Tqs 35 80 9 35 42 Kcg 44 50 50 72 22 10 60 Qya 35 11 Tqu Tprr 38 Tlc 40 60 70 72 35 O 78 19 40 54 50 Z 29 21 Tqu 38 Tcu 5 17 35 Qac 68 25 55 45 E 65 8 61 Tq 42 45 60 N Tqw 30 Qa 14 Tc 23 38 15 82 18 Qls 55 60 30 A 86 5 Tcu 5 17 30 Ksm 50 50 60 Tlc 42 10 Qa Tprs Qya 40 54 40 50 40 25 3 36 Tqg 49 30 45 Tlc 32 Tlc 4 48 15 55 45 42 Tcx Qac 7 15 34 12 40 40 Tqw 80 QTm 8 50 3 Tq 33 Tq 32 Tqu Xag 30 40 MA 45 40 25 50 45 40 30 33 42 10 15 45 64 30 40 F Qac 57 80 54 D A 85 15 40 82 25 U Tus U Tq 70 L 53 50 16 Tcsh 70 53 UST SYS 26 28 CE 60 L 35 30 40 HR TE Kss 50 37 T Tcsc T M 29 50 50 13 INE FA 15 50 15 17 P UL 25 20 45 Tq 3 IG T 58 Kgl 35 42 45 8 16 B Tjm 23 70 N Qls 55 Tush 50 16 4 N Tcg 28 I 35 19 35 40 5 R Tjsh Tcsh Tqu 25 TA Xbg 28 Tqw 31 TE Trd QTd N 45 26 15 S Tush 55 S 20 U 50 10 Qya 35 YN Tjs EA Trd Qls Tc O 52 CL 40 20 R M 60 Tc 37 IN 47 29 10 20 SOUTH FRAZIE 23 49 30 E 20 42 Tjsh 25 7 40 45 65 6 32 Tjc 47 8 Tjm Xag Ksm 20 19 28 44 Qoa Tlc TKm Tmas 42 Qls Qya 35 Qac 18 25 40 50 24 Tqg 23 77 50 40 15 10 Qa Tus 65 30 17 55 35 34 Kgl 23 25 27 QTm 24 Tjs 7 Tc Ksw Ksm 21 28 Tma 47 50 Tush QTd 25 Kgl 23 47 42 Tuc Qa 47 Qoa 13 22 87 5 Qya 12 Qya 54 25 20 28 20 5 52 45 42 28 50 Qoa 80 82 33 30 50 41 33 23 Tuc 40 20 3 Tcsc Qls Kss 22 50 42 30 12 Tuc 85 14 QTd Qls 7 TKm 48 9 38 52 Tc 62 7 25 30 Qls 32 31 15 20 20 74 42 40 Tcd 50 25 Tum Tq 38 40 Kss 25 42 47 9 45 24 75 Qac TKs 23 15 70 55 35 27 50 Tsb 25 35 40 54 Tqw 9 50 Tc Tush 30 21 Tqx 40 Tuc 63 30 Tcds 60 10 Tmas Tma 20 60 12 Tcd 50 36 Tjc 60 TKs 10 25 Trd 45 30 49 54 12 34 42 Tma Tjm 70 78 64 50 64 Tjc 40 Kms 80 40 Kmd BIG LT 45 Tsp 15 Tm 30 32 23 18 Qls Qls 38 48 TKs PINE FAU Qya 55 33 QTd 80 Tsb Qoa 45 60 PI 17 25 30 52 42 52 34 34 28 60 ED 30 7 30 75 20 Tc R 27 Tmas Kcg EXPLANATION Tm 65 70 85 35 40 50 A 33 Qac 50 42 42 Qya 48 Qya 20 Tsms 62 Tmas 30 60 50 55 40 85 20 45 Tjm Xbg 30 Tj 70 35 Tj 25 Qls 30 10 35 40 Qls 45 Contact—Accuracy of location ranges from well located to approximately Tib 30 75 22 20 18 17 43 80 5 50 35 15 50 80 27 34 BL 38 Tjsh 65 50 15 Qls 60 55 A located; dotted were concealed 67 55 70 60 NC 35 Kms 60 12 A 20 51 23 65 20 20 Tspc 40 30 Fault 65 65 30 28 30 45 28 25 35 5 Tjm 43 35 13 27 Tm L 45 70 47 28 Kmd 30 Tsb OM 30 40 30 Strike-slip fault—Accuracy of location ranges from well located to 21 A 59 53 60 39 20 Tma Tcds 30 Tjs 25 30 43 30 35 10 45 Qac 33 32 37 60 PEL 20 34 13 21 Kgl approximately located; dotted were concealed; arrows indicate relative OM 17 21 18 35 40 30 30 A 30 Tcd Tm 50 12 22 Qa 25 Qls 65 35 Tsp 20 Tms 40 13 47 strike-slip movement, if known 25 Tcd 68 35 24 5 31 SY Tjc Qls 32 30 42 50 30 Tcds 15 P N Tjc 20 I 13 10 CL 20 30 Tsb 45 62 S Tcds Qya 30 N 44 40 IN 15 10 Thrust fault—Accuracy of location ranges from well located to approximately 25 25 25 Y 30 55 E 35 Tjsh E 47 2 24 30 50 NCL 37 27 Qls located; dotted were concealed; teeth on upper plate 30 60 INE 12 10 Tcw 22 11 17 Qya 42 32 M 35 51 27 4 30 Kcg 55 50 55 45 30 Tsms O Tmas 10 55 Tsp 50 55 35 50 Tsmg U 40 42 H 5 23 10 35 Reverse fault—Accuracy of location ranges from well located to 22 25 IL 15 12 30 NT 30 25 42 15 17 19 Xag 30 20 45 DR 30 A PIN 12 5 33 60 22 65 ET 45 IN E MO 10 25 50 approximately located; dotted were concealed; arrows indicate component 70 40 H 45 L 30 Tsmg UN 35 23 19 15 13 30 37 A 35 TA 35 35 40 30 65 F IN 70 Kms 40 Kmd 60 25 C 8 14 Tms 37 Tc AU 17 of relative strike-slip movement, if known; ornamentation on hanging-wall 35 60 40 O 15 L Tc 55 Tcd 30 10 10 8 23 25 45 65 S T A 5 20 Kmd C 15 57 Tv Tjs 65 N 35 15 32 block Tml 60 Qoa 60 Tj 42 Qls A Tsp TIC Qls 30 25 20 60 CR Qoa 45 LI 25 20 50 EEK 55 37 48 NE 12 17 18 28 ANTIC 30 Tspc Tm 31 Qoa Tjs Anticline—Trace of axial plane; dotted where concealed; arrow shows direction 65 80 35 LIN 20 10 25 50 Tms 47 30 38 10 30 50 39 SY 17 E 37 Tma 12 38 30 50 60 NC Tsp 55 Tr Trp 60 37 35 15 18 18 18 Jfs 60 45 45 Tma 60 LINE 58 Qya 60 31 21 of plunge KJe H 50 40 15 50 Tjc ILDRETH 40 60 Tcw 50 Qa 40 Tm 37 13 18 22 35 F 60 SON CRE 27 Tjs LIT Tm AU 37 45 MUN EK Tv 30 Tjsh 28 60 Syncline—Trace of axial plane; dotted where concealed; arrow shows direction T 50 LT Tcwm 20 30 30 45 20 LE 15 65 Tcds Tm F Tcd 12 63 25 35 17 17 50 50 60 D 25 A 22 58 40 27 36 17 25 P IA 45 80 43 U Qoa 24 40 Tr Tsp 60 27 42 of plunge INE B 35 34 LT Tcw 70 25 35 35 20 S 50 10 L Kms 80 30 Tv Tjsh 15 41 47 YN 40 O 40 50 20 40 CH 60 60 45 Tcd Tjsh CL 65 76 50 40 ER 11 47 70 Overturned anticline—Trace of axial plane; dotted where concealed; arrow 20 IN C 40 50 RY 23 Tma 72 Tcds 20 27 10 27 35 E 15 AN 25 Tcd CRE 55 60 40 27 30 Qls YO 72 40 EK 12 60 27 shows direction of plunge 25 KJe N 65 Tm Tjsh ANTI 20 Tcw 67 40 30 22 Tjc 60 Tml Qls 40 CLINE 24 35 50 30 Tv Tjs KJe 10 A 80 56 20 10 35 Tspc 25 NT 50 60 60 45 Tcd 50 20 35 26 Overturned syncline—Trace of axial plane; dotted where concealed; arrow IC Tmsu Tm 45 70 50 Tjs 65 35 Tr 23 30 38 70 67 LIN 75 63 60 25 Tjsh 45 40 30 Qls E 60 45 40 67 15 Qoa 35 50 27 32 shows direction of plunge 25 25 D 62 55 20 60 50 50 Tsp 40 30 Tmsu 70 80 IAB Jfs Tcds 40 Tsp 32 47 72 70 L 60 50 Kmd 50 50 30 72 O 70 70 34 Tr PINE MOUNTA T 75 70 50 60 45 70 42 45 35 35 IN FAUL 50 Strike and dip of bedding Kmd 50 70 45 37 70 70 57 Tv 70 63 39 20 70 Tr Qya Qa C 30 43 50 35 Tcwm Trp 70 A 50 30 Tv 75 65 Tcw 63 60 Jfg 70 50 KJe N 50 50 50 Tcds 38 75 74 75 40 60 87 Horizontal 60 Qya Y 30 43 47 40 80 10 20 77 Tsp Jfw 50 ON 50 70 Tspc Trp 25 54 60 80 70 75 60 Kmd 50 Tjsh 42 46 Tspc 60 66 Tr Qoa Tsp Qya Jfs 42 43 Tcw 45 70 60 Inclined 35 70 55 52 Tmas 47 43 Tml 85 72 Jfs 75 Tma Qls 33 55 60 86 54 Jfc Kms 55 70 48 45 35 60 Tr 60 30 60 70 80 A 45 45 Kms 72 75 65 Kms N Kms 60 60 30 Tcw 75 Tv 75Qoa 75 Tml 67 Vertical Jfg KJe 55 70 T 32 TU 57 60 Tcd Qya 15 15 70 45 Qa IC 35 LE 52 50 34 10 18 15 68 Jfg 30 LIN 45 45 52 CRE 33 Qya Tv Jfs 60 70 E 40 70 EK 70 47 70 Qa 17 Vertical bedding—Showing strike; ball shows top direction of beds where Jfg M 60 52 60 FA 60 Tspc Qls Tcw 75 47 ON 35 Tjs ULT 45 5 Tma Qa Tsp 30 Jfc 45 O 35 75 60 51 Qa 55 10 20 25 16 26 60 52 Tjsh 80 Tml 56 30 35 Tjs 45 50 15 45 13 Tcd known from local features 30 KJe 50 75 65 25 45 25 45 SY 45 60 35 Qa 65 35 45 35 60 2 25 30 70 Jfw N 65 Qoa 50 10 20 29 Tmsu 20 45 C Qoa 50 70 45 25 12 30 Tcwm 18 Overturned Tm Qoa LI 15 51 60 67 Tjsh 35 40 40 30 Tml 55 NE 55 60 30 37 30 Tjsh 80 Qls Kmd 60 50 45 30 Tma 15 12 60 70 50 45 70 52 70 20 Qls 75 30 Qya Tcw 32 13 Jfs KJe 50 Tjsh 27 7 33 19 Inclined bedding—Showing approximate strike and direction of dip 45 Qa 58 60 Kms 20 30 A 70 Tmas 17 30 Qya 30 L 60 Kmd R 70 70 40 20 15 15 LI A IT 15 12 22 ID 50 55 Tcd 18 5 Qls 30 19 TTL G 50 Kms T O 55 50 30 25 21 Strike and dip of foliation E 52 Tm 51 64 U L 45 50 70 60 12 30 Tcds 34 P A 55 E Tjs SY 67 60 52 5 85 37 27 12 IN 70 55 50 65 15 NC Tmas 37 Tcwm 30 25 70 E C 10 LINE 77 55 35 30 FA 55 AL 45 45 45 78 35 Inclined in igneous rock—Showing strike and dip 50 U Gibralter IE 57 12 35 12 50 27 50 45 Tcw 15 Tjs 40 20 Tr LT Qya Tsb NTE 27 5 Tcwm 67 43 30 Kms 34 Tmas 50 Reservoir ANTICL 25 P 70 70 15 60 36 72 50 45 25 30 35 29 70 Qya 45 47 70 INE IN 25 Tjsh Qls 50 Inclined in metamorphic rock—Showing strike and dip 80 Tv Tspc 45 60 Tcd 20 43 16 35 38 45 Tjsh 32 E 70 30 Qoa Tsp SANTA YN EZ FAULT 12 67 Tjs 50 60 50 40 40 Jfs 50 Tcds Tcw 15 40 Vertical or near-vertical in metamorphic rock—Showing strike 74 65 Tm 45 22 60 Kmd 40 30 30 15 10 24 70 67 Kcg 37 50 Tsp 79 50 80 60 30 10 Kcg 23 40 32 40 70 70 60 30 S 63 50 50 42 35 30 15 27 7 5 40 Qoa 40 Y 34 10 40 45 Lineation—Sedimentary; paleocurrent 32 40 10 52 Tma 35 57 30 30 N 75 20 42 42 75 C 70 25 Qls 50 15 Tv Tmls 30 L Qls 10 Kcg 50 42 45 Drill hole Tjsh Qls 85 I 56 65 Tma 27 40 42 30 Kmd SA 85 45 Tsb 36 N 30 55 52 42 40 N 70 70 Tjs Tma E 46 Qya Qa 40 13 70 T 62 75 60 40 Tcd Tmas A 35 22 Tml 40 70 30 55 30 30 35 50 12 10 30 Jfs CA JUN 30 45 46 Tjs Kcg 35 35 40 10 47 YN L MP CAL 60 65 62 25 60 Kmd 20 Tjsh 46 30 35 Tcw EZ 30 35 Qa A 75 60 45 SYNC 30 70 45 Tcw Tcd FA C F LINE Tjsh 37 30 Qls 30 ULT N A Tjsh 25 52 50 45 48 42 10 11 8 Tmsu U KJe UL 65 60 30 75 37 40 35 Tma 35 50 30 60 J T 40 20 Tcd 35 25 Qa Tjsh 40 18 Tsp 45 50 15 50 50 40 Qa Tma Qoa 60 50 65 60 60 Tjs Tcds Tjs Kms Tsp Tr Tsb Kms Tmas Qya 30 Kmd Kcg Kmd Tjs

Base from U.S. Geological Survey, 1981 13° SCALE 1:100 000 Geology mapped and compiled by K.S. Kellogg, QUADRANGLE NAMES 120°00' 119°00' 1 02345671 8 MILES S.A. Minor, and P.M. Cossette 1996–2004 Universal Transverse Mercator projection 35°00' 35°00' CALIFORNIA 10,000-meter grid based on California Digital database prepared by Pamela A. Cossette EAGLE coordinate system, zone 11 BATES PEAK NEW CUYAMA BALLINGER SANTIAGO REST PLEITO 1 012356789 4 10 KILOMETERS Editing and digital cartography by CANYON MOUNTAIN CUYAMA CANYON CREEK HILLS 25,000-foot grid ticks based on California PEAK TRUE NORTH Gayle M. Dumonceaux,

MAGNETIC NORTH coordinate system, zone 5 CONTOUR INTERVAL 50 METERS Denver Publishing Service Center APPROXIMATE MEAN SUPPLEMENTARY CONTOUR INTERVAL 25 METERS 1927 North American Datum MAP LOCATION Manuscript approved for publication DECLINATION, 2008 NATIONAL GEODETIC VERTICAL DATUM OF 1929 BALD HURRICANE SALISBURY FOX CUYAMA APACHE SAWMILL CUDDY January 21, 2008 MOUNTAIN DECK POTRERO MOUNTAIN PEAK CANYON MOUNTAIN VALLEY

SAN BIG RANCHO SAN FIGUEROA RAFAEL PINE MADULCE NUEVO REYES GUILLERMO LOCKWOOD MOUNTAIN PEAK PEAK VALLEY ′ × ′ 1U.S. Geological Survey, Denver, Colo. MOUNTAIN MOUNTAIN CREEK MOUNTAIN GEOLOGIC MAP OF THE EASTERN THREE-QUARTERS OF THE CUYAMA 30 60 QUADRANGLE, CALIFORNIA 2U.S. Geological Survey, Spokane, Wash. Any use of trade names is for descriptive purposes only and does not imply endorsement by the U.S. Government SAN LITTLE OLD By For sale by U.S. Geological Survey Information Services, LAKE MARCOS PINE HILDRETH MAN WHEELER LION TOPATOPA CACHUMA PASS MOUNTAIN PEAK MOUNTAIN SPRINGS CANYON MOUNTAINS Box 25286, Federal Center, Denver, CO 80225 1 1 2 1-888-ASK-USGS ° ° Karl S. Kellogg, Scott A. Minor, and Pamela M. Cossette 34 30' 34 30' GIS and PDF files for this map are available at Printed on recycled paper 120°00' 119°00' 2008 http://pubs.usgs.gov