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Y-- Y x’ Y ( Y X Y €2 Y |’þ Y ’d Y Dd Y D|þ Y |’, Y ’ Y D Y D| Y |’ Y ’ Y D Y D| Y |’ Y ’ Y.ÿþ96SA141ÿþ96SA141CF-027381ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþabundant magnetite, 2 flecks of goldÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction50.51N(0.5)2G(2)30N(500)20050500N(2)20N(50)5030020L(10)N(20)500200N(10)L(50)2050N(5)N(20)N(200)7050N(200)N(200)70N(50)500N(500)G(2000)H:.(þúîäÜØÔÊÀº´ª œ–’ˆ„|vrl`\TRFD><å¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA139ÿþ96SA139CF-027380ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed); collected from lower rusty auriferous gravel horizonÿþgrabÿþactive stream alluviumÿþabundant gold flecksÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction0.50.10.5N(0.5)1G(2)10N(500)15020300N(2)N(20)N(50)N(20)100L(10)N(10)N(20)300100N(10)L(50)L(10)50N(5)N(20)N(200)5050N(200)N(200)30L(50)500N(500)G(2000)Ž€tnd`THD@4*" úôêàÖÐÆ¼²ª¤ šŽŠ‚€tnhbõÝ×9%.ÿÿÿÿÿ?.ÿþ96SA138ÿþ96SA138CF-027379ÿþ-20 mesh (0.84 mm)ÿþField: 1/2 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction7L(0.1)0.07N(0.5)5G(2)5N(500)70N(20)2002L(20)N(50)N(20)70N(10)N(10)N(20)1000100N(10)L(50)N(10)100N(5)N(20)N(200)20100N(200)L(200)50N(50)1000N(500)G(2000)UG;3)% ÷íåßÕËÁ»³©Ÿ•‘‡}sqka]QOGE91%#ÌÁ©£9%.ÿÿÿÿÿ?.ÿþ96SA137ÿþ96SA137CF-027378ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþcoarse magnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction150.20.05N(0.5)3G(2)N(1)N(500)N(20)70200N(2)N(20)N(50)N(20)10050N(10)N(20)150100N(10)N(50)N(10)50N(5)N(20)N(200)50700N(200)N(200)100N(50)1000N(500)G(2000)\NB:0*üòêæÜÒÈÂ¼²¨¤ž”Š€xrndXPHF:2,(Ñ¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA135ÿþ96SA135CF-027376ÿþ-20 mesh (0.84 mm)ÿþField: 1/2 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþcoarse magnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction30.20.07N(0.5)1G(2)N(1)N(500)L(20)N(20)500N(2)N(20)N(50)L(20)50L(10)N(10)N(20)200100N(10)70N(10)300N(5)N(20)2001550N(200)L(200)50N(50)200N(500)G(2000)VH<6,(øðêàÜÒÌÆ¼²¨¤š†~xndXPHF:2,*ÓÁ©£9%.ÿÿÿÿÿ?åO † Ãíý˜,btÿxÿ$,ÿpÿÿÿüþìþè˜KRCxÿ@'0ÿ%õõÿÿÿÿltÿF@ÿ%'Pÿ%õlxÿF`ÿ%pÿ$ `pÿ `pÿ<'ìþ'üþ'ÿõ,ÿpÿpÿ ,>,ÿFÿ pÿ6ÿÿüþìþýO˜,btÿxÿ$,ÿpÿÿÿüþìþÄ|K7-'Xÿ%õ'hÿ%õÿÿÿÿxÿ$ `xÿ Lxÿ<'ÿ'$ÿ'4ÿõTÿxÿxÿ .ÿþ96SA147ÿþ96SA147CF-027386ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþpyrite pseudomorphs, amphibole or pyroxene, sparse magnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction7L(0.1)0.05N(0.5)52N(1)N(500)N(20)30L(50)N(2)N(20)N(50)N(20)100L(10)N(10)N(20)200150N(10)50N(10)L(20)N(5)N(20)N(200)1520N(200)L(200)30N(50)500N(500)G(2000)Š|pj`\PD@<0& üöðæÜÒÌÂ¸®¦œ˜Ž‚zxvjbVTý¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA146ÿþ96SA146CF-027385ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþabundant heavies, coarse magnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction50.10.07L(0.5)5G(2)N(1)N(500)N(20)L(20)150N(2)N(20)N(50)N(20)70100N(10)N(20)G(2000)150N(10)N(50)2020N(5)N(20)N(200)70L(20)N(200)L(200)50100700N(500)G(2000)pbVPJF:.$ þúðæàÒÈ¾¸´ª –Žˆ~th`XVJB<:ã¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA145ÿþ96SA145CF-027384ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction20.150.2L(0.5)3G(2)N(1)N(500)N(20)50L(50)N(2)N(20)N(50)L(20)150N(10)N(10)N(20)500150N(10)50L(10)L(20)N(5)N(20)N(200)15N(20)N(200)L(200)50N(50)200N(500)G(2000)]OC=3/# ýóëá×ÓÉÃ½³©Ÿ™…{sie[OG?=1+#!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA144ÿþ96SA144CF-027383ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmoderate heavies, magnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction150.20.3N(0.5)3G(2)N(1)N(500)N(20)N(20)50N(2)N(20)N(50)30100N(10)N(10)N(20)300200N(10)70N(10)L(20)N(5)N(20)N(200)1520L(200)N(200)70N(50)200N(500)G(2000)cUIC95) ÿ÷íãßÕÏÉ¿µ«¥¡—…wmaYQOC=73Ü¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA143ÿþ96SA143CF-027382ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetite, very fine goldÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction1.50.50.2N(0.5)21.5N(1)N(500)N(20)L(20)300L(2)20N(50)307030N(10)N(20)1000150N(10)L(50)2020N(5)N(20)N(200)5020N(200)20050N(50)500N(500)G(2000)K=1+!÷íåáÝÓÉÃ»±§£Ÿ›‘…uk_WQOC=71Ú¿§¡9%.ÿÿÿÿÿ?J õ 0bbtÿxÿ$,ÿpÿÿÿüþìþ€PTX\`h d <lwÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ.ÿþ96SA153ÿþ96SA153CF-027392ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmoderate heavies, magnetite dominantÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction20.20.07N(0.5)3G(2)700N(500)G(1000)30100N(2)N(20)N(50)N(20)50L(10)N(10)N(20)300150N(10)50N(10)30N(5)N(20)N(200)1070L(200)L(200)50L(50)200N(500)G(2000)hZNH>:."üøîêàÚÔÊÀ¶²¨ž”Œ†‚thbZXLD><å¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA152ÿþ96SA152CF-027390ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþabundant heavies, magnetite dominant, 1 fleck of goldÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction20.20.05N(0.5)1.5G(2)N(1)N(500)N(20)100200N(2)500N(50)L(20)L(20)100N(10)N(20)300100N(10)N(50)N(10)200N(5)N(20)N(200)70700N(200)L(200)50N(50)1000N(500)G(2000)‡yme[WK?95)ýóíçÝÓÍÃ¹¯©¡›•‹woi]UOMö¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA151ÿþ96SA151CF-027389ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþabundant heavies, magnetite dominantÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction20.2L(0.05)N(0.5)22N(1)N(500)N(20)70L(50)N(2)N(20)N(50)N(20)7015N(10)N(20)300150N(10)L(50)N(10)70N(5)N(20)N(200)50N(20)N(200)L(200)50N(50)2000N(500)G(2000)rdXPFB6* þúðæÜÖÐÆ¼¸´ª –Ž„€vjb`^RD><å¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA150ÿþ96SA150CF-027388ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþabundant coarse garnet, fine magnetite, trace of yellow sulfide (chalcopyrite or pyrite?)ÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction1.5100.05N(0.5)N(0.5)13G(2000)5070100L(2)G(2000)N(50)G(5000)L(20)G(5000)N(10)N(20)200100N(10)50300L(20)N(5)N(20)N(200)N(10)N(20)N(200)N(200)L(20)N(50)150N(500)G(2000)½¯£“‰}qg]QG?5/+!óéÛÑÃ»µ±Ÿ›ƒ{wq¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA149ÿþ96SA149CF-027387ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþsparse heavies, fine magnetite, garnet, probable cassiterite (wood tin?)ÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction0.50.10.1N(0.5)1.5G(2)N(1)N(500)N(20)20050N(2)N(20)N(50)307015N(10)L(20)500100N(10)70N(10)50N(5)N(20)N(200)20G(2000)N(200)3005050300N(500)G(2000)‚thb^ZTH:6* üöðæÜØÔÐÆ¼´°ª ”Œ„~rlf` ¿§¡9%.ÿÿÿÿÿ?þòE xÃ††ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ@|9 ¡©+²²²ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ@€9 ¡ ,®®®I ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ@„Y,ÄÄÄÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ@ˆÉ¬¬¬ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ@Œ¡°°°ÿÿÿÿÿÿÿÿÿÿÿ.ÿþ96SA109ÿþ96SA109CF-027558ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction70.73L(0.5)0.5G(2)1.5N(500)N(20)L(20)100L(2)N(20)N(50)L(20)20010015N(20)500500N(10)L(50)30200N(5)N(20)N(200)50L(20)L(200)50050N(50)500N(500)G(2000)G9-'ýùíãÛÕÑÇ½·±§£—ƒyqkaWKE=7+)#!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA107ÿþ96SA107CF-027557ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction20.10.07N(0.5)0.721N(500)N(20)L(20)1500L(2)L(20)L(50)N(20)L(20)50N(10)N(20)500100N(10)N(50)N(10)150N(5)N(20)N(200)50100L(200)20070L(50)200N(500)G(2000)OA5/%! ùïçá×ÍÃ½·£Ÿ•‹wog]SGEC=1)#!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA093ÿþ96SA093CF-027556ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction10.3L(0.05)N(0.5)11N(1)N(500)N(20)N(20)70L(2)N(20)N(50)L(20)N(20)15N(10)N(20)200100N(10)L(50)N(10)L(20)N(5)N(20)N(200)50N(20)N(200)L(200)L(20)N(50)100N(500)G(2000)gYMG=3' ÷ïåÛÑÇÁ»±§£™…{soe[OGEC7)#!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA091ÿþ96SA091CF-027555ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþabundant garnet and magnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction70.71N(0.5)52N(1)N(500)N(20)1002000L(2)20N(50)505020L(10)N(20)500200N(10)50N(10)100N(5)N(20)N(200)1520L(200)N(200)50L(50)300N(500)G(2000)G9-' ýùíãÛÕËÇ½·±§™•‘‡ƒ{smcWOMK?=75Þ¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA066ÿþ96SA066CF-027554ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmoderate heavies, fine magnetite and abundant garnet, (chemistry suggests cassiterite, =wood tin?)ÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction10.50.07N(0.5)2G(2)N(1)1000N(20)150500L(2)70N(50)1500507000N(10)N(20)G(2000)70N(10)N(50)N(10)50N(5)N(20)N(200)50G(2000)N(200)50030L(50)700N(500)G(2000)¨šŽˆ~zthZVJ@84* úðèäÜÒÎÆÀº°¨ ˜–Š‚|z#¿§¡9%.ÿÿÿÿÿ?G š ñT·.ÿþ96SA124ÿþ96SA124CF-027564ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction70.50.5L(0.5)3G(2)1.5N(500)N(20)70200N(2)L(20)N(50)N(20)1001510N(20)300300N(10)100L(10)500N(5)N(20)N(200)2030200N(200)100N(50)200N(500)7005/# û÷óçÝÕÏÅ¿µ¯©Ÿ›—‘‡}skeaWKE=;/)#!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA122ÿþ96SA122CF-027563ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction50.50.15N(0.5)1G(2)N(1)N(500)L(20)3050L(2)N(20)N(50)N(20)3010L(10)N(20)3002001010015150N(5)N(20)N(200)5070N(200)70070N(50)2000N(500)G(2000)7)õñíá×ÏÉÅ¿»µ¯¥›—“‰umie[OG?=1)#!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA121ÿþ96SA121CF-027562ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction100.73L(0.5)2G(2)2N(500)N(20)100200L(2)20N(50)L(20)10015L(10)N(20)500500N(10)50L(10)700N(5)N(20)N(200)2020L(200)L(200)100N(50)200N(500)20007/# õñíá×ÏÉ¿»±«¥›‘‡}soga[QEC;9-+%!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA115ÿþ96SA115CF-027561ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction100.51L(0.5)5G(2)N(1)N(500)N(20)L(20)150L(2)N(20)N(50)2050L(10)L(10)N(20)300200N(10)70N(10)100N(5)N(20)N(200)1020700N(200)70N(50)150N(500)G(2000)C5)# ÿûïåÝ×ÍÉ¿¹³©Ÿ•‘ƒyqkaWKC;9-+%!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA114ÿþ96SA114CF-027560ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction50.50.5L(0.5)L(0.5)G(2)L(1)N(500)N(20)50150N(2)L(20)N(50)N(20)15010L(10)N(20)5001000201002070N(5)N(20)N(200)50200N(200)L(200)100N(50)1000N(500)2000G?3+!ýùíãÛ×ÓÍÉÁ»±§£“‰wqmcWOG;/)#!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA110ÿþ96SA110CF-027559ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction30.20.15N(0.5)0.72N(1)N(500)N(20)N(20)200N(2)N(20)N(50)N(20)L(20)200N(10)N(20)500200N(10)50N(10)50N(5)N(20)N(200)5030L(200)N(200)30N(50)1500N(500)G(2000)SE91'#÷íåá×ÓÉÃ½³©£™…{smcYMEC=1)#!Ê¿§¡9%.ÿÿÿÿÿ? < j ¹8 @€ @€ÄÄÄÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ@8‘Á¹ÒÒÒÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ@<‘ÁÑÔÔÔÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ@@) añ!âââÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ@D) ay3ÞÞÞÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ@H) a©3èèèÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ.ÿþ96SA130ÿþ96SA130CF-027569ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþ1 fleck gold, abundant heavies, magnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction10.50.2L(0.5)1.5G(2)N(1)N(500)N(20)L(20)2000N(2)N(20)N(50)50100L(10)N(10)N(20)G(2000)150N(10)L(50)N(10)100N(5)N(20)N(200)5020L(200)700100N(50)300N(500)G(2000)}oc]SMG;73'ûñëÝÓÉ¿¹µ«¡™‘‡}qia[OICAê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA129ÿþ96SA129CF-027568ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetite, muscoviteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction10.70.5N(0.5)1G(2)7N(500)5020500N(2)20N(50)10020010N(10)N(20)150150N(10)7020100N(5)N(20)N(200)20100N(200)L(200)70N(50)200N(500)G(2000)8* þòìèÜÒÊÄÀ¼²¬¦œ’Žˆ‚xtlfb^RPHF:4.,Õ¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA128ÿþ96SA128CF-027567ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction100.30.15N(0.5)2G(2)1.5N(500)N(20)70300N(2)N(20)N(50)N(20)3020N(10)N(20)300150N(10)N(50)N(10)70N(5)N(20)N(200)3020N(200)L(200)70N(50)500N(500)G(2000)K=1+!ýñçßÛÑÇ½·±§™•‹woie[OIA?3+%!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA127ÿþ96SA127CF-027566ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþabundant heavies, magnetite dominantÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction100.30.05N(0.5)1G(2)N(1)N(500)N(20)20030N(2)N(20)N(50)L(20)100L(10)N(10)N(20)100300N(10)50N(10)70N(5)N(20)N(200)3050N(200)N(200)100N(50)700N(500)G(2000)l^RLB<0$ þúðìâÜÖÌÂ¸²¨ž”Œˆ‚xld\ZNF@<å¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA126ÿþ96SA126CF-027565ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþsparse heavies, magnetite, no goldÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction1.5150.1N(0.5)0.721L(500)N(20)L(20)2000N(2)N(20)N(50)2005070N(10)N(20)200150N(10)50200200N(5)N(20)N(200)15L(20)L(200)N(200)50N(50)200N(500)G(2000)^PD>40$ þôìæàÜÒÌÆ¼²®ª¤šˆ€vl`^\VJD@:ã¿§¡9%.ÿÿÿÿÿ?0 { È%pÿpÿ ,>,ÿFÿ pÿ6ÿÿüþìþýOÿ˜,btÿxÿ$,ÿpÿÿÿüþìþÄ|K7-'Xÿ%õ'hÿ%õÿÿÿÿxÿ$ `xÿ Lxÿ<'ÿ'$ÿ'4ÿõTÿxÿxÿ ,>TÿFDÿ xÿ6Dÿ4ÿ$ÿÿý4x|$b$TÿxÿDÿ4ÿ$ÿÿÐˆKA7((ÿF%'8ÿ%(Hÿ%(Xÿ%(hÿ%xÿ$ `xÿ 4xÿ<'äþ'ôþ'ÿõ$ÿxÿxÿ ,>$ÿFÿ xÿ6ÿÿôþäþý>˜ˆ$b$$ÿxÿÿÿôþäþè˜KRCxÿ@'0ÿ%õõÿÿÿÿltÿF@ÿ%'Pÿ%õlxÿF`ÿ%pÿ$ `pÿ `pÿ<'ìþ'üþ'ÿõ,ÿpÿpÿ ,>,ÿFÿ pÿ6ÿÿüþìþýOÿ˜,btÿxÿ$,ÿpÿÿÿüþìþÐˆKA7((ÿF%'8ÿ%(Hÿ%(Xÿ%(hÿ%xÿ$ `xÿ 4xÿ<'äþ'ôþ'ÿõ$ÿxÿxÿ ,>$ÿFÿ xÿ6ÿÿôþäþý>ÿÿ˜ˆ$b$$ÿxÿÿÿôþäþ”˜œ ¤¨¬° ¸ ÄÈw™ ÜÜÜIÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ@P9 ¡Ñ Þ.ÿþ96SA134ÿþ96SA134CF-027574ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction1.50.50.5N(0.5)1.5G(2)2N(500)N(20)20500L(2)N(20)N(50)30150100N(10)N(20)200100N(10)L(50)2050N(5)N(20)N(200)7020N(200)20050N(50)500N(500)G(2000)=/# ýùõéß×ÓÏÅ»µ¯¥›•‹woie[OME?3-'!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA133ÿþ96SA133CF-027573ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction70.50.2N(0.5)3G(2)N(1)N(500)N(20)L(20)100N(2)N(20)N(50)N(20)100N(10)N(10)N(20)5002002050N(10)70N(5)N(20)N(200)5020N(200)L(200)100N(50)500N(500)G(2000)M?3-#ýñçßÛÑÍÉÃ½³©Ÿ™…{smcYME=;/)#!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA132ÿþ96SA132CF-027572ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþmagnetiteÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction100.20.05N(0.5)1G(2)N(1)N(500)N(20)N(20)150N(2)N(20)N(50)N(20)20L(10)N(10)N(20)200150N(10)50N(10)70N(5)N(20)N(200)7070N(200)20050N(50)1500N(500)G(2000)OA5-# ùïçãÙÕËÅ¿µ«¡“‰wqg]QIA?3+%!Ê¿§¡9%.ÿÿÿÿÿ?.ÿþ96SA131ÿþ96SA131CF-027570ÿþ-20 mesh (0.84 mm)ÿþField: 1 full 14-inch gold pan; Lab: nonmagnetic, heavy mineral concentrate (Frantzed and bromoformed)ÿþgrabÿþactive stream alluviumÿþabundant heavies, magnetite, no goldÿþnon-magnetic (Frantzed), heavy (bromoformed, specific gravity > 2.8) mineral fraction120.2N(0.5)2G(2)N(1)N(500)N(20)L(20)5000N(2)N(20)N(50)3050150N(10)N(20)G(2000)70N(10)L(50)N(10)70N(5)N(20)N(200)7020N(200)L(200)50N(50)700N(500)G(2000)j\PJ@<0$ þúðæÜØÊÀ¶°¬¨ž”Œ„zpd\TRF@><å¿§¡9%.ÿÿÿÿÿ?6@@@@@@@@@HBkJ6BBHBkJ6H8HBkJ6H<HBkJ86DHBkJ86HHBkJ886HBkJ88>HBkJ88@HBkJ8:8HBkJ8::HBkJ8:>HBkJ8:BHBkJ8:DHBkJ8:FHBkJ8:HHBkJ8<6HBkJ8<8HBkJ8<:HBkJ8<<HBkJ8<>HBkJ8<@HBkJ88HBkJ8><HBkJ8>>HBkJ8>@HBkJ8>BHBkJ8>DHBkJ8>HHBkJ8@6HBkJ8@8HBkJ8@:HBkJ8@<Name ÿÿ'hÿ%õÿÿÿÿxÿ$ `xÿ ,xÿ<'ÿ'$ÿ'Dÿõdÿxÿxÿ ,>dÿFTÿ 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Àü©ñÒMbp?@€@@ð¿IÀÃõ(\ÂÕ?…ëQ¸Õ?{®Gáz„?{®Gáz”?ÍÌÌÌÌÌô?š™™™™™©¿À@V@@€@@&@@À@.@{®Gáz”¿À@€E@4@ÍÌÌÌÌÌä? r@š™™™™™Ù?Àgfffff@1@€E@$@yé&1¬¬?@$@ c’xð¿333333ã¿@ìQ¸…ë±?IÀÀl@DÀš™™™™™¹¿1@¤p= ×£Ð?š™™™™™Ù?YÀ€A@€B@@€D@>@ÿþ96SA121ÿþ96SA121SÿþC-100066ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþno FeOx precipitate observedÿþgranite, and lesser granite gneiss, biotite gneiss, and muscovite gneiss cobbles; sparse fine sedimentÿþ-80 mesh sediment, pulverized to -100 meshñ‰kVQ@5 ú÷ÿþÿÿÿýÿK{®Gáz´¿À@@ &@š™™™™™¹¿ Àü©ñÒMb`¿ ~@2@ð¿IÀÃõ(\ÂÅ?{®GázÄ?{®Gáz„?{®Gáz”?gfffffþ?Ãõ(\ÂÅ?ÀÀ’@*@@P@*@@À&@*@{®Gáz”¿Àgfffff@0†@2@ÍÌÌÌÌÌä?š@333333@À333333û?@e@ |@@R¸…ëQÈ?*@3@ c’xð¿ð?$@)\Âõ(¼?IÀ@p@DÀš™™™™™É?d@333333@333333Ó?YÀ€k@€a@@Y@€[@ÿþ96SA120ÿþ96SA120SÿþC-100065ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnone notedÿþfine sandy sediment within granite and augen gneiss boulders; magnetite streaks in sedimentÿþ-80 mesh sediment, pulverized to -100 meshÔwkVQ@5 ú÷ÿþÿÿÿýÿDÚ³ Ä…Kš™™™™™¹?Àgfffff@@ 333333@š™™™™™¹¿ Àü©ñÒMb`¿Ð†@@ð¿IÀHáz®Gá?à?{®Gáz¤?¤p= ×£À?š™™™™™ù?Ãõ(\ÂÅ?À€[@@ÀS@"@ @Àgfffff@(@+‡ÙÎ÷£?Àš™™™™™@€J@0@{®Gázì?y@š™™™™™Ù?Àš™™™™™ù?@G@,@‰A`åÐ"«?3@6@ c’xð¿gfffffæ?$@š™™™™™¹?IÀ`s@DÀš™™™™™¹¿.@ ×£p= ×?à?YÀ€N@B@@@S@M@ÿþ96SA139Dÿþ96SA139DSÿþC-100074ÿþsite duplicate of 96SA139Sÿþsediment from active channel; sediment is site duplicate of 96SA139Sÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnone on surficial sediment horizon; abundant in lower (unsampled) horizonÿþgranite and augen gneissÿþ-80 mesh sediment, pulverized to -100 meshBü±œ—†{5úÿÿþÿÿÿýÿKš™™™™™É?À333333@@$Àedš™™™™™¹? À;ßO—n‚?@Š@@ð¿IÀ eþ Y ÍÌÌÌÌÌü?)\Âõ(Ì?À€[@@T@$@@Àš™™™™™@,@j¼t“¦?ÀÍÌÌÌÌÌ@M@.@q= ×£pí? ~@š™™™™™Ù?Àø?"@€I@,@h‘í|?5®?8@7@ c’xð¿"@)\Âõ(¼?IÀt@DÀY.@ö(\ÂõØ?YYÀ€O@€@@@€W@Q@ÿþ96SA129ÿþ96SA129SÿþC-100073ÿþsediment from active channel; silt film covers alluviumÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþfairly abundant MnOx precipitate on alluviumÿþcobbles of Precambrian porphyritic biotite graniteÿþ-80 mesh sediment, pulverized to -100 meshí¹‹vl[P ú÷ÿýáÿÿõíK{®Gáz´¿Àš™™™™™@@ ÍÌÌÌÌÌ@š™™™™™¹¿ ÀœÄ °rh‘?@€@@ð¿IÀ> ×£p=Ú?> ×£p=Ú?ú~j¼t“h¿{®Gáz„?333333ó?š™™™™™©¿À@T@@€E@,@$@Àgfffff@ @{®Gáz”¿Àgfffffþ?B@&@®Gáz®ç?€q@š™™™™™É?Àgfffffö?,@D@*@Ë¡E¶óý¤?@@ c’xð¿333333ã¿*@¸…ëQ¸®?IÀ€[@DÀš™™™™™¹?(@ ×£p= ×?333333Ó?YÀP@F@@:@7@ÿþ96SA128ÿþ96SA128SÿþC-100072ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnone notedÿþfoliated Precambrian granite cobblesÿþ-80 mesh sediment, pulverized to -100 meshÉwkVQ@5 ú÷ÿþÿÿÿýÿK{®Gáz´¿Àffffff@ð¿ @š™™™™™¹¿ Àú~j¼t“h?@@@ð¿IÀ{®GázÄ?{®GázÄ?ú~j¼t“h¿{®Gáz„?ÍÌÌÌÌÌô?š™™™™™©¿À€[@@?@@@À333333@ @{®Gáz”¿ÀÍÌÌÌÌÌü?F@@®Gáz®×?`x@š™™™™™É?À333333ó?2@J@@‹lçû©ñ²?@@ c’xð¿333333ã¿*@{®Gáz¤?IÀ^@DÀš™™™™™¹¿4@ ×£p= ç?š™™™™™¹?YÀ€N@€a@"@0@2@ÿþ96SA127ÿþ96SA127SÿþC-100071ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitateÿþcobbles of Precambrian granite, amphibolite, and Gunsight Fm. metamorphic rocksÿþ-80 mesh sediment, pulverized to -100 meshÕ„kVQ@5 ú÷ÿþÿÿÿýÿK{®Gáz´¿À333333@@ gfffff@š™™™™™¹? À;ßO—n’?`ƒ@@ð¿IÀÍÌÌÌÌÌÜ?)\Âõ(Ü?{®Gáz„?{®Gáz”?333333û?)\Âõ(¼?À@u@@:@$@@ÀÍÌÌÌÌÌ@0@{®Gáz”¿Àgfffff@i@3@áz®Gáâ? ~@ÍÌÌÌÌÌì?À@(@@`@@š™™™™™¹?$@*@ c’xð¿333333ã¿@ìQ¸…ë±?IÀÀr@DÀš™™™™™¹¿C@š™™™™™á?š™™™™™Ù?YÀ€J@€O@@@P@€I@ÿþ96SA125ÿþ96SA125SÿþC-100070ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnone notedÿþgranitic gneiss, quartzofeldspathic gneiss boulders with abundant intervening fine sedimentÿþ-80 mesh sediment, pulverized to -100 meshÔwkVQ@5 ú÷ÿþÿÿÿýÿID " K>aKš™™™™™É?À333333@@$Àedš™™™™™¹¿ À¸…ëQ¸Ž?@…@@ð¿IÀ eþ Y ÍÌÌÌÌÌü?333333Ã?À@`@ @€U@333333#@@ÀÍÌÌÌÌÌ@&@Ûù~j¼t£?ÀÍÌÌÌÌÌ@@Q@.@¸…ëQ¸î?€{@š™™™™™Ù?Àø?@L@0@ ×£p= §?.@2@ c’xð¿&@{®Gáz´?IÀ r@DÀY1@> ×£p=Ú?YYÀQ@€D@@€N@J@ÿþ96SA134ÿþ96SA134SÿþC-100080ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþMnOx precipitateÿþaugen gneissÿþ-80 mesh sediment, pulverized to -100 mesh·‹}kVQ@5 ú÷ÿýáÿÿõíK{®Gáz´¿Àgfffff@ð¿ 333333ó?š™™™™™¹? Àü©ñÒMb`¿ ~@@ð¿IÀR¸…ëQÈ?R¸…ëQÈ?ú~j¼t“h¿{®Gáz„?@¸…ëQ¸¾?Ài@&@M@&@"@À@0@{®Gáz”¿À@ÀX@3@333333ó?€@@Àgfffff@3@Y@3@333333³?.@2@ c’xð¿333333ã¿2@ìQ¸…ë±?IÀ€k@DÀš™™™™™¹¿€A@{®Gázä?à?YÀX@€[@@€B@E@ÿþ96SA133ÿþ96SA133SÿþC-100079ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitateÿþaugen gneiss, granite, pegmatite boulders and cobblesÿþ-80 mesh sediment, pulverized to -100 meshç»„kVQ@5 ú÷ÿþÿÿÿýÿKš™™™™™¹?À333333@@ 333333@š™™™™™¹¿ À{®Gázt?0†@@ð¿IÀ333333Ã?¸…ëQ¸¾?¸…ëQ¸ž?)\Âõ(¼?š™™™™™ù? ×£p= Ç?À@W@@€Q@$@@ÀÍÌÌÌÌÌ@*@ºI+‡¦?Àš™™™™™@€G@.@Âõ(\ê?€v@333333Ó?Àgfffffö?4@E@,@¸…ëQ¸®?1@5@ c’xð¿ÍÌÌÌÌÌì?"@)\Âõ(¼?IÀ r@DÀš™™™™™¹¿0@gfffffÖ?333333Ó?YÀL@€@@@@R@€K@ÿþ96SA139ÿþ96SA139SÿþC-100078ÿþsediment from active channel; there are 2 sediment horizons: (1) lower rusty auriferous gravels covered by (2) a 6-inch cap of relatively recent rust-free silt and sand; the latter was sampled for the sedimentÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnone on surficial sediment horizon; abundant in lower (unsampled) horizonÿþgranite and augen gneissÿþ-80 mesh sediment, pulverized to -100 mesh±…k õê ú÷ÿþÿÿÿýÿK{®Gáz´¿ÀÍÌÌÌÌÌ@ð¿ š™™™™™@š™™™™™¹¿ Àü©ñÒMbp?à@$@ð¿IÀ¸…ëQ¸¾?)\Âõ(¼?{®Gáz„?{®Gáz”?š™™™™™ @ ×£p= ·?Àn@:@^@6@4@À333333"@1@{®Gáz”¿À333333ó?€[@.@gfffff@0‘@ÍÌÌÌÌÌì?À@?@Y@€B@ã¥›Ä °²?@À c’xð¿333333ã¿€A@š™™™™™¹?IÀd@DÀš™™™™™¹¿€E@š™™™™™ù?333333Ó?YÀÀg@@X@@€H@L@ÿþ96SA131ÿþ96SA131SÿþC-100076ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitateÿþbiotite-rich graniteÿþ-80 mesh sediment, pulverized to -100 meshÆš„kVQ@5 ú÷ÿþÿÿÿýÿK333333Ó?@gfffff@ @ *@gfffffö? À®Gáz®ç?Ð@@ð¿IÀ ×£p= ×?gfffffÖ?{®Gáz„?{®Gáz”?š™™™™™ù?¸…ëQ¸®?À@S@*@M@€H@@@Àš™™™™™@$@)\Âõ(¬?Àš™™™™™ù?€@@,@š™™™™™ñ?@€@ÍÌÌÌÌÌì?ÀÍÌÌÌÌÌô?0@€B@4@Zd;ßO§?@@ c’xð¿gfffffæ?.@ìQ¸…ëÁ?IÀ€[@DÀ333333Ó?$@333333ã?333333Ó?YÀ€W@B@@€B@G@ÿþ96SA130ÿþ96SA130SÿþC-100075ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnone notedÿþbiotite-rich granite, quartzite, gneissÿþ-80 mesh sediment, pulverized to -100 meshÌ wkVQ@5 ú÷ÿþÿÿÿýÿÎD¡Ÿ ZäK{®Gáz´¿Àgfffff@ð¿ š™™™™™ù?š™™™™™É? Àü©ñÒMb`¿ r@$@ð¿IÀHáz®GÑ?Ház®GÑ?ú~j¼t“h¿{®Gáz„¿ÍÌÌÌÌÌ@š™™™™™©¿ÀÀr@@8@ÍÌÌÌÌÌ@@@š™™™™™ @.@{®Gáz”¿(@ø?@`@"@¸…ëQ¸Î?°ƒ@š™™™™™É?Àgfffffö?F@Àg@@ ×£p= ·?&@1@ c’xð¿333333ã¿>@333333Ã?IÀ^@DÀš™™™™™¹¿Àg@gfffffö?š™™™™™É?YÀM@`ˆ@H@1@9@ÿþ96SA132ÿþ96SA132SÿþC-100087ÿþsediment from active channel; sandy, grusy sediment typical of weathering granite; fine material difficult to collectÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitateÿþgranite (looks more leucocratic than that at Indian and Squaw Creeks)ÿþ-80 mesh sediment, pulverized to -100 meshP$ÝÄ¯ª™Ž ú÷ÿþÿÿÿýÿK{®Gáz´¿ÀÍÌÌÌÌÌ@ð¿ š™™™™™ù?š™™™™™É? ÀœÄ °rh¡?à…@@ð¿IÀö(\Âõà?ö(\Âõà?ú~j¼t“h¿{®Gáz„?ÍÌÌÌÌÌô?š™™™™™©¿ÀÀU@@3@ÍÌÌÌÌÌ@ÀÀø?,@Zd;ßO—?ÀÍÌÌÌÌÌ@€D@$@¤p= ×£Ð?^@š™™™™™¹?Àš™™™™™ @,@€G@@š™™™™™©?@.@ c’xð¿333333ã¿@{®Gáz¤?IÀÀw@DÀš™™™™™¹¿2@š™™™™™É?š™™™™™É?YÀ7@>@ð?5@0@ÿþ96SA138ÿþ96SA138SÿþC-100086ÿþsediment from active channel; sparse fine sedimentÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitate on scattered bouldersÿþgranite, augen gneiss, biotite gneiss, pegmatite, aplite bouldersÿþ-80 mesh sediment, pulverized to -100 meshó°lgVK ú÷ÿþÿÿÿýÿK{®Gáz´¿Àffffff@ð¿ š™™™™™ñ?š™™™™™É? Àü©ñÒMb`¿ y@@ð¿IÀ ×£p= Ç? ×£p= Ç?ú~j¼t“h¿{®Gáz„¿š™™™™™ñ?ìQ¸…ëÁ?À€[@@6@ÍÌÌÌÌÌ@@À333333@@/Ý$•?À333333û?H@$@¤p= ×£Ð?@j@š™™™™™é?Àgfffffö?6@L@@ªñÒMb¸?"@"@ c’xð¿333333ã¿@{®Gáz”?IÀd@DÀš™™™™™¹¿3@\Âõ(\ß?333333Ó?YÀG@Y@@5@0@ÿþ96SA137ÿþ96SA137SÿþC-100085ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitate on scattered cobblesÿþgranite, augen gneissÿþ-80 mesh sediment, pulverized to -100 meshÜ°™kVQ@5 ú÷ÿþÿÿÿýÿKgfffffæ?Àgfffff@@ gfffff@š™™™™™Ù? À…ëQ¸í?à@@ð¿IÀ…ëQ¸…Û?…ëQ¸…Û?ú~j¼t“h¿{®Gáz„¿ÍÌÌÌÌÌü?¸…ëQ¸¾?À@j@ @=@@@Àš™™™™™ @1@ìQ¸…ëÁ?Àgfffff@@W@2@)\Âõ(ä? w@gfffffæ?À333333@"@€[@$@+‡ÙÎ÷³?8@8@ c’xð¿333333ã¿(@{®Gáz¤?IÀi@DÀš™™™™™¹¿€H@q= ×£pÝ?333333ã?YÀR@^@@F@€E@ÿþ96SA135ÿþ96SA135SÿþC-100082ÿþsediment from active channel; collected with difficulty because of sparse sediment trapsÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitate on scattered cobblesÿþaugen gneiss, quartzite; scattered quartz vein cobblesÿþ-80 mesh sediment, pulverized to -100 mesh9 Õ§’|q ú÷ÿþÿÿÿýÿ3D/ Ä œKK{®Gáz´¿Àgfffff@ð¿ gfffff@š™™™™™¹? Àü©ñÒMb`¿À‡@@ð¿IÀà?à?ú~j¼t“h¿{®Gáz„¿333333û?š™™™™™©¿Ài@@M@$@@À@&@{®Gáz”¿À333333@ÀV@4@Ãõ(\Âí? |@333333Ó?À333333û?$@ÀT@0@ú~j¼t“¸?@@ c’xð¿333333ã¿"@¸…ëQ¸®?IÀn@DÀš™™™™™¹¿>@> ×£p=Ú?à?YÀM@K@@€B@@@ÿþ96SA145ÿþ96SA145SÿþC-100093ÿþsediment from active channel; sparse fine sediment collected from pockets within bouldersÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþgneiss, quartzite, and minor Tertiary rhyodacite (?) dike cobbles, Cretaceous graniteÿþ-80 mesh sediment, pulverized to -100 mesh+ÿ¨¨“Ž}r ú÷ýþÿÿÿýÿK{®Gáz´¿À@ð¿ @333333Ó? Àü©ñÒMbp?@z@@ð¿IÀÂõ(\â?Âõ(\â?ú~j¼t“h¿{®Gáz„?333333@ìQ¸…ë±?À€k@0@d@&@@Àš™™™™™@2@{®Gáz”¿Àø?^@€C@gfffff@Ð‹@š™™™™™Ù?Àš™™™™™@"@€[@=@j¼t“¶?@@ c’xð¿333333ã¿3@ ×£p= ·?IÀ |@DÀš™™™™™¹¿=@…ëQ¸…ë?333333Ó?YÀY@ÀP@@O@Q@ÿþ96SA144ÿþ96SA144SÿþC-100092ÿþsediment from active channel; coarse alluvium, sparse fine sedimentÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnone observedÿþgranite, gneissÿþ-80 mesh sediment, pulverized to -100 meshÞ²¡’}xg\ ú÷ÿþÿÿÿýÿK{®Gáz´¿ÀÍÌÌÌÌÌ@@$Àed333333Ó? Àš™™™™™©? „@@ð¿IÀ eþ Y š™™™™™ù?)\Âõ(¼?À€q@$@€J@0@&@À333333@,@ú~j¼t“˜?Àgfffff @Àb@0@R¸…ëQè?€{@333333ã?À333333û??@€[@"@ºI+‡¶?*@1@ c’xð¿(@)\Âõ(¼?IÀ r@DÀYC@Âõ(\â?YYÀM@O@@N@J@ÿþ96SA143ÿþ96SA143SÿþC-100090ÿþsediment from active channel; silt film on bouldersÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight MnOx precipitateÿþpockets of fine sandy sediment within gneiss bouldersÿþ-80 mesh sediment, pulverized to -100 meshþÒ›‚mhWL ú÷ÿýáÿÿõíK{®Gáz´¿À333333@ð? š™™™™™ @š™™™™™É? Àü©ñÒMb ?@z@@ð¿IÀ)\Âõ(ì?×£p= ×ë?{®Gáz„?{®Gáz”?333333@¸…ëQ¸®?À@`@0@€k@5@.@ÀÍÌÌÌÌÌ@.@{®Gáz”¿Àš™™™™™ù?@P@5@gfffff@ð„@à?À333333û?8@O@A@{®Gáz´?@ @ c’xð¿333333ã¿.@Ház®GÑ?IÀ`s@DÀš™™™™™¹?4@®GázÞ?š™™™™™É?YÀÀU@€B@@H@€I@ÿþ96SA142ÿþ96SA142SÿþC-100089ÿþsediment from active channel; coarse gravel and boulders; sparse fine sedimentÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnone observedÿþgneiss, augen gneiss, quartzite, pegmatite, amphibolite; minor dark Tertiary dacite dike cobbles; K graniteÿþ-80 mesh sediment, pulverized to -100 meshE¬ˆƒrg ú÷ÿþÿÿÿýÿK333333Ó?À333333@@$Àed333333Ó? À9´Èv¾ŸŠ?@Š@@ð¿IÀ eþ Y ÍÌÌÌÌÌ@{®GázÄ?Ài@2@@X@6@7@À@(@9´Èv¾Ÿª?Àš™™™™™@ÀX@3@š™™™™™ñ?€@š™™™™™Ù?ÀÍÌÌÌÌÌü?&@€U@1@{®Gáz´?2@6@ c’xð¿(@š™™™™™©?IÀàu@DÀYA@š™™™™™á?YYÀ@T@L@@@Q@ÀP@ÿþ96SA141ÿþ96SA141SÿþC-100088ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnone notedÿþgneissÿþ-80 mesh sediment, pulverized to -100 mesh«wkVQ@5 ú÷ÿýáÿÿõíJDüà ¾¾bK{®Gáz´¿Àš™™™™™@€B@ €J@š™™™™™É? À¸…ëQ¸ž?@z@@?@€I@¸…ëQ¸Î?q= ×£pÍ?{®Gáz„?{®Gáz”?š™™™™™ñ?ìQ¸…ë±?ÀÀr@€L@;@ t@@o@ÀÍÌÌÌÌÌ@,@{®Gáz”¿@gfffffþ?Àb@,@¸…ëQ¸Þ?ð„@š™™™™™é?À333333ó?6@@`@&@j¼t“¶? @&@ c’xð¿š™™™™™ñ? @Âõ(\Ò?IÀ^@DÀ333333ã?C@®Gázæ?š™™™™™Ù?YÀP@€[@@€C@C@ÿþ96SA152ÿþ96SA152SÿþC-100098ÿþsediment from active channel; silt film on bouldersÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitate on scattered cobblesÿþgranite, gneissic granite; boulders of quartzite and biotite gneiss xenoliths in graniteÿþ-80 mesh sediment, pulverized to -100 mesh6 °‚mhWL ú÷ÿþÿÿÿýÿK{®Gáz´¿Àgfffff@@ gfffff@š™™™™™Ù? Àü©ñÒMb`¿i@@ð¿IÀ¤p= ×£À?¤p= ×£À?ú~j¼t“h¿{®Gáz„?Ház®Gá?¸…ëQ¸®?À@j@@&@(@@Àš™™™™™ù?1@{®Gáz”¿Àgfffffö?€[@"@š™™™™™É?Àg@ÍÌÌÌÌÌì?Àð?4@€W@@‹lçû©ñ¢?@@ c’xð¿333333ã¿@¸…ëQ¸®?IÀ@P@DÀš™™™™™¹¿8@R¸…ëQÈ?à?YÀ.@@P@@€G@7@ÿþ96SA151ÿþ96SA151SÿþC-100097ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitateÿþgranite w/ lesser quartzite and phylliteÿþ-80 mesh sediment, pulverized to -100 meshÚ®„kVQ@5 ú÷ÿþÿÿÿýÿK{®Gáz´¿À@@ @à? Àü©ñÒMbp?@p@@ð¿IÀ¸…ëQ¸Î?¸…ëQ¸Î?ú~j¼t“h¿{®Gáz„¿ ×£p= ç?{®Gáz´?À€K@@5@0@(@Àš™™™™™ù?*@{®Gáz”¿Àš™™™™™@:@*@®GázÞ?Àl@ð?Àgfffffö?>@:@ @ÙÎ÷Sã¥›?@*@ c’xð¿333333ã¿@š™™™™™¹?IÀO@DÀš™™™™™¹¿8@Ãõ(\ÂÅ?ÍÌÌÌÌÌì?YÀ>@€F@@B@€@@ÿþ96SA149ÿþ96SA149SÿþC-100096ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitate on scattered cobblesÿþquartzite, phyllite, pink K-spar granite, mica schistÿþ-80 mesh sediment, pulverized to -100 meshüÐ™kVQ@5 ú÷ÿþÿÿÿýÿK{®Gáz´¿Àš™™™™™ @ð¿ @š™™™™™¹?:@ü©ñÒMb`¿@p@@ð¿IÀáz®Gáâ?áz®Gáâ?ú~j¼t“h¿{®Gáz„?{®Gázì?¸…ëQ¸®?ÀÀR@À@*@$@À@(@{®Gáz”¿Àš™™™™™ù?€H@:@Ãõ(\ÂÕ?€a@333333Ó?Àš™™™™™ñ?$@€L@*@{®Gázt?@@ c’xð¿333333ã¿@{®Gáz´?IÀ€a@DÀš™™™™™¹?F@R¸…ëQÈ?š™™™™™Ù?YÀ5@=@ð?DFi@ÿþ96SA147ÿþ96SA147SÿþC-100095ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx precipitateÿþaugen gneiss, biotite gneiss, granite, pegmatite, and quartziteÿþ-80 mesh sediment, pulverized to -100 meshöÊ‰kVQ@5 ú÷ÿþÿÿÿýÿK{®Gáz´¿Àš™™™™™!@ð¿ @š™™™™™É? À{®Gázt?PŽ@@ð¿IÀHáz®GÑ?Ház®GÑ?ú~j¼t“h¿{®Gáz„¿š™™™™™ù?¸…ëQ¸®?À r@@4@ÍÌÌÌÌÌ@@@333333@4@{®Gáz”¿À@@`@8@R¸…ëQà?`s@gfffffæ?Àgfffff @"@€a@"@š™™™™™¹?@0@ c’xð¿333333ã¿ @¤p= ×£À?IÀ€v@DÀš™™™™™¹¿@P@…ëQ¸Õ?333333ã?YÀ€G@Y@@€@@A@ÿþ96SA146ÿþ96SA146SÿþC-100094ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitateÿþgranite, gneiss, lesser schist and quartziteÿþ-80 mesh sediment, pulverized to -100 meshÞ²„kVQ@5 ú÷ÿþÿÿÿýÿD·² K{®Gáz´¿Àgfffff @ Y àu@š™™™™™¹¿ ÀìQ¸…ëÁ?€q@ð?M@@R@ÍÌÌÌÌÌÜ?)\Âõ(Ü?{®Gáz„?{®Gáz¤?…ëQ¸Õ?š™™™™™©¿À€N@àp@6@ º@À@,@{®Gáz”¿Àš™™™™™ù?>@3@¤p= ×£à?€v@ÍÌÌÌÌÌì?À¸…ëQ¸Î?@?@.@9´Èv¾Ÿš?ð¿À c’xð?ÍÌÌÌÌÌü?@×£p= ×ã?IÀ€F@DÀà? @š™™™™™É?gfffffæ?YÀ>@C@@M@?@ÿþ96SA150ÿþ96SA150SÿþC-100112ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþalluvium, tree roots, & organic matter all coated w/ spectacular green Cu precipitateÿþgneiss and ? (difficult to tell, as all rocks are coated w/ Cu green precipitate)ÿþ-80 mesh sediment, pulverized to -100 meshAÂkVQ@5 ú÷þÿwÿÿýÿKgfffffæ?À333333@4@ 2@š™™™™™¹¿ À{®Gáz¤?@@ð¿IÀ ×£p= ×?Ãõ(\ÂÕ?{®Gáz”?¸…ëQ¸®?ÍÌÌÌÌÌô?…ëQ¸Õ?À@j@&@C@€@@2@ÀÍÌÌÌÌÌ@2@{®Gáz”¿Àgfffff@^@7@\Âõ(\ß?àz@ð?À333333û?"@T@6@h‘í|?5®?4@<@ c’xð?gfffffö? @ìQ¸…ëÁ?IÀ`s@DÀš™™™™™¹¿<@ ×£p= ×?ÍÌÌÌÌÌì?YÀI@E@@€W@@S@ÿþ96SA126ÿþ96SA126SÿþC-100111ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx precipitateÿþcobbles of Precambrian granite and Gunsight Fm metamorphic rocks; sparse pyritic alluviumÿþ-80 mesh sediment, pulverized to -100 meshß„kVQ@5 ú÷ÿþÿÿÿýÿK{®Gáz´¿À333333@ Y ™@š™™™™™¹¿ À¤p= ×£À?@@ð?@o@€q@gfffffÖ?Ãõ(\ÂÕ?{®Gáz„?¸…ëQ¸ž?áz®GáÊ?¤p= ×£à?@€U@@€@8@ 0¡@À333333@0@9´Èv¾Ÿš?Àgfffff@€D@4@ÍÌÌÌÌÌÜ?`x@gfffffö?À{®GázÔ?@€D@€A@ ×£p= §?@À c’x@333333 @@š™™™™™@IÀE@DÀgfffffö? @R¸…ëQÈ?333333ã?YÀ?@8@ð?C@;@ÿþ96SA072ÿþ96SA072SÿþC-100110ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþabundant FeOx precipitateÿþmicaceous, schistose phyllite and quartziteÿþ-80 mesh sediment, pulverized to -100 meshß³†kVQ@5 ú÷þÿwÿÿýÿK{®Gáz´¿Àgfffff@@ ÍÌÌÌÌÌ@š™™™™™É? Àú~j¼t“h?P”@@ð¿IÀ×£p= ×ã?×£p= ×ã?ú~j¼t“h¿{®Gáz„?ÍÌÌÌÌÌì?š™™™™™©¿À€T@@<@gfffff#@@À333333@,@{®Gáz”¿Àgfffff@€B@0@¤p= ×£à?@p@333333ã?Àø?$@D@(@‹lçû©ñ²?@@ c’xð¿333333ã¿@)\Âõ(¼?IÀÀg@DÀš™™™™™¹¿(@×£p= ×Ó?333333ã?YÀ€F@A@@€@@=@ÿþ96SA153ÿþ96SA153SÿþC-100099ÿþsediment from active channel; difficult to collect because of turbulenceÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx precipitate on scattered cobblesÿþphyllite, muscovite-rich quartzite, graniteÿþ-80 mesh sediment, pulverized to -100 mesh#÷Ê—‚}la ú÷ÿþÿÿÿýÿÙDµ[ ¡ïKYÀgfffff@ Y$ÀÍÌÌÌÌÌ@ Y Àü©ñÒMb? Ž@@IÀÍÌÌÌÌÌì?{®Gázì?{®Gáz„?¸…ëQ¸ž?333333û?e,YÀn@@?@ $@@ÍÌÌÌÌÌ@6@¸…ëQ¸ž?À333333@@`@<@ö(\Âõè?àz@(Àgfffff@7@@X@"@¤p= ×£À?8Y4@š™™™™™©¿N@Y333333ã?@š™™™™™É?IÀÀ|@DÀš™™™™™¹¿A@®Gáz®×?à?YÀ€L@8@@DFi@R@ÿþ01SA249ÿþ01SA249SÿþC-189783ÿþsediment from both sides of active channel; easy to collect in pockets (RL) hard to collect in pockets (RR)ÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþoccasional FeOx stained (sulfide rich?) cobbleÿþcobble/boulders 60% porphyry, 40% granite (RL) 65% volc porph, 5% schist, 30% granite w/ aplite phases (RR)ÿþ-80 mesh sediment, pulverized to -100 meshŒ`óÃ® „ ú÷o{¿wÿ~ûÿKYÀ@ Y$À@ Y Àyé&1¬Œ?0‘@@IÀ333333ó?…ëQ¸…ó?{®Gáz„?{®Gáz”?®Gáz®ï?e,YÀd@@&@ $@ÀÍÌÌÌÌÌô?(@{®Gáz”?Àš™™™™™@V@:@Ház®GÑ?@z@(ÀÍÌÌÌÌÌ@4@N@@{®Gáz´?8Y2@š™™™™™©¿N@Y333333ã?@š™™™™™É?IÀy@DÀš™™™™™¹¿5@áz®GáÊ?à?YÀ9@2@ð?DFiM@ÿþ01SA241ÿþ01SA241SÿþC-189782ÿþsediment from both sides of active channel in calm areas where fine sediment has accumulated; streambed very slippery; stream too deep and swift to collect sed from centerÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþslight to moderate FeOx ppt on 20-40% of gravelÿþabundant sand/silt; predominantly pink granite cobblesÿþ-80 mesh sediment, pulverized to -100 mesh”h0ÿêàÏÄ ú÷o{¿wÿ~ûÿKYÀ@ Y$Àš™™™™™ @ Y ÀªñÒMb¨?@@@IÀš™™™™™ñ?ÍÌÌÌÌÌð?ú~j¼t“h¿{®Gáz„?333333û?e,YÀ t@@6@ @@š™™™™™@0@{®Gáz”¿À333333@€f@€@@…ëQ¸å?€@(ÀÍÌÌÌÌÌ@€B@^@@¸…ëQ¸¾?8Y2@š™™™™™©¿N@Y333333ã¿@333333Ó?IÀ~@DÀš™™™™™¹¿H@ÍÌÌÌÌÌÜ?à?YÀK@=@@DFiR@ÿþ01SA240ÿþ01SA240SÿþC-189781ÿþsediment from both sides of active channel in calm areas where fine sediment has accumulatedÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnone observedÿþabundant sand; predominantly granite cobbles w/ <10% mafic and volc. cobblesÿþ-80 mesh sediment, pulverized to -100 mesh4º«–‘€u ú÷o{¿wÿ~ûÿK{®Gáz´¿Àš™™™™™ @ Y P”@š™™™™™¹? À¢E¶óýÔ¸?`}@ð?@p@Àl@333333Ó?Âõ(\Ò?{®Gáz„?¸…ëQ¸ž?š™™™™™É?š™™™™™©¿@€U@@z@4@ @Ÿ@Àgfffff@.@{®Gáz”¿Àš™™™™™@D@3@…ëQ¸…Û?t@333333ó?À×£p= ×Ó?@D@€@@/Ý$¥?@À c’x@š™™™™™ @@š™™™™™@IÀ€D@DÀš™™™™™@ @š™™™™™É?š™™™™™Ù?YÀ=@7@ð?€B@;@ÿþ96SA072Dÿþ96SA072DSÿþC-100114ÿþsite duplicate of 96SA072Sÿþsediment from active channel; sediment is site duplicate of 96SA072Sÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþabundant FeOx precipitateÿþmicaceous, schistose phyllite and quartziteÿþ-80 mesh sediment, pulverized to -100 mesh%ùÌ±œ—†{5úÿþÿwÿÿýÿóD¡å› KYÀš™™™™™@ Y$À@ Y ÀºI+‡†?ð‰@@IÀš™™™™™@q= ×£p@{®Gáz„?{®Gáz¤?@e,YÀÀl@ @9@ 1@@@*@{®Gáz”?Àgfffff@^@€C@š™™™™™é?à€@(Àgfffff@>@€V@*@Ãõ(\ÂÅ?8Y*@š™™™™™©¿N@Ygfffffæ?"@à?IÀ ~@DÀš™™™™™¹¿;@R¸…ëQà?š™™™™™Ù?YÀQ@:@@DFiQ@ÿþ01SA254ÿþ01SA254SÿþC-189787ÿþsediment collected from 3 pockets, hard to collect; stream appears flushed of sediment; most sediment probably from minor recent bank collapsesÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþmoderate MnOx stainingÿþvisible boulders (not covered with moss or stains) all porphyryÿþ-80 mesh sediment, pulverized to -100 meshl@ÿçÒÄ³¨ ú÷o{¿wÿ~ûÿKYÀš™™™™™@ Y$À"@ Y Àú~j¼t“ˆ?ð‰@@IÀ333333ã?áz®Gáâ?{®Gáz„?{®Gáz¤?q= ×£pí?e,YÀ€f@@$@ @@ÍÌÌÌÌÌ@5@{®Gáz¤?À333333@@W@<@š™™™™™Ù?àz@(ÀÍÌÌÌÌÌ@€A@@Q@@{®Gáz´?8Y.@š™™™™™©¿N@Yš™™™™™ñ?@š™™™™™É¿IÀn@DÀš™™™™™¹¿5@R¸…ëQØ?333333ã?YÀB@9@@DFi@Q@ÿþ01SA252ÿþ01SA252SÿþC-189786ÿþsediment from active channel; sediment plentiful in cobble bars; streambed slipperyÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþsediment plentiful; cobbles of porphyry-60%, metamorphics-40%ÿþ-80 mesh sediment, pulverized to -100 mesh$ø¹«–ˆwl ú÷o{¿wÿ~ûÿKYÀgfffff@ Y$Àgfffff@ Y Àú~j¼t“ˆ?°@@IÀÍÌÌÌÌÌì?{®Gázì?{®Gáz„?{®Gáz”?ÍÌÌÌÌÌü?e,YÀ€{@@3@ @@333333@2@{®Gáz”?À333333@Àl@<@> ×£p=ê?~@(Àgfffff@€L@d@"@{®GázÄ?8Y1@š™™™™™©¿N@Y333333ã¿@š™™™™™É¿IÀ |@DÀš™™™™™¹?P@ÍÌÌÌÌÌÜ?š™™™™™Ù?YÀ@P@€A@@DFi@R@ÿþ01SA251ÿþ01SA251SÿþC-189785ÿþsediment from both sides of active channel; collected in sand & gravel barsÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþslight to moderate FeOx pptÿþoutcrop of rotten granite (RR); observed contact (RL) between fresh Cretaceous granite and dirty calc silicate. White pegmatite quartz near or at contact in baked zoneÿþ-80 mesh sediment, pulverized to -100 mesh–jÀ£Ž€od ú÷o{¿wÿ~ûÿKYÀgfffff@ Y$À(@ Y ÀgfffffÖ?€‹@@IÀ333333ó?\Âõ(\ó?{®Gáz„?{®Gáz”?gfffffþ?e,YÀÀ‡@@<@ €E@@š™™™™™@5@{®Gáz”?À333333@Àw@=@®Gázæ?€@(Àš™™™™™@€D@€q@"@)\Âõ(Ì?8Y(@š™™™™™©¿N@YÍÌÌÌÌÌì? @š™™™™™É?IÀ€{@DÀš™™™™™¹¿€[@ö(\Âõà?š™™™™™Ù?YÀ@R@N@@DFi€M@ÿþ01SA250ÿþ01SA250SÿþC-189784ÿþsediment from both sides of active channel; difficult to collect; slippery brown algae (slime) in creekÿþcompositeÿþactive alluviumÿþhighÿþ-80 mesh (0.177 mm)ÿþMnOx ppt on bouldersÿþcould not quickly identify boulders due to lichen/MnOx coatingÿþ-80 mesh sediment, pulverized to -100 mesh9 Í·¢œ‹€ ú÷o{¿wÿ~ûÿÜDËs :òKYÀ@ Y1@5@ Y Àú~j¼t“ˆ?àŠ@@IÀø?…ëQ¸…÷?{®Gáz„?{®Gáz”?ÍÌÌÌÌÌü?e,YÀ€q@@1@ &@@333333@(@{®Gáz”?À@Àb@:@…ëQ¸å?@z@(@š™™™™™@€F@€[@ @ ×£p= Ç?8Y4@š™™™™™©¿N@Y333333ã?@gfffffæ?IÀ€{@DÀš™™™™™¹¿€M@áz®Gáâ?š™™™™™Ù?YÀÀP@€@@@DFiR@ÿþ01SA243ÿþ01SA243SÿþC-189791ÿþsediment from behind boulders on both sides of streamÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþv. slight FeOx on gravel and cobblesÿþvery very sparse sediment; gravel/cobbles 70% granites, 30% volc. porphyryÿþ-80 mesh sediment, pulverized to -100 mesh"öª„ojYN ú÷o{¿wÿ~ûÿKYÀgfffff@ Y$À&@ Y ÀºI+‡†?àŠ@@IÀÍÌÌÌÌÌ@Âõ(\@{®Gáz„?¸…ëQ¸ž?ÍÌÌÌÌÌô?e,YÀ@`@@:@ @Àš™™™™™@&@š™™™™™©?ÀÍÌÌÌÌÌ@€S@<@¤p= ×£à?À|@(Àš™™™™™@>@L@ @¤p= ×£À?8Y5@š™™™™™©¿N@Yš™™™™™é?@333333Ó?IÀÀw@DÀš™™™™™¹¿>@ ×£p= ×?à?YÀI@5@@DFiT@ÿþ01SA242ÿþ01SA242SÿþC-189790ÿþsediment from gravel bar, stream left, 15m above bridgeÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþslight MnOx pptÿþvery sparse sediment; gravel predominantly porphyries w/ 10% granitesÿþ-80 mesh sediment, pulverized to -100 meshç zl[P ú÷o{¿wÿ~ûÿKYÀš™™™™™@ Y$À@ Y À{®Gáz„?Š@@IÀ\Âõ(\ï?\Âõ(\ï?ú~j¼t“h¿{®Gáz„?š™™™™™ñ?e,YÀ€k@@ @ @À@2@{®Gáz”¿À@€[@:@q= ×£pÝ?àu@(ÀÍÌÌÌÌÌ@;@€S@@{®Gáz´?8Y0@š™™™™™©¿N@Y333333ã¿@š™™™™™É?IÀ`s@DÀš™™™™™¹¿?@Ãõ(\ÂÕ?à?YÀ€B@8@@DFiQ@ÿþ01SA256ÿþ01SA256SÿþC-189789ÿþsediment from active channel, collected from pockets between bouldersÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþslight MnOx pptÿþboulders of pink granite (RL) mix of volcanic porphyry, granite, and metamorphics (RR)ÿþ-80 mesh sediment, pulverized to -100 mesh2®ˆzi^ ú÷o{¿wÿ~ûÿKYÀš™™™™™@ Y$Àgfffff @ Y Àyé&1¬|?‰@@IÀ…ëQ¸…ã?…ëQ¸…ã?ú~j¼t“h¿{®Gáz„?R¸…ëQè?e,YÀn@@@ @ÀÍÌÌÌÌÌü?2@{®Gáz”?À@@`@8@ìQ¸…ëÁ? w@(À@€@@ÀT@À{®Gáz¤?8Y2@š™™™™™©¿N@Y333333ã¿@š™™™™™É¿IÀ@e@DÀš™™™™™¹¿?@ ×£p= ×?š™™™™™é?YÀ0@:@@DFiÀP@ÿþ01SA255ÿþ01SA255SÿþC-189788ÿþsediment from active channel, plentiful but in between cobblesÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþslight FeOx pptÿþcobbles composed of tuffs, with minor porphyry and graniteÿþ-80 mesh sediment, pulverized to -100 meshã§–sbW ú÷o{¿wÿ~ûÿnD‡X Ñ„KYÀš™™™™™@ Y$À*@ Y Àú~j¼t“x?°@@IÀ> ×£p=â?ìQ¸…ëá?{®Gáz„?š™™™™™©?@e,YÀn@ @<@ 0@@@,@{®Gáz”?À333333@^@?@333333ó? y@(Àš™™™™™@<@ÀW@(@{®GázÄ?8Y=@š™™™™™©¿N@Y333333ã?@333333Ó?IÀÀ|@DÀš™™™™™¹¿9@š™™™™™Ù?š™™™™™Ù?YÀÀS@6@@DFi€V@ÿþ01SA248ÿþ01SA248SÿþC-189795ÿþsediment from active channel; sand/gravel bar below fallsÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnone observedÿþeasy to collect sediment; gravel/cobbles composed largely of variously colored porphyriesÿþ-80 mesh sediment, pulverized to -100 mesh'û ‘|n]R ú÷o{¿wÿ~ûÿKYÀÍÌÌÌÌÌ@ Y$Àgfffff@ Y Àú~j¼t“x?@@@IÀð?R¸…ëQð?ú~j¼t“h¿{®Gáz„?š™™™™™ù?e,YÀàp@@ @ @@@À{®Gáz”?À@€a@:@š™™™™™á?`}@(ÀÍÌÌÌÌÌ@€K@€W@@)\Âõ(¼?8Y.@š™™™™™©¿N@Y333333ã¿@š™™™™™É?IÀ ~@DÀš™™™™™¹¿C@š™™™™™Ù?š™™™™™Ù?YÀH@;@@DFiP@ÿþ01SA247ÿþ01SA247SÿþC-189794ÿþsediment from both sides of active channel; deep eddy (river left), behind boulders (river right)ÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþoutcrop of intrusive porphyry dike (RR) phyllite outcrop w/ cobbles of porphyry and rare sulfide gossan (RL)ÿþ-80 mesh sediment, pulverized to -100 mesha5Ç¹¤–…z ú÷o{¿wÿ~ûÿKYÀ@ Y8@:@ Y À9´Èv¾ŸŠ?`@@IÀ333333û?\Âõ(\û?{®Gáz„?{®Gáz”?ÍÌÌÌÌÌô?e,YÀ y@@;@ .@@333333@$@{®Gáz”?Àgfffff@@j@@@\Âõ(\ç?Àw@(Àš™™™™™@8@d@(@{®GázÄ?8Y.@š™™™™™©¿N@Y333333ó?@ÍÌÌÌÌÌì?IÀ`}@DÀš™™™™™¹¿F@R¸…ëQØ?333333Ó?YÀR@A@@DFi@U@ÿþ01SA246ÿþ01SA246SÿþC-189793ÿþactive channel sediment collected in trap above a log jamÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþgravel/cobbles 70% volc. porphyry 30% granite, minor bull (vein?) qtzÿþ-80 mesh sediment, pulverized to -100 mesh Ý–ˆsn]R ú÷o{¿wÿ~ûÿKYÀgfffff@ Y$Àš™™™™™ @ Y ÀÃõ(\ÂÅ?PŽ@@IÀ…ëQ¸…Û?…ëQ¸…Û?ú~j¼t“h¿{®Gáz„?@e,YÀÀ’@@*@ @@š™™™™™ @2@{®Gáz”¿À333333@„@7@Âõ(\â?0‘@(À@i@€{@@¸…ëQ¸Î?8Y$@š™™™™™©¿N@Y333333ã¿"@š™™™™™É?IÀÀ|@DÀš™™™™™¹¿€k@{®Gázì?à?YÀR@Y@"@DFiÀP@ÿþ01SA245ÿþ01SA245SÿþC-189792ÿþsediment from both sides of active channel in calm areas where fine sediment has accumulatedÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþabundant blonde sediment; gravel/cobbles 80% volc. 20% granite (RR), 80% phyllite 5% gneiss & 15% volc. (RL)ÿþ-80 mesh sediment, pulverized to -100 meshS'¹«–‘€u ú÷o{¿wÿ~ûÿD„ ¥)KYÀ333333@ Y$Àš™™™™™ @ Y À{®Gáz„?P‰@@IÀ> ×£p=â?> ×£p=â?ú~j¼t“h¿{®Gáz„?333333ó?e,YÀ€q@@6@ $@Àgfffff@.@{®Gáz”¿ÀÍÌÌÌÌÌ@€a@9@à? ~@(À@I@€W@@{®Gáz´?8Y.@š™™™™™©¿N@Y333333ã¿@š™™™™™É?IÀÀr@DÀš™™™™™¹¿B@ö(\Âõà?333333ã?YÀ€O@=@@DFiR@ÿþ01SA260ÿþ01SA260SÿþC-189799ÿþsediment from both sides of active channel; collected behind boulders & in eddies just above trail bridgeÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþpebbles are mostly volcanics, boulders heavily covered w/ lichens but are mostly granitesÿþ-80 mesh sediment, pulverized to -100 meshV*ÏÁ¬ž‚ ú÷o{¿wÿ~ûÿKYÀš™™™™™@ Y$Àgfffffþ? Y À{®Gázt¿ „@@IÀš™™™™™ @333333 @{®Gáz„?¸…ëQ¸ž?Ãõ(\Âå?e,YÀ@p@@@ @Àgfffffþ?1@¸…ëQ¸ž?À@€a@<@ ×£p= Ç?€q@(Àgfffffþ?@@ÀX@À{®Gáz¤?8Y1@š™™™™™©¿N@Y333333ã¿@š™™™™™É?IÀ€a@DÀš™™™™™¹¿J@¤p= ×£Ð?š™™™™™é?YÀ5@€B@@DFiO@ÿþ01SA259ÿþ01SA259SÿþC-189798ÿþsediment from active channel, collected behind log jam 10 m above confluence w/ riverÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþsediment consists of silt to gravel, gravel predominantly volcanics-some w/ flow bandingÿþ-80 mesh sediment, pulverized to -100 meshA»˜Šyn ú÷o{¿wÿ~ûÿKYÀš™™™™™@ Y$Àš™™™™™@ Y Àü©ñÒMb€?Š@@IÀ…ëQ¸í?ÍÌÌÌÌÌì?{®Gáz„?{®Gáz”?ÍÌÌÌÌÌô?e,YÀ r@@<@ @À333333@(@{®Gáz”?À@Àb@:@¤p= ×£à?~@(ÀÍÌÌÌÌÌ@?@Y@@š™™™™™¹?8Y1@š™™™™™©¿N@Y333333ã¿@š™™™™™É?IÀt@DÀš™™™™™¹¿?@…ëQ¸…Û?à?YÀ€H@;@@DFi€R@ÿþ01SA258ÿþ01SA258SÿþC-189797ÿþsediment from both sides of active channel; abundant sediment RR, behind boulders RL on imbricated cobble barÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþabundant sediment and boulders of granite, granodiorite, porphyry, & metamorphicsÿþ-80 mesh sediment, pulverized to -100 meshR&ÓÅ°¢‘† ú÷o{¿wÿ~ûÿKYÀ333333@ Y$À@ Y À{®Gázt?Ž@@IÀ…ëQ¸…ã?…ëQ¸…ã?ú~j¼t“h¿{®Gáz„?š™™™™™@e,YÀ@e@ @€B@ (@Àš™™™™™@0@¸…ëQ¸ž?ÀÍÌÌÌÌÌ@€V@<@ð?@€@(ÀÍÌÌÌÌÌ@=@L@(@¤p= ×£À?8Y.@š™™™™™©¿N@Y333333ã¿$@š™™™™™É?IÀ@@DÀš™™™™™¹¿3@ö(\Âõà?š™™™™™Ù?YÀ@U@5@@DFiÀQ@ÿþ01SA257ÿþ01SA257SÿþC-189796ÿþsediment from active channel; collected in eddies & behind boulder 50 m above confluence with Middle Forkÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþmoderate FeOx stainingÿþmoderate amount of sediment; cobbles 50% metamorphic, 35% volcanic, 15% graniteÿþ-80 mesh sediment, pulverized to -100 meshV*ÙÁ¬ž‚ ú÷o{¿wÿ~ûÿ_Deæ@uKYÀš™™™™™@ Y$ÀÍÌÌÌÌÌ@ Y ÀœÄ °rh‘?@Š@@IÀÍÌÌÌÌÌÜ?ÍÌÌÌÌÌÜ?ú~j¼t“h¿{®Gáz„¿ÍÌÌÌÌÌô?e,YÀ`s@@0@ @@@;@{®Gáz”?ÀÍÌÌÌÌÌ@d@6@¸…ëQ¸Þ?@z@(ÀÍÌÌÌÌÌ@E@€[@@š™™™™™¹?8Y.@š™™™™™©¿N@Y333333ã¿@š™™™™™É¿IÀÀr@DÀ333333Ó?€G@\Âõ(\ß?333333ã?YÀJ@<@@DFi€Q@ÿþ01SA265ÿþ01SA265SÿþC-189803ÿþsediment from both sides of active channel; collected on cobble beach and in pockets; sparse heavies, no gold noted in panÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþscattered moderate MnOx staining, FeOx streaks in sandÿþabundant fine sand; boulders of 30% pink granite, 30% K granite(granodiorite), 30% metamorphics, 10% porphyryÿþ-80 mesh sediment, pulverized to -100 mesh¥y Ò½¯ž“ ú÷o{¿wÿ~ûÿKYÀgfffff@ Y$À@ Y À;ßO—n‚?@€@@IÀffffff@gfffff@{®Gáz„?{®Gáz”?333333û?e,YÀàz@&@N@ &@@@,@¸…ëQ¸ž?Àgfffff@€k@@@q= ×£pí?€‹@(@gfffff@M@d@5@)\Âõ(¼?8Y0@š™™™™™©¿N@Y333333ã¿(@š™™™™™É¿IÀ@e@DÀ333333Ó?€I@ö(\Âõà?333333ã?YÀL@€K@@DFi€[@ÿþ01SA264ÿþ01SA264SÿþC-189802ÿþsediment from active channel; collected 40 m upstream from trail crossing at Simplot Cabin; moderate heavies; no gold noted in panÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþslight FeOx stainingÿþbedload 80% metamorphics (mostly gneiss and qtzite) and 20% pink granite; sediment looks like grusÿþ-80 mesh sediment, pulverized to -100 mesh€TðÚÅ·¦› ú÷o{¿wÿ~ûÿKYÀ333333@ Y$Àgfffffþ? Y ÀìQ¸…ë¡? ‡@@IÀÍÌÌÌÌÌ@Âõ(\@{®Gáz„?{®Gáz”?Âõ(\â?e,YÀ€k@@ @ @ÀÍÌÌÌÌÌü?$@{®Gáz”?À@^@A@¸…ëQ¸Î?@p@(Àš™™™™™ù?=@@U@@{®Gáz¤?8Y3@š™™™™™©¿N@Yð?@š™™™™™É¿IÀÀb@DÀš™™™™™¹?A@¸…ëQ¸Î?š™™™™™é?YÀ7@€@@@DFi€L@ÿþ01SA263ÿþ01SA263SÿþC-189801ÿþsediment from active channel; collected 20 m upstream from Mid. Fk. Hiqh water level; streambed very slipperyÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþmoderate MnOx stainingÿþoutcrop and boulders of quartzite, cobbles and pebbles of granite and porphyryÿþ-80 mesh sediment, pulverized to -100 meshY-ÝÅ°¢‘† ú÷o{¿wÿ~ûÿKYÀ@ Y$À333333@ Y À333333ó?àŠ@@IÀ¸…ëQ¸æ?¸…ëQ¸æ?ú~j¼t“h¿{®Gáz„¿ÍÌÌÌÌÌô?e,YÀy@@<@ @@gfffff@(@{®Gáz”¿Àš™™™™™ @i@:@¤p= ×£à?€@(ÀÍÌÌÌÌÌ@€E@@`@@š™™™™™¹?8Y0@š™™™™™©¿N@Y333333ã¿@š™™™™™É¿IÀt@DÀš™™™™™¹?J@š™™™™™á?à?YÀN@?@@DFi@S@ÿþ01SA262ÿþ01SA262SÿþC-189800ÿþsediment from both sides of active channel; collected behind boulders, much sediment trapped by grass rootsÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþslight FeOx and MnOx ppt on cobblesÿþsediment w/ heavy mineral streaks, pink granite (RR), outcrop of liesengangue banded quartzite (RL)ÿþ-80 mesh sediment, pulverized to -100 meshuIä¿ª „ ú÷o{¿wÿ~ûÿÔDZ *êKYÀ@ Y$ÀÍÌÌÌÌÌ@ Y Àyé&1¬Œ?0†@@IÀš™™™™™á?š™™™™™á?ú~j¼t“h¿{®Gáz„¿gfffffö?e,YÀy@ @<@ "@@š™™™™™ @.@{®Gáz”¿À@@j@:@¤p= ×£à?„@(@333333@€J@@`@@{®Gáz´?8Y0@š™™™™™©¿N@Y333333ã¿ @š™™™™™É¿IÀ€q@DÀš™™™™™¹¿€N@ö(\Âõà?333333ã?YÀ€K@€B@@DFi€T@ÿþ01SA269ÿþ01SA269SÿþC-189807ÿþsediment from active channel; collected 40 m above Mid. Fk.ÿþcompositeÿþactive alluviumÿþmoderate to highÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþvolc porphyry, minor metamorphics, and granites (some with phenos > 1")ÿþ-80 mesh sediment, pulverized to -100 meshî¥—‚p_T ú÷o{¿wÿ~ûÿKYÀÍÌÌÌÌÌ@ Y$ÀÍÌÌÌÌÌü? Y ÀºI+‡†?à…@@IÀffffffö?áz®Gáö?{®Gáz„?¸…ëQ¸ž?¸…ëQ¸î?e,YÀ@j@@$@ $@ÀÍÌÌÌÌÌ@6@{®Gáz”¿ÀÍÌÌÌÌÌ@Y@@@R¸…ëQà?@z@(À@>@ÀS@@{®Gáz´?8Y6@š™™™™™©¿N@Y333333ã¿@š™™™™™É?IÀ@p@DÀš™™™™™¹?ÀQ@×£p= ×Ó?gfffffæ?YÀD@€D@@DFi@U@ÿþ01SA268ÿþ01SA268SÿþC-189806ÿþsediment from active channel; collected 40 m above Mid. Fk.ÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþabundant sediment and cobbles of pink granite, and porphyryÿþ-80 mesh sediment, pulverized to -100 mesh Þ¡“~p_T ú÷o{¿wÿ~ûÿKYÀ333333@ Y$À@ Y À9´Èv¾ŸŠ?0‹@@IÀìQ¸…ëá?ìQ¸…ëá?ú~j¼t“h¿{®Gáz„¿ø?e,YÀ |@ @1@ $@@@$@{®Gáz”?À@Àl@9@ìQ¸…ëá?À‚@(@ÍÌÌÌÌÌ@€P@€a@@¤p= ×£À?8Y2@š™™™™™©¿N@Ygfffffæ? @š™™™™™É¿IÀÀr@DÀš™™™™™¹¿€N@q= ×£på?à?YÀQ@B@@DFi€T@ÿþ01SA267ÿþ01SA267SÿþC-189805ÿþsediment from both sides of active channel; collected in eddiesÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþminor FeOx pptÿþpockets of fine sediment within boulders of predominantly granitic rocksÿþ-80 mesh sediment, pulverized to -100 meshñ§—‚tcX ú÷o{¿wÿ~ûÿKYÀÍÌÌÌÌÌ@ Y$Àš™™™™™@ Y À/Ý$¥?0‹@@IÀ333333ë?333333ë?ú~j¼t“h¿{®Gáz„?333333ó?e,YÀ€k@@*@ *@Àgfffff@Àš™™™™™¹?À@€[@<@)\Âõ(Ü?À‚@(À@J@€R@@¸…ëQ¸®?8Y2@š™™™™™©¿N@Yð?@š™™™™™É¿IÀn@DÀš™™™™™¹?>@)\Âõ(Ü?gfffffæ?YÀ€C@@@@DFiR@ÿþ01SA266ÿþ01SA266SÿþC-189804ÿþsediment from active channel; collected on left (south) bank only because of turbulenceÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþslight FeOx ppt on granitic alluviumÿþbedload 20% metamorphics, 20% pink granite, 60% K granodioriteÿþ-80 mesh sediment, pulverized to -100 mesh=Ñ«–Œ{p ú÷o{¿wÿ~ûÿêD»äƒKYÀ333333@ Y$Àš™™™™™ñ? Y À{®Gázt¿Ð@@IÀ@š™™™™™@{®Gáz„?¸…ëQ¸ž?@e,YÀàu@&@O@ $@@333333@.@Ãõ(\ÂÅ?Àgfffff@@e@B@ð?°ƒ@(Àš™™™™™@@P@^@,@š™™™™™¹?8Y0@š™™™™™©¿N@Y333333ã¿(@333333Ó?IÀ@u@DÀš™™™™™É?€H@)\Âõ(ä?à?YÀ€P@€N@@DFi@R@ÿþ01SA273ÿþ01SA273SÿþC-189811ÿþsediment from active channel; collected on right (northwest) bank only because of turbulenceÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþpocket of sand and gravel among boulders; gravel includes 'big xtl porphyry', volc porphyry, and gray graniteÿþ-80 mesh sediment, pulverized to -100 mesh]1Â´Ÿ‘€u ú÷o{¿wÿ~ûÿKYÀš™™™™™@ Y$ÀÍÌÌÌÌÌ@ Y Àš™™™™™™?„@@IÀ)\Âõ(Ü?)\Âõ(Ü?ú~j¼t“h¿{®Gáz„?gfffffö?e,YÀ@Š@$@3@ "@@gfffff@À¸…ëQ¸ž?Àgfffff@àz@9@¤p= ×£à?pŒ@(@333333@€X@àp@@š™™™™™¹?8Y,@š™™™™™©¿N@Y333333ã¿$@š™™™™™É¿IÀ@p@DÀš™™™™™¹¿@`@¸…ëQ¸î?333333ã?YÀÀX@€L@@DFi€[@ÿþ01SA272ÿþ01SA272SÿþC-189810ÿþsediment from both sides of active channel; collected in eddiesÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþabundant fine sediment; outcrops of gray granite w/ xenoliths and some chloritization; volc cobbles on beachÿþ-80 mesh sediment, pulverized to -100 mesh;¡“~tcX ú÷o{¿wÿ~ûÿKYÀgfffff@ Y$Àgfffffæ? Y ÀºI+‡†?Àw@@IÀÃõ(\Âå?Ãõ(\Âå?ú~j¼t“h¿{®Gáz„?š™™™™™ñ?e,YÀ0‘@&@,@ &@ÀÍÌÌÌÌÌ@(@{®Gáz”¿Àgfffff@@€@9@×£p= ×ã?„@(@333333@ÀR@ t@&@š™™™™™¹?8Y:@š™™™™™©¿N@Y333333ã¿$@š™™™™™É¿IÀ€a@DÀš™™™™™¹¿Àl@Ãõ(\Âå?gfffffæ?YÀ@Q@W@"@DFi@W@ÿþ01SA271ÿþ01SA271SÿþC-189809ÿþsediment from both sides of active channel; collected in eddies and behind rocks; moderate to abundant heavies - mostly magnetite & biotite; no gold noted in panÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþmoderate FeOx stainingÿþmoderate to sparse sediments but fairly easy to collect; Eocene Big porphyry 20%, metamorphics 70%; Eocene gray granite 10%ÿþ-80 mesh sediment, pulverized to -100 mesh±…ðÛÖÅº ú÷o{¿wÿ~ûÿKYÀš™™™™™@ Y$ÀÍÌÌÌÌÌì? Y Àé&1¬ª? w@@IÀ> ×£p=â?> ×£p=â?ú~j¼t“h¿{®Gáz„¿š™™™™™ñ?e,YÀ0‘@$@3@ "@@ÍÌÌÌÌÌ@@{®Gáz”¿Àgfffff@@€@9@333333ã?ð„@(@333333@ÀR@ t@$@ ×£p= ·?8Y:@š™™™™™©¿N@Y333333ã¿"@š™™™™™É¿IÀ@`@DÀš™™™™™¹¿i@\Âõ(\ç?gfffffæ?YÀ€R@W@"@DFi€W@ÿþ01SA270ÿþ01SA270SÿþC-189808ÿþsediment from both sides of active channel; collected in eddiesÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight MnOx pptÿþabundant fine sediment in eddies behind outcrops of blue gray to green gray qtziteÿþ-80 mesh sediment, pulverized to -100 meshóŸŽytcX ú÷o{¿wÿ~ûÿÖDHÂAìKYÀ333333@ Y$À333333ó? Y ÀœÄ °rh¡?`s@@IÀ333333@Ház®G@{®Gáz„?¸…ëQ¸ž?ø?e,YÀ€‹@ @E@ "@Àgfffff @3@š™™™™™¹?@@@z@B@Âõ(\â?`ƒ@(@333333@€V@€q@"@¸…ëQ¸®?8Y(@š™™™™™©¿N@Y333333ã¿"@333333Ó?IÀ^@DÀš™™™™™¹¿€q@ö(\Âõà?à?YÀ€I@^@(@DFi@Q@ÿþ01SA277ÿþ01SA277SÿþC-189815ÿþsediment from active channel; collected from mid-stream boulder barÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþcoarse sediment, fines hard to get; Eocene granite, metamorphics, and pegmatite bouldersÿþ-80 mesh sediment, pulverized to -100 mesh/©›†xg\ ú÷o{¿wÿ~ûÿKYÀ333333@ Y$ÀÍÌÌÌÌÌì? Y À333333ó?`ƒ@@IÀffffff@)\Âõ(@{®Gáz„?¸…ëQ¸ž?ÍÌÌÌÌÌ@e,YÀ€q@(@T@ 1@@š™™™™™ @"@¸…ëQ¸ž?ÀÍÌÌÌÌÌ@€a@€A@ÍÌÌÌÌÌô?à…@(Àš™™™™™@€D@ÀX@6@š™™™™™¹?8Y @š™™™™™©¿N@Y333333ã¿*@333333Ó?IÀÀr@DÀš™™™™™¹¿9@…ëQ¸å?š™™™™™Ù?YÀ€S@€A@@DFi@P@ÿþ01SA276ÿþ01SA276SÿþC-189814ÿþsediment from active channel; collected on left (north) bank only because of turbulence and lack of sedimentÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþsediment sparse and difficult to collect; outcrop of amphibolite gneiss intruded by graniteÿþ-80 mesh sediment, pulverized to -100 mesh[/ÒÄ¯¡… ú÷o{¿wÿ~ûÿKYÀ333333@ Y$À333333@ Y Àú~j¼t“˜?@…@@IÀš™™™™™á?š™™™™™á?ú~j¼t“h¿{®Gáz„?ø?e,YÀÀw@"@0@ *@@gfffff@.@{®Gáz¤?Àgfffff@Àg@8@333333ã?…@(Àgfffff@€K@@`@@š™™™™™¹?8Y,@š™™™™™©¿N@Y333333ã¿ @š™™™™™É¿IÀ€q@DÀš™™™™™¹¿F@\Âõ(\ç?à?YÀ€R@@@@DFiÀS@ÿþ01SA275ÿþ01SA275SÿþC-189813ÿþsediment from both sides of active channel; collected in eddies along bank and from beachÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþslight MnOx pptÿþquartzite, gray granite, and gneiss boulders; outcrop amphibolite gneiss intruded & partially assimulated by graniteÿþ-80 mesh sediment, pulverized to -100 mesh`4¾˜Ž}r ú÷o{¿wÿ~ûÿKYÀ@ Y$Àš™™™™™@ Y ÀºI+‡–?À‚@@IÀÍÌÌÌÌÌì?{®Gázì?{®Gáz„?{®Gáz”?@e,YÀàu@5@€E@ *@@333333!@Àš™™™™™É?À333333@€f@7@> ×£p=ê?P”@(@333333û?€G@^@$@š™™™™™É?8Y*@š™™™™™©¿N@YÍÌÌÌÌÌì?$@š™™™™™É?IÀÀr@DÀš™™™™™¹¿B@333333û?š™™™™™Ù?YÀ€a@=@@DFi@U@ÿþ01SA274ÿþ01SA274SÿþC-189812ÿþsediment from active channel; collected on right (southeast) bank only because of turbulence; several heavy mineral streaks, 3-5 Au flakes noted in remainder of pan after bagging sampleÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþsparse sediment in small pockets among boulders of granites and quartziteÿþ-80 mesh sediment, pulverized to -100 mesh’f øîÝÒ ú÷o{¿wÿ~ûÿD¡ït'KYÀ333333@ Y$Àš™™™™™é? Y À{®Gázt?`s@@IÀffffffö?®Gázö?{®Gáz„?{®Gáz”?333333ó?e,YÀ@…@@4@ @À333333@&@¤p= ×£À?@ÍÌÌÌÌÌ@`s@;@Ãõ(\ÂÕ?P„@(@@€T@@j@@¸…ëQ¸®?8Y2@š™™™™™©¿N@Y333333ã¿ @š™™™™™É?IÀ@`@DÀš™™™™™¹¿€k@333333ã?gfffffæ?YÀB@Y@$@DFi€P@ÿþ01SA281ÿþ01SA281SÿþC-189819ÿþsediment from active channel; collected from 2 pockets behind large bouldersÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþv. slight FeOx pptÿþboulders with very little sediment; sediment is mostly 'granitic'ÿþ-80 mesh sediment, pulverized to -100 mesh'û¸¤pe ú÷o{¿wÿ~ûÿKYÀš™™™™™@ Y$À333333ã¿ Y ÀºI+‡†?à€@@IÀ333333ó?gfffffò?ú~j¼t“h¿{®Gáz„?š™™™™™ù?e,YÀ€f@ @1@ (@@ÍÌÌÌÌÌ@@{®Gáz”?Àgfffffþ?T@4@R¸…ëQè?`}@(Àš™™™™™@0@ÀS@.@ ×£p= ·?8Y"@š™™™™™©¿N@Y333333ã¿"@š™™™™™É?IÀ€k@DÀš™™™™™¹¿=@š™™™™™Ù?333333Ó?YÀ€K@>@@DFiB@ÿþ01SA280ÿþ01SA280SÿþC-189818ÿþsediment from active channel; collected in pockets behind bouldersÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx pptÿþsediment sparse and some could be from bank collapse of older alluvium: boulders and cobbles of gneiss, granite, and granite porphyryÿþ-80 mesh sediment, pulverized to -100 meshU)¢‘|wf[ ú÷o{¿wÿ~ûÿKYÀ333333@ Y$Àš™™™™™ @ Y Àyé&1¬|?@…@@IÀ333333Ã?333333Ã?ú~j¼t“h¿{®Gáz„?ø?e,YÀ ~@&@*@ &@@ÍÌÌÌÌÌ@4@¸…ëQ¸ž?À333333@@o@5@333333ã?€†@(À333333@@Q@d@@¤p= ×£À?8Y*@š™™™™™©¿N@Y333333ã¿"@š™™™™™É¿IÀ€q@DÀš™™™™™¹¿€K@)\Âõ(ì?à?YÀÀT@€B@@DFiÀS@ÿþ01SA279ÿþ01SA279SÿþC-189817ÿþsediment from both sides of active channel; collected in eddies and beaches; burnt needles mixed in sediment, imbricate cobble beachÿþcompositeÿþactive alluviumÿþlow to moderateÿþ-80 mesh (0.177 mm)ÿþmoderate FeOx stainingÿþabundant fine sediment; outcrops of granitic gneiss; boulders of augen gneiss, porph granite, & diabaseÿþ-80 mesh sediment, pulverized to -100 meshŒ`÷ßÊ¹¨ ú÷o{¿wÿ~ûÿKYÀgfffff@ Y$Àš™™™™™ñ? Y À{®Gázt¿€q@@IÀ@®Gáz®@{®Gáz„?¸…ëQ¸ž?ÍÌÌÌÌÌü?e,YÀ@Š@"@>@ *@ÀÍÌÌÌÌÌ@À¸…ëQ¸ž?À@ y@B@áz®Gáâ?@…@(@@@W@€q@$@{®Gáz´?8Y&@š™™™™™©¿N@Y333333ã¿$@š™™™™™Ù?IÀ@`@DÀš™™™™™¹¿@p@…ëQ¸å?à?YÀK@@`@(@DFi@Q@ÿþ01SA278ÿþ01SA278SÿþC-189816ÿþsediment from active channel; collected from pockets; very slippery rocksÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþslight MnOx pptÿþcoarse sediment from white granite; boulders of quartzite, gneiss, granite, and pegmatiteÿþ-80 mesh sediment, pulverized to -100 mesh9 ²¡Œ~mb ú÷o{¿wÿ~ûÿD÷¦KYÀš™™™™™@ Y$Àgfffffþ? Y À{®Gázt¿à@ð?IÀffffffþ?š™™™™™ý?{®Gáz„?{®Gáz”?gfffff @e,YÀ@e@8@@`@ 7@@@@Ház®GÑ?Àš™™™™™ù?ÀS@8@333333@Ž@(ÀÍÌÌÌÌÌü?€B@ÀQ@I@{®GázÄ?8Y @š™™™™™©¿N@Y333333ã¿4@š™™™™™Ù?IÀt@DÀ333333Ó?4@®Gáz®ç?š™™™™™É?YÀ@`@;@@DFi@Q@ÿþ01SA285ÿþ01SA285SÿþC-189823ÿþsediment from active channel; coarse gravel and boulders; sparse fine sedimentÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþv. slight FeOx ppt on cobbles in water but none observed on dry cobble barÿþcobbles of gneiss (40%), white granite (50%), and granite porphyry (10%)ÿþ-80 mesh sediment, pulverized to -100 meshh<ò¦‘ƒrg ú÷o{¿wÿ~ûÿKYÀ@ Y$Àffffff@ Y À+‡ÙÎ÷£?ð„@@IÀ¸…ëQ¸¾?¸…ëQ¸¾?ú~j¼t“h¿{®Gáz„¿ø?e,YÀÀ‚@"@,@ *@@ÍÌÌÌÌÌ@@{®Gáz”¿Àgfffff@`s@3@Âõ(\â?‰@(@gfffff@@Q@€f@@¸…ëQ¸¾?8Y&@š™™™™™©¿N@Y333333ã¿"@š™™™™™É¿IÀàp@DÀ333333Ó?R@š™™™™™ñ?š™™™™™Ù?YÀW@€D@@DFi€S@ÿþ01SA284ÿþ01SA284SÿþC-189822ÿþsediment from both sides of active channel; collected from beachesÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþabundant fine sand; cobbles of gneiss (70%) and granite (30%); outcrop of mica schistÿþ-80 mesh sediment, pulverized to -100 mesh+ÿ¨š…wf[ ú÷o{¿wÿ~ûÿKYÀgfffff@ Y$À@ Y Àú~j¼t“x?€@@IÀš™™™™™ñ?Ház®Gñ?{®Gáz„?{®Gáz”?ø?e,YÀd@$@?@ 4@ÀÍÌÌÌÌÌ@4@{®Gáz”¿Àgfffffþ?€R@7@)\Âõ(ì?Ð@(ÀÍÌÌÌÌÌ@4@@R@4@{®Gáz´?8Y&@š™™™™™©¿N@Y333333ã¿$@333333Ó?IÀ€k@DÀ333333Ó?8@ÍÌÌÌÌÌÜ?š™™™™™Ù?YÀ€M@@@@DFiK@ÿþ01SA283ÿþ01SA283SÿþC-189821ÿþsediment from active channel; collected from 4 spots in stream along banks; slippery rocks in streamÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþslight FeOx and MnOx pptÿþsediment sparse; cobbles composed of gneiss and schist w/ minor granite; outcrop shistose gneissÿþ-80 mesh sediment, pulverized to -100 meshd8Ö¼§™ˆ} ú÷o{¿wÿ~ûÿKYÀš™™™™™@ Y$Àgfffffö? Y À{®Gázt¿ ‚@@IÀÍÌÌÌÌÌü?×£p= ×û?{®Gáz„?{®Gáz”?š™™™™™ù?e,YÀ@e@$@>@ <@@@2@{®Gáz”?Àgfffff@@V@>@gfffffî?‰@(À333333@H@ÀU@6@š™™™™™¹?8Y(@š™™™™™©¿N@Y333333ã¿&@š™™™™™Ù?IÀ€k@DÀš™™™™™¹¿5@à?à?YÀM@O@@DFiÀV@ÿþ01SA282ÿþ01SA282SÿþC-189820ÿþsediment from active channel; collected from pockets behind boulders and between cobbles at base of waterfallÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþmoderate MnOx stainingÿþsediment moderately sparse and mica-rich; outcrops of micaceous granite gneissÿþ-80 mesh sediment, pulverized to -100 meshY-ÝÅ°¢‘† ú÷o{¿wÿ~ûÿD s IKYÀÍÌÌÌÌÌ@ Y€A@?@ Y À{®Gázt¿`ƒ@@IÀÍÌÌÌÌÌô?ô?{®Gáz„?{®Gáz”?ø?e,YÀ@`@@,@ "@ÀÍÌÌÌÌÌü?:@ìQ¸…ë±?Àgfffff@€M@@@à? ~@(À333333û?A@H@@{®Gáz¤?8Y6@š™™™™™©¿N@Y333333@@š™™™™™É?IÀ@z@DÀš™™™™™¹?5@ ×£p= ×?ð?YÀD@€O@@DFiÀP@ÿþ01SA289ÿþ01SA289SÿþC-189827ÿþsediment from active channel; collected in eddies, along banks, and between cobblesÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþmoderate FeOx stainingÿþ100% felsic volcanicsÿþ-80 mesh sediment, pulverized to -100 meshÚÃ«–ˆwl ú÷o{¿wÿ~ûÿKYÀÍÌÌÌÌÌ@ Y$À333333@ Y À{®Gázt¿ ‰@@IÀø?×£p= ×÷?ú~j¼t“h¿{®Gáz„?š™™™™™ñ?e,YÀ€f@@*@ (@ÀÍÌÌÌÌÌ@.@{®Gáz”?À333333@V@5@áz®GáÚ? t@(Àš™™™™™ù?€A@N@"@{®Gáz¤?8Y1@š™™™™™©¿N@Y333333ã¿@š™™™™™É¿IÀ@p@DÀš™™™™™¹¿2@áz®Gáâ?š™™™™™Ù?YÀ€G@;@@DFiI@ÿþ01SA288ÿþ01SA288SÿþC-189826ÿþsediment from active channel in willow covered beaver meadowÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþslight FeOxÿþabundant sediment in gravel bars and fine sand in eddies.ÿþ-80 mesh sediment, pulverized to -100 meshØ{q`U ú÷o{¿wÿ~ûÿKYÀgfffff@ Y$Àgfffff @ Y À{®Gázt¿…@@IÀš™™™™™ù?ìQ¸…ëù?{®Gáz„?¸…ëQ¸ž?ÍÌÌÌÌÌ@e,YÀ€f@*@€P@ (@@ffffff@3@¸…ëQ¸ž?Àgfffff@@X@7@š™™™™™ñ?0†@(À@.@ÀR@"@š™™™™™©?8Y0@š™™™™™©¿N@Y333333ã¿0@š™™™™™É¿IÀ€{@DÀ333333Ó?4@š™™™™™é?à?YÀÀP@C@@DFi@R@ÿþ01SA287ÿþ01SA287SÿþC-189825ÿþsediment from active channel; collected from gravel bar and from still poolÿþcompositeÿþactive alluviumÿþvery highÿþ-80 mesh (0.177 mm)ÿþv. slight FeOx pptÿþsediment abundant in volcanic gravelsÿþ-80 mesh sediment, pulverized to -100 meshÛ´ ‹€od ú÷o{¿wÿ~ûÿKYÀš™™™™™@ Y$Àgfffffþ? Y À{®Gázt¿@€@ð?IÀÍÌÌÌÌÌ@×£p= ×@{®Gáz”?¸…ëQ¸®?gfffff @e,YÀ€[@7@^@ ,@@š™™™™™@9@¸…ëQ¸ž?Àø?€J@€K@@ Œ@(Àgfffffþ?C@K@B@333333Ã?8Y @š™™™™™©¿N@Y333333ã¿2@333333Ó?IÀy@DÀš™™™™™¹¿1@Âõ(\ê?333333Ó?YÀ^@:@@DFi@W@ÿþ01SA286ÿþ01SA286SÿþC-189824ÿþsediment from active channel; collected in potholes and bank eddies; heavy moss/lichen cover of bouldersÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþMnOx stainingÿþgray granite and gneiss, sediment very sparse and hard to getÿþ-80 mesh sediment, pulverized to -100 mesh:ÏÀ«Œ ú÷o{¿wÿ~ûÿWD¢E ÓmKYÀ333333@ Y$ÀÍÌÌÌÌÌ@ Y À{®Gáz„? |@@IÀffffff@¤p= ×£@{®Gáz„?{®Gáz¤?333333ã?e,YÀ€[@ @7@ 1@Àgfffff@gfffffö?@¸…ëQ¸®?ÀÍÌÌÌÌÌü?€I@8@š™™™™™á?àu@(Àš™™™™™ù?0@€J@,@š™™™™™©?8Y.@š™™™™™©¿N@Yš™™™™™ñ? @à?IÀ€a@DÀš™™™™™¹¿&@×£p= ×Ó?š™™™™™Ù?YÀF@;@@DFi€I@ÿþ01SA293ÿþ01SA293SÿþC-189839ÿþsediment from active channel; collected from pebble bar and eddyÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx ppt and slight to moderate MnOx pptÿþsediment difficult to collect; bedload 80 % slate/phyllite, 20% quarziteÿþ-80 mesh sediment, pulverized to -100 mesh@Ê”udY ú÷o{¿÷ÿ~ûÿKYÀgfffff@ Y$À@ Y À{®Gázt¿ƒ@@IÀgfffffö?> ×£p=ö?{®Gáz„?{®Gáz”?ð?e,YÀ@`@@(@ (@ÀÍÌÌÌÌÌü?"@{®Gáz”?ÀÍÌÌÌÌÌ@N@4@q= ×£pÝ?y@(Àš™™™™™ù?5@€J@ @{®Gáz¤?8Y(@š™™™™™©¿N@Y333333ó?@š™™™™™É?IÀÀl@DÀš™™™™™É?1@R¸…ëQØ?333333ã?YÀ€D@=@@DFiF@ÿþ01SA292ÿþ01SA292SÿþC-189830ÿþsediment from active channel; collected in large sediment trap behind fallen treeÿþcompositeÿþactive alluviumÿþhighÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx ppt and slight to moderate MnOx pptÿþslate/phyllite, quarzite and felsic volcanics noted but % not estimatedÿþ-80 mesh sediment, pulverized to -100 meshL ×¡Œ†uj ú÷o{¿wÿ~ûÿKYÀÍÌÌÌÌÌ@ Y$À333333@ Y À{®Gázt¿0@@IÀÍÌÌÌÌÌü?ö(\Âõü?{®Gáz„?{®Gáz”?®Gáz®ï?e,YÀX@@.@ .@ÀÍÌÌÌÌÌü?*@{®Gáz”?Àgfffffþ?€F@3@Âõ(\â?àu@(À333333û?*@€C@(@¸…ëQ¸®?8Y$@š™™™™™©¿N@Y333333ã¿ @š™™™™™É?IÀÀb@DÀš™™™™™¹?$@ìQ¸…ëÑ?š™™™™™Ù?YÀD@=@@DFiB@ÿþ01SA291ÿþ01SA291SÿþC-189829ÿþsediment from active channel; collected in cobble bars and eddiesÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx pptÿþmoderately abundant sediment; 10% felsic volcanic tuffs, 30% quartzite, 60% slate/phylliteÿþ-80 mesh sediment, pulverized to -100 mesh7¯™„veZ ú÷o{¿wÿ~ûÿKYÀÍÌÌÌÌÌ@ Y(@1@ Y À{®Gázt¿Àw@@IÀffffffö?š™™™™™õ?{®Gáz„?¸…ëQ¸ž?à?e,YÀ@`@$@2@ 0@@gfffff@À{®Gáz¤?ÀÍÌÌÌÌÌ@L@@@q= ×£pÝ? ‚@(ÀR¸…ëQè?1@K@*@š™™™™™©?8Y$@š™™™™™©¿N@Y333333@@š™™™™™Ù?IÀ€X@DÀš™™™™™É?6@ ×£p= ×?ÍÌÌÌÌÌì?YÀ€F@€C@@DFiO@ÿþ01SA290ÿþ01SA290SÿþC-189828ÿþsediment from active channel; collected in cobble bars and eddiesÿþcompositeÿþactive alluviumÿþhighÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx ppt and slight MnOx pptÿþmoderately sparse sediment; 70% felsic volcanic tuffs, 30% slate, minor brecciaÿþ-80 mesh sediment, pulverized to -100 mesh8»‘|veZ ú÷o{¿wÿ~ûÿ»Dn÷™ÑKYÀš™™™™™@ Y€f@@e@ Y À ×£p= §?p‚@@€I@ffffffþ?Ãõ(\Âý?{®Gáz„?š™™™™™©?š™™™™™é?e,YÀ€[@t@€A@ À|@Àgfffff @333333û?@¸…ëQ¸ž?Àš™™™™™@€J@:@š™™™™™á?…@(À333333ó?4@F@9@¸…ëQ¸®?8Y,@¸…ëQ¸®?N@Y@ @š™™™™™ñ?IÀd@DÀgfffffæ?.@Ãõ(\ÂÕ?gfffffæ?YÀG@;@@DFiM@ÿþ01SA297ÿþ01SA297SÿþC-189843ÿþsediment from active channel; collected from gravel/pebble bars, behind boulders, and in eddiesÿþcompositeÿþactive alluviumÿþvery high; burnt needles also notedÿþ-80 mesh (0.177 mm)ÿþheavy MnOx pptÿþsediment in eddies is black, v. fine, and organic rich: orbicular granite boulders; cobbles and gravel composed of slate/phyllite and felsic volcanicsÿþ-80 mesh sediment, pulverized to -100 mesh¢vÞÎ¹”ƒx ú÷o{¿÷ÿ~ûÿKYÀ@ Y`@pŒ@ Y À¸…ëQ¸Î?0@ð?@o@ð?\Âõ(\ï?{®Gáz”?¸…ëQ¸®?ö(\ÂõØ?e,YÀ€[@€v@6@ P”@@@ÍÌÌÌÌÌ@À{®Gáz”?À@H@:@ö(\Âõà?À‡@(@Ház®Gá?,@€G@@@¸…ëQ¸®?8Y@¤p= ×£À?N@YÍÌÌÌÌÌ!@@š™™™™™ù?IÀQ@DÀð?&@Ház®GÑ?š™™™™™é?YÀD@1@@DFi€H@ÿþ01SA296ÿþ01SA296SÿþC-189842ÿþsediment from active channel; collected from gravel/boulder bar, eddies, overbank, and behind bouldersÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþheavy FeOx staining and FeOx Floc on sedimentsÿþoutcrops of banded quartziteÿþ-80 mesh sediment, pulverized to -100 mesh8î¾©›Š ú÷o{¿÷ÿ~ûÿKYÀ333333@ Y$Àš™™™™™@ Y Àš™™™™™™? ‚@@IÀð?R¸…ëQð?{®Gáz„?{®Gáz”?¸…ëQ¸î?e,YÀd@@1@ *@ÀÍÌÌÌÌÌ@333333ó?@¸…ëQ¸ž?ÀÍÌÌÌÌÌ@ÀR@5@¸…ëQ¸Þ?t@(Àø?6@K@$@{®Gáz¤?8Y&@š™™™™™©¿N@Yø? @š™™™™™É¿IÀ@j@DÀš™™™™™¹?2@¸…ëQ¸Þ?333333ã?YÀ€H@:@@DFi€F@ÿþ01SA295ÿþ01SA295SÿþC-189841ÿþsediment from left (west) side of active channel; collected from gravel bars and eddiesÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx pptÿþdominantly slate/phyllite with lesser quartzite and felsic volcanics; boulders are punky volcanicsÿþ-80 mesh sediment, pulverized to -100 meshQ%Á«–Œ{p ú÷o{¿÷ÿ~ûÿKYÀÍÌÌÌÌÌ@ Y9@€A@ Y ÀºI+‡†?€{@ð?IÀffffff@Ãõ(\Â @{®Gáz¤?¤p= ×£À?×£p= ×ã?e,YÀ€[@&@€A@ @j@Àš™™™™™@gfffff@&@{®Gáz¤?À333333û?G@:@Âõ(\â? w@(ÀÍÌÌÌÌÌô?&@G@2@¸…ëQ¸®?8Y1@š™™™™™©¿N@YÍÌÌÌÌÌô?"@ð?IÀ@`@DÀš™™™™™¹¿"@ìQ¸…ëÑ?š™™™™™Ù?YÀ€H@3@@DFi€U@ÿþ01SA294ÿþ01SA294SÿþC-189840ÿþsediment from active channel; thin layer of sediment with soil underneath; collected in 2 pebble bars; creek very brushy with difficult accessÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx ppt and moderate MnOx pptÿþthin layer of sediment very difficult to collectÿþ-80 mesh sediment, pulverized to -100 meshl@âÍÃ²§ ú÷o{¿÷ÿ~ûÿÕD˜% ©ëKYÀ@ Y7@:@ Y À{®Gázt¿@u@@IÀ¸…ëQ¸î?¸…ëQ¸î?ú~j¼t“h¿{®Gáz„?áz®Gáâ?e,YÀd@J@5@ ~@ÀÍÌÌÌÌÌ@333333ó?@{®Gáz”¿Àgfffffþ?Q@:@333333ã?@z@(ÀÂõ(\ê?D@€O@.@{®Gáz¤?8Y @š™™™™™©¿N@Y333333ã?@333333Ó?IÀQ@DÀš™™™™™¹¿G@Ház®GÑ?gfffffæ?YÀE@€D@@DFi€E@ÿþ01SA301ÿþ01SA301SÿþC-189847ÿþsediment from active channel; collected behind rocks, from gravel bar, and beach; there was a distinct 4" layer of sooty sand on top of clean sandÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþfantastic orbicular granite boulders (some w/ xenoliths); gravel-70% slate/phyllite, 20% felsic volcanics, 10% graniteÿþ-80 mesh sediment, pulverized to -100 mesh˜lôæÑÇ¶« ú÷o{¿÷ÿ~ûÿKYÀÍÌÌÌÌÌ@ Y$Àgfffff @ Y À{®Gázt¿@@@IÀ333333û?¸…ëQ¸ú?{®Gáz„?¸…ëQ¸ž?š™™™™™ù?e,YÀd@ @>@ &@@gfffff@gfffffö?(@¸…ëQ¸ž?ÀÍÌÌÌÌÌü?N@2@Âõ(\â? y@(À333333ó?$@ÀP@(@¸…ëQ¸®?8Y"@š™™™™™©¿N@Y333333ã¿,@š™™™™™Ù?IÀ€k@DÀš™™™™™¹¿<@¤p= ×£à?à?YÀP@€L@@DFi€A@ÿþ01SA300ÿþ01SA300SÿþC-189846ÿþsediment from active channel; collected in pothole of very steep rapids/waterfallÿþcompositeÿþactive alluviumÿþlow to moderateÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx ppt and slight to moderate MnOx pptÿþorbicular or augen granitic gneiss, gneiss, vein quartz, and quartziteÿþ-80 mesh sediment, pulverized to -100 meshV*â¬—†uj ú÷o{¿÷ÿ~ûÿKYÀgfffff@ Y$Àš™™™™™@ Y ÀR¸…ëQ¸?`ƒ@ð?IÀÂõ(\â?Âõ(\â?ú~j¼t“h¿{®Gáz„?®Gázî?e,YÀ€[@"@8@ .@@š™™™™™ @ð?À{®Gáz¤?Àgfffffþ?H@$@š™™™™™Ù?p‚@(ÀÃõ(\Âí?@@G@ @š™™™™™©?8Y&@š™™™™™©¿N@Yð? @333333Ó?IÀd@DÀš™™™™™¹¿0@Ház®Gá?à?YÀG@€A@@DFi€H@ÿþ01SA299ÿþ01SA299SÿþC-189845ÿþsediment from active channel; collected behind boulders, in eddies, and overbankÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþslight FeOx ppt and slight MnOx pptÿþabundant sandy colored micaceous sediment; 80% granite; 20% fine-grained quartziteÿþ-80 mesh sediment, pulverized to -100 meshM!Í¨“…ti ú÷o{¿÷ÿ~ûÿKYÀÍÌÌÌÌÌ@ Y$À&@ Y À{®Gázt¿ y@ð?IÀø?333333÷?{®Gáz„?{®Gáz”?š™™™™™ñ?e,YÀ€a@;@9@ (@À@333333@"@{®Gáz”?Àš™™™™™ù?€L@.@q= ×£på?0@(À333333ó?@@M@*@ ×£p= Ç?8Y@š™™™™™©¿N@Y333333ã¿ @333333ã?IÀ@e@DÀš™™™™™É?&@Âõ(\ê?333333Ó?YÀ@P@8@@DFiF@ÿþ01SA298ÿþ01SA298SÿþC-189844ÿþsediment from active channel; collected from small area under brush near banksÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx ppt; no MnOx ppt seenÿþgranitic gneiss and/or foliated granite, slate/phyllite, and quartziteÿþ-80 mesh sediment, pulverized to -100 meshBÎ¦‘ƒrg ú÷o{¿÷ÿ~ûÿ„DªF íšKYÀ333333@ Y$Àgfffffþ? Y À{®Gázt¿0@ð¿IÀ®Gázî?®Gázî?ú~j¼t“h¿{®Gáz„?×£p= ×ã?e,YÀ€N@$@1@ 8@À333333@š™™™™™ù?"@¸…ëQ¸ž?À@;@&@ö(\Âõà?0@(À)\Âõ(Ü?&@:@*@{®Gáz¤?8Y@š™™™™™©¿N@Y333333ã¿ @š™™™™™Ù?IÀO@DÀš™™™™™¹¿"@Âõ(\Ò?š™™™™™Ù?YÀ€I@0@@DFi€B@ÿþ01SA305ÿþ01SA305SÿþC-189851ÿþsediment from active channel; collected from cobble bar and in eddy behind logÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþheavy MnOx pptÿþsparse to moderate sediments; mica shists, quartzites, and gneisses notedÿþ-80 mesh sediment, pulverized to -100 mesh-¶¦‘ƒrg ú÷o{¿÷ÿ~ûÿKYÀ333333@ YN@K@ Y À;ßO—n¢?àu@ð?IÀáz®GáÚ?áz®GáÚ?ú~j¼t“h¿{®Gáz„¿{®GázÔ?e,YÀÀX@€[@(@ i@À@gfffff@À{®Gáz”¿À333333û?D@0@)\Âõ(Ü?@p@(Àš™™™™™Ù?(@F@,@{®Gáz¤?8YÀš™™™™™©¿N@Y333333ã¿@š™™™™™É?IÀ€H@DÀš™™™™™¹?*@Ház®GÑ?à?YÀ€@@.@@DFi5@ÿþ01SA304ÿþ01SA304SÿþC-189850ÿþsediment from active channel; collected in eddies and behind bouldersÿþcompositeÿþactive alluviumÿþhighÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþv. fine seds easy to collect but coarser sands were difficult; cobbles of orbicular granite/gneissÿþ-80 mesh sediment, pulverized to -100 mesh3£•€zi^ ú÷o{¿÷ÿ~ûÿKYÀ@ Y$Àgfffff@ Y À{®Gázt¿ w@ð¿IÀ{®Gázä?{®Gázä?ú~j¼t“h¿{®Gáz„?š™™™™™@e,YÀ^@2@7@ .@@š™™™™™@š™™™™™ @À{®Gáz”?À333333û?€I@(@ÍÌÌÌÌÌô?`ˆ@(À\Âõ(\ï?5@€K@<@š™™™™™¹?8Y@š™™™™™©¿N@Y333333ã¿4@333333Ó?IÀY@DÀš™™™™™¹¿4@®Gázæ?à?YÀ^@O@@DFiJ@ÿþ01SA303ÿþ01SA303SÿþC-189849ÿþsediment from active channel; collected from bank eddies and barsÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþmoderate MnOx staining; very slight FeOxÿþmoderate to abundant sediment; cobbles 70% quartzite; 30% granite/granitic gneissÿþ-80 mesh sediment, pulverized to -100 mesh>¿•€veZ ú÷o{¿÷ÿ~ûÿKYÀffffff@ YU@€[@ Y À{®Gázt¿àz@ð¿IÀ\Âõ(\ï?\Âõ(\ï?ú~j¼t“h¿{®Gáz„?áz®GáÚ?e,YÀ@e@Àb@4@ €q@@š™™™™™@@&@{®Gáz”¿ÀÍÌÌÌÌÌ@R@5@š™™™™™á?àz@(À)\Âõ(Ü?2@ÀP@1@¸…ëQ¸®?8Y@š™™™™™©¿N@Yð?@à?IÀ@P@DÀ333333Ó?.@ÍÌÌÌÌÌÜ?gfffffæ?YÀF@5@@DFi6@ÿþ01SA302ÿþ01SA302SÿþC-189848ÿþsediment from active channel; collected from beaches and eddiesÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþslight MnOx pptÿþabundant sediment; large boulders of orbicular granite, quartz pegmatite, and banded quartziteÿþ-80 mesh sediment, pulverized to -100 mesh0¤“~tcX ú÷o{¿÷ÿ~ûÿ/D<ŒäEKYÀÍÌÌÌÌÌ@ Y€B@D@ Y Àú~j¼t“ˆ?À|@ð?IÀ> ×£p=Ú?> ×£p=Ú?ú~j¼t“h¿{®Gáz„¿> ×£p=â?e,YÀd@@U@,@ €a@Àš™™™™™ @gfffffþ?À{®Gáz”¿À@Q@0@ÍÌÌÌÌÌÜ?t@(Àš™™™™™é?4@€M@*@¸…ëQ¸®?8Y@š™™™™™©¿N@Y333333ã?@š™™™™™É¿IÀ@U@DÀš™™™™™¹?5@gfffffÖ?à?YÀD@9@@DFi<@ÿþ01SA307ÿþ01SA307SÿþC-189855ÿþsediment from right (east) side of active channel; collected from eddies, sand beach, and behind bouldersÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx ppt and very slight MnOx pptÿþabundant sediment; large boulders of granite (50%), and gneiss w/ intrusive pegmatite (50%)ÿþ-80 mesh sediment, pulverized to -100 meshyMðÁ¬ž‚ ú÷o{¿÷ÿ~ûÿKYÀ@ Y$À,@ Y À{®Gázt¿Ð‹@@IÀš™™™™™é?š™™™™™é?ú~j¼t“h¿{®Gáz„?)\Âõ(ì?e,YÀ@`@9@?@ B@Àgfffff@333333û?@{®Gáz”¿Àš™™™™™ @N@<@ ×£p= ç?Àw@(Àgfffffö?6@L@3@¸…ëQ¸®?8Y @š™™™™™©¿N@Y333333ã¿(@š™™™™™É¿IÀÀb@DÀš™™™™™¹¿3@> ×£p=Ú?ÍÌÌÌÌÌì?YÀN@<@@DFiG@ÿþ01SA306ÿþ01SA306S3ÿþC-189854ÿþsediment from overbank; organic sediment appears to be post-fireÿþcompositeÿþoverbank alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþslight to moderate FeOx pptÿþabundant sediment with gravel in shallow channels; large organic rich overbank deposits; gravel is 60% orbicular granite, 20% white quartzite, 20% schist/gneissÿþ-80 mesh sediment, pulverized to -100 mesh‚V´—‚xeZú÷o{¿÷ÿ~ûÿKYÀ@ Y$Àš™™™™™ @ Y Àú~j¼t“x?„@@IÀ¸…ëQ¸Þ?¸…ëQ¸Þ?ú~j¼t“h¿{®Gáz„¿\Âõ(\ï?e,YÀ@€@6@@@ 4@@ÍÌÌÌÌÌ@gfffffþ?&@{®Gáz”¿Àgfffff@Àl@4@¤p= ×£à?~@(Àø?D@Àg@*@¸…ëQ¸®?8Y @š™™™™™©¿N@Y333333ã¿"@š™™™™™É¿IÀ€a@DÀš™™™™™¹?@R@¸…ëQ¸Þ?gfffffæ?YÀF@€M@@DFiF@ÿþ01SA306ÿþ01SA306S2ÿþC-189853ÿþsediment from active channel; avoided organic-rich sediment for this subsampleÿþcompositeÿþactive alluviumÿþhighÿþ-80 mesh (0.177 mm)ÿþslight to moderate FeOx pptÿþabundant sediment with gravel in shallow channels; large organic rich overbank deposits; gravel is 60% orbicular granite, 20% white quartzite, 20% schist/gneissÿþ-80 mesh sediment, pulverized to -100 meshŠ^¼ŸŠ„shú÷o{¿÷ÿ~ûÿKYÀÍÌÌÌÌÌ@ Y$À(@ Y À{®Gázt¿0‹@@IÀHáz®Gé?Ház®Gé?ú~j¼t“h¿{®Gáz„?q= ×£pí?e,YÀ€k@9@;@ @@Àgfffff@gfffffþ?3@{®Gáz”¿ÀÍÌÌÌÌÌ@ÀV@<@\Âõ(\ç?y@(Àgfffffö?9@@T@3@¸…ëQ¸®?8Y@š™™™™™©¿N@Y333333ã¿(@333333Ó?IÀÀb@DÀš™™™™™¹¿:@)\Âõ(Ü?gfffffæ?YÀ€N@€A@@DFiF@ÿþ01SA306ÿþ01SA306S1ÿþC-189852ÿþsediment from active channel and overbank; sample is composite of all sediments at siteÿþcompositeÿþactive + overbank alluviumÿþhighÿþ-80 mesh (0.177 mm)ÿþslight to moderate FeOx pptÿþabundant sediment with gravel in shallow channels; large organic rich overbank deposits; gravel is 60% orbicular granite, 20% white quartzite, 20% schist/gneissÿþ-80 mesh sediment, pulverized to -100 meshžrÐ³ž˜|qú÷o{¿÷ÿ~ûÿRD˜ä8hKYÀš™™™™™@ Y$À333333@ Y À{®Gázt?ƒ@@IÀÂõ(\ê?Âõ(\ê?ú~j¼t“h¿{®Gáz„?gfffffö?e,YÀ@`@(@3@ 2@À333333@ø?2@{®Gáz”¿ÀÍÌÌÌÌÌ@L@2@ö(\Âõè?€v@(À333333û?6@€K@1@š™™™™™¹?8Y"@š™™™™™©¿N@Y333333ã¿&@333333Ó?IÀd@DÀš™™™™™É?3@®GázÞ?333333ã?YÀ@P@€C@@DFi€C@ÿþ01SA317ÿþ01SA317SÿþC-189859ÿþstream sediment from active alluvium in a turbulent cascade; collected from calm eddy undercutting bank; muddy to sandy; sands are tan while finer muds are dark brown; abundant algae on cobbles/bouldersÿþcompositeÿþactive alluviumÿþhighÿþ-80 mesh (0.177 mm)ÿþslight MnOxÿþcobbles are 40% mica schist and 60% granite; muscovite flakes common in coarse sandsÿþ-80 mesh sediment, pulverized to -100 meshª~(ïä ú÷o{¿÷ÿ~ûÿKY@333333@ Y$À333333û? Y À{®Gázt¿@…@@IÀáz®Gáê?Âõ(\ê?{®Gáz„?{®Gáz”?ÍÌÌÌÌÌü?e,YÀ w@*@=@ 8@@@ÍÌÌÌÌÌü?2@{®Gáz”¿ÀÍÌÌÌÌÌ@€a@3@{®Gázì?À|@(ÀÍÌÌÌÌÌü?@@€a@3@333333Ã?8Y@š™™™™™©¿N@Y333333ã¿(@š™™™™™É?IÀ@j@DÀš™™™™™¹¿L@{®Gázä?à?YÀT@P@@DFiF@ÿþ01SA316ÿþ01SA316SÿþC-189858ÿþsediment from active channel; collected behind boulders, and in cobble bars & eddiesÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx ppt and very slight MnOx pptÿþsediment moderately abundant, quartz-rich, and 'granitic'; granite/pegmatite (60%), gneiss/schist (25%), volc. porphyry (15%)ÿþ-80 mesh sediment, pulverized to -100 mesh†ZÛ¬—‰xm ú÷o{¿÷ÿ~ûÿKYÀš™™™™™@ Y$Àš™™™™™é? Y Àü©ñÒMb€?ˆ@@IÀffffffþ?ìQ¸…ëý?{®Gáz„?¸…ëQ¸ž?ÍÌÌÌÌÌü?e,YÀ@j@(@B@ 9@@gfffff @@ @{®Gáz”?À333333@ÀU@<@š™™™™™ñ?@€@(À333333û?6@@U@7@)\Âõ(¼?8Y$@š™™™™™©¿N@Y333333ã¿(@333333Ó?IÀ@o@DÀš™™™™™¹¿?@ö(\Âõà?à?YÀ@S@€@@@DFi€G@ÿþ01SA315ÿþ01SA315SÿþC-189857ÿþsediment from active channel; collected behind boulders, in eddies, and between cobblesÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþmoderate MnOx ppt and very slight FeOxÿþsediment moderately sparse; boulders covered by moss & lichens; 60% granite; 25% gneiss; 15% other (volc porphyry, foliated granodiorite)ÿþ-80 mesh sediment, pulverized to -100 meshŽb×¯šŒ{p ú÷o{¿÷ÿ~ûÿKYÀš™™™™™@ Y$Àgfffff@ Y À{®Gázt¿p—@@IÀÂõ(\â?Âõ(\â?ú~j¼t“h¿{®Gáz„?ð?e,YÀÀg@ @2@ &@@@333333ó?"@{®Gáz”?Àffffff@T@.@ìQ¸…ëá?@u@(À333333ó?8@ÀR@.@¸…ëQ¸¾?8Y"@š™™™™™©¿N@Y333333ã¿"@š™™™™™É¿IÀi@DÀš™™™™™¹¿5@à?333333ã?YÀ€O@:@@DFiA@ÿþ01SA308ÿþ01SA308SÿþC-189856ÿþsediment from active channel; collected just above the 15' fallsÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx pptÿþalso present were fine-grained micaceous organic overbank sediments; gravel 70% granite; 30% gneiss/schistÿþ-80 mesh sediment, pulverized to -100 meshBª”udY ú÷o{¿÷ÿ~ûÿwD`öæKYÀš™™™™™@ Y$Àð? Y À¸…ëQ¸Î?@€@@IÀ…ëQ¸Õ?…ëQ¸Õ?ú~j¼t“h¿{®Gáz„?š™™™™™ñ?e,YÀ^@@.@ @À333333@333333ó?*@{®Gáz”?ÀÍÌÌÌÌÌü?€G@*@…ëQ¸Õ?n@(Àø?2@F@ @š™™™™™¹?8Y @š™™™™™©¿N@Y333333ã¿ @š™™™™™É¿IÀ@e@DÀš™™™™™¹¿0@ÍÌÌÌÌÌÜ?š™™™™™Ù?YÀJ@€H@@DFi4@ÿþ01SA321ÿþ01SA321SÿþC-189863ÿþsediment from active channel; collected behind boulders and in eddysÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþslight FeOx ppt and moderate MnOx pptÿþsediment abundant; granite (90%), gneiss (10%); outcrop of graniteÿþ-80 mesh sediment, pulverized to -100 mesh3Ãœ‡yh] ú÷o{¿÷ÿ~ûÿKYÀ333333@ Y$Àš™™™™™@ Y À@àŠ@ð?IÀ)\Âõ(Ü?®Gáz®×?ìQ¸…ë±?¤p= ×£Ð?ÍÌÌÌÌÌü?e,YÀd@$@A@ (@Àš™™™™™ @ø?À ×£p= ·?ÀÍÌÌÌÌÌ@@Q@1@¸…ëQ¸î? ~@(Àgfffffö?<@M@2@{®Gáz´?8Y9@š™™™™™©¿N@YÍÌÌÌÌÌô?"@š™™™™™É¿IÀt@DÀš™™™™™¹¿7@\Âõ(\ß?à?YÀU@5@@DFi€T@ÿþ01SA320ÿþ01SA320SÿþC-189862ÿþsediment from both sides of active channel; collected from beaches and gravel bars; organic muds support huge numbers of grazing snailsÿþcompositeÿþactive alluviumÿþhighÿþ-80 mesh (0.177 mm)ÿþmoderate FeOx and moderate MnOx stainingÿþhighly organic v-fine grained mud plus beach sands; cobbles are 40% granite/granodiorite/pegmatie, 5% orbicular granite/gneiss, 20% gneiss (some augen), 15% mica schist, and 20% quartziteÿþ-80 mesh sediment, pulverized to -100 meshê¾×Â¼« ú÷o{¿÷ÿ~ûÿKYÀÍÌÌÌÌÌ@ Y$Àgfffff@ Y ÀªñÒMb¸?@Š@ð?IÀ ×£p= ×?Âõ(\Ò?ìQ¸…ë±?¤p= ×£Ð?ÍÌÌÌÌÌü?e,YÀ€f@5@€D@ ?@@333333@333333û?@š™™™™™©?ÀÍÌÌÌÌÌ@T@1@ð? ‚@(Àgfffffö?5@€P@3@{®Gáz´?8Y7@š™™™™™©¿N@Yš™™™™™@&@š™™™™™É¿IÀ`s@DÀš™™™™™¹¿9@333333ã?333333Ó?YÀ@W@8@@DFiT@ÿþ01SA319ÿþ01SA319SÿþC-189861ÿþsediment from both sides of active channel; collected from beaches; gold noted in panÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþsediment extremely abundant; granite (20%), gneiss (80%); outcrops of biotite gneiss/schistÿþ-80 mesh sediment, pulverized to -100 meshD»˜Šyn ú÷o{¿÷ÿ~ûÿKYÀgfffff@ Y$À333333ã¿ Y Àš™™™™™Ù?à…@@IÀà?à?ú~j¼t“h¿{®Gáz„?gfffffö?e,YÀ ‰@@8@ "@@gfffff@š™™™™™ù?*@{®Gáz”?Àgfffff@`s@.@ ×£p= ×?àu@(À333333@6@t@"@Ãõ(\ÂÅ?8Y1@š™™™™™©¿N@Y333333ã¿ @š™™™™™É¿IÀ@p@DÀš™™™™™¹¿àd@ö(\Âõà?à?YÀP@€X@@DFi=@ÿþ01SA318ÿþ01SA318SÿþC-189860ÿþsediment from active channel; collected in cobble bar and behind bouldersÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþvery slight FeOx, no MnOx seenÿþsediment easy to collect; granitic gneiss/foliated granite (20%), granite/pegmatite (40%), biotite gneiss/schist (30%), volc porphyry (10%)ÿþ-80 mesh sediment, pulverized to -100 meshzNÁ¡Œ~mb ú÷o{¿÷ÿ~ûÿ,D§ ‘BKYÀš™™™™™@ Y$Àgfffffþ? Y Àú~j¼t“x?~@@IÀð?R¸…ëQð?ú~j¼t“h¿{®Gáz„?ÍÌÌÌÌÌü?e,YÀi@ @(@ @@333333@ÍÌÌÌÌÌô?$@{®Gáz”?@@S@7@)\Âõ(Ü?~@(ÀÍÌÌÌÌÌü?€@@W@"@š™™™™™¹?8Y$@š™™™™™©¿N@Y333333ã¿2@š™™™™™É?IÀ€a@DÀš™™™™™¹¿J@q= ×£på?gfffffæ?YÀL@Àb@0@DFi€A@ÿþ01SA325ÿþ01SA325SÿþC-189867ÿþsediment from active channel; collected behind bouldersÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþv. slight FeOx pptÿþgranitic boulders covered with moss and white lichens; granite (80%), granitic augen gneiss (20%)ÿþ-80 mesh sediment, pulverized to -100 mesh)ýš†ql[P ú÷o{¿÷ÿ~ûÿKYÀÍÌÌÌÌÌ@ Y$Àgfffff@ Y ÀL7‰A`å°?ƒ@@IÀð?ð?{®Gáz„?{®Gáz”?333333@e,YÀÀg@.@>@ .@@ffffff@@,@{®Gáz”¿ÀÍÌÌÌÌÌ@@S@8@333333ó?€@(@š™™™™™@2@@Q@9@ìQ¸…ë±?8Y5@š™™™™™©¿N@Y333333ã¿4@š™™™™™É?IÀ@j@DÀš™™™™™¹¿2@> ×£p=â?333333ã?YÀ€[@€I@@DFiN@ÿþ01SA324ÿþ01SA324SÿþC-189866ÿþsediment from active channel; collected in eddies along bankÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþslight FeOx pptÿþsediment moderately abundant; augen gneiss (30%), granite (50%), amphibolite gneiss (%10), quartzite (10%); outcrop of augen gneiss w/ intruded graniteÿþ-80 mesh sediment, pulverized to -100 meshf:¡{q`U ú÷o{¿÷ÿ~ûÿKYÀ333333@ Y$À333333@ Y ÀÍÌÌÌÌÌ@à€@@IÀ…ëQ¸…ã?…ëQ¸…ã?ú~j¼t“h¿{®Gáz„¿gfffffþ?e,YÀàz@&@,@ "@@ÍÌÌÌÌÌ@ÍÌÌÌÌÌ@À ×£p= Ç?ÀÍÌÌÌÌÌ@d@.@×£p= ×ã?@@(ÀÍÌÌÌÌÌ@9@@e@&@ìQ¸…ëÁ?8Y€C@š™™™™™©¿N@Y333333ã¿,@š™™™™™É¿IÀ€f@DÀš™™™™™¹¿€X@gfffffæ?š™™™™™Ù?YÀ€[@€V@ @DFi€H@ÿþ01SA323ÿþ01SA323SÿþC-189865ÿþsediment from active channel; collected behind boulders, along banks, and in eddy below waterfallÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx ppt and very slight MnOx pptÿþmoderate amount of sediment; 60% augen gneiss, 20% quartzite, 10% volc porphyry, 10% graniteÿþ-80 mesh sediment, pulverized to -100 meshd8Ú°›–…z ú÷o{¿÷ÿ~ûÿKYÀš™™™™™@ Y$ÀÍÌÌÌÌÌ@ Y À/Ý$µ?‰@@IÀÍÌÌÌÌÌä?ÍÌÌÌÌÌä?ú~j¼t“h¿{®Gáz„¿ÍÌÌÌÌÌô?e,YÀ@j@@@ @Àš™™™™™ù?> ×£p=â?7@{®Gáz”?À@€T@&@ìQ¸…ëÑ?@e@(À@ @€T@@¸…ëQ¸®?8Y5@š™™™™™©¿N@Y333333ã¿@š™™™™™É¿IÀàu@DÀš™™™™™¹¿A@¸…ëQ¸Î?333333Ó?YÀA@<@@DFi2@ÿþ01SA322ÿþ01SA322SÿþC-189864ÿþsediment from active channel; sediment difficult to fine; collected in one potholeÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx pptÿþsparse granitic sediment in swift brushy stream; granite (80%), gneiss/schist (20%)ÿþ-80 mesh sediment, pulverized to -100 mesh3²¡Œ‡vk ú÷o{¿÷ÿ~ûÿÖDtðìKYÀgfffff@ Y$Àš™™™™™@ Y À{®Gázt¿€@ð?IÀ¤p= ×£à?¤p= ×£à?ú~j¼t“h¿{®Gáz„?ÍÌÌÌÌÌô?e,YÀ^@"@0@ @@@š™™™™™ù?@{®Gáz”¿@ÍÌÌÌÌÌü?€G@"@à?À|@(À333333ó?6@€K@&@{®Gáz´?8Y@š™™™™™©¿N@Y333333ã¿,@š™™™™™É¿IÀ^@DÀš™™™™™¹¿5@{®Gázä?š™™™™™Ù?YÀ€R@Q@ @DFi9@ÿþ01SA329ÿþ01SA329SÿþC-189871ÿþsediment from active channel; collected from eddy and cobble bar above concrete steps; slippery rocks in streamÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþv. slight FeOx ppt and moderate MnOx pptÿþmoderate sediment but hard to collect; amphibolite (60%), granite (20%), augen gneiss (10%), quartzite (10%)ÿþ-80 mesh sediment, pulverized to -100 mesh‹_ñÇ²¤“ˆ ú÷o{¿÷ÿ~ûÿKYÀ@ Y$À333333@ Y Àü©ñÒMb°?@€@ð?IÀq= ×£pí?q= ×£pí?ú~j¼t“h¿{®Gáz„?gfffffþ?e,YÀ€a@1@:@ 3@@333333@š™™™™™@$@{®Gáz”?À333333û?M@*@333333ó?@€@(Àgfffffö?$@€M@;@¸…ëQ¸®?8Y @š™™™™™©¿N@Y333333ã¿3@š™™™™™É?IÀ€[@DÀš™™™™™¹¿1@)\Âõ(ä?à?YÀ€[@C@@DFiC@ÿþ01SA328ÿþ01SA328SÿþC-189870ÿþsediment from active channelÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþv. slight FeOx ppt and moderate MnOx pptÿþboulders covered with moss; quartzite, augen gneiss, and some unidentified mafic rocks (diabase?)ÿþ-80 mesh sediment, pulverized to -100 mesh-žt_Q@5 ú÷o{¿÷ÿ~ûÿKYÀ333333@ Y$ÀÍÌÌÌÌÌ"@ Y ÀÂõ(\â? „@ð¿IÀ…ëQ¸í?ÍÌÌÌÌÌì?{®Gáz„?{®Gáz”?ø?e,YÀ@`@2@E@ B@@@@À{®Gáz´?Àš™™™™™ù?€N@,@ð?p‡@(À333333ó?2@F@9@¸…ëQ¸®?8Y@š™™™™™©¿N@Yš™™™™™é?0@š™™™™™Ù?IÀ@X@DÀš™™™™™É?6@R¸…ëQè?333333Ó?YÀ@`@9@@DFiE@ÿþ01SA327ÿþ01SA327SÿþC-189869ÿþsediment from active channel; collected from small eddy and cobble bar just below wooden bridgeÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx pptÿþsediment moderately sparse; 60% quartzite, 10% mica schist, 10% augen gneiss, 10% granite, 10% amphibolite gneissÿþ-80 mesh sediment, pulverized to -100 mesh^2¿®™”ƒx ú÷o{¿÷ÿ~ûÿKYÀgfffff@ Y$À333333@ Y À{®Gázt¿€@ð¿IÀHáz®Gá?ö(\Âõà?{®Gáz„?{®Gáz”?333333@e,YÀ€k@@@R@ 9@@333333#@@À{®Gáz¤?À333333ó?€[@0@333333@À’@(ÀÍÌÌÌÌÌü?.@@T@€F@{®Gáz¤?8Y@š™™™™™©¿N@Yš™™™™™é?B@333333Ó?IÀ€a@DÀš™™™™™¹¿€A@ ×£p= ï?š™™™™™É?YÀd@I@@DFi@R@ÿþ01SA326ÿþ01SA326SÿþC-189868ÿþsediment from active channel; collected from eddy and behind boulders; no gold noted in panÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþslight FeOx pptÿþmoderately abundant sediment w/ heavy mineral streaks; 40% mica schist, 30% amphibolite gneiss, 20% granite, 10% augen gneissÿþ-80 mesh sediment, pulverized to -100 meshf:»ª•t ú÷o{¿÷ÿ~ûÿDƒú6—KYÀ333333@ Y$Àgfffffæ? Y À{®Gázt¿`ƒ@@IÀffffffþ?¸…ëQ¸þ?{®Gáz„?¸…ëQ¸ž?š™™™™™@e,YÀ r@0@€S@ ,@@333333@ÍÌÌÌÌÌ@@{®Gáz”?À@€a@@@ÍÌÌÌÌÌô?`ˆ@(@gfffff@€E@€[@6@š™™™™™¹?8Y @š™™™™™©¿N@Y333333ã¿*@š™™™™™É?IÀÀr@DÀš™™™™™¹?:@¤p= ×£è?š™™™™™Ù?YÀT@D@@DFi€N@ÿþ01SA276Dÿþ01SA276DSÿþC-189875ÿþsite duplicate of 01SA276Sÿþsediment from active channel; collected on left (north) bank only because of turbulence and lack of sedimentÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþsediment sparse and difficult to collect; outcrop of amphibolite gneiss intruded by graniteÿþ-80 mesh sediment, pulverized to -100 meshyMðâÍ¿®£5úÿo{¿÷ÿ~ûÿKYÀgfffff@ Y$À333333@ Y À{®Gázt¿€@@IÀš™™™™™@…ëQ¸…@{®Gáz„?¸…ëQ¸ž?ÍÌÌÌÌÌü?e,YÀ€@*@S@ &@@š™™™™™@gfffff@5@{®Gáz”?Àgfffff@@p@@@\Âõ(\ï?PŽ@(@gfffff@ÀT@i@6@¸…ëQ¸¾?8Y.@š™™™™™©¿N@Y333333ã¿(@š™™™™™Ù?IÀ€f@DÀš™™™™™¹¿O@áz®Gáâ?333333ã?YÀP@€Q@@DFi^@ÿþ01SA264Dÿþ01SA264DSÿþC-189874ÿþsite duplicate of 01SA264Sÿþsediment from active channel; collected 40 m upstream from trail crossing at Simplot Cabin; moderate heavies; no gold noted in panÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþslight FeOx stainingÿþbedload 80% metamorphics (mostly gneiss and qtzite) and 20% pink granite; sediment looks like grusÿþ-80 mesh sediment, pulverized to -100 meshžrøãÕÄ¹5úÿo{¿÷ÿ~ûÿKYÀÍÌÌÌÌÌ@ Y$Àgfffff@ Y À{®Gázt?0‘@@IÀš™™™™™ñ?> ×£p=ò?ú~j¼t“h¿{®Gáz„?ð?e,YÀi@@"@ @ÀÍÌÌÌÌÌô?¤p= ×£è?5@{®Gáz¤?Àgfffff@W@8@ìQ¸…ëÑ? y@(Àš™™™™™@1@€N@@{®Gáz´?8Y4@š™™™™™©¿N@Y333333ã¿@š™™™™™É¿IÀ@z@DÀš™™™™™É?9@q= ×£pÍ?333333ã?YÀ:@0@ð?DFi€L@ÿþ01SA241Dÿþ01SA241DSÿþC-189873ÿþsite duplicate of 01SA241Sÿþsediment from both sides of active channel in calm areas where fine sediment has accumulatedÿþcompositeÿþactive alluviumÿþmoderateÿþ-80 mesh (0.177 mm)ÿþslight to moderate FeOx ppt on 20-40% of gravelÿþabundant sand/silt; predominantly pink granite cobblesÿþ-80 mesh sediment, pulverized to -100 meshc7ÿÎ¹¯ž“5úÿo{¿÷ÿ~ûÿKYÀÍÌÌÌÌÌ@ Y,@7@ Y À{®Gázt¿ ‡@@IÀ¤p= ×£Ð?¤p= ×£Ð?ú~j¼t“h¿{®Gáz„?š™™™™™é?e,YÀ^@.@(@ 1@ÀÍÌÌÌÌÌ@…ëQ¸…ã? @{®Gáz”?ÀÍÌÌÌÌÌ@J@6@¤p= ×£à?`}@(ÀÍÌÌÌÌÌô?.@€E@;@¸…ëQ¸®?8Y=@š™™™™™©?N@Ygfffff@"@š™™™™™É¿IÀi@DÀš™™™™™¹?1@gfffffÖ?ð?YÀ€M@5@@DFiY@ÿþ01SA330ÿþ01SA330SÿþC-189872ÿþsediment from active channel; two tiny flakes of gold in panÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþv. slight FeOx ppt and no MnOx pptÿþsediment abundant but cemented with fine mud making it hard to collect; argillized porphyry 70%, quartzite 20%, gneiss 10%ÿþ-80 mesh sediment, pulverized to -100 meshW+¯‹vq`U ú÷o{¿÷ÿ~ûÿÂD§$ØKYÀ@ Y$À333333@ Y À{®Gázt¿Àr@@IÀìQ¸…ëé?ìQ¸…ëé?ú~j¼t“h¿{®Gáz„¿R¸…ëQè?e,YÀÀb@$@(@ 8@Àgfffffþ?š™™™™™ñ?À{®Gáz”¿Àgfffff@O@>@¤p= ×£à?@u@(ÀÍÌÌÌÌÌô?<@€L@&@{®Gáz¤?8Y*@š™™™™™©¿N@Y333333ã¿@333333Ó?IÀÀQ@DÀš™™™™™¹?H@ìQ¸…ëÑ?š™™™™™é?YÀD@€B@@DFi€E@ÿþ01SA311ÿþ01SA311SÿþC-189879ÿþsediment from active channel; collected from gravel barsÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþsediment easy to collect but coarse; banded slate/phyllite/quartzite (70%), volcanic porphyry (30%)ÿþ-80 mesh sediment, pulverized to -100 mesh&ú•‡rm\Q ú÷o{¿÷ÿ~ûÿKYÀ@ Y?@€D@ Y À{®Gázt¿àz@ð?IÀ333333@\Âõ(\@{®Gáz„?{®Gáz¤?ìQ¸…ëá?e,YÀ@Q@€C@€C@ Àl@Àffffff@ÍÌÌÌÌÌü?À{®Gáz”?Àgfffffþ?A@?@)\Âõ(ä?°ˆ@(ÀÂõ(\â?.@B@3@¸…ëQ¸®?8Y$@š™™™™™©¿N@Ygfffffæ?@333333Ó?IÀÀT@DÀ333333Ó?(@333333Ó?333333ã?YÀF@8@@DFiH@ÿþ01SA310ÿþ01SA310SÿþC-189878ÿþsediment from active channel and back eddiesÿþcompositeÿþactive alluviumÿþhighÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþeasy to collect fine-grained organic-rich sediment in back eddies, difficult to collect sediments in active slate-pebble channels; gravel 100% banded slate/phylliteÿþ-80 mesh sediment, pulverized to -100 mesh]1Š|gaPE ú÷o{¿÷ÿ~ûÿKYÀš™™™™™@ Y@e@€f@ Y À;ßO—n²?€@@IÀffffffþ?š™™™™™ý?{®Gáz„?{®Gáz¤?Ház®Gé?e,YÀ@`@ t@€A@ àz@Àgfffff @ø?$@{®Gáz¤?Àš™™™™™@M@9@Ház®Gá? „@(Àš™™™™™ñ?2@L@9@ìQ¸…ë±?8Y&@ìQ¸…ë±?N@Ygfffff@ @ÍÌÌÌÌÌì?IÀd@DÀ333333ã?.@gfffffÖ?333333ã?YÀG@=@@DFiM@ÿþ01SA297Dÿþ01SA297DSÿþC-189877ÿþsite duplicate of 01SA297Sÿþsediment from active channel; collected from gravel/pebble bars, behind boulders, and in eddiesÿþcompositeÿþactive alluviumÿþvery high; burnt needles also notedÿþ-80 mesh (0.177 mm)ÿþheavy MnOx pptÿþsediment in eddies is black, v. fine, and organic rich: orbicular granite boulders; cobbles and gravel composed of slate/phyllite and felsic volcanicsÿþ-80 mesh sediment, pulverized to -100 meshÀ”üì×²¡–5úÿo{¿÷ÿ~ûÿKYÀš™™™™™@ Y$Àš™™™™™ñ? Y À{®Gázt¿`s@@IÀffffff@¤p= ×£@{®Gáz„?{®Gáz”?ø?e,YÀ0‘@ @€D@ "@À@333333@$@×£p= ×Ó?ÀÍÌÌÌÌÌ@à@A@ìQ¸…ëá?°ƒ@(@333333@@V@ t@"@¸…ëQ¸®?8Y(@š™™™™™©¿N@Y333333ã¿"@333333Ó?IÀ^@DÀš™™™™™¹¿@p@š™™™™™á?à?YÀ€K@€a@,@DFiQ@ÿþ01SA277Dÿþ01SA277DSÿþC-189876ÿþsite duplicate of 01SA277Sÿþsediment from active channel; collected from mid-stream boulder barÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþnot recordedÿþcoarse sediment, fines hard to get; Eocene granite, metamorphics, and pegmatite bouldersÿþ-80 mesh sediment, pulverized to -100 meshM!Ç¹¤–…z5úÿo{¿÷ÿ~ûÿœD€ñ_²KYÀ333333@ Y$Àgfffff@ Y À{®Gázt? y@@IÀ®GázÞ?q= ×£pÝ?{®Gáz„?{®Gáz”?š™™™™™ù?e,YÀÀl@&@6@ (@@ÍÌÌÌÌÌ@9@{®Gáz¤?ÀÍÌÌÌÌÌ@^@;@×£p= ×ã?~@(Àš™™™™™@€I@€[@,@Ãõ(\Âµ?8YÀš™™™™™©¿N@Y333333ã¿&@š™™™™™É¿IÀÀb@DÀš™™™™™¹¿?@ÍÌÌÌÌÌÜ?gfffffæ?YÀ€K@€X@$@DFiG@ÿþ01SA332ÿþ01SA332SÿþC-192534ÿþmud, gravel, and cobbles; well-developed recent gravel bars covered with fine dark gray muddy sediment; muds are dark gray and charcoal-rich; collected in active channel along protected areas; algae on cobblesÿþcompositeÿþactive alluviumÿþminorÿþ-80 mesh (0.177 mm)ÿþmoderate FeOxÿþleucocratic granitic pebbles and cobblesÿþ-80 mesh sediment, pulverized to -100 mesh‡[1" õê ú÷o{¿wÿ~ûÿKYÀ333333@ Y@e@@e@ Y Àú~j¼t“x?€v@@ÀV@333333ó?¸…ëQ¸ò?{®Gáz„?{®Gáz”?ìQ¸…ëÑ?e,YÀ@T@€q@:@ ŽÒ@@@š™™™™™ @2@{®Gáz”?À@C@9@×£p= ×ã?€v@(@…ëQ¸Õ?1@€D@4@¸…ëQ¸®?8Y(@ìQ¸…ë±?N@Ygfffffö?"@333333ã?IÀH@DÀ333333Ó?(@{®GázÔ?š™™™™™é?YÀ€H@A@@DFiF@ÿþ01SA314ÿþ01SA314SÿþC-189882ÿþsediment from active channel; collected below road culvert (plastic)ÿþcompositeÿþactive alluviumÿþlowÿþ-80 mesh (0.177 mm)ÿþheavy green ppt on rocks; active precipitation of green floc in sedimentsÿþchannel is artificial, recent, and without abundant sediments; 100% slate/phyllite/garnet schistÿþ-80 mesh sediment, pulverized to -100 meshl@Þ“~yh] ú÷o{¿÷ÿ~ûÿKYÀgfffff@ Y€I@€S@ Y ÀR¸…ëQØ? w@@IÀ{®GázÔ?{®GázÔ?ú~j¼t“h¿{®Gáz„¿ìQ¸…ëá?e,YÀY@ÀV@€D@ ðŽ@À333333@ÍÌÌÌÌÌô?2@{®Gáz”¿ÀÍÌÌÌÌÌü?D@:@®Gáz®ç?àz@(Àq= ×£på?.@D@5@š™™™™™©?8Y @š™™™™™©¿N@YÍÌÌÌÌÌô?@š™™™™™É¿IÀT@DÀš™™™™™¹?,@×£p= ×Ó?gfffffæ?YÀG@:@@DFiK@ÿþ01SA312ÿþ01SA312SÿþC-189881ÿþsediment from active channel; collected in large sand bar above a log jamÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþscattered boulders, roots, and sticks with green pptÿþabundant sediment; panned remainder contained garnets; 90% phyllite/quartzite, 10% volcanic porphyryÿþ-80 mesh sediment, pulverized to -100 meshi=×¡Œ~mb ú÷o{¿÷ÿ~ûÿKYÀ@ Y1@6@ Y À{®Gázt¿`x@@IÀ®Gáz®×?®Gáz®×?ú~j¼t“h¿{®Gáz„¿Ãõ(\Âå?e,YÀ^@,@*@ @@À333333@gfffffö?À{®Gáz”¿À@€H@;@š™™™™™é?à@(À\Âõ(\ç?,@€F@4@¸…ëQ¸®?8Y@š™™™™™©¿N@Y333333ã?"@š™™™™™É?IÀÀV@DÀà?.@®Gáz®×?333333ã?YÀK@?@@DFi€H@ÿþ01SA313ÿþ01SA313SÿþC-189880ÿþsediment from active channel; collected from bars and small beachÿþcompositeÿþactive alluviumÿþnot recordedÿþ-80 mesh (0.177 mm)ÿþslight to moderate FeOx pptÿþsediment easy to collect; 90% phyllite/schist/quartzite, 10% volcanic porphyry: several garnet schist boulders in areaÿþ-80 mesh sediment, pulverized to -100 meshZ.¶™„veZ ú÷o{¿÷ÿ~ûÿÙDëKYÀÍÌÌÌÌÌ@ Y€K@€M@ Y À{®Gázt? w@ð?IÀ…ëQ¸…ã?…ëQ¸…ã?ú~j¼t“h¿{®Gáz„? ×£p= ×?e,YÀQ@Àb@.@ €k@À333333@,@{®Gáz¤?À333333û?€B@1@)\Âõ(Ü?`s@(À®GázÞ?*@€B@.@ ×£p= §?8YÀš™™™™™©¿N@Ygfffffæ?@333333Ó?IÀ€M@DÀš™™™™™¹?1@¤p= ×£Ð?333333Ó?YÀ€C@0@@DFi6@ÿþ01SA333ÿþ01SA333SÿþC-192536ÿþcobbles to boulders with sparse fines because of swift current; sediment collected on both shores in protected areas behind boulders and in grass/sedge; fine sediment is dark gray to almost black mud (abundant charcoal); abundant algae on bouldersÿþcompositeÿþactive alluviumÿþmoderate to highÿþ-80 mesh (0.177 mm)ÿþfairly abundant MnOx and lesser FeOxÿþdominantly orbicular granite; tan coarser quartz-muscovite-rich sands are in currentÿþ-80 mesh sediment, pulverized to -100 meshûÏyS>, ú÷o{¿wÿ~ûÿKYÀš™™™™™@ Y$À"@ Y À{®Gázt¿à@@IÀø?®Gáz®÷?{®Gáz„?¸…ëQ¸ž?gfffffö?e,YÀÀb@C@D@ C@@@8@¸…ëQ¸ž?À333333@ÀS@C@Ház®Gé?p‚@(Àgfffffþ?D@€S@3@)\Âõ(¬?8Y@š™™™™™©¿N@Y333333ã¿*@š™™™™™É¿IÀÀb@DÀš™™™™™¹¿<@…ëQ¸…Û?š™™™™™ñ?YÀÀP@€Q@@DFiN@ÿþ01SA331ÿþ01SA331SÿþC-192535ÿþgray to dark gray muddy sands collected along east shoreline at waters edge in the active channel; dark color likely due to charcoal from fire; collected in protected areas within large chair-sized boulders; fine muscovite flakes on upper surface of mudÿþcompositeÿþactive alluviumÿþlow to mediumÿþ-80 mesh (0.177 mm)ÿþsee 96SA152 and 01SA307 descriptionsÿþsee 96SA152 and 01SA307 descriptionsÿþ-80 mesh sediment, pulverized to -100 meshÎ¢|VA2! ú÷o{¿wÿ~ûÿö YµNttµµ Y ÿÿ Y £O( Y Y ˜, Y Ä¦,Y Y Site_IDField_NoLab_NoQA/QC_InfoActual_SampleAlk_PPM_TIAlk_PPM_FLDƒÿÿÿÿ’ÿÿ¦ÿÿÄÿÿÿÿ’ÿÿ¦ÿÿÄÿÿtœÄ¦’€Yÿÿÿÿ$tblWaterALKSite_IDÿÿøÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ»v1à széXÒ A »5¯˜ ðjä^ÍGÁ;µ/©#€útîh Y ectacula>@ÿþ01SA245ÿþ01SA245ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€[@ÿþ01SA244ÿþ01SA244ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaD@ÿþ01SA243ÿþ01SA243ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaD@ÿþ01SA242ÿþ01SA242ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€B@ÿþ01SA241Dÿþ01SA241Dÿþnoneÿþsite duplicate of 01SA241ÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kit”G,&_ectacula€A@ÿþ01SA241ÿþ01SA241ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula9@ÿþ01SA240ÿþ01SA240ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaD@ÿþ96SA061ÿþ96SA061ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula>@ÿþ01SA333ÿþ01SA333ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€A@ÿþ01SA332ÿþ01SA332ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaD@ÿþ01SA331ÿþ01SA331ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€Q@ÿþ01SA330ÿþ01SA330ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W,@,@ÿþ01SA329ÿþ01SA329ALKÿþC-189758ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectaculaN@ÿþ01SA328ÿþ01SA328ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaI@ÿþ01SA327ÿþ01SA327ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula@U@ÿþ01SA326ÿþ01SA326ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W*@*@ÿþ01SA325ÿþ01SA325ALKÿþC-189779ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectacula:@ÿþ01SA324ÿþ01SA324ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W3@2@ÿþ01SA323ÿþ01SA323ALKÿþC-189764ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectaculaD@ÿþ01SA322ÿþ01SA322ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W1@2@ÿþ01SA321ÿþ01SA321ALKÿþC-189763ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectaculaY@ÿþ01SA320ÿþ01SA320ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaN@ÿþ01SA319ÿþ01SA319ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula9@ÿþ01SA318ÿþ01SA318ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W:@7@ÿþ01SA317ÿþ01SA317ALKÿþC-189766ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectacula€A@ÿþ01SA316ÿþ01SA316ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W4@4@ÿþ01SA315ÿþ01SA315ALKÿþC-189761ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'w2@2@ÿþ01SA314ÿþ01SA314ALKÿþC-189780ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectacula€F@ÿþ01SA313ÿþ01SA313ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WLszônè b ÜVÐJÄ > ¸ 2 ¬& ”ñkå_ÙSÍG¶%”9@r blue-gÿþ01SA274ÿþ01SA274ALKÿþC-189774ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'7(@r blue-gÿþ01SA273ÿþ01SA273ALKÿþC-189752ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'7@@r blue-gÿþ01SA272ÿþ01SA272ALKÿþC-189775ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'7ectacula9@ÿþ01SA271ÿþ01SA271ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€F@ÿþ01SA270ÿþ01SA270ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€F@ÿþ01SA269ÿþ01SA269ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaN@ÿþ01SA268ÿþ01SA268ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€F@ÿþ01SA267ÿþ01SA267ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaD@ÿþ01SA266ÿþ01SA266ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaI@ÿþ01SA265ÿþ01SA265ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaD@ÿþ01SA264Dÿþ01SA264Dÿþnoneÿþsite duplicate of 01SA264ÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kit”G,&_ectacula€F@ÿþ01SA264ÿþ01SA264ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€Q@ÿþ01SA263ÿþ01SA263ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaD@ÿþ01SA262ÿþ01SA262ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula^@ÿþ01SA261ÿþ01SA261ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€F@ÿþ01SA260ÿþ01SA260ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaD@ÿþ01SA259ÿþ01SA259ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€A@ÿþ01SA258ÿþ01SA258ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaI@ÿþ01SA257ÿþ01SA257ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaI@ÿþ01SA256ÿþ01SA256ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula>@ÿþ01SA255ÿþ01SA255ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaD@ÿþ01SA254ÿþ01SA254ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€A@ÿþ01SA252ÿþ01SA252ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaI@ÿþ01SA251ÿþ01SA251ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaN@ÿþ01SA250ÿþ01SA250ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€F@ÿþ01SA249ÿþ01SA249ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€Q@ÿþ01SA248ÿþ01SA248ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€F@ÿþ01SA247ÿþ01SA247ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula@U@ÿþ01SA246ÿþ01SA246ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WszéX§ ÿnè W Ñ @ º)˜Œûjä^ØG¶tãR6@7@ÿþ01SA300ÿþ01SA300ALKÿþC-189771ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'w*@&@ÿþ01SA299ÿþ01SA299ALKÿþC-189757ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'w7@4@ÿþ01SA298ÿþ01SA298ALKÿþC-189767ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'w?@€@@ÿþ01SA297Dÿþ01SA297DALKÿþC-189776ÿþsite duplicate of 01SA297ALKÿþunfiltered, unacidified water collected at site and refrigerated until analyzed¢Q3);@€@@ÿþ01SA297ÿþ01SA297ALKÿþC-189777ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'w0@0@ÿþ01SA296ÿþ01SA296ALKÿþC-189778ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectacula€A@ÿþ01SA295ÿþ01SA295ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WectaculaD@ÿþ01SA294ÿþ01SA294ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula>@ÿþ01SA293ÿþ01SA293ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W=@9@ÿþ01SA292ÿþ01SA292ALKÿþC-189773ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'w3@,@ÿþ01SA291ÿþ01SA291ALKÿþC-189762ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectacula€A@ÿþ01SA290ÿþ01SA290ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$Wectacula€A@ÿþ01SA289ÿþ01SA289ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W<@9@ÿþ01SA288ÿþ01SA288ALKÿþC-189772ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'w;@2@ÿþ01SA287ÿþ01SA287ALKÿþC-189770ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectacula;@ÿþ01SA286ÿþ01SA286ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W,@0@ÿþ01SA285ÿþ01SA285ALKÿþC-189754ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectaculaD@ÿþ01SA284ÿþ01SA284ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W.@2@ÿþ01SA283ÿþ01SA283ALKÿþC-189756ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectacula€F@ÿþ01SA282ÿþ01SA282ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W*@,@ÿþ01SA281ÿþ01SA281ALKÿþC-189760ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'w6@3@ÿþ01SA280ÿþ01SA280ALKÿþC-189765ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectacula€B@ÿþ01SA279ÿþ01SA279ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W&@&@ÿþ01SA278ÿþ01SA278ALKÿþC-189753ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'w@$Àÿþ01SA277Dÿþ01SA277DALKÿþC-189751ÿþsite duplicate of 01SA277ALKÿþunfiltered, unacidified water collected at site and refrigerated until analyzed¢Q3)@$Àÿþ01SA277ÿþ01SA277ALKÿþC-189750ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'w<@.@ÿþ01SA276ÿþ01SA276ALKÿþC-189755ÿþunfiltered, unacidified water collected at site and refrigerated until analyzed‚11'wectacula€A@ÿþ01SA275ÿþ01SA275ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WÝD@€ € € € € @@@€@@@@@@ € € € € € € € € € € € € €@@@@@€ € € € € €@@@@@@€ € € 68kJ:>6Z68kJ:>8Z68kJ:>8Oo68kJ:>:\68kJ:><\68kJ:>@]68kJ:>B]68kJ:>D]68kJ:>F]68kJ:>HZ68kJ:@6[68kJ:@8[68kJ:@:[68kJ:@>[68kJ:@@\68kJ:@B\68kJ:@D^68kJ:@F^68kJ:@H^68kJ:B6^68kJ:B:_68kJ:B<_68kJ:B>_68kJ:B>Oo68kJ:B@_68kJ:BB`68kJ:BD`68kJ:BF`68kJ:BH`68kJ:D6a68kJ:D8a68kJ:D:a68kJ:D<a68kJ:D>b68kJ:D@b68kJ:DBb68kJ:DBOo68kJ:DDb68kJ:DDOp68kJ:DFc68kJ:DHc68kJ:F6c68kJ:F8c68kJ:F:d68kJ:F<d68kJ:F>d68kJ:F@d68kJ:FBe68kJ:FDe68kJ:FFe68kJ:FHe68kJ:H6f68kJ:H8f68kJ:H:f68kJ:H<f68kJ:H>g68kJ:H@g68kJ:HBg68kJ:HDg68kJ:HDOp68kJ:HFh68kJ:HHh68kJ<66h68kJ<68h68kJ<6:i68kJ<6<i68kJ<6>i68kJ<6@i68kJ<6Bj68kJ<6Bj68kJ<6Bj68kJ<6Dj68kJ<6Fk68kJ<86p68kJ<88p68kJ<8:q68kJ<8<q68kJ<8>q68kJ<8@k68kJ<8Bk68kJ<8Dk68kJ<8Fl68kJ<8Hl68kJ<:6l68kJ<:8l68kJ<::m68kJ<:<m68kJ<:>m68kJ<:@m68kJ<:Bn68kJ<:Dn68kJ<:Fn68kJ<:Hn68kJ<<6o68kJ<<8r68kJ<<:q68kJ<<<rHBkJ6@HFHBkJ6B6FHBkJ6B8FHBkJ6B:FHBkJ6B<GHBkJ6B>GHBkJ6B@GHBkJ6BBGHBkJ6BDHHBkJ6BFHHBkJ6BHHHBkJ6D6HHBkJ6D8IHBkJ6D:YHBkJ6D:OZHBkJ6D<IHBkJ6D>IHBkJ6D@IHBkJ6DBJHBkJ6DDJHBkJ6DFJHBkJ6DHJHBkJ6F8JHBkJ6F:KHBkJ6F>KHBkJ6F@KHBkJ6FBKHBkJ6FDLHBkJ6FFLHBkJ6FHLHBkJ6H6LHBkJ6H8LHBkJ6H:MHBkJ6H<MHBkJ6HQHBkJ88@QHBkJ88BQHBkJ88DRHBkJ88DORHBkJ88FRHBkJ88HRHBkJ8:6SHBkJ8:8SHBkJ8::SHBkJ8:<SHBkJ8:>SHBkJ8:@THBkJ8:BYHBkJ8:DTHBkJ8:FTHBkJ8:HTHBkJ8<6UHBkJ8<8UHBkJ8<:VHBkJ8<<UHBkJ8<>UHBkJ8<@VHBkJ88WHBkJ8>:WHBkJ8><WHBkJ8>>WHBkJ8>@WHBkJ8>BXHBkJ8>DXHBkJ8>HXHBkJ8@6YHBkJ8@8XHBkJ8@:XHBkJ8@<Yÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ~ zYÃNzzÃÃ Y Y Y Y Y Y Y (Y 0Y 8Y @ Y d Y (Y B Y d Y (Y DY L Y þ Y þ Y , Y , Y , Y !ÈY! T Y" #þ Y# (þ Y ( eþSite_IDLatDegLatMinLatSecLongDegLongMinLongSecLatitudeDDLongitudeDDXY_Error_ft DatumSpheroidElev_ft7_1/2_QuadCountyDate_CollTime_CollLocation_InfoSite_DescriptDeposit_TypeDeposit_NameMine_DistrictWeatherAir_Temp_CGeol_BedrockContaminationOther_Infoƒÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿz—‰YÿÿÿÿPrimaryKeyÿÿ»v1€@øÿÿ·y.¸ ¼ñ>,Õ @@€@€@ F@C@K@À\@$@š™™™™™@cÉ/–üRF@àeô¶Ê\À°@â@«ªªªªªã?>@ÿþ01SA246ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCusterÿþGreyhound Creek, about 100 ft above confluence with Middle Forkÿþre-sample of 96SA085; stream sediment and water from Greyhound Creek; 15 ft wide, steep gradient, swiftÿþ---ÿþGreyhound Ridge Addition (informal-Cater and others, 1973)ÿþpartly cloudyÿþfoliated biotite granodiorite cut by quartz stringers and veinsÿþnone observedÿþa flash flood in August, 1983 produced the boulder field present at the mouth of the creek3×È‡x<77Î…ung^ÿÿ÷F@C@33333óH@À\@$@š™™™™™0@Y…~D×RF@”…7öÊ\Àœ@â@9Žã8Žãá?8@ÿþ01SA245ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCuster/Valley bndryÿþMiddle Fork of the Salmon, about 300 yd above confluence with Greyhound Cr.ÿþre-sample of 96SA084; stream sediment and water from Middle Fork; 100 ft across, swiftÿþ---ÿþGreyhound Ridge Addition (informal-Cater and others, 1973)ÿþpartly cloudyÿþCretaceous granite (Idaho batholith) and Precambrian biotite schist and gneissÿþnone observedîîß€D??çš…ung^ÿÿ÷F@C@ÍÌÌÌÌÌ$@À\@&@ÍÌÌÌÌL7@i·ÒºoQF@um3Æ%Ì\ÀØ@â@«ªªªªªÞ?0@ÿþ01SA244ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþValleyÿþFire Island hot spring, Middle Forkÿþhot spring collected at source just above river level on small rock islandÿþmodern epithermalÿþFire Island hot springsÿþunnamedÿþmostly sunny, no rain in last several daysÿþEocene porphyritic granodioriteÿþnone observed€_3*þ²…ung^ÿÿÿF@€B@š™™™™?@À\@(@ÀG@"/ PF@û¤Oú¤Í\À â@«ªªªªªè?5@ÿþ01SA243ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCusterÿþSoldier Creek, about 50 ft above confluence with Middle Forkÿþre-sample of 96SA082; stream sediment and water from Soldier Creek; 25 ft wide, steep gradient, swiftÿþ---ÿþunnamedÿþpartly cloudyÿþlight gray porphyritic biotite granodiorite; phenocrysts = plagioclase.ÿþnone observed§§˜O@722Ë…ung^ÿÿ÷F@B@fffffæK@À\@.@;@X9´ÈNF@®GázÐ\À â@«ªªªªªæ?5@ÿþ01SA242ÿþWGS84ÿþWGS84ÿþBig Soldier MountainÿþValleyÿþElkhorn Creek, about 50 ft above confluence with Middle Fork; sediment collected above trail bridgeÿþre-sample of 96SA081; stream sediment and water from Elkhorn Creek; 30 ft wide, steep gradient, swiftÿþ---ÿþunnamedÿþpartly cloudyÿþmega-K-feldspar phenocrysts, foliated granodiorite; cut by pegmatite/apliteÿþnone observedØØÉ|md__ø“‹ung^ÿÿ÷F@€@@ffffff0@À\@1@š™™™™L@Žv+ûFF@m áç!Ó\À® â@«ªªªªªâ?ð?ÿþ01SA241DÿþWGS84ÿþWGS84ÿþBig Soldier MountainÿþValleyÿþsample site duplicate of 01SA241ÿþsample site duplicate of 01SA241; re-sample of 96SA079ÿþ---ÿþunnamedÿþtan, medium-grained, equigranular syenogranite; sparse mafic mineralsÿþnone observedRRCüüóîî¶”Œvoh^ÿÿ7F@€@@ffffff0@À\@1@š™™™™L@Žv+ûFF@m áç!Ó\À® â@9Žã8Žãá?6@ÿþ01SA241ÿþWGS84ÿþWGS84ÿþBig Soldier MountainÿþValleyÿþSulphur Creek, about 150 ft above confluence with Middle Forkÿþre-sample of 96SA079; stream sediment and water from Sulphur Creek; 30 ft wide, swiftÿþ---ÿþunnamedÿþwarm, partly cloudy, no recent rainÿþtan, medium-grained, equigranular syenogranite; sparse mafic mineralsÿþnone observed²²£\7.))Ò“‹ung^ÿÿ÷F@€@@š™™™™™@À\@1@ÍÌÌÌÌÌJ@üõ»N®FF@¢Ø¨Ó\ÀÂ â@à?3@ÿþ01SA240ÿþWGS84ÿþWGS84ÿþBig Soldier MountainÿþCuster/Valley bndryÿþMiddle Fork of the Salmon, about 0.4 mi above confluence with Sulphur Creekÿþre-sample of 96SA078; stream sediment and water from Middle Fork; 80 ft across, swiftÿþ---ÿþunnamedÿþpartly cloudy, no rain in last several daysÿþporphyritic biotite-muscovite granite; finer-grained felsic dikes commonÿþnone observedØØÉRIDDí ‹ung^ÿÿ÷%yö »[ ÞŽhAF@F@ÍÌÌÌÌÌ@À\@ð?€J@ËÇ*ô#^F@ÏŠFÂ\Àv`â@UUUUUUæ?8@ÿþ01SA254ÿþWGS84ÿþWGS84ÿþLittle Soldier MountainÿþCusterÿþLittle Soldier Creek, about 60 ft above confluence with Middle Forkÿþre-sample of 96SA092; stream sediment and water from Little Soldier Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþmostly cloudy, breezyÿþCretaceous porphyritic biotite granodiorite cut by Tertiary pink granite; closely-spaced fracture set suggests proximity to faultÿþnone observedôqZ+&&Û–Žung^ÿÿ÷F@G@#@À\@@€@@ß¼šxbF@R¸…ëÅ\À`â@UUUUUUâ?9@ÿþ01SA252ÿþWGS84ÿþWGS84ÿþPungo MountainÿþValleyÿþIndian Creek, about 50 ft above trail bridge and 100 yd above confluence with Middle Forkÿþre-sample of 96SA091; stream sediment and water from Indian Creekÿþ---ÿþIndian Creek (on Middle Fork; informal-Cater and others, 1973)ÿþpartly cloudyÿþclean quartzite at sample site; gray and pink quartz-K-feldspar- plagioclase granite porphyries elsewhere upstreamÿþnone observedóp0++è…ung^ÿÿ÷F@€F@@L@À\@@fffffæB@ÏŠFbF@>|†]Æ\Àø`â@ä8Žã8Žá?7@ÿþ01SA251ÿþWGS84ÿþWGS84ÿþPungo MountainÿþCuster/Valley bndryÿþMiddle Fork, about 250 yd above confluence with Indian Creekÿþre-sample of 96SA090; stream sediment and water from Middle Fork; swiftÿþ---ÿþIndian Creek (on Middle Fork; informal-Cater and others, 1973)ÿþpartly cloudyÿþfoliated biotite granodiorite, calc-silicate gneiss, and garnet gneissÿþnone observedÿþ2000 wildfire burn areas between here and Pistol Creek at river level are small but consistent,Ì½uf&!!Øš…ung^ÿÿ÷F@€E@3333334@À\@"@ffffff@p%™s\F@Ù¨³É\ÀŽ`â@Ü?4@ÿþ01SA250ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþValleyÿþPistol Creek, about 50 ft above bridge along trail; 300 yd above confluence with Middle Forkÿþre-sample of 96SA089; stream sediment and water from Pistol Creekÿþ---ÿþPistol Creek (informal-Cater and others, 1973)ÿþpartly cloudyÿþCretaceous biotite granodiorite and dike swarm of Tertiary porphyriesÿþnone observed; water collected upstream of steel-span bridgeÿþsite is was heavily-burned by 2000 Little Pistol wildfire; slippery brown algae (slime) in creekY÷¹rc3..ë…ung^ÿÿ÷F@€E@š™™™™™$@À\@ @š™™™™A@?y|\F@Ük.$É\À¢`â@9Žã8ŽãØ?,@ÿþ01SA249ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCuster/Valley bndryÿþMiddle Fork, about 100 ft above confluence with Lake Creekÿþre-sample of 96SA088; stream sediment and water from Middle Fork; swiftÿþ---ÿþPistol Creek (informal-Cater and others, 1973)ÿþparty cloudy, no rain in last few daysÿþCretaceous biotite granite to granodiorite with pink K-sparÿþnone observedÿþsite is just within the uppermost boundary of the Little Pistol wild fire of 2000; both sides of river burned here<È¹|T$Öš…ung^ÿÿ÷F@D@33333³G@À\@"@333333"@Û²VÇWF@`RÞÃÉ\À$@â@rÇqÇÉ?:@ÿþ01SA248ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCusterÿþRapid River, about 50 ft above confluence with Middle Forkÿþre-sample of 96SA087; stream sediment and water from Rapid River; collected from right side only; Rapid River too swift to crossÿþ---ÿþGreyhound Ridge Addition (informal-Cater and others, 1973)ÿþmostly cloudy, breezyÿþCretaceous foliated biotite granodiorite w/ tonalite inclusions; tonalite looks bleached (altered?)ÿþnone observed£ŒPKKÉ…ung^ÿÿ÷F@D@ÍÌÌÌÌD@À\@"@ffffff#@@UÂVF@ÞJë¾ÅÉ\À$@â@«ªªªªªå?;@ÿþ01SA247ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCuster/Valley bndryÿþMiddle Fork of the Salmon, about 150 yd above confluence with Rapid Riverÿþre-sample of 96SA086; stream sediment and water from Middle Fork; 100 ft wide, swiftÿþ---ÿþGreyhound Ridge Addition (informal-Cater and others, 1973)ÿþmostly cloudy, breezyÿþhornblende-biotite granite cut by hornblende-plagioclase porphyryÿþnone observedææ×”}A<<åš…ung^ÿÿ÷ey ® ÐÉªF@€G@€K@€\@H@3333333@ã8Žã8fF@çBÒ”Š³\Àð€â@UUUUUUé?7@ÿþ01SA261ÿþWGS84ÿþWGS84ÿþRamey HillÿþCusterÿþLoon Creek hot springs, lower Loon Creekÿþhot spring collected at source about 30 ft above man-made soaking pool; hot spring is adjacent to Loon Creek properÿþmodern epithermalÿþLoon Creek hot springsÿþMiddle Fork (informal-Cater and others, 1973)ÿþovercastÿþnone at site, spring flows from alluvial terrace along creek; Eocene granite crops out across Loon Creekÿþnone observedöŒ‚S;(³‰ung^ÿÿÿF@H@€<@€\@H@ÍÌÌÌÌŒE@6ÐigF@íVZ÷³\Àª€â@æ?ð?ÿþ01SA260ÿþWGS84ÿþWGS84ÿþRamey HillÿþCuster/Lemhi bndryÿþLoon Creek, about 50 ft above confluence with Middle Forkÿþre-sample of 96SA101; stream sediment and water from Loon Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþcoarse-grained pink Tertiary granite; highly fractured Casto pluton; appears to be a small fault zone at the mouth of Loon Creek cutting across the Middle Fork to the other bankÿþnone observed; hot springs located about 3/4 mi upstream22øEEÐ•ung^ÿÿ7F@€G@fffffæ;@€\@I@ÍÌÌÌÌ@@æ‰ú7BeF@•C‹lçµ\Àæ€â@ã?7@ÿþ01SA259ÿþWGS84ÿþWGS84ÿþRamey HillÿþValleyÿþWhite Creek, about 20 ft above confluence with Middle Forkÿþre-sample of 96SA100; stream sediment and water from White Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudy, breezyÿþmedium- to coarse-grained Tertiary pink hornblende-biotite graniteÿþnone observed¥¥–R;Å‰ung^ÿÿ÷F@€G@.@€\@I@333333K@ÍÌÌÌÌdF@'WíéL¶\Àæ€â@UUUUUUâ?9@ÿþ01SA258ÿþWGS84ÿþWGS84ÿþRamey HillÿþCuster/Valley bndryÿþMiddle Fork of the Salmon, about 200 yd above confluence with White Creekÿþre-sample of 96SA099; stream sediment and water from Middle Fork; 90 ft wide, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþTertiary pink hornblende-biotite, medium- to coarse-grained granite; locally MnOx-stainedÿþnone observedããÔyj;66á–ung^ÿÿ÷F@€E@33333³I@€\@L@€;@x j–]F@ä8Žã8¼\À†€â@«ªªªªªÞ?7@ÿþ01SA257ÿþWGS84ÿþWGS84ÿþSliderock RidgeÿþCusterÿþLittle Loon Creek, about 30 ft above confluence with Middle Forkÿþre-sample of 96SA097; stream sediment and water from Little Loon Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþnone at site (alluvial terrace); Eocene hornblende-granite above river terraceÿþnone observedºº«[LÐŽ†ung^ÿÿ÷F@€E@fffffæI@€\@L@ffffff>@ÊU{:“]F@îéLF¼\À†€â@UUUUUUÝ?7@ÿþ01SA256ÿþWGS84ÿþWGS84ÿþSliderock RidgeÿþCuster/Valley bndryÿþMiddle Fork of the Salmon, about 100 ' above confluence with Little Loon Creekÿþre-sample of 96SA096; stream sediment and water from Middle Fork; 80 ft wide, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudy, no rain in last several daysÿþalluvial terraces at site; Tertiary? hornblende granite and scattered outcrops of metamorphic rocks in cliffs about 40 ft in elevation above riverÿþnone observedDD5¡tE@@ë›†ung^ÿÿ÷F@F@ÀC@À\@ð?š™™™™™@Î«‰gE_F@FoËZÁ\À!N`â@«ªªªªªç?ð?ÿþ01SA255ÿþWGS84ÿþWGS84ÿþLittle Soldier MountainÿþCusterÿþMarble Creek, about 100 ft above trail bridge and 300 ft above confluence with Middle Forkÿþre-sample of 96SA093; stream sediment and water from Marble Creekÿþ---ÿþMarble Creek (informal-Cater and others, 1973)ÿþcoarse pink feldspar granite (probably Eocene) cut by fine-grained dark gray intermediate dikes (andesite?); upstream are gray marble; garnet-epidote- diopside calc-silicate gneiss, quartziteÿþnone observedÿþthe abundant fine tuffaceous sediment observed/sampled in 1996 is now not present (likely flushed out by the '97 and '98 high water flows)Æ:+jj:55ò–Žung^ÿÿ7äyô %t ýÕãF@L@€0@€\@€E@ffffff;@tÚ@§ xF@œ1.‘Z®\ÀVÀâ@«ªªªªªÜ?(@ÿþ01SA267ÿþWGS84ÿþWGS84ÿþAparejo PointÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 400 yd above confluence with Sheep Creekÿþre-sample of 96SA108; stream sediment and water from Middle Fork; 120 ft wide, swiftÿþAu placerÿþAparejo Point placer is a couple miles upstreamÿþMiddle Fork (informal-Cater and others, 1973)ÿþovercast; slight drizzle; about 0.25 inches of rain last nightÿþcontact zone of Cretaceous foliated granodiorite & coarse-grained pink Tertiary hornblende-biotite graniteÿþnone observedÿþsite is within burn area of the Shellrock fire (started around Normandy camp with spot fires)¿`Qå¥vE:ã˜„ung^ÿÿÿF@€J@š™™™™™>@€\@€E@3333334@<˜'rF@¸‹’Ì9®\ÀÎ â@ä8Žã8Žå?9@ÿþ01SA266ÿþWGS84ÿþWGS84ÿþAparejo PointÿþLemhiÿþCamas Creek, about 250 ft above confluence with Middle Forkÿþre-sample of 96SA107; stream sediment and water from Camas CreekÿþAu placerÿþCamas Creek placer is in vicinityÿþMiddle Fork (informal-Cater and others, 1973)ÿþovercastÿþTertiary pink granite; gray gneiss crops out just upstream along Camas Creekÿþnone observedÎÎ¿qg8 È‹„ung^ÿÿÿF@€J@ffffff5@€\@€E@fffff&C@¼N®ÚÓqF@ÛÓ™,Œ®\ÀÓ â@9Žã8Žãä?9@ÿþ01SA265ÿþWGS84ÿþWGS84ÿþAparejo PointÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 300 yd above confluence with Camas Creekÿþre-sample of 96SA106; stream sediment and water from Middle Fork; 120 ft wide, swiftÿþAu placerÿþCamas Creek placer is in vicinityÿþMiddle Fork (informal-Cater and others, 1973)ÿþovercast, breezyÿþfoliated mafic porphyritic granodiorite and Eocene granite with pink K-sparÿþnone observedõ¨–gD9ã˜„ung^ÿÿÿF@J@€7@€\@G@333333Ó? øæÕÄoF@P—n±\À â@â?ð?ÿþ01SA264DÿþWGS84ÿþWGS84ÿþRamey HillÿþLemhiÿþsample site duplicate of 01SA264ÿþsample site duplicate of 01SA264; re-sample of 96SA105ÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpink K-feldspar-rich granite (Casto pluton)ÿþnone observedSSDèãã«‰‚voh^ÿÿ7F@J@€7@€\@G@333333Ó? øæÕÄoF@P—n±\À â@ä8Žã8Žá?5@ÿþ01SA264ÿþWGS84ÿþWGS84ÿþRamey HillÿþLemhiÿþGrouse Creek, about 50 ft above confluence with Middle Forkÿþre-sample of 96SA105; stream sediment and water from Grouse Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudy, coolÿþpink K-feldspar-rich granite (Casto pluton)ÿþnone observed~Q< Åˆung^ÿÿ÷F@€H@B@€\@€G@fffff&E@j6ÐiF@º4¥â²\ÀŒ â@UUUUUUÝ?3@ÿþ01SA263ÿþWGS84ÿþWGS84ÿþRamey HillÿþValleyÿþNorton Creek, about 20 ft above confluence with Middle Forkÿþre-sample of 96SA103; stream sediment and water from Norton Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudy, coolÿþfine-grained, strongly cleaved, sheared quartzite with Liesegang bandingÿþnone observed««œR= Æ‰ung^ÿÿ÷F@€H@33333³?@€\@€G@@E@·ã©iF@Žã8Žã²\ÀŒ â@Ü?3@ÿþ01SA262ÿþWGS84ÿþWGS84ÿþRamey HillÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 100 yd above confluence with Norton Creekÿþre-sample of 96SA102; stream sediment and water from Middle Fork; 100 ft wide, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudy, cool, no rain in last several daysÿþnone at site; Cretaceous granodiorite above bench gravelsÿþnone observedèèÙžk<77á•ung^ÿÿ÷yþ ãê ¥&;7€F@@333333D@€\@F@ffffffö?b}eŒF@¿2 Nõ®\À> Àâ@«ªªªªªé? @ÿþ01SA274ÿþWGS84ÿþWGS84ÿþPuddin MountainÿþValleyÿþBig Creek, about 75 ft above confluence with Middle Forkÿþre-sample of 96SA115; stream sediment and water from Big Creek; samples collected from right side only because stream is too large to crossÿþ---ÿþBig Creek (informal-Cater and others, 1973)ÿþovercast, coldÿþslightly porphyritic Tertiary hornblende-biotite graniteÿþnone observedààÑ—‡ZUUÈŽ†ung^ÿÿ÷€F@@ffffff@@€\@€E@š™™™™YG@ûÊ48Õ‹F@¹jOg²®\À¬ Àâ@ÇqÇqé?$@ÿþ01SA273ÿþWGS84ÿþWGS84ÿþPuddin MountainÿþLemhiÿþWaterfall Creek, just above trail bridge and about 50 ft above confluence with Middle Forkÿþre-sample of 96SA114; stream sediment and water from Waterfall Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþovercast, coldÿþTertiary (?) gray, slightly porphyritic, hornblende-biotite graniteÿþnone observedÇÇ¸sc4//é†ung^ÿÿ÷€F@@ÍÌÌÌÌL>@€\@€E@ÍÌÌÌÌLF@:´Èv¾‹F@¢Ø¨®\À> Àâ@Žã8Žã8è?&@ÿþ01SA272ÿþWGS84ÿþWGS84ÿþPuddin MountainÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 200 ft above confluence with Waterfall Creekÿþre-sample of 96SA113; stream sediment and water from Middle Fork; 60 ft wide, swiftÿþAu placerÿþWoolard Creek placer, Survey Creek placer, and several; other placers (site is about 2 mi downstream of Woolard Creek placer)ÿþMiddle Fork (informal-Cater and others, 1973)ÿþovercast, coldÿþTertiary (?) gray, slightly porphyritic, hornblende-biotite graniteÿþnone observed[[L÷ÈI>éš†ung^ÿÿÿ€F@@333333ó?€\@€E@9@:&x0O„F@¥Oú¤O®\ÀÊ Àâ@«ªªªªªä?(@ÿþ01SA271ÿþWGS84ÿþWGS84ÿþPuddin MountainÿþLemhiÿþWilson Creek, just above trail bridge and about 200 ft above confluence with Middle Forkÿþre-sample of 96SA112; stream sediment and water from Wilson CreekÿþAu placerÿþWilson Creek Bar placer is upstream in vicinityÿþMiddle Fork (informal-Cater and others, 1973)ÿþovercast, coldÿþnone at site; nearby outcrop is gray to rusty, fine-grained quartzite and quartzite w/ calc-silicate layersÿþnone observed!!¥•f5*ç†ung^ÿÿÿ€F@ð?ÍÌÌÌÌLI@€\@€E@?@:Ú´îƒF@|ój®\À$¬ Àâ@Žã8Žã8ä?*@ÿþ01SA270ÿþWGS84ÿþWGS84ÿþPuddin MountainÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 300 yd above confluence with Wilson Creekÿþre-sample of 96SA111; stream sediment and water from Middle Fork; 75 ft wide, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþovercast, coldÿþdark gray, fine-grained biotite- feldspar-quartz gneiss and quartziteÿþnone observedÕÕÆo@;;æš†ung^ÿÿ÷F@€L@š™™™™™5@€\@F@š™™™™™Ù?î|?5^zF@˜”÷Àð®\ÀLÀâ@UUUUUUà?$@ÿþ01SA269ÿþWGS84ÿþWGS84ÿþAparejo PointÿþLemhiÿþBrush Creek, about 100 ft above confluence with Middle Fork/below Flying B Ranch hydroelectric plantÿþre-sample of 96SA110; stream sediment and water from Brush Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþovercast, coldÿþCretaceous granodiorite at river level, with Tertiary intrusive rocks aboveÿþnone observedÿþdrainage intensely burned in 2000÷ÔÅxh944ñ‹„ung^ÿÿ÷F@L@š™™™™™A@€\@€E@ÍÌÌÌÌLD@´[iÝ·xF@gŒK¤–®\À`Àâ@«ªªªªªÞ?*@ÿþ01SA268ÿþWGS84ÿþWGS84ÿþAparejo PointÿþValleyÿþSheep Creek, about 75 ft above confluence with Middle Forkÿþre-sample of 96SA109; stream sediment and water from Sheep CreekÿþAu placerÿþSheep Creek Ranch placer is in vicinityÿþMiddle Fork (informal-Cater and others, 1973)ÿþovercast, cold, no rainÿþcliffs are mixture of Cretaceous granodiorite and Tertiary pink graniteÿþnone observedÞÞÏ†m> ÈŒ„ung^ÿÿÿªy² ‘ ¾2úÆ€F@,@š™™™™™@€\@D@333333/@“òžF@mçû©ñª\ÀnNàâ@è?.@ÿþ01SA279ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþIdaho/Lemhi bndryÿþMiddle Fork of the Salmon, about 300 yd above confluence with Stoddard Creekÿþre-sample of 96SA120; stream sediment and water from Middle Fork; 70 ft wide, too deep to see bottom, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudy, breezyÿþbiotite-quartz-feldspar gneiss, migmatite, quartzite gneiss, augen gneiss, and gneissic graniteÿþnone observed ‰ZUUèš‡ung^ÿÿ÷€F@(@ÍÌÌÌÌL@@€\@€D@ÍÌÌÌÌÌì?AUÂšF@x0OÔ¿«\À{¨àâ@UUUUUUæ?$@ÿþ01SA278ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþLemhiÿþParrot Creek, about 50 ft above confluence with Middle Forkÿþre-sample of 96SA119; stream sediment and water from Parrot Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþmostly cloudy, breezy, coldÿþgray Eocene granitic pluton at river level with Precambrian biotite-quartz gneiss and quartzite higher upÿþnone observedÿþcould not get GPS fix, use digitized location informationÙÊ_BËŽ‡ung^ÿý÷€F@$@š™™™™Ù@@€\@€E@ffffff+@_ˆ–F@½†7®\À$Æàâ@UUUUUUä?ð?ÿþ01SA277DÿþWGS84ÿþWGS84ÿþAggipah MountainÿþLemhiÿþsample site duplicate of 01SA277ÿþsample site duplicate of 01SA27; re-sample of 96SA118ÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþPrecambrian biotite gneiss with lesser calc-silicate gneissÿþnone observedhhYíèè±ˆvoh^ÿÿ7€F@$@š™™™™Ù@@€\@€E@ffffff+@_ˆ–F@½†7®\À$Æàâ@ÇqÇqã?,@ÿþ01SA277ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþLemhiÿþShip Island Creek, about 50 ft above confluence with Middle Forkÿþre-sample of 96SA118; stream sediment and water from Ship Island Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþmostly cloudy, breezyÿþPrecambrian biotite gneiss with lesser calc-silicate gneissÿþnone observed¯¯ cLÐŽ‡ung^ÿÿ÷€F@$@€:@€\@€E@ffffff.@WÏŠF–F@÷t&#®\ÀÆàâ@«ªªªªª²?ð?ÿþ01SA276DÿþWGS84ÿþWGS84ÿþAggipah MountainÿþValleyÿþsample site duplicate of 01SA276ÿþsample site duplicate of 01SA276 (sediment only); re-sample of 96SA117ÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþPrecambrian quartz-rich gneiss and quartzite, lesser biotite calc-silicate gneiss and lesser augen granite; cut by leucocratic granite dikeÿþnone observedÊÊ»..ÿúú²ˆvoh^ÿÿ7€F@$@€:@€\@€E@333333.@WÏŠF–F@K¤–"®\ÀÆàâ@«ªªªªªá?.@ÿþ01SA276ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþValleyÿþPapoose Creek, about 100 ft above confluence with Middle Forkÿþre-sample of 96SA117; stream sediment and water from Papoose Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþmostly cloudy, clouds beginning to break upÿþPrecambrian quartz-rich gneiss and quartzite, lesser biotite calc-silicate gneiss and lesser augen granite; cut by leucocratic granite dikeÿþnone observedsFÎ‡ung^ÿÿ÷€F@$@š™™™™™,@€\@€E@ÍÌÌÌÌL2@š¿~×•F@Õxé&1®\À%¼àâ@UUUUUUá?&@ÿþ01SA275ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 200 yd above confluence with Papoose Cr.ÿþre-sample of 96SA116; stream sediment and water from Middle Fork; 80 ft wide, too deep to see bottom, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþmostly cloudy; light, steady rain last nightÿþPrecambrian gray quartzite at site; nearby are biotite calc-silicate gneiss and lesser augen graniteÿþnone observed**µ‡XSSæ›‡ung^ÿÿ÷‡yó( Kw¡£€F@5@33333óL@€\@€D@ffffffæ?€#”ÑÛ®F@¤ÝJë¾«\Àrâ@ç?3@ÿþ01SA286ÿþWGS84ÿþWGS84ÿþButts Creek PointÿþIdahoÿþButts Creek, just above bridge for road and about 200 ft above confluence with Main Salmonÿþre-sample of 96SA144; stream sediment and water from Butts Creekÿþ---ÿþunnamedÿþovercastÿþnone at site; Precambrian biotite gneiss is upstreamÿþnone observed; Salmon river Lodge is located nearbyÿþupper parts of this basin burned in 2000Ú°{E;2--ëˆung^ÿÿ÷€F@3@ÍÌÌÌÌÌ;@€\@C@š™™™™H@V{:“…©F@ž‚šåc©\À®â@«ªªªªªå?2@ÿþ01SA285ÿþWGS84ÿþWGS84ÿþButts Creek PointÿþIdahoÿþKitchen Creek, about 100 ft above confluence with Main Salmonÿþre-sample of 96SA142; stream sediment and water from Kitchen CreekÿþAu placerÿþKitchen Creek placer is in vicinityÿþunnamedÿþovercast, breezyÿþPrecambrian biotite gneissÿþnone observedÿþupper parts of this basin burned in 2000²ˆy]KBÎˆung^ÿÿÿ€F@1@€@@€\@€A@ffffffK@= ×£p¥F@Ðüõ»N¦\ÀÖâ@Žã8Žã8ä?6@ÿþ01SA284ÿþWGS84ÿþWGS84ÿþLong Tom MountainÿþIdaho/Lemhi bndryÿþMiddle Fork of the Salmon, about 500 yd above confluence with Main Salmonÿþre-sample of 96SA125; stream sediment and water from Middle Fork; 80 ft wide, deep, swiftÿþ---ÿþunnamedÿþmostly cloudyÿþgray biotite-feldspathic quartzite gneiss with mica schist layersÿþnone observed°°¡^OFAAæ›ˆung^ÿÿ÷€F@1@333333û?€\@B@8@aÄ½S¤F@:m Ó¦\À,þâ@°?7@ÿþ01SA283ÿþWGS84ÿþWGS84ÿþLong Tom MountainÿþLemhiÿþGoat Creek, about 100 ft above confluence with Middle Forkÿþre-sample of 96SA124; stream sediment and water from Goat Creekÿþ---ÿþunnamedÿþmostly cloudyÿþlight gray biotite-feldspathic quartzite cut by a fine-grained diorite (?) dike; also granite and granite gneiss in talus slopeÿþnone observed¹¹ª)Ëˆung^ÿÿ÷€F@0@š™™™™™=@€\@€B@€:@áç!/£F@xV4ð§\Àâ@rÇqÇà?5@ÿþ01SA282ÿþWGS84ÿþWGS84ÿþLong Tom MountainÿþIdahoÿþColor Creek, about 50 ft above confluence with Middle Forkÿþre-sample of 96SA123; stream sediment and water from Color Creekÿþ---ÿþunnamedÿþmostly cloudy, coolÿþbiotite schist, migmatite, minor augen gneiss; and greenish specked (feldspar) hornblende granodioriteÿþnone observed§§˜0 Ëˆung^ÿÿ÷€F@.@A@€\@C@fffff¦E@G¾y5¡F@G•°˜M©\À0â@«ªªªªªÞ?3@ÿþ01SA281ÿþWGS84ÿþWGS84ÿþButts Creek PointÿþLemhiÿþRoaring Creek, about 75 ft above confluence with Middle Forkÿþre-sample of 96SA122; stream sediment and water from Roaring Creek, very swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudy; no rain in last couple daysÿþgray laminated biotite-muscovite-quartz gneiss, muscovite schist; cut by granitic veins and dikesÿþnone observedïïà}Q"Íˆung^ÿÿ÷€F@,@ÍÌÌÌÌÌ"@€\@D@š™™™™™ @èGtm3žF@§z»ª\Àlàâ@«ªªªªªé?.@ÿþ01SA280ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþIdahoÿþStoddard Creek, about 200 ft above confluence with Middle Forkÿþre-sample of 96SA121; stream sediment and water from Stoddard CreekÿþAu placerÿþStoddard Creek placerÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudy, breezy, coolÿþgneissic granite, foliated augen gneiss and biotite gneiss-migmatiteÿþnone observedÖÖÇd5ÎŽ‡ung^ÿÿÿmy_ £$…€F@ð?333333,@€\@2@?@2Áƒy¢‚F@âYÑHÀ“\À|@â@rÇqÇã?8@ÿþ01SA291ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþMoyer Creek, about 0.3 mi above confluence with Panther Cr. (about 3 mi downstream of prospect)ÿþre-sample of 96SA067; stream sediment and water from near mouth of Moyer CreekÿþFe replacement veins + brecciaÿþIron King prospectÿþGravel Rangeÿþpartly cloudy, breezyÿþnone at site; about 200 ft upstream is black-gray-white banded slate; a white fine-grained, non-effervescing mineral coats joints (low alkalinity and non-effervescence suggests gypsum)ÿþnone observed, but road runs along creek{{Q—€r^>î†ung^ÿÿÿ€F@ð?ÍÌÌÌÌÌ3@€\@2@ffffffJ@„2z[Ö‚F@až¨#”\Àr@â@rÇqÇâ?8@ÿþ01SA290ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþMusgrove Creek, about 100 ft above confluence with Panther Creek (1 mi downstream of Musgrove mine)ÿþre-sample of 96SA068; stream sediment and water from mouth of Musgrove Creek; collected at base of large talus slope on N side of roadÿþhot-spring AuAg (breccia, veinlet, disseminated)ÿþMusgrove mine/millÿþBlackbirdÿþpartly cloudyÿþlaminated phyllite cut by white quartz vein stockworkÿþnone observed, but road runs along creek and mines/mill located upstream[[ÚËÀ¬zò†ung^ÿÿÿ€F@-@€\@4@333333@bêrûƒ€F@UèGtm•\À@â@«ªªªªªÞ?8@ÿþ01SA289ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþPorphyry Creek, about 0.1 mi above confluence with Panther Creekÿþre-sample of 96SA069; stream sediment and water from mouth of Porphyry Creekÿþ---ÿþBlackbird/Gravel Range boundaryÿþclear, slight breezeÿþflow-banded rhyolite porphyry tuff (?) with angular quartz phenocrysts and strung-out lithic fragments; lithic tuff cuts banded siltite (like at Musgrove); FeOx on fractures/joints; highly fractured outcrop--related to explosion breccia in Musgrove area?ÿþnone observed, but road runs along creek; old cabin and buildings located downstreamÿþprospects on Porphyry Ridge above site are hydrothermal breccias with siltite clasts in a quartz-druse/FeOx matrix; contain bladed quartz after barite (?)K¯YYC"Ï†ung^ÿÿ÷F@€M@@€\@4@š™™™™ÙM@üƒ•~F@'êße–\À”@â@«ªªªªªÜ?6@ÿþ01SA288ÿþWGS84ÿþWGS84ÿþOpal LakeÿþLemhiÿþupper Panther Creek, about 100 yd above confluence with Fourth of July Creekÿþre-sample of 96SA076; stream sediment and water from Panther Creekÿþ---ÿþGravel Rangeÿþclearÿþnone at site; small outcrop of felsic volcanic agglomerate along road above siteÿþnone observed, but road runs along creekÿþthe abundant tuffaceous fine sediment observed here in 1996 was not present in 2001 (flushed out by 1997-98 high water?))¯…3,Õ‡€ung^ÿÿ÷F@€M@ffffff&@€\@4@ÍÌÌÌÌÌL@ÚÂÏC~F@p„2z[–\Àž@â@ÇqÇqÛ?3@ÿþ01SA287ÿþWGS84ÿþWGS84ÿþOpal LakeÿþLemhiÿþFourth of July Creek, about 100 ft above Panther Creek road (about 0.5 mi downstream of prospect)ÿþre-sample of 96SA077; stream sediment and water from Fourth of July Creekÿþradioactive lodes, undividedÿþGreen Glow prospectÿþGravel Rangeÿþclear, no rain in last several daysÿþnone at siteÿþnone observed, but road runs along creek; old cabin located about 100 ft upstream; fire line was constructed around cabin (now re-vegetated)ÿþminor spot fires from 2000 wildfires observed at mouth of this basin}7©›vhS5ê‡€ung^ÿÿÿµyd ) ±ëÏ€F@@ffffff<@€\@(@33333óM@·ÒºoñF@t´[iÝ\À.`â@à?5@ÿþ01SA297ÿþWGS84ÿþWGS84ÿþCobaltÿþLemhiÿþPanther Creek, just above bridge at Deep Creek Campground, about 4.5 mi downstream of Blackbird Creekÿþre-sample of 96SA061; stream sediment and water from Panther Creekÿþ---ÿþBlackbirdÿþpartly cloudy, breezyÿþnone at siteÿþnone observed, but road runs along creekÿþnew signs along Panther Creek about 1 mi upstream warn of health hazards due to high As in soil/sedimentøŽdV?4//ë„}ung^ÿÿ÷€F@@ffffffJ@€\@.@ÍÌÌÌÌŒL@ä^s!iŠF@`RÞ‘\Àd`â@UUUUUUÛ?6@ÿþ01SA296ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþBlackbird Creek, about 0.4 mi above confluence with Panther Creek and 1.8 mi downstream of mill tailings impoundmentÿþre-sample of 96SA072; stream sediment and water from Blackbird Creek; swift; very orange with FeOx staining on alluvium; no algae or vegetation in creekÿþBlackbird Co-CuÿþBlackbird mine (site is 1.8 mi downstream of tailings pile; 4.8 mi downstream of mine)ÿþBlackbirdÿþpartly cloudyÿþnone at site; nearby bedrock is dark gray to black, strongly cleaved, compositionally banded quartziteÿþnone observed, but road runs along creek; water treatment plant and untreated mill tailings seepage located about 2 mi upstreamÿþarea burned severely in 2000 wildfires; not as much heavy truck traffic along road as in 1996; tan sandy mill tailings in overbank deposits in vicinity¢ ˆ ®†ung^ÿÿÿ€F@@?@€\@.@33333sF@çÕÄ³¢‰F@c£JXÌ\ÀF`â@Ú?.@ÿþ01SA295ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþPanther Creek, about 0.3 mi above confluence with Blackbird Creekÿþre-sample of 96SA071; stream sediment and water from Panther Creekÿþ---ÿþBlackbirdÿþclear, no rain in last several daysÿþnone at site; talus pile adjacent to road is compositionally-banded quartzite with strong cleavage, and minor quartz-rich siltiteÿþnone observed, but road runs along creekÿþPanther Creek from Fourth of July Creek to here has had a slightly cloudy turbidityKöÌI$Ð†ung^ÿÿ÷€F@@š™™™™ÙL@€\@0@ffffff@p%™sˆF@w¾Ÿ/‘\À Œ@â@«ªªªªªæ?8@ÿþ01SA294ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþCopper Creek, about 150 yd above confluence with Panther Cr.ÿþre-sample of 96SA059; stream sediment and water from mouth of Copper Creekÿþ---ÿþBlackbirdÿþpartly cloudyÿþnone at site; adjacent talus slope is banded siltite and quartzite; well-induratedÿþnone observed, but road runs along creek; Blackpine mine and mill are about 4 mi upstreamååŠ6'Ë†ung^ÿÿ÷€F@@ffffffF@€\@0@ÀL@58ÕÜ…F@ÁlÁ’\Àú@â@«ªªªªªå?9@ÿþ01SA293ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþWoodtick Creek, about 500 ft above confluence with Panther Cr.ÿþre-sample of 96SA060; stream sediment and water from mouth of Woodtick Creekÿþ---ÿþBlackbirdÿþpartly cloudyÿþnone at site; adjacent talus slope is dark gray-white banded, strongly cleaved slate and lesser quartzite; FeOx stained on joints; cleavage not parallel to beddingÿþnone observedÿþdrainage not affected by 2000 wildfiresîß:+ Í†ung^ÿÿ÷€F@ð?fffffæK@€\@2@š™™™™™¹?fŽ „F@\µ§3“\À@â@«ªªªªªä?:@ÿþ01SA292ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþPanther Creek at McDonald Flat Campground; upstream end of campgroundÿþre-sample of 96SA070; stream sediment and water from Panther Creekÿþ---ÿþBlackbirdÿþpartly cloudyÿþnone at site; talus along Panther Creek road is dominantly banded siltite (more indurated here than upstream), lesser quartzite; FeOx on jointsÿþnone observed, but road runs along creek; possible road dust on bouldersÿþcreek has log jams of trees burned in the 2000 wildfires with gray/black fine-grained sediment belowxÈ7(Ô†ung^ÿÿ÷yÐ¤ Æ)9€F@$@š™™™™B@€\@2@J@ßurÕž–F@S—Û”\ÀH†`â@ä8Žã8Žæ?9@ÿþ01SA302ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþPanther Creek, just above confluence with Big Deer Creekÿþre-sample of 96SA065; stream sediment and water from Panther Creekÿþ---ÿþBlackbird/Mackinaw boundaryÿþovercast, gustyÿþnone at siteÿþnone observed, but road runs along creekÿþunburned patch along Panther Creek; poor GPS fix due to confined canyon and tree coverÌtJ<+ Å‹„ung^ÿÿ÷€F@$@33333sA@€\@2@ÀJ@A:“–F@IÀ7¯&”\À†`â@rÇqÇå?:@ÿþ01SA301ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþBig Deer Creek, about 50 ft above confluence with Panther Cr.; about 5 mi downstream of the Blackbird mineÿþre-sample of 96SA066; stream sediment and water from Big Deer CreekÿþBlackbird Co-CuÿþTinker's Pride prospect, Blackbird mine, and other Blackbird-type deposits are 3-5 mi upstreamÿþBlackbirdÿþpartly cloudyÿþorbicular graniteÿþnone obvious, but Blackbird mine is upstream but mine drainage is now diverted to treatment plant on Blackbird Creekÿþintense 2000 wildfires up this drainageyPÚÇ¸M<÷‹„ung^ÿÿÿ€F@"@fffff&A@€\@.@3333330@÷-þgk”F@?5^ºI\À`â@Žã8Žã8ä?;@ÿþ01SA300ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþBig Jureano Creek, about 30 ft above Panther Creek Road (about 0.5 mi downstream of allanite prospect and 2 mi downstream of placer)ÿþre-sample of 96SA064; stream sediment and water from mouth of Big Jureano CreekÿþTh+REE veins+-Ti,Nb,Cu,Pb,Zn,U; Au placerÿþToolson allanite prospect and East Fork Jureano Creek placerÿþMackinawÿþpartly cloudyÿþnone at site; adjacent talus pile is gneissic granite and orbicular granite; beautiful exposure of orbicular granite along Panther Creek road about 1 mi S of hereÿþnone observedÿþspotty 2000 wildfire areas at mouth and upstream; burned, rapidly disaggregating clam shell pile observed here sending nutrients back to the soil (photo)2—ˆäÕËb‹„ung^ÿÿÿ€F@ @š™™™™™1@€\@(@ÍÌÌÌÌF@/ D±‘F@Ý$•\Àü`â@«ªªªªªâ?;@ÿþ01SA299ÿþWGS84ÿþWGS84ÿþJureano MountainÿþLemhiÿþNapias Creek, about 0.2 mi above confluence with Panther Cr.ÿþre-sample of 96SA063; stream sediment and water from near mouth of Napias CreekÿþAu placerÿþCalifornia Bar and numerous other placers are a few miles upstreamÿþMackinawÿþpartly cloudy, breezyÿþnone at site; nearby talus is coarse-grained granodiorite, locally with calcite on jointsÿþnone observed, but road runs along creekÿþnumerous placer workings, Beartrack, and Haidee mines are upstream several milesdèvl(ÌŽ‡ung^ÿÿÿ€F@@ffffff?@€\@(@š™™™™YH@ ‡<¾F@ö•ipª\À $`â@«ªªªªªá?9@ÿþ01SA298ÿþWGS84ÿþWGS84ÿþJureano MountainÿþLemhiÿþDeep Creek, about 150 yd above confluence with Panther Cr.ÿþre-sample of 96SA062; stream sediment and water from mouth of Deep Creekÿþ---ÿþBlackbirdÿþpartly cloudyÿþcoarse-grained granitic intrusive rock (granodiorite); FeOx-stained on joints; calcite locally on joints and fracturesÿþnone observed, but road runs along creekÿþno obvious effects of 2000 wildfires at this siteÕ«3$ÊŽ‡ung^ÿÿ÷€F@@ffffff<@€\@(@33333óM@·ÒºoñF@t´[iÝ\À.`â@ä8Žã8Žà?ð?ÿþ01SA297DÿþWGS84ÿþWGS84ÿþCobaltÿþLemhiÿþsample site duplicate of 01SA297ÿþsample site duplicate of 01SA297; re-sample of 96SA061ÿþ---ÿþBlackbirdÿþnone at siteÿþnone observedýïïäßß§…~voh^ÿÿ7[yÉ 7n a’{w€F@2@3333338@€\@4@33333³3@P³|¬B§F@4ý®•\À)¤€â@UUUUUUæ?7@ÿþ01SA309ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþBig Creek hot springs along Hot Springs Creek, near the mouth of Panther Creekÿþhot spring at source; upper spring above steam sauna; west end of the series of springsÿþmodern epithermalÿþBig Creek hot springsÿþunnamedÿþovercastÿþquartzite and biotite schist; altered and abundant white calcite precipitates near springsÿþnone observedààÑukbK8ßˆung^ÿÿÿ€F@2@33333óI@€\@8@š™™™™™.@IS*Î>¨F@Zd;ß™\À€€â@9Žã8Žãä?6@ÿþ01SA308ÿþWGS84ÿþWGS84ÿþBighorn CragsÿþLemhiÿþGarden Creek, about 20 ft above confluence with Panther Creekÿþre-sample of 96SA153; stream sediment and water from Garden CreekÿþAu placerÿþGarden Creek placer is in vicinityÿþunnamedÿþpartly cloudyÿþnone at siteÿþnone observed; private home, trailers, misc. debris above siteÿþ2000 wildfire burned upper Garden Creek, but burn is not evident at sample siteó¢bTE< Ê‹„ung^ÿÿÿ€F@2@€I@€\@8@ffffff(@Ði6¨F@?V¡Ñ™\Àv€â@UUUUUUä?9@ÿþ01SA307ÿþWGS84ÿþWGS84ÿþBighorn CragsÿþLemhiÿþPanther Creek, about 150 ft above confluence with Garden Creekÿþre-sample of 96SA152; stream sediment and water from Panther CreekÿþAu placerÿþGarden Creek placer is in vicinityÿþunnamedÿþpartly cloudyÿþleucocratic graniteÿþnone observed; well-used road along river close to sample site««kVG>Ë‹„ung^ÿÿÿ€F@1@š™™™™™>@€\@5@fffffæ4@PFoËZ¥F@(6ª„Å–\À\ €â@«ªªªªªâ?6@ÿþ01SA306ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþClear Creek, about 200 yd above confluence with Panther Creekÿþre-sample of 96SA151; stream sediment and water from Clear CreekÿþAu placerÿþClear Creek placer is in vicinityÿþunnamedÿþpartly cloudyÿþnone at siteÿþnone observedÿþdrainage heavily burned by the 2000 Clear Creek fire; re-sampled again on 8/7/01 as 01SA332 after heavy thunderstormésdVG>Îˆung^ÿÿÿ€F@0@š™™™™D@€\@3@@â3ì £F@fffff”\À~€â@ÇqÇqà?6@ÿþ01SA305ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþBeaver Creek, about 0.7 mi above confluence with Panther Creek (1.5 mi downstream of Mayflower mine)ÿþre-sample of 96SA074; stream sediment and water from mouth of Beaver CreekÿþCu skarn; Au placerÿþMayflower mine and Beaver Creek placerÿþMackinawÿþmostly clearÿþnone at site; outcrop along road is quartz-biotite schist with probable abundant fine amphibole; biotite is chloritized; abundant pyrite pseudomorphs and casts on joint surfaces; quartz lenses along foliationÿþnone observed but inactive mine is about 1.5 miles upstream¥¥h–ˆ~VAõˆung^ÿÿÿ€F@0@333333"@€\@3@33333³L@¯“«öt¢F@Š €I•\À¢ €â@Žã8Žã8Þ?6@ÿþ01SA304ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþPanther Creek, about 0.4 mi above confluence with Beaver Creekÿþre-sample of 96SA075; stream sediment and water from Panther Creekÿþ---ÿþMackinawÿþpartly cloudyÿþorbicular graniteÿþnone observed, but road runs along creeknnD1"Ïˆung^ÿÿ÷€F@.@à?€\@3@333333@'ž F@X¦Á©^”\À€â@«ªªªªªÚ?0@ÿþ01SA303ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþTrail Creek, about 100 ft above Panther Creek roadÿþre-sample of 96SA073; stream sediment and water from mouth of Trail Creek; heavily vegetated banksÿþ---ÿþMackinawÿþpartly cloudyÿþnone at site; just upstream is gneissic orbicular graniteÿþnone observed; home located about 2.5 miles upstreamÿþcreek was intensely burned in 2000, starting a couple hundred yards upstream of sample site¶€E6,''Ãˆung^ÿÿ÷y< V DRª€F@6@333333"@€\@D@fffffæL@|`xÃA¯F@š,Œ¸±«\ÀÀâ@«ªªªªªÚ?1@ÿþ01SA315ÿþWGS84ÿþWGS84ÿþButts Creek PointÿþLemhiÿþCorn Creek, about 50 ft above road crossing and 300 ft above confluence with Main Salmonÿþre-sample of 96SA145; stream sediment and water from Corn Creekÿþ---ÿþunnamedÿþpartly cloudy; no rain in last several daysÿþnone at site; adjacent talus slope is composed of a well-foliated intermediate igneous rock with coarse subhedral to anhedral feldspar laths in biotite-feldspar matrix (gneissic granodiorite); biotite is chloritizedÿþnone observedÿþsite does not appear to be affected by 2000 wildfires„M>e8/**éˆung^ÿÿ÷€F@"@€=@€\@6@33333³2@¦.·?”F@¸‹’Ì—\À æ â@å?7@ÿþ01SA314ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþBucktail Creek upstream of confluence with South Fork Big Deer Creek; just below lowermost diversion damÿþcreek diverted through artificial channel below diversion damÿþBlackbird Co-CuÿþBlackbird mine (site is 1.5 mi downstream of mine)ÿþBlackbirdÿþpartly cloudyÿþnone at siteÿþdiversion dams, Blackbird mine are upstreamÎÎ¡“„yE4õ‹„ung^ÿÿÿ€F@"@ffffff=@€\@6@ÍÌÌÌÌÌ5@IS*Î>”F@ö»N®Ú—\À"ð â@ÇqÇqã?5@ÿþ01SA313ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþSouth Fork Big Deer Creek about 150 ft upstream of confluence with Bucktail Creekÿþbackground; upstream of historic mining activity at Blackbird mineÿþBlackbird Co-CuÿþBlackbird mine (vicinity of mine)ÿþBlackbirdÿþpartly cloudyÿþnone at siteÿþnone observedÿþdrainage heavily burned by 2000 wildfires¸~paV3"Þ‹„ung^ÿÿÿ€F@"@ÍÌÌÌÌÌK@€\@6@!@Î—H-•F@À7¯&ž—\À â@UUUUUUá?7@ÿþ01SA312ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþSouth Fork of Big Deer Creek, about 150 ft upstream of confluence with Big Deer Creekÿþre-sample of 96SA150; stream sediment and water from South Fork; about 2.5 mi downstream of the Blackbird mineÿþBlackbird Co-CuÿþBlackrock mill site; Blackbird mine (site is 2.5 mi downstream of mine)ÿþBlackbirdÿþpartly cloudyÿþnone at siteÿþmine drainage; alluvium, tree root, & organic matter is coated w/ spectacular blue-green precipitate (Cu)ÿþbasin intensely burned in 2000; old cabin adjacent to this site burned; Bucktail Cr. now diverted to water treatment plant on Blackbird Cr.; less blue-green staining (Cu) on alluvium/organics than seen in 1996?ÔÆ·¬cRâ‹„ung^ÿÿÿ€F@"@ÍÌÌÌÌŒL@€\@6@š™™™™™'@Bó×ï:•F@sŽv+—\À â@UUUUUUà?4@ÿþ01SA311ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþBig Deer Creek, about 100 ft above confluence with South Forkÿþre-sample of 96SA149; stream sediment and water from upper Big Deer CreekÿþBlackbird Co-CuÿþMary Ann mine is about 1 mi upstreamÿþBlackbirdÿþpartly cloudyÿþnone at siteÿþnone observedÿþbasin intensely burned in 2000; small trout observed in creekÂƒtfWL&Ê‹„ung^ÿÿÿ€F@@š™™™™™@€\@4@fffff¦I@3 NõF@IS*Î>–\ÀÖ â@UUUUUUÛ?.@ÿþ01SA310ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþBlackbird Creek about 30 ft upstream of fresh-water impoundment pondÿþbackground; upstream of historic mining activity at Blackbird mineÿþBlackbird Co-CuÿþBlackbird mine (site is upstream of mine)ÿþBlackbirdÿþpartly cloudyÿþtalus is strongly lineated, dark gray siliceous phyllite; numerous cleavage planes make angular rocks; FeOx coats joints; locally cut by small quartz veins/veinlets; fair amount of pyrite and its yellow-green alteration products, possible arsenopyriteÿþnone observedÿþdrainage burned hard by 2000 wildfire yjm^S(Ó†ung^ÿÿÿµyÚ ÿ ÛŸ Ñ€F@4@ÍÌÌÌÌÌ;@€\@4@š™™™™™,@x\µ§«F@±w j–•\ÀÆàâ@«ªªªªªÚ?3@ÿþ01SA322ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþBig Sheepeater Creek, about 5 ft above confluence with Main Salmon; river cable crossing is about 100 ft downstream of siteÿþre-sample of 96SA138; stream sediment and water from Big Sheepeater Creekÿþ---ÿþMineral Hillÿþclear; no rain in last several daysÿþalluvial terrace at site, Precambrian augen gneiss overlies terraceÿþnone observedÿþsite does not appear affected by 2000 wildfiresãÔj\WWˆung^ÿÿ÷€F@5@š™™™™F@€\@1@ÍÌÌÌÌÌK@ÂÏC_®F@ïÔ,“\À Àâ@UUUUUUè?;@ÿþ01SA321ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþPine Creek, about 100 ft above Main Salmon road (prospects and adits are about 1 mi upstream)ÿþre-sample of 96SA137; stream sediment and water from Pine CreekÿþAuPb veins +- Ag,Zn,Cu,W,U; AuAg veins + Cu,Pb,Zn,W,Mo,U; Au veins undividedÿþBig Lead mine and several other adits and prospectsÿþMackinawÿþpartly cloudyÿþstrongly foliated rapakivi Precambrian biotite augen gneiss; minor pegmatite and apliteÿþadjacent to site is the foundation of a possible mill; road along Pine Creekrr$Ë¼²}/îˆung^ÿÿÿ€F@2@ffffffM@€\@8@333333ã?’¦Tœ}¨F@’¦Tœ™\ÀvÀâ@ÇqÇqå?>@ÿþ01SA320ÿþWGS84ÿþWGS84ÿþBighorn CragsÿþLemhiÿþMain Salmon, about 1/4 mi above Panther Creek; site is immediately upstream of an old cabin on river rightÿþre-sample of 96SA139; stream sediment and water from Main Salmon; wide, deep, swift; right bank shows evidence of old placer activityÿþAu placerÿþundetermined placer (name unknown)ÿþMineral Hillÿþpartly cloudyÿþfoliated augen gneiss and pegmatite and lesser biotite gneissÿþnone observed Ê»‰~÷‹„ung^ÿÿÿ€F@3@fffffæ6@€\@9@ffffff@¨ fùX©F@Ãš¿š\ÀlÀâ@ä?<@ÿþ01SA319ÿþWGS84ÿþWGS84ÿþBighorn CragsÿþLemhiÿþMain Salmon River about 3/4 mi downstream of Panther Creek; collected immediately below the Cove Creek Bridgeÿþlarge river site, sample collected at base of rapid; stream sediment and water from Main Salmonÿþ---ÿþMineral Hillÿþpartly cloudyÿþbiotite schistÿþnone observed; well-used road along river close to sample siteÿþ2000 wildfire burned slope on south side of riverÍ}n`[[ú‹„ung^ÿÿ÷€F@3@.@€\@;@š™™™™™¹?©F@7öNAÍœ\À'€Àâ@9Žã8Žãâ?;@ÿþ01SA318ÿþWGS84ÿþWGS84ÿþBighorn CragsÿþLemhiÿþOwl Creek, about 1/4 mi above junction with road along Main Salmonÿþre-sample of 96SA146; stream sediment and water from Owl CreekÿþAu placerÿþOwl Creek Meadows placer and other placers are a few miles upstreamÿþMineral Hillÿþpartly cloudyÿþnone at siteÿþnone observed; infrequently traveled road along creek; private homes below and hot springs 2 mi above this siteûûŠ|m_Ï‹„ung^ÿÿÿ€F@2@'@€\@?@ffffff@à›WÏ¦F@P Š*¡\À&Àâ@«ªªªªªà?:@ÿþ01SA317ÿþWGS84ÿþWGS84ÿþLong Tom MountainÿþLemhiÿþLake Creek, about 15 ft above confluence with Main Salmonÿþre-sample of 96SA140; stream sediment and water from Lake CreekÿþAu placerÿþLake Creek placer is in vicinityÿþunnamedÿþclearÿþPrecambrian biotite gneissÿþnone observed; home 200 ft upstream of sample site˜˜dHA8Êˆung^ÿÿÿ€F@2@€3@€\@?@fffff&J@K~±ä§F@+ûÿ¡\ÀäÀâ@Žã8Žã8Þ?8@ÿþ01SA316ÿþWGS84ÿþWGS84ÿþLong Tom MountainÿþLemhiÿþColson Creek, about ½ mi above junction with road along Main Salmonÿþre-sample of 96SA147; stream sediment and water from Colson Creek; site is about 75 ft upstream of uppermost cabin; several cabins below siteÿþ---ÿþunnamedÿþclearÿþnone at siteÿþnone observed; infrequently traveled road along creek; historic mining in upper part of drainage (> 5 mi upstream of site)†xqhccÔˆung^ÿÿ÷°ye Á æ*Ê€F@7@š™™™™™;@€\@@š™™™™8@5^ºI²F@‚t&å‡\Àè àâ@Žã8Žã8ä?6@ÿþ01SA328ÿþWGS84ÿþWGS84ÿþUlysses MountainÿþLemhiÿþSage Creek, about 100 ft above road and 200 ft above confluence with Main Salmon (3 mi downstream of Sage Creek and Springfield Consolidated mines)ÿþre-sample of 96SA128; stream sediment and water from Sage CreekÿþAu veins, exhalative + Ag,Cu,Co,WÿþSpringfield Consolidated and Sage Creek minesÿþIndian Creekÿþpartly cloudyÿþfoliated rapakivi Precambrian biotite granite; slight augen textureÿþnone observed; road along creek above site--possible contamination from culverts, etc.ÿþsite does not appear affected by 2000 wildfires¡pÓÄ¶‡d#Ž‡ung^ÿÿÿ€F@8@333333'@€\@$@ffffff#@»(Éœ³F@ï[üÏÖŠ\À#Ž àâ@UUUUUUã?=@ÿþ01SA327ÿþWGS84ÿþWGS84ÿþUlyssesÿþLemhiÿþIndian Creek, just above Guard Station, below locked gate to Indian Creek Ranch, and about 300 yd above confluence with Main Salmon (4 mi downstream of Kitty Burton/Ulysses mines)ÿþre-sample of 96SA130; stream sediment and water from Indian CreekÿþAu veins, exhalative + Ag,Cu,Co,WÿþUlysses and Kittie Burton minesÿþIndian Creekÿþpartly cloudyÿþPrecambrian porphyritic biotite granite with K-spar phenocrystsÿþnone observed; road along creek above site--possible contamination from culverts, etc.wwÞÏÁ }:…~ung^ÿÿÿ€F@7@33333sM@€\@$@ffffff,@¤0)³F@£ÝJëŠ\À$Ž àâ@ÇqÇqâ??@ÿþ01SA326ÿþWGS84ÿþWGS84ÿþUlyssesÿþLemhiÿþSquaw Creek, just above road crossing with culvert and about 200 yd above confluence with Main Salmon (2.5 mi downstream of White-Hutchinson mine)ÿþre-sample of 96SA131; stream sediment and water from Squaw Creekÿþcarbonatitic REE,Th,NbTa,Cu,MoÿþWhite-Hutchinson mineÿþIndian Creekÿþpartly cloudyÿþPrecambrian rapakivi porphyritic biotite granite; K-spar phenocrystsÿþnone observed; road along creek above site--possible contamination from culverts, etc.ÿþlarge fresh boulders of augen gneiss in drainage appear to be road riprap˜Mõ¯ ’{[…~ung^ÿÿÿ€F@7@ÍÌÌÌÌLG@€\@$@ffffff-@ó×ï:¹²F@°rh‘íŠ\ÀŽ àâ@9Žã8Žãà?;@ÿþ01SA325ÿþWGS84ÿþWGS84ÿþUlyssesÿþLemhiÿþEast Boulder Creek, about 50 ft above confluence with Main Salmonÿþre-sample of 96SA132; stream sediment and water from East Boulder CreekÿþAu placerÿþEast Boulder Meadows placer (site is several miles downstream of placer)ÿþMackinawÿþpartly cloudyÿþPrecambrian porphyritic biotite graniteÿþnone observed··¨pfÈ…~ung^ÿÿÿ€F@7@€@@€\@.@33333³7@ ×£p=²F@bW€Ük\ÀR àâ@ÇqÇqß?9@ÿþ01SA324ÿþWGS84ÿþWGS84ÿþShoupÿþLemhiÿþSpring Creek, about 200 ft above Main Salmon road and 1/4 mi above confluence with Main Salmonÿþre-sample of 96SA133; stream sediment and water from Spring CreekÿþMo veins + Pb,Ag,Au,W; pegmatitic Th,REE,Ti,Nb,Ta,CuÿþSpring Creek mine and Faulkerson pegmatite are a few miles upstreamÿþMineral Hillÿþpartly cloudyÿþPrecambrian augen gneiss; strongly foliated; white K-spar phenocrysts; cut by pegmatite and aplite dikesÿþnone observed; road along creek above site--possible contamination from culverts, etc.€€(¾¯¡\&ãƒ|ung^ÿÿÿ€F@6@š™™™™@@€\@0@ÍÌÌÌÌÌC@D_°F@s!iJÅ‘\À àâ@UUUUUUÝ?8@ÿþ01SA323ÿþWGS84ÿþWGS84ÿþShoupÿþLemhiÿþBoulder Creek, about 30 ft above Main Salmon road and 150 ft above confluence with Main Salmon (about 0.3 mi downstream of mines/prospects)ÿþre-sample of 96SA135; stream sediment and water from Boulder CreekÿþAuPb veins +- Ag,Zn,Cu,W,U; Au placerÿþMonolith mine plus several other mines and prospectsÿþMineral Hillÿþpartly cloudyÿþstrongly foliated rapakivi Precambrian biotite augen gneissÿþnone observed; adits and cabins located < 0.5 mi upstreamÿþsite does not appear affected by 2000 wildfireswFÎ¿±{Tƒ|ung^ÿÿÿ°y> Ú€ªÐÌ€F@@ffffffF@€\@0@ÀL@58ÕÜ…F@ÁlÁ’\Àú 6á@UUUUUUç?ð?ÿþ96SA060ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþWoodtick Creek, about 500 ft above confluence with Panther Cr.ÿþstream sediment from mouth of Woodtick Creekÿþ---ÿþBlackbirdÿþnone at site; adjacent talus slope is dark gray-white banded, strongly cleaved slate and lesser quartzite; FeOx stained on joints; cleavage not parallel to beddingÿþnone observed, but pack trail runs along creekàà°ûûÍ†ung^ÿÿ7€F@@š™™™™ÙL@€\@0@ffffff@p%™sˆF@w¾Ÿ/‘\À Œ 6á@ä8Žã8Žå?ð?ÿþ96SA059ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþCopper Creek, about 150 yd above confluence with Panther Cr.ÿþstream sediment from mouth of Copper Creekÿþ---ÿþBlackbirdÿþnone at site; adjacent talus slope is banded siltite and quartzite; well-induratedÿþnone observed, but road runs along creek; Blackpine mine and mill are about 4 mi upstream¶¶[ü÷÷Ë†ung^ÿÿ7€F@0@333333"@€\@3@33333³L@¯“«öt¢F@Š €I•\À¢ Àâ@UUUUUUà?=@ÿþ01SA333ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþPanther Creek, about 0.4 mi above confluence with Beaver Creekÿþre-sample of 96SA075 and 01SA304; stream sediment and water from Panther Creekÿþ---ÿþMackinawÿþpartly cloudyÿþorbicular graniteÿþnone observedÿþAugust 2001 re-sample following large rain event in July in the Clear Creek basin²_P=.$Ïˆung^ÿÿ÷€F@1@š™™™™™>@€\@5@fffffæ4@PFoËZ¥F@(6ª„Å–\À\ Àâ@Þ?>@ÿþ01SA332ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþClear Creek, about 200 yd above confluence with Panther Creekÿþre-sample of 96SA151 and 01SA306; stream sediment and water from Clear CreekÿþAu placerÿþClear Creek placer is in vicinityÿþunnamedÿþpartly cloudyÿþnone at siteÿþnone observedÿþAugust 2001 re-sample following large rain event in July in the Clear Creek basin; site has much more fine mud, silt, and gravel than observed in June 2001; the bars are much larger6pbSJ'Îˆung^ÿÿÿ€F@2@€I@€\@8@ffffff(@Ði6¨F@?V¡Ñ™\ÀvÀâ@Ú?7@ÿþ01SA331ÿþWGS84ÿþWGS84ÿþBig Horn CragsÿþLemhiÿþPanther Creek, about 150 ft above confluence with Garden Creekÿþre-sample of 96SA152 and 01SA307; stream sediment and water from Panther CreekÿþAu placerÿþGarden Creek placer is in vicinityÿþunnamedÿþclear; no rain in last several daysÿþleucocratic graniteÿþnone observed; well-used road along river close to sample siteÿþAugust 2001 re-sample following large rain event in July in the Clear Creek basin!ÎŽyTK'ÌŒ…ung^ÿÿÿ€F@6@ffffffL@€\@@ÍÌÌÌÌLK@€¶†ðó°F@Ú‡Ï°+„\Ààâ@ç?€@@ÿþ01SA330ÿþWGS84ÿþWGS84ÿþUlysses MountainÿþLemhiÿþDump Creek, about 200 ft above confluence with Main Salmonÿþre-sample of 96SA126; stream sediment and water from Dump Creekÿþporphyry Cu-MoÿþBobcat Gulch (Napoleon Ridge) (vicinity of deposit, on opposite side of ridge)ÿþEurekaÿþpartly cloudy, hotÿþnone at siteÿþnone observed; placer workings about 2 mi upstreamÿþsite does not appear affected by 2000 wildfiresûÊ–ˆtlÊŽ‡ung^ÿÿÿ€F@6@333333=@€\@@ÍÌÌÌÌÌ-@\iÝ·ø¯F@/p%™…\ÀÞ àâ@UUUUUUå?=@ÿþ01SA329ÿþWGS84ÿþWGS84ÿþNapoleon HillÿþLemhiÿþMoose Creek, about 50 ft above confluence with Main Salmonÿþre-sample of 96SA127; stream sediment and water from Moose CreekÿþAu placerÿþundetermined placers (names unknown) (about 6 mi upstream are several placers)ÿþboundary of Eureka and Mackinawÿþpartly cloudy, breezyÿþnone at site; located on large alluvial fanÿþabundant broken concrete blocks (old foundations) on fan adjacent to site; assorted metal debris on fan; related to historic placer activity in upper Moose Creek?ÿþsite does not appear affected by 2000 wildfiresžmÉœ…d Ç‹„ung^ÿÿÿ˜yW…4 ÿ_´€F@ð?333333,@€\@2@?@2Áƒy¢‚F@âYÑHÀ“\À|à6á@UUUUUUÙ?ð?ÿþ96SA067ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþMoyer Creek, about 0.3 mi above confluence with Panther Cr. (about 3 mi downstream of prospect)ÿþstream sediment from near mouth of Moyer CreekÿþFe replacement veins + brecciaÿþIron King prospectÿþGravel Rangeÿþnone at site; about 200 ft upstream is black-gray-white banded slate; a white fine-grained, non-effervescing mineral coats joints (low alkalinity and non-effervescence suggests gypsum)ÿþnone observed, but road runs along creekDD``R>î†ung^ÿÿ?€F@$@33333sA@€\@2@ÀJ@A:“–F@IÀ7¯&”\À†À6á@ä8Žã8Žç?2@ÿþ96SA066ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþBig Deer Creek, about 50 ft above confluence with Panther Cr.; about 5 mi downstream of the Blackbird mineÿþstream sediment and water from Big Deer CreekÿþBlackbird Co-CuÿþTinker's Pride prospect, Blackbird mine, and other Blackbird-type deposits are 3-5 mi upstreamÿþBlackbirdÿþclear, no recent rain (7/8 and 7/28); air temp is for 7/28ÿþorbicular graniteÿþnone obvious, but Blackbird mine is upstreamñÞ¢—7&÷‹„ung^ÿÿÿ€F@$@š™™™™B@€\@2@J@ßurÕž–F@S—Û”\ÀH†À6á@UUUUUUå?<@ÿþ96SA065ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþPanther Creek, just above confluence with Big Deer Creekÿþstream sediment and water from Panther Creekÿþ---ÿþBlackbird/Mackinaw boundaryÿþslight overcast, no rain in last several daysÿþnone at siteÿþnone observed, but road runs along creek||RDøóóÅ‹„ung^ÿÿ÷€F@"@fffff&A@€\@.@3333330@÷-þgk”F@?5^ºI\ÀÀ6á@«ªªªªªã?ð?ÿþ96SA064ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþBig Jureano Creek, about 30 ft above Panther Creek Road (about 0.5 mi downstream of allanite prospect and 2 mi downstream of placer)ÿþstream sediment from mouth of Big Jureano CreekÿþTh+REE veins+-Ti,Nb,Cu,Pb,Zn,U; Au placerÿþToolson allanite prospect and East Fork Jureano Creek placerÿþMackinawÿþnone at site; adjacent talus pile is gneissic granite and orbicular graniteÿþnone observedµµ«mB‹„ung^ÿÿ?€F@ @š™™™™™1@€\@(@ÍÌÌÌÌF@/ D±‘F@Ý$•\ÀüÀ6á@ÇqÇqâ?ð?ÿþ96SA063ÿþWGS84ÿþWGS84ÿþJureano MountainÿþLemhiÿþNapias Creek, about 0.2 mi above confluence with Panther Cr.ÿþstream sediment from near mouth of Napias CreekÿþAu placerÿþCalifornia Bar and numerous other placers are a few miles upstreamÿþMackinawÿþnone at site; nearby talus is coarse-grained granodiorite, locally with calcite on jointsÿþnone observed, but road runs along creekÿþnumerous placer workings, Beartrack, and Haidee mines are upstream several miles-Û±VVLýÌŽ‡ung^ÿÿ?€F@@ffffff?@€\@(@š™™™™YH@ ‡<¾F@ö•ipª\À $À6á@«ªªªªªà?ð?ÿþ96SA062ÿþWGS84ÿþWGS84ÿþJureano MountainÿþLemhiÿþDeep Creek, about 150 yd above confluence with Panther Cr.ÿþstream sediment from mouth of Deep Creekÿþ---ÿþBlackbirdÿþcoarse-grained granitic intrusive rock (granodiorite); FeOx-stained on joints; calcite locally on joints and fracturesÿþa lot of heavy truck traffic along adjacent road®®|ùôôÊŽ‡ung^ÿÿ7€F@@ffffff<@€\@(@33333óM@·ÒºoñF@t´[iÝ\À.À6á@«ªªªªªÚ?7@ÿþ96SA061ÿþWGS84ÿþWGS84ÿþCobaltÿþLemhiÿþPanther Creek, just above bridge at Deep Creek Campground, about 4.5 mi downstream of Blackbird Creekÿþstream sediment and water from Panther Creekÿþ---ÿþBlackbirdÿþcalm, blue-sky day, no recent rainÿþnone at siteÿþnone observed, but road runs along creek……[M)ë„}ung^ÿÿ÷py° " ò¢Š€F@@ffffffJ@€\@.@ÍÌÌÌÌŒL@ä^s!iŠF@`RÞ‘\Àd7á@9Žã8ŽãÜ?@@ÿþ96SA072DÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþsample site duplicate of 96CH072ÿþsample site duplicate of 96CH072ÿþBlackbird Co-CuÿþBlackbird mine (site is 1.8 mi downstream of tailings pile; 4.8 mi downstream of mine)ÿþBlackbirdÿþnone at siteÿþrusted iron pipe at site; site next to road with a lot of truck traffic; water treatment plant and untreated mill tailings seepage located about 2 mi upstreamôôTFF;ãÒ°Ž‡voh^ÿÿ¿€F@@ffffffJ@€\@.@ÍÌÌÌÌŒL@ä^s!iŠF@`RÞ‘\Àd7á@Ü?@@ÿþ96SA072ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþBlackbird Creek, about 0.4 mi above confluence with Panther Creek and 1.8 mi downstream of mill tailings impoundmentÿþstream sediment and water from Blackbird Creek; swift; very orange with FeOx staining on alluvium; no algae or vegetation in creekÿþBlackbird Co-CuÿþBlackbird mine (site is 1.8 mi downstream of tailings pile; 4.8 mi downstream of mine)ÿþBlackbirdÿþdry, warm, no rain in last several daysÿþnone at site; nearby bedrock is dark gray to black, strongly cleaved, compositionally banded quartziteÿþrusted iron pipe at site; site next to road with a lot of truck traffic; water treatment plant and untreated mill tailings seepage located about 2 mi upstream,,Œ$ûð˜‡†ung^ÿÿÿ€F@@?@€\@.@33333sF@çÕÄ³¢‰F@c£JXÌ\ÀF7á@Ø?(@ÿþ96SA071ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþPanther Creek, about 0.3 mi above confluence with Blackbird Creekÿþstream sediment and water from Panther Creekÿþ---ÿþBlackbirdÿþdry, warm, no rain in last several daysÿþnone at site; talus pile adjacent to road is compositionally-banded quartzite with strong cleavage, and minor quartz-rich siltiteÿþnone observed, but road runs along creek; ore car wheels about 100 ft below siteº7þþÐ†ung^ÿÿ÷€F@ð?fffffæK@€\@2@š™™™™™¹?fŽ „F@\µ§3“\Àà6á@UUUUUUé?ð?ÿþ96SA070ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþPanther Creek at McDonald Flat Campground; upstream end of campgroundÿþstream sediment and water from Panther Creekÿþ---ÿþBlackbirdÿþnone at site; talus along Panther Creek road is dominantly banded siltite (more indurated here than upstream), lesser quartzite; FeOx on jointsÿþnone observed, but road runs along creekÍÍ£Ô†ung^ÿÿ7€F@-@€\@4@333333@bêrûƒ€F@UèGtm•\Àà6á@«ªªªªªà?ð?ÿþ96SA069ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþPorphyry Creek, about 0.1 mi above confluence with Panther Creekÿþstream sediment from mouth of Porphyry Creekÿþ---ÿþBlackbird/Gravel Range boundaryÿþflow-banded rhyolite porphyry tuff (?) with angular quartz phenocrysts and strung-out lithic fragments; lithic tuff cuts banded siltite (like at Musgrove); FeOx on fractures/joints; highly fractured outcrop--related to explosion breccia in Musgrove area?ÿþnone observed, but road runs along creek; old cabin and buildings located downstreamyy###ýýÏ†ung^ÿÿ7€F@ð?ÍÌÌÌÌÌ3@€\@2@ffffffJ@„2z[Ö‚F@až¨#”\Àrà6á@UUUUUUÝ?ð?ÿþ96SA068ÿþWGS84ÿþWGS84ÿþBlackbird CreekÿþLemhiÿþMusgrove Creek, about 100 ft above confluence with Panther Creek (1 mi downstream of Musgrove mine)ÿþstream sediment from mouth of Musgrove Creek; collected at base of large talus slope on N side of roadÿþhot-spring AuAg (breccia, veinlet, disseminated)ÿþMusgrove mine/millÿþBlackbirdÿþlaminated phyllite cut by white quartz vein stockworkÿþnone observed, but road runs along creek and mines/mill located upstream,,â«« ŒZò†ung^ÿÿ?çyUÍ7 c±ÁîF@B@33333³?@À\@0@š™™™™™)@û]'WíMF@3Æ%RKÑ\À{¾ 7á@«ªªªªªå?8@ÿþ96SA080ÿþWGS84ÿþWGS84ÿþBig Soldier MountainÿþCusterÿþTrail Flat hot springs, Middle Forkÿþhot spring, water collected where it just seeps out and flows over alluvium in main channel of Middle Fork; exposed during lower water levels onlyÿþmodern epithermalÿþTrail Flat hot springsÿþunnamedÿþovercast; no rain in last several daysÿþnone at siteÿþnone observedÅÅ¶¨€w_L¸“‹ung^ÿýÿF@€@@ffffff0@À\@1@š™™™™L@Žv+ûFF@m áç!Ó\À® 7á@ÇqÇqá?:@ÿþ96SA079ÿþWGS84ÿþWGS84ÿþBig Soldier MountainÿþValleyÿþSulphur Creek, about 150 ft above confluence with Middle Forkÿþstream sediment and water from Sulphur Creek; 30 ft wide, 0.5-2 ft deep, swiftÿþ---ÿþunnamedÿþdry, warm, no rain in last several daysÿþtan, medium-grained, equigranular syenogranite; sparse mafic mineralsÿþnone observed¯¯ Y0'""Ò“‹ung^ÿÿ÷F@€@@š™™™™™@À\@1@ÍÌÌÌÌÌJ@üõ»N®FF@¢Ø¨Ó\ÀÂ 7á@UUUUUUß?9@ÿþ96SA078ÿþWGS84ÿþWGS84ÿþBig Soldier MountainÿþCuster/Valley bndryÿþMiddle Fork of the Salmon, about 0.4 mi above confluence with Sulphur Creekÿþstream sediment and water from Middle Fork; 80 ft across, 2 -6 ft deep, swiftÿþ---ÿþunnamedÿþdry, warm, no rain in last several daysÿþporphyritic biotite-muscovite granite; finer-grained felsic dikes commonÿþnone observedÌÌ½sJA<<í ‹ung^ÿÿ÷F@€M@ffffff&@€\@4@ÍÌÌÌÌÌL@ÚÂÏC~F@p„2z[–\Àž 7á@«ªªªªªÜ?ð?ÿþ96SA077ÿþWGS84ÿþWGS84ÿþOpal LakeÿþLemhiÿþFourth of July Creek, about 100 ft above Panther Creek road (about 0.5 mi downstream of prospect)ÿþstream sediment from Fourth of July Creekÿþradioactive lodes, undividedÿþGreen Glow prospectÿþGravel Rangeÿþnone at siteÿþnone observed, but road runs along creekŽŽdVVH3ê‡€ung^ÿÿ?F@€M@@€\@4@š™™™™ÙM@üƒ•~F@'êße–\À” 7á@«ªªªªªÚ?ð?ÿþ96SA076ÿþWGS84ÿþWGS84ÿþOpal LakeÿþLemhiÿþupper Panther Creek, about 100 yd above confluence with Fourth of July Creekÿþstream sediment from Panther Creek; abundant fine sediment at site (tuff?)ÿþ---ÿþGravel Rangeÿþnone at site; small outcrop of felsic volcanic agglomerate along road above siteÿþnone observed, but road runs along creek°°†44&!!Õ‡€ung^ÿÿ7€F@0@333333"@€\@3@33333³L@¯“«öt¢F@Š €I•\À¢ 7á@rÇqÇå?4@ÿþ96SA075ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþPanther Creek, about 0.4 mi above confluence with Beaver Creekÿþstream sediment and water from Panther Creekÿþ---ÿþMackinawÿþdry, warm, no rain in last several daysÿþorbicular graniteÿþnone observed, but road runs along creekrrH5ýýÏˆung^ÿÿ÷€F@0@š™™™™D@€\@3@@â3ì £F@fffff”\À~7á@UUUUUUã?ð?ÿþ96SA074ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþBeaver Creek, about 0.7 mi above confluence with Panther Creek (1.5 mi downstream of Mayflower mine)ÿþstream sediment from mouth of Beaver CreekÿþCu skarn; Au placerÿþMayflower mine and Beaver Creek placerÿþMackinawÿþnone at site; outcrop along road is quartz-biotite schist with probable abundant fine amphibole; biotite is chloritized; abundant pyrite pseudomorphs and casts on joint surfaces; quartz lenses along foliationÿþnone observed, but road runs along creekdd:hh^6!õˆung^ÿÿ?€F@.@à?€\@3@333333@'ž F@X¦Á©^”\À7á@UUUUUUá?ð?ÿþ96SA073ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþTrail Creek, about 100 ft above Panther Creek roadÿþstream sediment from mouth of Trail Creek; heavily vegetated banksÿþ---ÿþMackinawÿþnone at site; just upstream is gneissic orbicular graniteÿþnone observed; home located about 2.5 miles upstream‡‡QÃˆung^ÿÿ7™yî ^ÌµF@D@33333³G@À\@"@333333"@Û²VÇWF@`RÞÃÉ\À$À7á@rÇqÇâ?8@ÿþ96SA087ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCusterÿþRapid River, about 50 ft above confluence with Middle Forkÿþstream sediment and water from Rapid River; collected from right side only; Rapid River too swift to crossÿþ---ÿþGreyhound Ridge Addition (informal-Cater and others, 1973)ÿþpartly cloudy; no rain in last several daysÿþCretaceous foliated biotite granodiorite w/ tonalite inclusionsÿþnone observedóóä£v:55É…ung^ÿÿ÷F@D@ÍÌÌÌÌD@À\@"@ffffff#@@UÂVF@ÞJë¾ÅÉ\À$À7á@ä8Žã8Žá?4@ÿþ96SA086ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCuster/Valley bndryÿþMiddle Fork of the Salmon, about 150 yd above confluence with Rapid Riverÿþstream sediment and water from Middle Fork; 100 ft wide, 1-6 ft deep, swift; 1 fleck of gold panned from gravel (pan not saved)ÿþ---ÿþGreyhound Ridge Addition (informal-Cater and others, 1973)ÿþpartly cloudy; no rain in last several daysÿþhornblende-biotite granite cut by hornblende-plagioclase porphyryÿþnone observed''Õ¨lggåš…ung^ÿÿ÷F@C@K@À\@$@š™™™™™@cÉ/–üRF@àeô¶Ê\À°À7á@UUUUUUß?3@ÿþ96SA085ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCusterÿþGreyhound Creek, about 100 ft above confluence with Middle Forkÿþstream sediment and water from Greyhound Creek; 15 ft wide, 8-15 inches deep, steep gradient, swift; relatively recent gold exploration in headwatersÿþ---ÿþGreyhound Ridge Addition (informal-Cater and others, 1973)ÿþpartly cloudy; no rain in last several daysÿþfoliated biotite granodiorite cut by quartz stringers and veinsÿþnone observed##Ó¦jeeÎ…ung^ÿÿ÷F@C@33333óH@À\@$@š™™™™™0@Y…~D×RF@”…7öÊ\ÀœÀ7á@UUUUUUÝ?1@ÿþ96SA084ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCuster/Valley bndryÿþMiddle Fork of the Salmon, about 300 yd above confluence with Greyhound Cr.ÿþstream sediment and water from Middle Fork; 100 ft across, 1-10 ft deep, swiftÿþ---ÿþGreyhound Ridge Addition (informal-Cater and others, 1973)ÿþovercast; no rain in last several daysÿþCretaceous granite (Idaho batholith) and Precambrian biotite schist and gneissÿþnone observedÿÿð x<77çš…ung^ÿÿ÷F@€B@ÍÌÌÌÌLD@À\@&@33333³J@LÊ{`PF@g>Ã®Ì\À{ 7á@ê?2@ÿþ96SA083ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþValleyÿþSheepeater hot springs, Middle Forkÿþhot spring, collected at source; flows over alluvium of old river terraceÿþmodern epithermalÿþSheepeater hot springsÿþunnamedÿþpartly cloudy; no rain in last several daysÿþnone at siteÿþnone observed{{l^1(ý²…ung^ÿýÿF@€B@š™™™™?@À\@(@ÀG@"/ PF@û¤Oú¤Í\À 7á@é?.@ÿþ96SA082ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCusterÿþSoldier Creek, about 50 ft above confluence with Middle Forkÿþstream sediment and water from Soldier Creek; 25 ft wide, steep gradient, swiftÿþ---ÿþunnamedÿþovercast; no rain in last several daysÿþlight gray porphyritic biotite granodiorite; phenocrysts = plagioclase.ÿþnone observedªª›R*!Ë…ung^ÿÿ÷F@B@fffffæK@À\@.@;@X9´ÈNF@®GázÐ\À 7á@ÇqÇqç?8@ÿþ96SA081ÿþWGS84ÿþWGS84ÿþBig Soldier MountainÿþValleyÿþElkhorn Creek, about 50 ft above confluence with Middle Fork; sediment collected above trail bridgeÿþstream sediment and water from Elkhorn Creek; 30 ft wide, 12-20 inches deep, steep gradient, swiftÿþ---ÿþunnamedÿþovercast; no rain in last several daysÿþmega-K-feldspar phenocrysts, foliated granodiorite; cut by pegmatite/apliteÿþnone observedîîß’ja\\ø“‹ung^ÿÿ÷%y%1* 5>çÔCF@€E@gfffffI@À\@ð?!@}P Š]F@ZÑHÀ7Á\À{Nà7á@å?9@ÿþ96SA094ÿþWGS84ÿþWGS84ÿþLittle Soldier MountainÿþCusterÿþSunflower hot springs, Middle Forkÿþhot spring collected at sourceÿþmodern epithermalÿþSunflower hot springsÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþgranite, metamorphic rocksÿþnone observedmm^B3íÚº–Žung^ÿýÿF@F@ÀC@À\@ð?š™™™™™@Î«‰gE_F@FoËZÁ\À!Nà7á@ÇqÇqã?9@ÿþ96SA093DÿþWGS84ÿþWGS84ÿþLittle Soldier MountainÿþValleyÿþsample site duplicate of 96SA093ÿþsample site duplicate of 96SA093ÿþ---ÿþMarble Creek (informal-Cater and others, 1973)ÿþpartly cloudyÿþcoarse pink feldspar granite (probably Eocene) cut by fine-grained dark gray intermediate dikes (andesite?); upstream are gray marble; garnet-epidote- diopside calc-silicate gneiss, quartziteÿþnone observedïïààÛÛ¹—voh^ÿÿ÷F@F@ÀC@À\@ð?š™™™™™@Î«‰gE_F@FoËZÁ\À!Nà7á@ÇqÇqã?:@ÿþ96SA093ÿþWGS84ÿþWGS84ÿþLittle Soldier MountainÿþValleyÿþMarble Creek, about 100 ft above trail bridge and 300 ft above confluence with Middle Forkÿþstream sediment and water from Marble Creekÿþ---ÿþMarble Creek (informal-Cater and others, 1973)ÿþpartly cloudyÿþcoarse pink feldspar granite (probably Eocene) cut by fine-grained dark gray intermediate dikes (andesite?); upstream are gray marble; garnet-epidote- diopside calc-silicate gneiss, quartziteÿþnone observed33$cT$ò–Žung^ÿÿ÷F@F@ÍÌÌÌÌÌ@À\@ð?€J@ËÇ*ô#^F@ÏŠFÂ\Àvà7á@«ªªªªªà?1@ÿþ96SA092ÿþWGS84ÿþWGS84ÿþLittle Soldier MountainÿþCusterÿþLittle Soldier Creek, about 60 ft above confluence with Middle Forkÿþstream sediment and water from Little Soldier Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudy, short rainstorm during previous nightÿþCretaceous porphyritic biotite granodiorite cut by Tertiary pink graniteÿþnone observedÓÓÄzDÛ–Žung^ÿÿ÷F@G@#@À\@@€@@ß¼šxbF@R¸…ëÅ\Àà7á@«ªªªªªÚ?ð?ÿþ96SA091ÿþWGS84ÿþWGS84ÿþPungo MountainÿþValleyÿþIndian Creek, about 50 ft above trail bridge and 100 yd above confluence with Middle Forkÿþstream sediment and water from Indian Creekÿþ---ÿþIndian Creek (on Middle Fork; informal-Cater and others, 1973)ÿþshort rainstorm during previous nightÿþgray and pink quartz-K-feldspar- plagioclase granite porphyriesÿþnone observedÑÑÂZè…ung^ÿÿwF@€F@@L@À\@@fffffæB@ÏŠFbF@>|†]Æ\ÀøÀ7á@ffffffé?0@ÿþ96SA090ÿþWGS84ÿþWGS84ÿþPungo MountainÿþCuster/Valley bndryÿþMiddle Fork, about 250 yd above confluence with Indian Creekÿþstream sediment and water from Middle Fork; swiftÿþ---ÿþIndian Creek (on Middle Fork; informal-Cater and others, 1973)ÿþshort rainstorm immediately before we collected the sampleÿþfoliated biotite granodiorite, calc-silicate gneiss, and garnet gneissÿþnone observedããÔŒPØš…ung^ÿÿ÷F@€E@3333334@À\@"@ffffff@p%™s\F@Ù¨³É\ÀŽÀ7á@UUUUUUç?3@ÿþ96SA089ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþValleyÿþPistol Creek, about 50 ft above bridge along trail; 300 yd above confluence with Middle Forkÿþstream sediment and water from Pistol Creekÿþ---ÿþPistol Creek (informal-Cater and others, 1973)ÿþpartly cloudy; no rain in last several daysÿþCretaceous biotite granodiorite and dike swarm of Tertiary porphyriesÿþnone observedÐÐÁzMë…ung^ÿÿ÷F@€E@š™™™™™$@À\@ @š™™™™A@?y|\F@Ük.$É\À¢À7á@ÇqÇqæ?9@ÿþ96SA088ÿþWGS84ÿþWGS84ÿþArtillery DomeÿþCuster/Valley bndryÿþMiddle Fork, about 100 ft above confluence with Lake Creekÿþstream sediment and water from Middle Fork; swiftÿþ---ÿþPistol Creek (informal-Cater and others, 1973)ÿþpartly cloudy; no rain in last several daysÿþCretaceous biotite granite to granodiorite with pink K-sparÿþnone observed··¨k> Öš…ung^ÿÿ÷‹yƒAB ±Êˆ©F@€H@33333³?@€\@€G@@E@·ã©iF@Žã8Žã²\ÀŒ8á@UUUUUUæ?8@ÿþ96SA102ÿþWGS84ÿþWGS84ÿþRamey HillÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 100 yd above confluence with Norton Creekÿþstream sediment and water from Middle Fork; 100 ft wide, 2-8 ft deep, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþnone at site; Cretaceous granodiorite above bench gravelsÿþnone observed»»¬qb3..á•ung^ÿÿ÷F@H@€<@€\@H@ÍÌÌÌÌŒE@6ÐigF@íVZ÷³\Àª8á@UUUUUUã?8@ÿþ96SA101ÿþWGS84ÿþWGS84ÿþRamey HillÿþCuster/Lemhi bndryÿþLoon Creek, about 50 ft above confluence with Middle Forkÿþstream sediment and water from Loon Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþcoarse-grained pink Tertiary graniteÿþnone observedssd>/ûûÐ•ung^ÿÿ÷F@€G@fffffæ;@€\@I@ÍÌÌÌÌ@@æ‰ú7BeF@•C‹lçµ\Àæ8á@«ªªªªªá?7@ÿþ96SA100ÿþWGS84ÿþWGS84ÿþRamey HillÿþValleyÿþWhite Creek, about 20 ft above confluence with Middle Forkÿþstream sediment and water from White Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþmedium- to coarse-grained Tertiary pink hornblende-biotite graniteÿþnone observed‡‡x4%öññÅ‰ung^ÿÿ÷F@€G@.@€\@I@333333K@ÍÌÌÌÌdF@'WíéL¶\Àæ8á@9Žã8Žãà?9@ÿþ96SA099ÿþWGS84ÿþWGS84ÿþRamey HillÿþCuster/Valley bndryÿþMiddle Fork of the Salmon, about 200 yd above confluence with White Creekÿþstream sediment and water from Middle Fork; 90 ft wide, 1-5 ft deep, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþTertiary pink hornblende-biotite medium- to coarse-grained graniteÿþnone observedÃÃ´pa2--á–ung^ÿÿ÷F@G@33333óM@€\@€I@:@pñ?[CdF@Tv˜ºÜ¶\À{@8á@UUUUUUß?3@ÿþ96SA098ÿþWGS84ÿþWGS84ÿþRamey HillÿþCusterÿþWhitey Cox hot springs, Middle Forkÿþhot spring collected at uppermost pool in running waterÿþmodern epithermalÿþWhitey Cox hot springsÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþnone at siteÿþnone observedmm^PAúç®‰ung^ÿýÿF@€E@33333³I@€\@L@€;@x j–]F@ä8Žã8¼\À†à7á@UUUUUUé?7@ÿþ96SA097ÿþWGS84ÿþWGS84ÿþSliderock RidgeÿþCusterÿþLittle Loon Creek, about 30 ft above confluence with Middle Forkÿþstream sediment and water from Little Loon Creek; several flecks gold panned from bench (pan not saved)ÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþnone at site (alluvial terrace); Eocene hornblende-granite above river terraceÿþnone observedÛÛÌ|m>99ÐŽ†ung^ÿÿ÷F@€E@fffffæI@€\@L@ffffff>@ÊU{:“]F@îéLF¼\À†à7á@UUUUUUè?7@ÿþ96SA096ÿþWGS84ÿþWGS84ÿþSliderock RidgeÿþCuster/Valley bndryÿþMiddle Fork of the Salmon, about 100 ' above confluence with Little Loon Creekÿþstream sediment and water from Middle Fork; 80 ft wide, 2-20 ft deep, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþalluvial terraces at site; Tertiary? hornblende granite and scattered outcrops of metamorphic rocks in cliffs about 40 ft in elevation above riverÿþnone observed{l=88ë›†ung^ÿÿ÷F@€E@š™™™™YI@€\@€M@ÍÌÌÌÌL=@¨ÆK7‰]F@UèGt¿\À{0à7á@ç?<@ÿþ96SA095ÿþWGS84ÿþWGS84ÿþSliderock RidgeÿþValleyÿþHood Ranch hot springs, Middle Forkÿþhot spring collected at sourceÿþmodern epithermalÿþHood Ranch hot springsÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþnone at siteÿþnone observedYYJ<-þæÓ³Ž†ung^ÿýÿÂy4ïÕûàF@€L@š™™™™™5@€\@F@š™™™™™Ù?î|?5^zF@˜”÷Àð®\ÀL 8á@Žã8Žã8æ?9@ÿþ96SA110ÿþWGS84ÿþWGS84ÿþAparejo PointÿþValleyÿþBrush Creek, about 100 ft above confluence with Middle Fork/below Flying B Ranch hydroelectric plantÿþstream sediment and water from Brush Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþclearÿþCretaceous granodiorite at river level, with Tertiary intrusive rocks aboveÿþsamples collected below hydroelectric plant and pastures of the Flying B Ranch÷÷¦YR#òŒ„ung^ÿÿ÷F@L@š™™™™™A@€\@€E@ÍÌÌÌÌLD@´[iÝ·xF@gŒK¤–®\À` 8á@9Žã8Žãä?6@ÿþ96SA109ÿþWGS84ÿþWGS84ÿþAparejo PointÿþValleyÿþSheep Creek, about 75 ft above confluence with Middle Forkÿþstream sediment and water from Sheep CreekÿþAu placerÿþSheep Creek Ranch placer is in vicinityÿþMiddle Fork (informal-Cater and others, 1973)ÿþclearÿþcliffs are mixture of Cretaceous granodiorite and Tertiary pink graniteÿþnone observed¶¶§^W(ÿôÈŒ„ung^ÿÿÿF@L@€0@€\@€E@ffffff;@tÚ@§ xF@œ1.‘Z®\ÀV 8á@UUUUUUã?9@ÿþ96SA108ÿþWGS84ÿþWGS84ÿþAparejo PointÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 400 yd above confluence with Sheep Creekÿþstream sediment and water from Middle Fork; 120 ft wide, 1-8 ft deep, swiftÿþAu placerÿþAparejo Point placer is a couple miles upstreamÿþMiddle Fork (informal-Cater and others, 1973)ÿþclearÿþcontact zone of Cretaceous foliated granodiorite & coarse-grained pink Tertiary hornblende-biotite graniteÿþnone observed¢›l;0ã˜„ung^ÿÿÿF@€J@š™™™™™>@€\@€E@3333334@<˜'rF@¸‹’Ì9®\ÀÎ 8á@UUUUUUá?:@ÿþ96SA107ÿþWGS84ÿþWGS84ÿþAparejo PointÿþLemhiÿþCamas Creek, about 250 ft above confluence with Middle Forkÿþstream sediment and water from Camas CreekÿþAu placerÿþCamas Creek placer is in vicinityÿþMiddle Fork (informal-Cater and others, 1973)ÿþclearÿþTertiary pink granite; gray gneiss crops out just upstream along Camas Creekÿþnone observedµµ¦XQ"ÿôÈ‹„ung^ÿÿÿF@€J@ffffff5@€\@€E@fffff&C@¼N®ÚÓqF@ÛÓ™,Œ®\ÀÓ 8á@rÇqÇà?:@ÿþ96SA106ÿþWGS84ÿþWGS84ÿþAparejo PointÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 300 yd above confluence with Camas Creekÿþstream sediment and water from Middle Fork; 120 ft wide, 1-5 ft deep, swiftÿþAu placerÿþCamas Creek placer is in vicinityÿþMiddle Fork (informal-Cater and others, 1973)ÿþclearÿþfoliated mafic porphyritic granodiorite and Eocene granite with pink K-sparÿþnone observedððá”^;0ã˜„ung^ÿÿÿF@J@€7@€\@G@333333Ó? øæÕÄoF@P—n±\À 8á@9Žã8ŽãÜ?4@ÿþ96SA105ÿþWGS84ÿþWGS84ÿþRamey HillÿþLemhiÿþGrouse Creek, about 50 ft above confluence with Middle Forkÿþstream sediment and water from Grouse Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþclearÿþpink K-feldspar-rich granite (Casto pluton)ÿþnone observediiZ-&÷òòÅˆung^ÿÿ÷F@I@333333#@€\@€G@š™™™™™<@_ºIkF@ÛfŒK¤²\À{‚8á@è?8@ÿþ96SA104ÿþWGS84ÿþWGS84ÿþRamey HillÿþValleyÿþHospital Bar hot springs, Middle Forkÿþhot spring collected at sourceÿþmodern epithermalÿþHospital Bar hot springsÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudy; strong down-stream windÿþpink granite (Casto pluton)ÿþnone observed€€qT,ýãÐ°‰ung^ÿýÿF@€H@B@€\@€G@fffff&E@j6ÐiF@º4¥â²\ÀŒ8á@ç?8@ÿþ96SA103ÿþWGS84ÿþWGS84ÿþRamey HillÿþValleyÿþNorton Creek, about 20 ft above confluence with Middle Forkÿþstream sediment and water from Norton Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudy; strong down-stream windÿþfine-grained, strongly cleaved, sheared quartzite with Liesegang bandingÿþnone observed¨¨™O'øóóÆ‰ung^ÿÿ÷Iyît }de€F@$@€:@€\@€E@333333.@WÏŠF–F@K¤–"®\ÀÆ@8á@ÇqÇqæ?8@ÿþ96SA117ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþValleyÿþPapoose Creek, about 100 ft above confluence with Middle Forkÿþstream sediment and water from Papoose Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþPrecambrian quartz-rich gneiss and quartzite, lesser biotite calc-silicate gneiss and lesser augen granite; cut by leucocratic granite dikeÿþnone observedÛÛÌ?0üüÎ‡ung^ÿÿ÷€F@$@š™™™™™,@€\@€E@ÍÌÌÌÌL2@š¿~×•F@Õxé&1®\À%¼@8á@rÇqÇå?:@ÿþ96SA116ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 200 yd above confluence with Papoose Cr.ÿþstream sediment and water from Middle Fork; 80 ft wide, too deep to see bottom, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþPrecambrian gray quartzite at site; nearby are biotite calc-silicate gneiss and lesser augen graniteÿþnone observedõõæ€qB==æ›‡ung^ÿÿ÷€F@@333333D@€\@F@ffffffö?b}eŒF@¿2 Nõ®\À> @8á@UUUUUUâ?8@ÿþ96SA115ÿþWGS84ÿþWGS84ÿþPuddin MountainÿþValleyÿþBig Creek, about 75 ft above confluence with Middle Forkÿþstream sediment and water from Big Creek; samples collected from right side only because stream is too large to crossÿþ---ÿþBig Creek (informal-Cater and others, 1973)ÿþmostly cloudyÿþslightly porphyritic Tertiary hornblende-biotite graniteÿþnone observed, but historic mining activities occurred far upstreamÿÿº€qD??ÈŽ†ung^ÿÿ÷€F@@ffffff@@€\@€E@š™™™™YG@ûÊ48Õ‹F@¹jOg²®\À¬ @8á@UUUUUUá?9@ÿþ96SA114ÿþWGS84ÿþWGS84ÿþPuddin MountainÿþLemhiÿþWaterfall Creek, just above trail bridge and about 50 ft above confluence with Middle Forkÿþstream sediment and water from Waterfall Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþTertiary (?) gray, slightly porphyritic, hornblende-biotite graniteÿþnone observed°°¡\Mé†ung^ÿÿ÷€F@@ÍÌÌÌÌL>@€\@€E@ÍÌÌÌÌLF@:´Èv¾‹F@¢Ø¨®\À> @8á@«ªªªªªà?1@ÿþ96SA113ÿþWGS84ÿþWGS84ÿþPuddin MountainÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 200 ft above confluence with Waterfall Creekÿþstream sediment and water from Middle Fork; 60 ft wide, 2-20 (?) ft deep, swiftÿþAu placerÿþWoolard Creek placer, Survey Creek placer, and several; other placers (site is about 2 mi downstream of Woolard Creek placer)ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþTertiary (?) gray, slightly porphyritic, hornblende-biotite graniteÿþnone observedVVGóÄE:éš†ung^ÿÿÿ€F@@333333ó?€\@€E@9@:&x0O„F@¥Oú¤O®\ÀÊ 8á@UUUUUUé?2@ÿþ96SA112ÿþWGS84ÿþWGS84ÿþPuddin MountainÿþLemhiÿþWilson Creek, just above trail bridge and about 200 ft above confluence with Middle Forkÿþstream sediment and water from Wilson CreekÿþAu placerÿþWilson Creek Bar placer is upstream in vicinityÿþMiddle Fork (informal-Cater and others, 1973)ÿþclearÿþnone at site; nearby outcrop is gray to rusty, fine-grained quartzite and quartzite w/ calc-silicate layersÿþnone observedó†Pç†ung^ÿÿÿ€F@ð?ÍÌÌÌÌLI@€\@€E@?@:Ú´îƒF@|ój®\À$¬ 8á@UUUUUUè?8@ÿþ96SA111ÿþWGS84ÿþWGS84ÿþPuddin MountainÿþValley/Lemhi bndryÿþMiddle Fork of the Salmon, about 300 yd above confluence with Wilson Creekÿþstream sediment and water from Middle Fork; 75 ft wide, 3-15 (?) ft deep, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþclearÿþdark gray, fine-grained biotite- feldspar-quartz gneiss and quartziteÿþnone observedÈÈ¹rk<77æš†ung^ÿÿ÷cy)t› ¿ç@€F@1@333333û?€\@B@8@aÄ½S¤F@:m Ó¦\À,þ`8á@ÇqÇqå?4@ÿþ96SA124ÿþWGS84ÿþWGS84ÿþLong Tom MountainÿþLemhiÿþGoat Creek, about 100 ft above confluence with Middle Forkÿþstream sediment and water from Goat Creekÿþ---ÿþunnamedÿþclearÿþlight gray biotite-feldspathic quartzite cut by a fine-grained diorite (?) dike; also granite and granite gneiss in talus slopeÿþnone observed››ŒûööËˆung^ÿÿ÷€F@0@š™™™™™=@€\@€B@€:@áç!/£F@xV4ð§\À`8á@Žã8Žã8â?8@ÿþ96SA123ÿþWGS84ÿþWGS84ÿþLong Tom MountainÿþIdahoÿþColor Creek, about 50 ft above confluence with Middle Forkÿþstream sediment and water from Color Creekÿþ---ÿþunnamedÿþclearÿþbiotite schist, migmatite, minor augen gneiss; and greenish specked (feldspar) hornblende granodioriteÿþnone observedƒƒtü÷÷Ëˆung^ÿÿ÷€F@.@A@€\@C@fffff¦E@G¾y5¡F@G•°˜M©\À0`8á@«ªªªªªà?5@ÿþ96SA122ÿþWGS84ÿþWGS84ÿþButts Creek PointÿþLemhiÿþRoaring Creek, about 75 ft above confluence with Middle Forkÿþstream sediment and water from Roaring Creek, very swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþclearÿþgray laminated biotite-muscovite-quartz gneiss, muscovite schist; cut by granitic veins and dikesÿþnone observed´´¥B;Íˆung^ÿÿ÷€F@,@ÍÌÌÌÌÌ"@€\@D@š™™™™™ @èGtm3žF@§z»ª\Àl`8á@ÇqÇqÞ?7@ÿþ96SA121ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþIdahoÿþStoddard Creek, about 200 ft above confluence with Middle Forkÿþstream sediment and water from Stoddard CreekÿþAu placerÿþStoddard Creek placerÿþMiddle Fork (informal-Cater and others, 1973)ÿþclearÿþgneissic granite, foliated augen gneiss and biotite gneiss-migmatiteÿþnone observedªª›UNýÎŽ‡ung^ÿÿÿ€F@,@š™™™™™@€\@D@333333/@“òžF@mçû©ñª\ÀnN`8á@9Žã8ŽãÜ?:@ÿþ96SA120ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþIdaho/Lemhi bndryÿþMiddle Fork of the Salmon, about 300 yd above confluence with Stoddard Creekÿþstream sediment and water from Middle Fork; 70 ft wide, too deep to see bottom, swiftÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþclearÿþbiotite-quartz-feldspar gneiss, migmatite, quartzite gneiss, augen gneiss, and gneissic graniteÿþnone observedêêÛzsD??èš‡ung^ÿÿ÷€F@(@ÍÌÌÌÌL@@€\@€D@ÍÌÌÌÌÌì?AUÂšF@x0OÔ¿«\À{¨@8á@«ªªªªªé?0@ÿþ96SA119ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþLemhiÿþParrot Creek, about 50 ft above confluence with Middle Forkÿþstream sediment and water from Parrot Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþgray Eocene granitic pluton at river level with Precambrian biotite-quartz gneiss and quartzite higher upÿþnone observedµµ¦;,ýøøËŽ‡ung^ÿý÷€F@$@š™™™™Ù@@€\@€E@ffffff+@_ˆ–F@½†7®\À$Æ@8á@ÇqÇqç?4@ÿþ96SA118ÿþWGS84ÿþWGS84ÿþAggipah MountainÿþLemhiÿþShip Island Creek, about 50 ft above confluence with Middle Forkÿþstream sediment and water from Ship Island Creekÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþPrecambrian biotite gneiss with lesser calc-silicate gneissÿþnone observed‘‘‚E6ÐŽ‡ung^ÿÿ÷€F@$@€:@€\@€E@333333.@WÏŠF–F@K¤–"®\ÀÆ@8á@9Žã8Žãæ?8@ÿþ96SA117DÿþWGS84ÿþWGS84ÿþAggipah MountainÿþValleyÿþsample site duplicate of 96SA117ÿþsample site duplicate of 96SA117ÿþ---ÿþMiddle Fork (informal-Cater and others, 1973)ÿþpartly cloudyÿþPrecambrian quartz-rich gneiss and quartzite, lesser biotite calc-silicate gneiss and lesser augen granite; cut by leucocratic granite dikeÿþnone observed³³¤ÙÔÔ²ˆvoh^ÿÿ÷(y6MS Ý$ŸD€F@7@33333sM@€\@$@ffffff,@¤0)³F@£ÝJëŠ\À$Ž À8á@Žã8Žã8Ü?3@ÿþ96SA131ÿþWGS84ÿþWGS84ÿþUlyssesÿþLemhiÿþSquaw Creek, just above road crossing with culvert and about 200 yd above confluence with Main Salmon (2.5 mi downstream of White-Hutchinson mine)ÿþstream sediment and water from Squaw Creekÿþcarbonatitic REE,Th,NbTa,Cu,MoÿþWhite-Hutchinson mineÿþIndian Creekÿþpartly cloudyÿþPrecambrian rapakivi porphyritic biotite granite; K-spar phenocrystsÿþnone observed; road along creek above site--possible contamination from culverts, etc.77ß™Š|eE…~ung^ÿÿÿ€F@8@333333'@€\@$@ffffff#@»(Éœ³F@ï[üÏÖŠ\À#Ž À8á@«ªªªªªÚ?3@ÿþ96SA130ÿþWGS84ÿþWGS84ÿþUlyssesÿþLemhiÿþIndian Creek, just above Guard Station, below locked gate to Indian Creek Ranch, and about 300 yd above confluence with Main Salmon (4 mi downstream of Kitty Burton/Ulysses mines)ÿþstream sediment and water from Indian CreekÿþAu veins, exhalative + Ag,Cu,Co,WÿþUlysses and Kittie Burton minesÿþIndian Creekÿþpartly cloudyÿþPrecambrian porphyritic biotite granite with K-spar phenocrystsÿþnone observed; road along creek above site--possible contamination from culverts, etc.aa È¹«Šg:…~ung^ÿÿÿ€F@7@gffff¦M@€\@"@ÍÌÌÌÌÌK@cïÔ,³F@gŒK¤–Š\À{„ 8á@è?=@ÿþ96SA129ÿþWGS84ÿþWGS84ÿþUlyssesÿþLemhiÿþMain Salmon, about 1/4 mi above Indian Creek and Indianola Guard Stationÿþstream sediment and water from Main Salmon; 130 ft wide, deep, swiftÿþ---ÿþIndian Creek/Mackinaw boundaryÿþclearÿþPrecambrian porphyritic biotite graniteÿþnone observed; well-used road along river••jA:Ï…~ung^ÿý÷€F@7@š™™™™™;@€\@@š™™™™8@5^ºI²F@‚t&å‡\Àè 8á@UUUUUUå?;@ÿþ96SA128ÿþWGS84ÿþWGS84ÿþUlysses MountainÿþLemhiÿþSage Creek, about 100 ft above road and 200 ft above confluence with Main Salmon (3 mi downstream of Sage Creek and Springfield Consolidated mines)ÿþstream sediment and water from Sage CreekÿþAu veins, exhalative + Ag,Cu,Co,WÿþSpringfield Consolidated and Sage Creek minesÿþIndian Creekÿþclearÿþfoliated rapakivi Precambrian biotite granite; slight augen textureÿþnone observed; road along creek above site--possible contamination from culverts, etc.RRúµ® qN#Ž‡ung^ÿÿÿ€F@6@333333=@€\@@ÍÌÌÌÌÌ-@\iÝ·ø¯F@/p%™…\ÀÞ 8á@Žã8Žã8â?5@ÿþ96SA127ÿþWGS84ÿþWGS84ÿþNapoleon HillÿþLemhiÿþMoose Creek, about 50 ft above confluence with Main Salmonÿþstream sediment and water from Moose CreekÿþAu placerÿþundetermined placers (names unknown) (about 6 mi upstream are several placers)ÿþboundary of Eureka and Mackinawÿþclearÿþnone at site; located on large alluvial fanÿþabundant broken concrete blocks (old foundations) on fan adjacent to site; assorted metal debris on fan; related to historic placer activity in upper Moose Creek?ÿþhistorically, upper Moose Creek was diverted into Dump Creek for a placer operation; it was restored to it's original drainage in late 1980'sÖG£voNþóÇ‹„ung^ÿÿÿ€F@6@ffffffL@€\@@ÍÌÌÌÌLK@€¶†ðó°F@Ú‡Ï°+„\À 8á@rÇqÇà?€@@ÿþ96SA126ÿþWGS84ÿþWGS84ÿþUlysses MountainÿþLemhiÿþDump Creek, about 200 ft above confluence with Main Salmonÿþstream sediment and water from Dump Creekÿþporphyry Cu-MoÿþBobcat Gulch (Napoleon Ridge) (vicinity of deposit, on opposite side of ridge)ÿþEurekaÿþclear, no rain in last several daysÿþnone at siteÿþnone observed; placer workings about 2 mi upstreamÅÅ‘ƒ^VõÊŽ‡ung^ÿÿÿ€F@1@€@@€\@€A@ffffffK@= ×£p¥F@Ðüõ»N¦\ÀÖ`8á@Žã8Žã8æ?7@ÿþ96SA125ÿþWGS84ÿþWGS84ÿþLong Tom MountainÿþIdaho/Lemhi bndryÿþMiddle Fork of the Salmon, about 500 yd above confluence with Main Salmonÿþstream sediment and water from Middle Fork; 80 ft wide, deep, swiftÿþ---ÿþunnamedÿþclearÿþgray biotite-feldspathic quartzite gneiss with mica schist layers; contorted gneissesÿþnone observed¦¦—@90++æ›ˆung^ÿÿ÷!y;\ I¹æ=€F@2@ffffffM@€\@8@333333ã?’¦Tœ}¨F@’¦Tœ™\Àvà8á@9Žã8Žãà?:@ÿþ96SA139ÿþWGS84ÿþWGS84ÿþBighorn CragsÿþLemhiÿþMain Salmon, about 1/4 mi above Panther Creek; site is immediately upstream of an old cabin on river rightÿþstream sediment and water from Main Salmon; wide, deep, swift; right bank shows evidence of old placer activityÿþAu placerÿþundetermined placer (name unknown)ÿþMineral Hillÿþclearÿþfoliated augen gneiss and pegmatite and lesser biotite gneissÿþnone observedÿþalluvial sands have been re-deposited within the old scours related to placering; sands contain a fair amount of fine gold (regeneration)…úë¬¥—sh÷‹„ung^ÿÿÿ€F@4@ÍÌÌÌÌÌ;@€\@4@š™™™™™,@x\µ§«F@±w j–•\ÀÆà8á@«ªªªªªî?5@ÿþ96SA138ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþBig Sheepeater Creek, about 5 ft above confluence with Main Salmon; river cable crossing is about 100 ft downstream of siteÿþstream sediment and water from Big Sheepeater Creekÿþ---ÿþMineral Hillÿþclearÿþalluvial terrace at site, Precambrian augen gneiss overlies terraceÿþnone observed¯¯ [TFAAˆung^ÿÿ÷€F@5@š™™™™F@€\@1@ÍÌÌÌÌÌK@ÂÏC_®F@ïÔ,“\À À8á@UUUUUUè?=@ÿþ96SA137ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþPine Creek, about 100 ft above Main Salmon road (prospects and adits are about 1 mi upstream)ÿþstream sediment and water from Pine CreekÿþAuPb veins +- Ag,Zn,Cu,W,U; AuAg veins + Cu,Pb,Zn,W,Mo,U; Au veins undividedÿþBig Lead mine and several other adits and prospectsÿþMackinawÿþpartly cloudyÿþstrongly foliated rapakivi Precambrian biotite augen gneiss; minor pegmatite and apliteÿþnone observed; adjacent to site is the foundation of a possible mill; road along Pine Creekll¶§hîˆung^ÿÿÿ€F@6@š™™™™@@€\@0@ÍÌÌÌÌÌC@D_°F@s!iJÅ‘\À À8á@«ªªªªªå?<@ÿþ96SA135ÿþWGS84ÿþWGS84ÿþShoupÿþLemhiÿþBoulder Creek, about 30 ft above Main Salmon road and 150 ft above confluence with Main Salmon (about 0.3 mi downstream of mines/prospects)ÿþstream sediment and water from Boulder CreekÿþAuPb veins +- Ag,Zn,Cu,W,U; Au placerÿþMonolith mine plus several other mines and prospectsÿþMineral Hillÿþpartly cloudyÿþstrongly foliated rapakivi Precambrian biotite augen gneissÿþnone observed; adits and cabins located < 0.5 mi upstream00õ¸©›e>ƒ|ung^ÿÿÿ€F@6@gffff&B@€\@0@gfffffA@NbX9°F@†]r¯‘\À{% À8á@ÇqÇqä?€A@ÿþ96SA134ÿþWGS84ÿþWGS84ÿþShoupÿþLemhiÿþMain Salmon at Shoup, about 300 ft above confluence with Boulder Creekÿþstream sediment and water from Main Salmon; 100 ft wide, deep, swiftÿþ---ÿþMineral Hillÿþpartly cloudyÿþstrongly foliated rapakivi Precambrian biotite augen gneissÿþnone observed; well-used road along river››p3$Ëƒ|ung^ÿý÷€F@7@€@@€\@.@33333³7@ ×£p=²F@bW€Ük\ÀR À8á@9Žã8Žãá?4@ÿþ96SA133ÿþWGS84ÿþWGS84ÿþShoupÿþLemhiÿþSpring Creek, about 200 ft above Main Salmon road and 1/4 mi above confluence with Main Salmonÿþstream sediment and water from Spring Creek; there was recent gold exploration (drilling) in an upper branch of Spring CreekÿþMo veins + Pb,Ag,Au,W; pegmatitic Th,REE,Ti,Nb,Ta,CuÿþSpring Creek mine and Faulkerson pegmatite are a few miles upstreamÿþMineral Hillÿþpartly cloudyÿþPrecambrian augen gneiss; strongly foliated; white K-spar phenocrysts; cut by pegmatite and aplite dikesÿþnone observed; road along creek above site--possible contamination from culverts, etc.»»cùêÜ—aãƒ|ung^ÿÿÿ€F@7@ÍÌÌÌÌLG@€\@$@ffffff-@ó×ï:¹²F@°rh‘íŠ\ÀŽ À8á@Þ?.@ÿþ96SA132ÿþWGS84ÿþWGS84ÿþUlyssesÿþLemhiÿþEast Boulder Creek, about 50 ft above confluence with Main Salmonÿþstream sediment and water from East Boulder CreekÿþAu placerÿþEast Boulder Meadows placer (site is several miles downstream of placer)ÿþMackinawÿþpartly cloudyÿþPrecambrian porphyritic biotite graniteÿþnone observed¡¡’iZPûÈ…~ung^ÿÿÿyzÔó h †Õ Ÿ€F@3@.@€\@;@š™™™™™¹?©F@7öNAÍœ\À'€ 9á@à?8@ÿþ96SA146ÿþWGS84ÿþWGS84ÿþBighorn CragsÿþLemhiÿþOwl Creek, about 1/4 mi above junction with road along Main Salmonÿþstream sediment and water from Owl Creek; private homes below and hot springs 2 mi above this siteÿþAu placerÿþOwl Creek Meadows placer and other placers are a few miles upstreamÿþMineral Hillÿþclearÿþnone at siteÿþnone observed; infrequently traveled road along creekÝÝ¦˜‘ƒ>3Ï‹„ung^ÿÿÿ€F@6@333333"@€\@D@fffffæL@|`xÃA¯F@š,Œ¸±«\À9á@UUUUUUå?;@ÿþ96SA145ÿþWGS84ÿþWGS84ÿþButts Creek PointÿþLemhiÿþCorn Creek, about 50 ft above road crossing and 300 ft above confluence with Main Salmonÿþstream sediment and water from Corn Creekÿþ---ÿþunnamedÿþclearÿþnone at site; adjacent talus slope is composed of a well-foliated intermediate igneous rock with coarse subhedral to anhedral feldspar laths in biotite-feldspar matrix (gneissic granodiorite); biotite is chloritizedÿþnone observed)"éˆung^ÿÿ÷€F@5@33333óL@€\@€D@ffffffæ?€#”ÑÛ®F@¤ÝJë¾«\Àr9á@à?7@ÿþ96SA144ÿþWGS84ÿþWGS84ÿþButts Creek PointÿþIdahoÿþButts Creek, just above bridge for road and about 200 ft above confluence with Main Salmonÿþstream sediment and water from Butts Creekÿþ---ÿþunnamedÿþclearÿþnone at site; Precambrian biotite gneiss is upstreamÿþnone observed; buildings & road near siteb,%ëˆung^ÿÿ÷€F@5@š™™™™™J@€\@€D@š™™™™™ñ?{îÈ ±®F@MƒS½À«\À{^9á@9Žã8ŽãÞ?9@ÿþ96SA143ÿþWGS84ÿþWGS84ÿþButts Creek PointÿþLemhiÿþMain Salmon, about 1/4 mi above Corn Creekÿþstream sediment and water from Main Salmon; 150 ft wide, deep, swift; site shows evidence of old placer workingsÿþ---ÿþunnamedÿþclearÿþPrecambrian biotite gneiss; migmatitic; abundant pegmatiteÿþnone observed; well-used road along river close to sample site¾¾~B;2--»ˆung^ÿý÷€F@3@ÍÌÌÌÌÌ;@€\@C@š™™™™H@V{:“…©F@ž‚šåc©\À®9á@«ªªªªªÚ?1@ÿþ96SA142ÿþWGS84ÿþWGS84ÿþButts Creek PointÿþIdahoÿþKitchen Creek, about 100 ft above confluence with Main Salmonÿþstream sediment and water from Kitchen CreekÿþAu placerÿþKitchen Creek placer is in vicinityÿþunnamedÿþclearÿþPrecambrian biotite gneissÿþnone observedggX<5,üÎˆung^ÿÿÿ€F@1@gffff&H@€\@€A@ÍÌÌÌÌÌ?@C‹lçû¥F@VÇæ¥\À{Öà8á@«ªªªªªç??@ÿþ96SA141ÿþWGS84ÿþWGS84ÿþLong Tom MountainÿþLemhiÿþMain Salmon, about 100 yd above confluence with Middle Forkÿþstream sediment and water from Main Salmon; 120 ft wide, deep, swiftÿþ---ÿþunnamedÿþclearÿþstrongly deformed Precambrian biotite-muscovite gneiss; pegmatitesÿþnone observed; well-used road along river close to sample site (dust, road base)½½k' Ìˆung^ÿý÷€F@2@'@€\@?@ffffff@à›WÏ¦F@P Š*¡\À&à8á@UUUUUUæ?=@ÿþ96SA140ÿþWGS84ÿþWGS84ÿþLong Tom MountainÿþLemhiÿþLake Creek, about 15 ft above confluence with Main Salmonÿþstream sediment and water from Lake CreekÿþAu placerÿþLake Creek placer is in vicinityÿþunnamedÿþclearÿþPrecambrian biotite gneissÿþnone observed; home 200 ft upstream of sample site‚‚N2+"õÊˆung^ÿÿÿ€F@2@ffffffM@€\@8@333333ã?’¦Tœ}¨F@’¦Tœ™\Àvà8á@â?:@ÿþ96SA139DÿþWGS84ÿþWGS84ÿþBighorn CragsÿþLemhiÿþsample site duplicate of 96SA139ÿþsample site duplicate of 96SA139ÿþAu placerÿþundetermined placer (name unknown)ÿþMineral Hillÿþclearÿþfoliated augen gneiss and pegmatite and lesser biotite gneissÿþnone observedbbS ÿÛÐ®Œ…voh^ÿÿÿ¡y¸ '¥ $k»€F@2@33333óI@€\@8@š™™™™™.@IS*Î>¨F@Zd;ß™\À€@9á@9Žã8Žãé?5@ÿþ96SA153ÿþWGS84ÿþWGS84ÿþBighorn CragsÿþLemhiÿþGarden Creek, about 20 ft above confluence with Panther Creekÿþstream sediment and water from Garden CreekÿþAu placerÿþGarden Creek placer is in vicinityÿþunnamedÿþpartly cloudyÿþnone at siteÿþnone observed; private home, trailers, misc. debris above siteŒŒL>/&÷Ê‹„ung^ÿÿÿ€F@2@€I@€\@8@ffffff(@Ði6¨F@?V¡Ñ™\Àv@9á@9Žã8Žãè?5@ÿþ96SA152ÿþWGS84ÿþWGS84ÿþBighorn CragsÿþLemhiÿþPanther Creek, about 150 ft above confluence with Garden Creekÿþstream sediment and water from Panther CreekÿþAu placerÿþGarden Creek placer is in vicinityÿþunnamedÿþpartly cloudyÿþleucocratic graniteÿþnone observed; well-used road along river close to sample site••U@1(ùË‹„ung^ÿÿÿ€F@1@š™™™™™>@€\@5@fffffæ4@PFoËZ¥F@(6ª„Å–\À\ @9á@ä8Žã8Žç?;@ÿþ96SA151ÿþWGS84ÿþWGS84ÿþPine Creek RapidsÿþLemhiÿþClear Creek, about 200 yd above confluence with Panther Creekÿþstream sediment and water from Clear CreekÿþAu placerÿþClear Creek placer is in vicinityÿþunnamedÿþpartly cloudyÿþnone at siteÿþnone observed]]N@1(úÎˆung^ÿÿÿ€F@"@ÍÌÌÌÌÌK@€\@6@!@Î—H-•F@À7¯&ž—\À @9á@UUUUUUâ?5@ÿþ96SA150ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþSouth Fork of Big Deer Creek, about 150 ft upstream of confluence with Big Deer Creekÿþstream sediment and water from South Fork; about 2.5 mi downstream of the Blackbird mine; blue-green stained alluvium and organic debris (Cu)ÿþBlackbird Co-CuÿþBlackrock mill site; Blackbird mine (site is 2.5 mi downstream of mine)ÿþBlackbirdÿþpartly cloudyÿþnone at siteÿþmine drainage; alluvium, tree root, & organic matter is coated w/ spectacular blue-green precipitate (Cu)^^óåÖË‚qâ‹„ung^ÿÿÿ€F@"@ÍÌÌÌÌŒL@€\@6@š™™™™™'@Bó×ï:•F@sŽv+—\À @9á@ÇqÇqà?7@ÿþ96SA149ÿþWGS84ÿþWGS84ÿþGant MountainÿþLemhiÿþBig Deer Creek, about 100 ft above confluence with South Forkÿþstream sediment and water from upper Big Deer CreekÿþBlackbird Co-CuÿþMary Ann mine is about 1 mi upstreamÿþBlackbirdÿþpartly cloudyÿþnone at siteÿþnone observedmm^PA6ÿÊ‹„ung^ÿÿÿ€F@2@€3@€\@?@fffff&J@K~±ä§F@+ûÿ¡\Àä 9á@«ªªªªªâ?4@ÿþ96SA147ÿþWGS84ÿþWGS84ÿþLong Tom MountainÿþLemhiÿþColson Creek, about ½ mi above junction with road along Main Salmonÿþstream sediment and water from Colson Creek; site is about 75 ft upstream of uppermost cabin; several cabins below site and road along creek; historic mining in upper drainageÿþ---ÿþunnamedÿþclearÿþnone at siteÿþnone observed; infrequently traveled road along creek; historic mining in upper part of drainage (> 5 mi upstream of site)$$¨š“Š……Ôˆung^ÿÿ÷my@€ € € € € €@@@@ @@@@@€ € € € € € € € € € € € € @@@@@€ € € € € € @@@@@@ € € € 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š™™™™™¹?à?š™™™™™¹?gfffff @ÿþ01SA286ÿþ01SA286FUÿþC-189675ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?{®Gáz´¿ÍÌÌÌÌÌ@ÿþ01SA318ÿþ01SA318FUÿþC-189674ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?š™™™™™Ù?333333Ó?gfffff@ÿþ01SA317ÿþ01SA317FUÿþC-189673ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?š™™™™™¹?{®Gáz´¿gfffffö?ÿþ01SA280ÿþ01SA280FUÿþC-189672ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?š™™™™™É?{®Gáz´¿gfffffþ?ÿþ01SA255ÿþ01SA255FUÿþC-189671ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333ã?š™™™™™É?{®Gáz´¿š™™™™™ñ?ÿþ01SA271ÿþ01SA271FUÿþC-189670ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?333333Ó?{®Gáz´¿gfffff@ÿþ01SA323ÿþ01SA323FUÿþC-189669ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?š™™™™™Ù?{®Gáz´¿333333@ÿþ01SA321ÿþ01SA321FUÿþC-189668ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ {®Gáz´?š™™™™™Ù?{®Gáz´¿333333ó?ÿþ01SA291ÿþ01SA291FUÿþC-189667ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?š™™™™™É?{®Gáz´¿ð?ÿþ01SA315ÿþ01SA315FUÿþC-189666ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ gfffffæ?š™™™™™É?{®Gáz´¿ð?ÿþ01SA281ÿþ01SA281FUÿþC-189665ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?à?{®Gáz´¿gfffff @ÿþ01SA305ÿþ01SA305FUÿþC-189664ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?š™™™™™É?{®Gáz´¿ø?ÿþ01SA283ÿþ01SA283FUÿþC-189663ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?š™™™™™Ù?{®Gáz´¿333333ó?ÿþ01SA329ÿþ01SA329FUÿþC-189662ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 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refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?{®Gáz´¿ÍÌÌÌÌÌ@ÿþ01SA275ÿþ01SA275FUÿþC-189690ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?š™™™™™É?{®Gáz´¿ÍÌÌÌÌÌü?ÿþ01SA247ÿþ01SA247FUÿþC-189689ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?š™™™™™é?{®Gáz´¿ÍÌÌÌÌÌ@ÿþ01SA288ÿþ01SA288FUÿþC-189688ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?š™™™™™É?{®Gáz´¿333333û?ÿþ01SA245ÿþ01SA245FUÿþC-189687ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?333333ã?{®Gáz´¿gfffff@ÿþ01SA310ÿþ01SA310FUÿþC-189686ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?š™™™™™ñ?{®Gáz´¿333333@ÿþ01SA300ÿþ01SA300FUÿþC-189685ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™Ù?š™™™™™É?{®Gáz´¿š™™™™™ù?ÿþ01SA241Dÿþ01SA241DFUÿþC-189684ÿþsite duplicate of 01SA241ÿþwater, 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filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™Ù?à?{®Gáz´¿ÍÌÌÌÌÌ@ÿþ01SA289ÿþ01SA289FUÿþC-189726ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?š™™™™™É?{®Gáz´¿333333@ÿþ01SA246ÿþ01SA246FUÿþC-189725ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?š™™™™™ñ?{®Gáz´¿@ÿþ01SA322ÿþ01SA322FUÿþC-189724ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?ÍÌÌÌÌÌì?{®Gáz´¿gfffff#@ÿþ01SA297Dÿþ01SA297DFUÿþC-189723ÿþsite duplicate of 01SA297ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed¨]B8,"ÿ š™™™™™É?ÍÌÌÌÌÌì?{®Gáz´¿gfffff#@ÿþ01SA297ÿþ01SA297FUÿþC-189722ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?ÍÌÌÌÌÌô?{®Gáz´¿gfffff"@ÿþ01SA303ÿþ01SA303FUÿþC-189721ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?š™™™™™É?{®Gáz´¿š™™™™™ù?ÿþ01SA254ÿþ01SA254FUÿþC-189720ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?ÍÌÌÌÌÌì?{®Gáz´¿ÍÌÌÌÌÌ@ÿþ01SA308ÿþ01SA308FUÿþC-189719ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?{®Gáz´¿š™™™™™@ÿþ01SA267ÿþ01SA267FUÿþC-189718ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™Ù?š™™™™™Ù?{®Gáz´¿ÍÌÌÌÌÌ@ÿþ01SA269ÿþ01SA269FUÿþC-189717ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™Ù?š™™™™™Ù?{®Gáz´¿gfffff@ÿþ01SA270ÿþ01SA270FUÿþC-189716ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™Ù?333333Ó?{®Gáz´¿ÍÌÌÌÌÌ@ÿþ01SA272ÿþ01SA272FUÿþC-189715ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333ã?à?{®Gáz´¿ÍÌÌÌÌÌ@ÿþ01SA260ÿþ01SA260FUÿþC-189714ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 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š™™™™™Ù?333333Ó?{®Gáz´¿š™™™™™@ÿþ01SA265ÿþ01SA265FUÿþC-189706ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?{®Gáz´¿@ÿþ01SA279ÿþ01SA279FUÿþC-189705ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷eÊ/” ù^Ã( ò W ¼!†ëPµäI®xÝB š™™™™™É?š™™™™™é?š™™™™™¹¿333333@ÿþ96SA127ÿþ96SA127FUÿþF-012468ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™Ù?š™™™™™É?š™™™™™¹¿ffffff@ÿþ96SA114ÿþ96SA114FUÿþF-012467ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™é?š™™™™™Ù?š™™™™™¹¿ffffff @ÿþ96SA122ÿþ96SA122FUÿþF-012466ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ à?š™™™™™É?š™™™™™¹?@ÿþ96SA118ÿþ96SA118FUÿþF-012465ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™Ù?ÍÌÌÌÌÌô?{®Gáz´¿@ÿþ01SA333ÿþ01SA333FUÿþC-192725ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333ó?333333û?{®Gáz´¿š™™™™™@ÿþ01SA331ÿþ01SA331FUÿþC-192723ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™ù?š™™™™™ù?{®Gáz´¿333333@ÿþ01SA332ÿþ01SA332FUÿþC-192720ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ .@=@{®Gáz´¿G@ÿþ01SA309ÿþ01SA309FUÿþC-189748ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 0@*@{®Gáz´¿G@ÿþ01SA261ÿþ01SA261FUÿþC-189747ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ .@&@{®Gáz´¿E@ÿþ01SA244ÿþ01SA244FUÿþC-189746ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?ÍÌÌÌÌÌ@gfffffö?@`@ÿþ01SA314ÿþ01SA314FUÿþC-189745ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?333333Ó?{®Gáz´¿ÍÌÌÌÌÌô?ÿþ01SA325ÿþ01SA325FUÿþC-189744ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?gfffffþ?{®Gáz´¿€M@ÿþ01SA330ÿþ01SA330FUÿþC-189743ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?ÍÌÌÌÌÌ@š™™™™™É?@Q@ÿþ01SA296ÿþ01SA296FUÿþC-189742ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ à?333333@{®Gáz´¿0@ÿþ01SA320ÿþ01SA320FUÿþC-189741ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ à?@{®Gáz´¿.@ÿþ01SA319ÿþ01SA319FUÿþC-189740ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?š™™™™™@{®Gáz´¿ÍÌÌÌÌÌ"@ÿþ01SA328ÿþ01SA328FUÿþC-189739ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?gfffffæ?{®Gáz´¿333333@ÿþ01SA326ÿþ01SA326FUÿþC-189738ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ ð?333333ã?{®Gáz´¿š™™™™™@ÿþ01SA259ÿþ01SA259FUÿþC-189737ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?ÍÌÌÌÌÌô?{®Gáz´¿ÍÌÌÌÌÌ@ÿþ01SA294ÿþ01SA294FUÿþC-189736ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?ÍÌÌÌÌÌì?{®Gáz´¿3@ÿþ01SA312ÿþ01SA312FUÿþC-189735ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?gfffffæ?{®Gáz´¿ÍÌÌÌÌÌ@ÿþ01SA313ÿþ01SA313FUÿþC-189734ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?333333Ó?{®Gáz´¿ÍÌÌÌÌÌ@ÿþ01SA248ÿþ01SA248FUÿþC-189733ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™Ù?gfffffæ?{®Gáz´¿@ÿþ01SA290ÿþ01SA290FUÿþC-189732ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?333333ã?{®Gáz´¿@ÿþ01SA327ÿþ01SA327FUÿþC-189731ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™É?š™™™™™@ÿþ01SA263ÿþ01SA263FUÿþC-189730ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷_eÊ/” ù^Ã( Ó 8 HwÜA¦pÕ:Ÿ 333333Ó?š™™™™™Ù?š™™™™™¹¿ffffff@ÿþ96SA102ÿþ96SA102FUÿþF-012493ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333ã?š™™™™™Ù?š™™™™™É?@ÿþ96SA105ÿþ96SA105FUÿþF-012492ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™¹¿333333@ÿþ96SA088ÿþ96SA088FUÿþF-012491ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™¹¿ÍÌÌÌÌÌ@ÿþ96SA099ÿþ96SA099FUÿþF-012490ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™é?333333ã?ffffffæ?š™™™™™!@ÿþ96SA066ÿþ96SA066FUÿþF-012489ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?š™™™™™Ù?ÍÌÌÌÌÌ@ffffff@ÿþ96SA120ÿþ96SA120FUÿþF-012488ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?333333ã?@ÿþ96SA125ÿþ96SA125FUÿþF-012487ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?š™™™™™É?š™™™™™@ÍÌÌÌÌÌ@ÿþ96SA086ÿþ96SA086FUÿþF-012486ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?š™™™™™¹¿š™™™™™¹¿@ÿþ96SA084ÿþ96SA084FUÿþF-012485ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ à?à?333333ã?@ÿþ96SA119ÿþ96SA119FUÿþF-012484ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™é?333333Ó?š™™™™™¹¿š™™™™™ @ÿþ96SA112ÿþ96SA112FUÿþF-012483ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?š™™™™™Ù?š™™™™™¹¿333333@ÿþ96SA117Dÿþ96SA117DFUÿþF-012482ÿþsite duplicate of 96SA117FUÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzedª_B8,"ÿ š™™™™™É?333333Ó?š™™™™™¹¿333333@ÿþ96SA117ÿþ96SA117FUÿþF-012481ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?333333ã?š™™™™™¹¿ÍÌÌÌÌÌ@ÿþ96SA071ÿþ96SA071FUÿþF-012480ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?š™™™™™Ù?š™™™™™¹¿333333@ÿþ96SA121ÿþ96SA121FUÿþF-012479ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?š™™™™™É?š™™™™™¹¿333333@ÿþ96SA093Dÿþ96SA093DFUÿþF-012478ÿþsite duplicate of 96SA093FUÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzedª_B8,"ÿ 333333Ó?333333Ó?š™™™™™¹¿333333@ÿþ96SA093ÿþ96SA093FUÿþF-012477ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?š™™™™™é?š™™™™™¹¿@ÿþ96SA075ÿþ96SA075FUÿþF-012476ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?š™™™™™Ù?š™™™™™¹¿333333@ÿþ96SA082ÿþ96SA082FUÿþF-012475ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?š™™™™™é?š™™™™™¹¿@ÿþ96SA065ÿþ96SA065FUÿþF-012474ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?333333Ó?š™™™™™¹¿@ÿþ96SA081ÿþ96SA081FUÿþF-012473ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ ÍÌÌÌÌÌì?333333Ó?š™™™™™¹¿ffffff@ÿþ96SA149ÿþ96SA149FUÿþF-012472ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™¹¿ÍÌÌÌÌÌ@ÿþ96SA079ÿþ96SA079FUÿþF-012471ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™¹¿ÍÌÌÌÌÌ@ÿþ96SA078ÿþ96SA078FUÿþF-012470ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™Ù?333333Ó?š™™™™™¹?@ÿþ96SA124ÿþ96SA124FUÿþF-012469ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷~eÊ/” ù^Ã( ò W ¼!†ëP–û`Å*ôY¾ 333333Ó?š™™™™™é?š™™™™™¹¿€A@ÿþ96SA150ÿþ96SA150FUÿþF-012518ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?@š™™™™™¹¿(@ÿþ96SA128ÿþ96SA128FUÿþF-012517ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™é?à?š™™™™™¹¿@ÿþ96SA100ÿþ96SA100FUÿþF-012516ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™¹¿@ÿþ96SA097ÿþ96SA097FUÿþF-012515ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™Ù?š™™™™™Ù?š™™™™™¹¿@ÿþ96SA103ÿþ96SA103FUÿþF-012514ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?š™™™™™Ù?š™™™™™¹¿@ÿþ96SA109ÿþ96SA109FUÿþF-012513ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?š™™™™™É?š™™™™™¹¿@ÿþ96SA085ÿþ96SA085FUÿþF-012512ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?š™™™™™É?š™™™™™¹¿@ÿþ96SA087ÿþ96SA087FUÿþF-012511ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?ÍÌÌÌÌÌü?š™™™™™É?€C@ÿþ96SA072Dÿþ96SA072DFUÿþF-012510ÿþsite duplicate of 96SA072FUÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzedª_B8,"ÿ š™™™™™É?@š™™™™™É?€C@ÿþ96SA072ÿþ96SA072FUÿþF-012509ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™¹?333333Ó?š™™™™™¹¿@ÿþ96SA092ÿþ96SA092FUÿþF-012508ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?333333Ó?š™™™™™¹¿@ÿþ96SA115ÿþ96SA115FUÿþF-012507ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?à?š™™™™™¹¿@ÿþ96SA107ÿþ96SA107FUÿþF-012506ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ à?š™™™™™Ù?š™™™™™¹¿@ÿþ96SA110ÿþ96SA110FUÿþF-012505ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ à?à?š™™™™™¹¿@ÿþ96SA101ÿþ96SA101FUÿþF-012504ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™¹¿@ÿþ96SA116ÿþ96SA116FUÿþF-012503ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?ÍÌÌÌÌÌ@š™™™™™¹¿@ÿþ96SA123ÿþ96SA123FUÿþF-012502ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™¹¿333333@ÿþ96SA113ÿþ96SA113FUÿþF-012501ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?š™™™™™Ù?š™™™™™¹¿333333@ÿþ96SA111ÿþ96SA111FUÿþF-012500ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™¹¿@ÿþ96SA108ÿþ96SA108FUÿþF-012499ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™¹¿@ÿþ96SA091ÿþ96SA091FUÿþF-012498ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?š™™™™™Ù?š™™™™™¹¿333333@ÿþ96SA106ÿþ96SA106FUÿþF-012497ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™É?š™™™™™É?š™™™™™¹¿ÍÌÌÌÌÌ@ÿþ96SA089ÿþ96SA089FUÿþF-012496ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™¹¿ÍÌÌÌÌÌ@ÿþ96SA096ÿþ96SA096FUÿþF-012495ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 333333Ó?333333Ó?š™™™™™¹¿@ÿþ96SA090ÿþ96SA090FUÿþF-012494ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷§eÊ/” ù^Ã .@(@š™™™™™¹¿ÀV@ÿþ96SA094ÿþ96SA094FUÿþF-012525ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 3@&@š™™™™™¹¿€C@ÿþ96SA098ÿþ96SA098FUÿþF-012524ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ ,@333333@š™™™™™¹¿D@ÿþ96SA095ÿþ96SA095FUÿþF-012523ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ 0@*@š™™™™™¹¿A@ÿþ96SA104ÿþ96SA104FUÿþF-012522ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ ,@š™™™™™ @š™™™™™¹¿:@ÿþ96SA080ÿþ96SA080FUÿþF-012521ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™Ù?ffffff@š™™™™™¹¿€M@ÿþ96SA126ÿþ96SA126FUÿþF-012520ÿþwater, filtered @ 0.45 micron, not acidified, refrigerated until analyzed‹@@6+"÷ š™™™™™#@š™™™™™!@š™™™™™¹¿<@ÿþ96SA083ÿþ96SA083FUÿþF-012519ÿþwater, 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CÚ+{®Gázt¿{®Gáz„¿…ëQ¸…ã?{®Gázä?{®Gáz´?333333@@ð?š™™™™™ñ?333333ó?$Àš™™™™™ù?4À@š™™™™™ @teŒŒLìQ¸…ë±?š™™™™™¹¿$Àð¿YÀš™™™™™©¿IÀ{®Gáz”?ìQ¸…ëá?{®Gáz”¿{®Gáz”?IÀš™™™™™É¿@gfffff@{®Gáz”? root, &ð?ÀR@@S@d w/ spe{®Gázt¿ blue-gr¸…ëQ¸ž¿IÀš™™™™™©¿{®Gázt¿333333ã?š™™™™™É?$Àš™™™™™¹? ×£p= ·?{®Gáz„¿à¿$Àom culveÿþ01SA266ÿþ01SA266FAÿþC-189414ÿþwater, filtered @ 0.45 micron, acidified w/ HNO3ÐÐÆ»²÷ÿÿÿ¿ÿ¿ÿ×ÿ[{®Gáz„¿ð¿š™™™™™Ù?$Àš™™™™™É¿YÀ{®Gáz„¿À@gfffff @š™™™™™©¿$À{®Gáz„¿(@*@{®Gáz”¿À{®Gáz„?{®Gáz”¿$Àð¿$À{®Gáz„¿333333ã?$Àyé&1¬|?{®Gázt¿{®Gázt¿@4À{®Gáz”¿;ßO—n‚?{®Gáz”¿ CÚ+{®Gázt¿{®Gáz„¿¸…ëQ¸æ?®Gáz®ç?{®Gáz”?ð?ð¿ÍÌÌÌÌÌü?ÍÌÌÌÌÌü?¤p= ×£À?$ÀÍÌÌÌÌÌì?4À333333@@teŒŒL¸…ëQ¸ž?š™™™™™¹¿$Àð¿YÀš™™™™™©¿IÀ{®Gáz„¿š™™™™™É?{®Gáz”¿{®Gáz”¿IÀš™™™™™É¿š™™™™™@gfffff@{®Gáz„¿ root, &ÍÌÌÌÌÌì¿€N@O@d w/ spe{®Gázt¿ blue-gr¸…ëQ¸ž¿IÀš™™™™™©¿{®Gázt¿ø?333333Ó?$À{®Gáz”¿¸…ëQ¸ž?{®Gáz„¿à¿$Àom culveÿþ01SA316ÿþ01SA316FAÿþC-189413ÿþwater, filtered @ 0.45 micron, acidified w/ HNO3ÐÐÆ»²÷ÿÿÿ¿ÿ¿ÿ×ÿ[{®Gáz„¿ð¿gfffff@$Àš™™™™™É¿YÀ{®Gáz„¿À$@#@š™™™™™©¿$À{®Gáz„¿gfffff#@$@{®Gáz”¿À{®Gáz¤?{®Gáz”¿$Àð¿$À{®Gáz„¿à¿$À{®Gáz”?{®Gáz”?{®Gázt¿333333@4À{®Gáz”¿{®Gáz”?{®Gáz”¿ CÚ+{®Gázt?{®Gáz„¿ ×£p= ç?®Gáz®ç?¸…ëQ¸®?gfffff@gfffff@ÍÌÌÌÌÌü?gfffffþ?q= ×£pÍ?$Àgfffff@4À@ÍÌÌÌÌÌ@teŒŒLìQ¸…ë±?š™™™™™¹¿$Àð¿YÀš™™™™™©¿IÀ{®Gáz”?š™™™™™É?{®Gáz”¿{®Gáz”¿IÀš™™™™™É¿gfffff@gfffff@{®Gáz”? root, &ÍÌÌÌÌÌ@E@F@d w/ spe{®Gázt¿ blue-gr¸…ëQ¸ž¿IÀš™™™™™©¿{®Gázt¿333333ó?š™™™™™É?$ÀìQ¸…ë±?š™™™™™¹?{®Gáz„?ð?$Àom culveÿþ01SA324ÿþ01SA324FAÿþC-189412ÿþwater, filtered @ 0.45 micron, acidified w/ HNO3ÐÐÆ»²÷ÿÿÿ¿ÿ¿ÿ×ÿ[{®Gáz„¿ð¿gfffff@$Àš™™™™™é?YÀ{®Gáz„¿Àš™™™™™@š™™™™™@š™™™™™©¿$À{®Gáz„¿$@&@{®Gáz”¿Àš™™™™™©?{®Gáz”¿$Àð¿$À{®Gáz”?à¿$Àú~j¼t“x?{®Gázt?{®Gázt¿"@4Àš™™™™™©?{®Gáz„?{®Gáz¤? 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CÚ+{®Gázt¿{®Gáz„¿à?à?{®Gáz¤?gfffff@š™™™™™@Ãõ(\Âí?¸…ëQ¸î?ö(\Âõà?$Àgfffffþ?4À333333@@teŒŒLš™™™™™©?š™™™™™¹¿$Àð¿YÀš™™™™™©¿IÀ{®Gáz„?Ház®Gá?{®Gáz”¿{®Gáz¤?IÀš™™™™™É¿ÍÌÌÌÌÌ@ÍÌÌÌÌÌ@{®Gáz„¿ root, &@X@Y@d w/ spe{®Gázt¿ blue-gr¸…ëQ¸ž¿IÀš™™™™™©¿{®Gázt¿q= ×£pí?333333Ó?$Àš™™™™™Ù?¸…ëQ¸ž?{®Gáz„¿à¿$Àom culveÿþ01SA265ÿþ01SA265FAÿþC-189410ÿþwater, filtered @ 0.45 micron, acidified w/ HNO3ÐÐÆ»²÷ÿÿÿ¿ÿ¿ÿ×ÿ\¨äÈ ¬t[{®Gáz„¿ð¿333333@$À333333ã?YÀ{®Gáz„¿À@333333@š™™™™™©¿$À{®Gáz„¿&@&@{®Gáz”¿À¸…ëQ¸®?{®Gáz”¿$Àð¿$À{®Gáz”?à¿$À{®Gáz„?{®Gázt¿{®Gázt¿333333#@4À¸…ëQ¸®?;ßO—n‚?{®Gáz”¿ CÚ+{®Gázt¿{®Gáz„¿ö(\Âõà?R¸…ëQà?š™™™™™©?gfffff@ÍÌÌÌÌÌü?gfffffî?gfffffî?> ×£p=ê?$À@4À333333@333333@teŒŒL{®Gáz¤?š™™™™™¹¿$Àð¿YÀš™™™™™©¿IÀ{®Gáz”?Ház®Gá?{®Gáz”¿¸…ëQ¸ž?IÀš™™™™™É¿@ÍÌÌÌÌÌ@{®Gáz„? root, &@V@@W@d w/ spe{®Gázt¿ blue-gr¸…ëQ¸ž¿IÀš™™™™™©¿{®Gázt¿×£p= ×ë?333333Ó?$Àš™™™™™Ù?{®Gáz¤?{®Gáz„¿à¿$Àom culveÿþ01SA272ÿþ01SA272FAÿþC-189419ÿþwater, filtered @ 0.45 micron, acidified w/ HNO3ÐÐÆ»²÷ÿÿÿ¿ÿ¿ÿ×ÿ[{®Gáz„¿ð¿333333 @$Àš™™™™™Ù?YÀ{®Gáz„¿À@ÍÌÌÌÌÌ@š™™™™™©¿$À{®Gáz„¿(@(@{®Gáz”¿À{®Gáz´?{®Gáz”¿$Àð¿$À{®Gáz¤?à¿$À{®Gáz„?{®Gázt¿{®Gázt¿333333!@4Àš™™™™™¹?{®Gáz„?{®Gáz´? CÚ+{®Gázt¿{®Gáz„¿Ház®Gá?Ház®Gá?¸…ëQ¸®?š™™™™™ @ÍÌÌÌÌÌ@q= ×£pí? ×£p= ï?¤p= ×£è?$Àš™™™™™ @4Àgfffff@333333@teŒŒLìQ¸…ë±?š™™™™™¹¿$Àð¿YÀš™™™™™©¿IÀ{®Gáz”?q= ×£på?{®Gáz”¿{®Gáz”?IÀš™™™™™É¿š™™™™™@gfffff@{®Gáz”? root, &@U@@U@d w/ spe{®Gázt¿ blue-gr¸…ëQ¸ž¿IÀš™™™™™©¿{®Gázt¿)\Âõ(ì?333333Ó?$À×£p= ×ã?¸…ëQ¸®?{®Gáz„¿gfffffæ?$Àom culveÿþ01SA260ÿþ01SA260FAÿþC-189418ÿþwater, filtered @ 0.45 micron, acidified w/ HNO3ÐÐÆ»²÷ÿÿÿ¿ÿ¿ÿ×ÿ[{®Gáz„¿ð¿6@9@š™™™™™É¿YÀ{®Gáz„¿À@ÍÌÌÌÌÌ@š™™™™™©¿$À{®Gáz„¿gfffff#@$@{®Gáz”¿Àš™™™™™¹?{®Gáz”¿$Àð¿$À{®Gáz„¿à?$À¸…ëQ¸ž?{®Gáz”?ü©ñÒMb€?0@4À{®Gáz”¿š™™™™™©?{®Gáz”¿ CÚ+;ßO—n‚?{®Gáz„¿333333ë?ÍÌÌÌÌÌì?š™™™™™¹?š™™™™™ù?ÍÌÌÌÌÌ@gfffff@gfffff@Ð?$ÀÍÌÌÌÌÌ@4ÀÍÌÌÌÌÌ@ÍÌÌÌÌÌ@teŒŒLš™™™™™É?š™™™™™¹¿$À@YÀš™™™™™©¿IÀ{®Gáz¤?333333Ó?{®Gáz”¿{®Gáz”¿IÀš™™™™™É¿š™™™™™@@¸…ëQ¸ž? root, &ffffff@O@€O@d w/ speú~j¼t“x? blue-gr¸…ëQ¸ž¿IÀš™™™™™©¿{®Gázt¿333333ó?š™™™™™Ù?$À¸…ëQ¸ž?š™™™™™É?{®Gáz”?à¿$Àom culveÿþ01SA282ÿþ01SA282FAÿþC-189417ÿþwater, filtered @ 0.45 micron, acidified w/ HNO3ÐÐÆ»²÷ÿÿÿ¿ÿ¿ÿ×ÿ[{®Gáz„¿ð¿š™™™™™ @$À333333Ó?YÀ{®Gáz„¿À@ÍÌÌÌÌÌ@š™™™™™©¿$À{®Gáz„¿gfffff#@$@{®Gáz”¿À{®Gáz”?{®Gáz”¿$Àð¿$À{®Gáz´?à¿$À¸…ëQ¸ž?{®Gáz„?{®Gázt¿ÍÌÌÌÌÌ@4À{®Gáz”¿{®Gáz”?{®Gáz”¿ CÚ+ú~j¼t“x?{®Gáz„¿ìQ¸…ëé?ìQ¸…ëé?{®Gáz´?š™™™™™ñ?ð?gfffff@333333@š™™™™™¹?$Àgfffffö?4Àgfffff@333333@teŒŒLš™™™™™¹?š™™™™™¹¿$Àð¿YÀš™™™™™©¿IÀ{®Gáz”?š™™™™™á?{®Gáz”¿¸…ëQ¸ž?IÀš™™™™™É¿@gfffff@{®Gáz”? root, &ÍÌÌÌÌÌì?P@€P@d w/ speú~j¼t“x? blue-gr¸…ëQ¸ž¿IÀš™™™™™©¿{®Gázt¿¸…ëQ¸Þ?š™™™™™¹¿$À{®Gáz”?š™™™™™É?{®Gáz„?à?$Àom culveÿþ01SA293ÿþ01SA293FAÿþC-189416ÿþwater, filtered @ 0.45 micron, acidified w/ HNO3ÐÐÆ»²÷ÿÿÿ¿ÿ¿ÿ×ÿ[{®Gáz„¿ð¿@$Àgfffffæ?YÀ{®Gáz„¿À333333@š™™™™™@š™™™™™©¿$À{®Gáz„¿&@(@{®Gáz”¿Àš™™™™™©?{®Gáz”¿$Àð¿$À{®Gáz”?à¿$Àyé&1¬|?{®Gázt¿{®Gázt¿ÍÌÌÌÌÌ!@4À¸…ëQ¸®?yé&1¬|?š™™™™™©? 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CÚ+{®Gázt¿{®Gáz„¿ö(\ÂõØ? ×£p= ×?{®Gáz´?333333ã?gfffffö?Ãõ(\Âå? ×£p= ç?> ×£p=ê?$À×£p= ×ë?4À333333@ÍÌÌÌÌÌ@teŒŒLìQ¸…ë±?š™™™™™¹¿$Àð¿YÀš™™™™™©¿IÀ{®Gáz”?333333Ó?{®Gáz”¿{®Gáz”¿IÀš™™™™™É¿š™™™™™@ÍÌÌÌÌÌ@{®Gáz„? root, &ð?€T@T@d w/ spe{®Gázt¿ blue-gr¸…ëQ¸ž¿IÀš™™™™™©¿{®Gázt¿Âõ(\â?š™™™™™É?$Àš™™™™™¹?ìQ¸…ë±?{®Gáz„¿333333ã?$Àom culveÿþ01SA240ÿþ01SA240FAÿþC-189482ÿþwater, filtered @ 0.45 micron, acidified w/ HNO3ÐÐÆ»²÷ÿÿÿ¿ÿ¿ÿ×ÿ[{®Gáz„¿ð¿333333@$Àš™™™™™É¿YÀ{®Gáz„¿À@ÍÌÌÌÌÌü?š™™™™™©¿$À{®Gáz„¿333333 @ @{®Gáz”¿À{®Gáz¤?{®Gáz”¿$Àð¿$À{®Gáz„¿à¿$À{®Gáz”?{®Gáz„?{®Gázt¿ÍÌÌÌÌÌ@4À{®Gáz”¿¸…ëQ¸ž?{®Gáz”¿ CÚ+{®Gázt¿{®Gáz„¿gfffffæ?ÍÌÌÌÌÌä?š™™™™™¹?ø?gfffffþ?…ëQ¸…ë?)\Âõ(ì?{®Gáz´?$À@4À@ÍÌÌÌÌÌ@teŒŒLš™™™™™¹?š™™™™™¹¿$Àð¿YÀš™™™™™©¿IÀ{®Gáz¤?š™™™™™Ù?{®Gáz”¿{®Gáz”¿IÀš™™™™™É¿333333@ÍÌÌÌÌÌ@{®Gáz”? root, &@@@?@d w/ spe{®Gázt¿ blue-gr¸…ëQ¸ž¿IÀš™™™™™©¿{®Gázt¿> ×£p=Ú?š™™™™™¹¿$Àš™™™™™¹?š™™™™™¹?{®Gáz„¿š™™™™™é?$Àom culveÿþ01SA264Dÿþ01SA264DFAÿþC-189481ÿþsite duplicate of 01SA264FAÿþwater, filtered @ 0.45 micron, acidified w/ HNO3!ïÒÈ¼²ÿÿÿÿ¿ÿ¿ÿ×ÿ[{®Gáz„¿ð¿2@3@š™™™™™É?YÀ{®Gáz„¿À@š™™™™™@333333Ó?$À{®Gáz„¿gfffff@333333@{®Gáz”¿À{®Gáz¤?{®Gáz”¿$Àð¿$À{®Gáz„¿@$Àš™™™™™¹?‹lçû©ñ²?{®Gázt¿@4À{®Gáz”¿‰A`åÐ"«?{®Gáz”? CÚ+{®Gáz”?{®Gáz„¿Ãõ(\Âå?×£p= ×ã? ×£p= ·?š™™™™™ @gfffff@®Gázæ?\Âõ(\ç?ø?$À333333@4À333333@š™™™™™@teŒŒLš™™™™™É?š™™™™™¹¿$Àð¿YÀš™™™™™©¿IÀ{®Gáz¤?ìQ¸…ëé?{®Gáz”¿{®Gáz”¿IÀš™™™™™É¿333333@gfffff@¸…ëQ¸®? root, &@<@<@d w/ spe{®Gáz”? blue-gr¸…ëQ¸ž¿IÀš™™™™™©¿{®Gáz„?333333û?š™™™™™¹¿$Àš™™™™™©?gfffffæ?{®Gáz´?ð?$Àom culveÿþ01SA311ÿþ01SA311FAÿþC-189480ÿþwater, filtered @ 0.45 micron, acidified w/ HNO3ÐÐÆ»²÷ÿÿÿ¿ÿ¿ÿ×ÿ[{®Gáz„¿ð¿š™™™™™@$Àš™™™™™É¿YÀ{®Gáz„¿À@ÍÌÌÌÌÌü?š™™™™™©¿$À{®Gáz„¿ÍÌÌÌÌÌ @ffffff @{®Gáz”¿Àš™™™™™©?{®Gáz”¿$Àð¿$À{®Gáz„¿à¿$À{®Gáz”?{®Gáz„?{®Gázt¿š™™™™™@4À{®Gáz”¿¸…ëQ¸ž?{®Gáz”? 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kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA266ÿþ01SA266ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA265ÿþ01SA265ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA264Dÿþ01SA264Dÿþnoneÿþsite duplicate of 01SA264ÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kit”G,&_’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA264ÿþ01SA264ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA263ÿþ01SA263ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA262ÿþ01SA262ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA261ÿþ01SA261ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA260ÿþ01SA260ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA259ÿþ01SA259ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA258ÿþ01SA258ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA257ÿþ01SA257ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA256ÿþ01SA256ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA255ÿþ01SA255ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA254ÿþ01SA254ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA252ÿþ01SA252ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA251ÿþ01SA251ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA250ÿþ01SA250ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA249ÿþ01SA249ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA248ÿþ01SA248ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA247ÿþ01SA247ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WPªzôQË E ¿9³-§ ! › ƒýwñkå_Ù6°*¤˜’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA302ÿþ01SA302ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA301ÿþ01SA301ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA300ÿþ01SA300ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA299ÿþ01SA299ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA298ÿþ01SA298ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA297Dÿþ01SA297Dÿþnoneÿþsite duplicate of 01SA297ÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kit”G,&_’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA297ÿþ01SA297ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹?ÿþ01SA296ÿþ01SA296ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA295ÿþ01SA295ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA294ÿþ01SA294ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA293ÿþ01SA293ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA292ÿþ01SA292ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA291ÿþ01SA291ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA290ÿþ01SA290ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA289ÿþ01SA289ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA288ÿþ01SA288ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA287ÿþ01SA287ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA286ÿþ01SA286ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA285ÿþ01SA285ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA284ÿþ01SA284ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA283ÿþ01SA283ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA282ÿþ01SA282ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA281ÿþ01SA281ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA280ÿþ01SA280ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA279ÿþ01SA279ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA278ÿþ01SA278ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA277Dÿþ01SA277Dÿþnoneÿþsite duplicate of 01SA277ÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kit”G,&_’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA277ÿþ01SA277ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA276ÿþ01SA276ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$WMªzônè b ÜVÐJÄ ? “‰{®Gáz„?’Ä‹’Ä‹ÿþ96SA104ÿþ96SA104FEÿþnoneÿþwater, filtered @ 0.45 micron, acidified w/ HCl, protected from sunlightv,,&7{®Gáz„¿’Ä‹’Ä‹ÿþ96SA098ÿþ96SA098FEÿþnoneÿþwater, filtered @ 0.45 micron, acidified w/ HCl, protected from sunlightv,,&7{®Gáz„¿’Ä‹’Ä‹ÿþ96SA095ÿþ96SA095FEÿþnoneÿþwater, filtered @ 0.45 micron, acidified w/ HCl, protected from sunlightv,,&7{®Gáz„¿’Ä‹’Ä‹ÿþ96SA094ÿþ96SA094FEÿþnoneÿþwater, filtered @ 0.45 micron, acidified w/ HCl, protected from sunlightv,,&7{®Gáz„?’Ä‹’Ä‹ÿþ96SA083ÿþ96SA083FEÿþnoneÿþwater, filtered @ 0.45 micron, acidified w/ HCl, protected from sunlightv,,&7{®Gáz„?’Ä‹’Ä‹ÿþ96SA080ÿþ96SA080FEÿþnoneÿþwater, filtered @ 0.45 micron, acidified w/ HCl, protected from sunlightv,,&7¸…ëQ¸ž?’Ä‹’Ä‹ÿþ96SA072Dÿþ96SA072DFEÿþnoneÿþsite duplicate of 96SA072ÿþwater, filtered @ 0.45 micron, acidified w/ HCl, protected from sunlight“I.(?š™™™™™©?’Ä‹’Ä‹ÿþ96SA072ÿþ96SA072FEÿþnoneÿþwater, filtered @ 0.45 micron, acidified w/ HCl, protected from sunlightv,,&7’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA312ÿþ01SA312ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA311ÿþ01SA311ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA310ÿþ96SA104ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA309ÿþ01SA309ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA308ÿþ01SA308ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA307ÿþ01SA307ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA306ÿþ01SA306ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA305ÿþ01SA305ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA304ÿþ01SA304ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W’Ä‹’Ä‹š™™™™™¹¿ÿþ01SA303ÿþ01SA303ÿþnoneÿþwater, unfiltered, collected and analyzed on site with CHEMetrics, Inc. kitw**$W]ª@€ € € € € €@@@@€ € € € € @@@@@@@@@€ € 68kJ:>6Õ68kJ:>8Õ68kJ:>8OÕ68kJ:>:Õ68kJ:><Õ68kJ:>>Õ68kJ:>@Õ68kJ:>BÕ68kJ:>Dü68kJ:>Fü68kJ:>Hü68kJ:@6ü68kJ:@8ü68kJ:@:ü68kJ:@>ü68kJ:@@ü68kJ:@Bü68kJ:@Dü 68kJ:@Fü 68kJ:@Hü68kJ:B6ü68kJ:B8ü 68kJ:B:ü68kJ:B<ü68kJ:B>ü68kJ:B>Oü68kJ:B@ü68kJ:BBü68kJ:BDü68kJ:BFü68kJ:BHü68kJ:D6ü68kJ:D8ü68kJ:D:ü68kJ:D<ü68kJ:D>ü68kJ:D@ü68kJ:DBý68kJ:DDý68kJ:DDOý68kJ:DFý68kJ:DHý68kJ:F6ý68kJ:F8ý68kJ:F:ý68kJ:F<ý68kJ:F>ý 68kJ:F@ý 68kJ:FBý68kJ:FDý68kJ:FFý 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7{®Gázt¿ÿþ01SA307ÿþ01SA307HGÿþC-189358ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ü©ñÒMb?ÿþ01SA242ÿþ01SA242HGÿþC-189357ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7gdÈ, ôX¼ „ è L °xÜ@¤lÐ4˜ü`§ü©ñÒMb€?ÿþ01SA277Dÿþ01SA277DHGÿþC-189606ÿþsite duplicate of 01SA277ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lidsªE* ?yé&1¬|?ÿþ01SA277ÿþ01SA277HGÿþC-189605ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA309ÿþ01SA309HGÿþC-189404ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA261ÿþ01SA261HGÿþC-189403ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7yé&1¬|?ÿþ01SA244ÿþ01SA244HGÿþC-189402ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA314ÿþ01SA314HGÿþC-189401ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt?ÿþ01SA325ÿþ01SA325HGÿþC-189400ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA330ÿþ01SA330HGÿþC-189399ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA296ÿþ01SA296HGÿþC-189398ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA320ÿþ01SA320HGÿþC-189397ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA319ÿþ01SA319HGÿþC-189396ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA328ÿþ01SA328HGÿþC-189395ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA326ÿþ01SA326HGÿþC-189394ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA259ÿþ01SA259HGÿþC-189393ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr7O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA294ÿþ01SA294HGÿþC-189392ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA312ÿþ01SA312HGÿþC-189391ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA313ÿþ01SA313HGÿþC-189390ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt?ÿþ01SA248ÿþ01SA248HGÿþC-189389ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA290ÿþ01SA290HGÿþC-189388ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA327ÿþ01SA327HGÿþC-189387ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA263ÿþ01SA263HGÿþC-189386ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA250ÿþ01SA250HGÿþC-189385ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA257ÿþ01SA257HGÿþC-189384ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA268ÿþ01SA268HGÿþC-189383ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA289ÿþ01SA289HGÿþC-189382ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7gdÈ, ôX¼ „ è L °xÜ@¤lÐ4˜ßC§{®Gázt?ÿþ01SA306ÿþ01SA306HGÿþC-189631ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt?ÿþ01SA240ÿþ01SA240HGÿþC-189630ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA264Dÿþ01SA264DHGÿþC-189629ÿþsite duplicate of 01SA264ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lidsªE* ?{®Gázt?ÿþ01SA311ÿþ01SA311HGÿþC-189628ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA264ÿþ01SA264HGÿþC-189627ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt?ÿþ01SA298ÿþ01SA298HGÿþC-189626ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ü©ñÒMb€?ÿþ01SA286ÿþ01SA286HGÿþC-189625ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt?ÿþ01SA318ÿþ01SA318HGÿþC-189624ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA317ÿþ01SA317HGÿþC-189623ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA280ÿþ01SA280HGÿþC-189622ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA255ÿþ01SA255HGÿþC-189621ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA271ÿþ01SA271HGÿþC-189620ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA323ÿþ01SA323HGÿþC-189619ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ü©ñÒMb€?ÿþ01SA321ÿþ01SA321HGÿþC-189618ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA291ÿþ01SA291HGÿþC-189617ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7yé&1¬|?ÿþ01SA315ÿþ01SA315HGÿþC-189616ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA281ÿþ01SA281HGÿþC-189615ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA305ÿþ01SA305HGÿþC-189614ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt?ÿþ01SA283ÿþ01SA283HGÿþC-189613ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA329ÿþ01SA329HGÿþC-189612ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7;ßO—n‚?ÿþ01SA299ÿþ01SA299HGÿþC-189611ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7yé&1¬|?ÿþ01SA276ÿþ01SA276HGÿþC-189610ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7yé&1¬|?ÿþ01SA285ÿþ01SA285HGÿþC-189609ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ü©ñÒMb€?ÿþ01SA278ÿþ01SA278HGÿþC-189608ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ü©ñÒMb€?ÿþ01SA273ÿþ01SA273HGÿþC-189607ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7AdÈs ×;Ÿg Ë / “÷[¿#‡ëO³{{®Gázt¿ÿþ01SA333ÿþ01SA333HGÿþC-192664ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA331ÿþ01SA331HGÿþC-192662ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA332ÿþ01SA332HGÿþC-192659ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA251ÿþ01SA251HGÿþC-189650ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA284ÿþ01SA284HGÿþC-189649ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt?ÿþ01SA301ÿþ01SA301HGÿþC-189648ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt?ÿþ01SA249ÿþ01SA249HGÿþC-189647ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA274ÿþ01SA274HGÿþC-189646ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA243ÿþ01SA243HGÿþC-189645ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA304ÿþ01SA304HGÿþC-189644ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt?ÿþ01SA252ÿþ01SA252HGÿþC-189643ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA302ÿþ01SA302HGÿþC-189642ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA292ÿþ01SA292HGÿþC-189641ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA275ÿþ01SA275HGÿþC-189640ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA247ÿþ01SA247HGÿþC-189639ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA288ÿþ01SA288HGÿþC-189638ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA245ÿþ01SA245HGÿþC-189637ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA310ÿþ01SA310HGÿþC-189636ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7yé&1¬|?ÿþ01SA300ÿþ01SA300HGÿþC-189635ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7ú~j¼t“x?ÿþ01SA241Dÿþ01SA241DHGÿþC-189634ÿþsite duplicate of 01SA241ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lidsªE* ?ú~j¼t“x?ÿþ01SA287ÿþ01SA287HGÿþC-189633ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7{®Gázt¿ÿþ01SA241ÿþ01SA241HGÿþC-189632ÿþwater, filtered @ 0.45 micron, preserved w/ K2Cr2O7-HNO3, collected in glass bottles w/ Teflon lids(( 7+ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ €@ M8FH<@D€‚M8FH<@F€‚M8FH<@H€‚M8FH€‚M8FH€‚M8FH€‚M8FH€‚M8FH66€‚M8FH>68€‚M8FH>6:€‚M8FH>6<€‚M8FH>6>€‚M8FHB6@€‚M8FHB6B€‚M8FHB6D€‚M8FHB6F€‚M8FHB6H€‚M8FHB86€‚M8FHB88€‚M8FHB8:€‚M8FHB8<€‚M8FHB8>€‚M8FHB8@€‚M8FHB8B€‚ M8FHB8D€‚ M8FHB8F€‚M8FHB8H€‚M8FHB:6€‚ M8FHB:8€‚M8FHB::€‚M8FHB:<€‚M8FHB:>€‚M8FHB:@€‚M8FHB:B€‚M8FHB:D€‚M8FHB:F€‚M8FHB:H€‚M8FHB<6€‚M8FHB<8€‚M8FHB<:€‚M8FHB<<€‚M8FHB<>€‚M8FHB<@€‚M8FHB6€‚M8FHB>8€‚ M8FHB>:€‚ M8FHB><€‚M8FHB>>€‚M8FHB>@€‚ M8FHB>B€‚M8FHB>D€‚M8FHB>F€‚M8FHB>H€‚M8FHB@6€‚M8H:B@H€‚M8H:BB:€‚M8H:BB>€‚Î@€ € € € € €@@@@€ € € € € @@@@@@@@@68kJ:>668kJ:>868kJ:>8O68kJ:>:68kJ:>< 68kJ:>>68kJ:>@68kJ:>B68kJ:>D68kJ:>F68kJ:>H68kJ:@668kJ:@868kJ:@:68kJ:@>68kJ:@@68kJ:@B68kJ:@D68kJ:@F68kJ:@H68kJ:B6 68kJ:B868kJ:B: 68kJ:B<68kJ:B>68kJ:B>O68kJ:B@68kJ:BB 68kJ:BD68kJ:BF68kJ:BH68kJ:D668kJ:D8 68kJ:D:68kJ:D<68kJ:D>68kJ:D@68kJ:DB68kJ:DD68kJ:DDO68kJ:DF68kJ:DH68kJ:F668kJ:F868kJ:F:68kJ:F<68kJ:F>68kJ:F@68kJ:FB68kJ:FD68kJ:FF68kJ:FH68kJ:H668kJ:H8 68kJ:H: 68kJ:H<68kJ:H> 68kJ:H@68kJ:HB68kJ:HD68kJ:HDO68kJ:HF68kJ:HH68kJ<6668kJ<6868kJ<6: 68kJ<6<68kJ<6>68kJ<6@68kJ<6B68kJ<6D68kJ<6F68kJ<6H68kJ<8668kJ<8868kJ<8: 68kJ<8<68kJ<8>68kJ<8@ 68kJ<8B68kJ<8D68kJ<8F68kJ<8H68kJ<:668kJ<:868kJ<::68kJ<:<68kJ<:>68kJ<:@68kJ<:B68kJ<:D68kJ<:F 68kJ<:H68kJ<<668kJ<<868kJ<<:68kJ<<<äY½N ½½½½ Y Y Y Y ÀY Y Y Y LdY ( Y ·’d Y ’È Y Ld Y L·d Y ·’þ Y ’ôSite_IDTemp_CFlow_RateFlow_UnitspHConduct_uS/cmTurbidity_FTUTurbidity_QualDiss_O2_ppmWater_SourceType_of_SiteWater_ColorWater_OdorChannel_BedOther_Notesƒÿÿ·ÿÿLÿÿÿÿ’ÿÿ·ÿÿLÿÿÿÿ’ÿÿ· ’L·‰ƒÿÿ·ÿÿLÿÿÿÿ’ÿÿ·ÿÿLÿÿÿÿ’ÿÿ· ’L·€YÿÿÿÿYÿÿÿÿPrimaryKeySite_IDÿÿÖ»v1ì€üÿU¯ öÛÉ R +$Q$û¶@@€@€@ € €@ ,@€V@333333 @€O@ÍÌÌÌÌÌô? @ÿþ01SA252ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþgravel to cobbles to small boulders; infilled with sandy sediment; local FeOx staining and brown algae on alluviumÿþsample collected below riffle, width integratedîztiMF@;2 ÿ,@À’@ffffff @ÀP@ÍÌÌÌÌÌü? @ÿþ01SA251ÿþcfsÿþslightÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþcobbles and boulders infilled by sandy sediment; shoreline boulders are MnOx-stained; those below water level have brown algaeÿþsample collected below riffle, width integrated-ü|vkOH@;2 ÿffffff#@Y@333333 @ÀX@)\Âõ(ä? @ÿþ01SA250ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþlight-colored cobbles and small boulders; slippery due to abundant algae; MnOx on shoreline bouldersÿþsample collected below riffle, width integratedàztiMF@;2 ÿ&@@@ @P@@ @ÿþ01SA249ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders and cobbles infilled with sandy sediment; abundant MnOx and brown algae on boulders along shoreÿþsample collected below riffle, width integratedäztiMF@;2 ÿ1@T@ÍÌÌÌÌÌ @À^@ÍÌÌÌÌÌô? @ÿþ01SA248ÿþcfsÿþslightly milkyÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþsample collected below riffle, width integrated»ŠŠ„y]P@;2 ÿ_.@ Œ@ffffff @O@= ×£p=ê? @ÿþ01SA247ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþbouldery, swift, MnOx and algae coating bouldersÿþsample collected below riffle, width integratedÝ¬ztiMF@;2 ÿ(@9@ffffff @ÀW@333333ë? @ÿþ01SA246ÿþcfsÿþnoneÿþcreekÿþflowing in sunny areaÿþcolorlessÿþnoneÿþhigh gradient, bouldery, slippery due to algae; a little FeOx staining on alluviumÿþsample collected below riffle, width integratedúÉuodMF@;2 ÿ*@Š@ffffff @N@š™™™™™¹? @ÿþ01SA245ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders and cobbles in-filed with fine sand; MnOx and minor FeOx coats alluvial rocks along shoreÿþsample collected below riffle, width integratedÞztiMF@;2 ÿ€J@@ÍÌÌÌÌÌ"@@z@@ÿþ01SA244ÿþL/minÿþnoneÿþhot springÿþspring flowing in shaded areaÿþcolorlessÿþstrong sulfurÿþsmall spring flowing from fracture in bedrock; white precipitate coats bedrock at sourceÿþcollected at source; there is likely more thermal water flowing from associated fractures in bedrock below river level_ç~sTHB;2 ÿ333333!@D@š™™™™™@€O@ìQ¸…ëá? @ÿþ01SA243ÿþcfsÿþnoneÿþcreekÿþflowing in sunny areaÿþcolorlessÿþnoneÿþboulders to cobbles, sparse fines; rocks slippery from algae; slight MnOx stainingÿþsample collected below riffle, width integratedúÉuodMF@;2 ÿ$@4@ @ÀP@{®Gáz¤? @ÿþ01SA242ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþpebbles, cobbles, and boulders; sparse fine sediment; very slippery rocks due to algaeÿþsample collected below riffle, width integratedÒztiMF@;2 ÿ(@N@ @L@¤p= ×£è? @ÿþ01SA241Dÿþcfsÿþcreekÿþflowing in sunny areaÿþcolorlessÿþnoneÿþsample collected below riffle, width integrated¡ppj_HAA<2 _&@N@333333 @€K@š™™™™™ù? @ÿþ01SA241ÿþcfsÿþcreekÿþflowing in sunny areaÿþcolorlessÿþnoneÿþboulders to cobbles predominant; fines in pockets behind boulders; MnOx and lesser FeOx on boulders; silt on boulders; rocks slippery due to silt and algaeÿþsample collected below riffle, width integrated=oi^G@@;2 ffffff"@@@333333 @€J@333333ó?"@ÿþ01SA240ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky, bouldery, moss, and algae; no precipitates notedÿþsample collected below riffle, width integratedä³ztiMF@;2 ÿ6 ÆŒ ú Õ ÑYË}lZ^0@š@!@€Q@ÍÌÌÌÌÌô? @ÿþ01SA265ÿþcfsÿþslightÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþabundant silty sand within small boulders and cobblesÿþsample collected below riffle, width integratedä³|vkOH@;2 ÿ333333#@(@333333@J@¸…ëQ¸ž? @ÿþ01SA264Dÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþgravel, cobbles, and boulders; moderately FeOx-stained; moss and algae on alluviumÿþsample collected below riffle, width integratedúÉuodNGA<2 ÿš™™™™™#@(@š™™™™™@€I@ @ÿþ01SA264ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþgravel, cobbles, and boulders; moderately FeOx-stained; moss and algae on alluviumÿþsample collected below riffle, width integratedùÈtncMF@;2 ÿ(@@š™™™™™ @Y@è?"@ÿþ01SA263ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþgranite, granodiorite, and diorite cobbles and boulders; very slippery due to abundant algae; minor FeOx stainingÿþsample collected below riffle, width integratedçtncMF@;2 ÿ,@à•@ffffff @R@š™™™™™ñ? @ÿþ01SA262ÿþcfsÿþslightÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders and cobbles in-filled with sandy sediment; MnOx staining on shoreline bouldersÿþsample collected below riffle, width integratedÕ|vkOH@;2 ÿH@ @"@ ~@ð¿ÿþ01SA261ÿþgpmÿþnoneÿþhot springÿþspring issuing from undergroundÿþcolorlessÿþweak sulfurÿþnon-effervescing white precipitate (sulfate?) on angular cobbles of alluvium; abundant monkeyflower and grassesÿþthere are several points where thermal water flows here, sample collected at the downstream-most spring along Loon Creekvü‹~sRF@;2 ÿ0@i@š™™™™™ @S@ÍÌÌÌÌÌô? @ÿþ01SA260ÿþcfsÿþslight whiteÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders and cobbles, sparse fines; turbulent; FeOx locally; slippery alluvium due to algaeÿþsample collected below riffle, not width integrated because creek was too turbulent to cross, sampled from west side only`åˆ‚w[N@;2 ÿ*@ð?š™™™™™ @Àb@ @ÿþ01SA259ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcobbles, boulders, and gravel; abundant moss and brown organic debrisÿþsample collected below riffle, width integratedì»tncMF@;2 ÿ.@P”@š™™™™™ @ÀQ@333333ó? @ÿþ01SA258ÿþcfsÿþslightÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders and cobbles, sparsely in-filled with sand; MnOx-coated alluvium below high water lineÿþsample collected below riffle, width integrated Ü|vkOH@;2 ÿ#@4@š™™™™™ @€X@ÍÌÌÌÌÌ@ @ÿþ01SA257ÿþcfsÿþslightÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþcobbles to boulders; sparse fines; turbulent; FeOx staining, moss and algaeÿþsample collected below riffle, width integratedúÉ|vkOH@;2 ÿ(@À’@333333 @Q@ìQ¸…ë±? @ÿþ01SA256ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders to cobbles in-filled on shore with sandy sediment; MnOx common on boulders at shoreline; brown algae and moss locally; brown silt covers boulders below water level in calm spotsÿþsample collected below riffle, width integratedh7ztiMF@;2 ÿ.@€Q@ @€E@@ @ÿþ01SA255ÿþcfsÿþslightÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþvariety of intermediate porphyritic Challis Volcanics and plutonic rocks; some FeOx staining, brown and green algaeÿþsample collected below riffle, width integrated"ñ|vkOH@;2 ÿ$@@333333 @T@ÍÌÌÌÌÌ@ @ÿþ01SA254ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcobbles to small boulders of Eocene porphyritic rocks; abundant MnOx and brown algae; densely-vegetated banks; sparse finesÿþsample collected below riffle, width integrated"ñtncMF@;2 ÿÁÈ †KK " àiÌl8ÍÌÌÌÌÌ@€A@ffffff@,@ ×£p= ·?"@ÿþ01SA277ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders and cobbles with pockets of whitish gravels; MnOx and abundant black lichen on boulders; very slippery rocksÿþsample collected below riffle, width integratedëtncMF@;2 ÿ@D@ÍÌÌÌÌÌ@;@"@ÿþ01SA276ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders and cobbles with minor gravel accumulations in pockets; turbulent; minor FeOx-stained alluviumÿþsample collected below riffle, not width integrated, collected from right side only because of turbulenceHÝtncMF@;2 ÿ333333!@P¤@333333 @O@Âõ(\ê? @ÿþ01SA275ÿþcfsÿþslightÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþangular gray quartzite on shoreline in-filled with sandy sediment; MnOx is abundant on alluvium, canyon wall, and talus rocksÿþsample collected below riffle, width integrated,û|vkOH@;2 ÿ333333#@àu@333333 @P@{®Gázä? @ÿþ01SA274ÿþcfsÿþnoneÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders and cobbles in-filled with sparse gravel; minor FeOx stainingÿþsample collected below riffle, not well-width integrated, (too turbulent to get across); field alkalinity not measuredAÈ€zoSF@;2 ÿ@D@ÍÌÌÌÌÌ@9@®Gáz®×?"@ÿþ01SA273ÿþcfsÿþnoneÿþcreekÿþturbulent cascade flowing in open sunny areaÿþcolorlessÿþnoneÿþlarge boulders (up to car-size) with sparse gravels, alluvium stained with MnOx; moss- and algae-coveredÿþsample collected below riffle, not well-width integrated (too turbulent); field alkalinity not measured_öŒ†{MF@;2 ÿ(@h @ÍÌÌÌÌÌ @S@q= ×£pí? @ÿþ01SA272ÿþcfsÿþslightÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþlarge boulders in-filled with fine sandy sediment; MnOx staining on boulders along shorelineÿþsample collected below riffle, width integrated; field alkalinity not measured*Ú|vkOH@;2 ÿ333333!@N@333333@E@áz®GáÚ? @ÿþ01SA271ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders and cobbles with sparse fine sediment; turbulent; FeOx stained boulders, algae on alluviumÿþsample collected below riffle, width integratedàztiMF@;2 ÿ(@@Ÿ@š™™™™™ @@S@ @ÿþ01SA270ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþangular boulders on shoreline in-filled with sandy sedimentÿþsample collected below riffle, width integratedè·ztiMF@;2 ÿš™™™™™"@.@333333 @@S@š™™™™™ù? @ÿþ01SA269ÿþcfsÿþvery slightÿþcolorlessÿþnoneÿþboulders and cobbles in-filled with coarse sand; gray sand bars containing charcoal are just above creek level, from rain event since August firesÿþsample collected below riffle, width integrated#ò^XMMM@;2 ÿy333333#@.@š™™™™™ @@X@\Âõ(\ß? @ÿþ01SA268ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþCasto granite and Cretaceous granodiorite cobbles and small boulders; moderate FeOx staining; brown algae makes rocks very slipperyÿþsample collected below riffle, width integrated*ùtncMF@;2 ÿ(@°@ffffff @@S@×£p= ×ë?@ÿþ01SA267ÿþcfsÿþslightÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþcobbles and boulders in-filled with sandy sedimentÿþsample collected below riffle, width integratedá°|vkOH@;2 ÿ*@@o@ffffff @R@333333û?@ÿþ01SA266ÿþcfsÿþslightÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþbroad drainage; cobbles to boulders with lesser gravel, turbulentÿþsample collected below riffle, sample collected from left (east) side only because of turbulence'Å‚|qUH@;2 ÿã ËÊ ¯•i X L2°tKffffff@.@333333 @ÀW@…ëQ¸å? @ÿþ01SA289ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþcobbles and small boulders with in-filled gravel; alluvium coated locally with black algae; moderate MnOx and FeOx stainingÿþsample collected below riffle, width integrated(÷ztiMF@;2 ÿ333333 @N@ @€N@@ @ÿþ01SA288ÿþcfsÿþslightÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþcobbles and coarse gravel; FeOx on some cobbles; grass and willow banksÿþsample collected below riffle, width integrated; beaver ponds nearbyË‚|qUH@;2 ÿffffff@@ÍÌÌÌÌÌ@L@333333@ @ÿþ01SA287ÿþcfsÿþslightÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcobbles and gravel; FeOx-stained alluvium; moss and algae on alluvium; channel overgrown by willowsÿþsample collected below riffle, width integrated; frog observed in creek$ÛvpeOH@;2 ÿÍÌÌÌÌÌ @.@333333@€G@ @ÿþ01SA286ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders, sparse gravel; abundant moss and algae; turbulent cascadeÿþsample collected below riffle, width integrated; about 2-3 cfs are diverted upstream of this site for hydroelectric plant and irrigationC¹tncMF@;2 ÿ @D@ÍÌÌÌÌÌ@:@{®Gáz„? @ÿþ01SA285ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþsmall boulders and coarse cobbles with lesser gravel; minor MnOx staining; abundant brown algae and mossÿþsample collected below riffle, width integratedÞtncMF@;2 ÿ&@¨¦@333333 @€P@ffffffö?"@ÿþ01SA284ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþshoreline boulders in-filled with sandy sediment; MnOx staining on shoreline bouldersÿþsample collected below riffle, width integratedÑztiMF@;2 ÿ@.@333333@>@ @ÿþ01SA283ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþalgae-covered boulders with sparse sediment and MnOx staining; slippery rocksÿþsample collected below riffle, width integratedôÃtncMF@;2 ÿ333333"@@ @ÀR@ÍÌÌÌÌÌ@ @ÿþ01SA282ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþabundant dark brown algae and MnOx on granite, gneiss, and schist boulders/cobblesÿþsample collected below riffle, width integratedùÈtncMF@;2 ÿ@.@ÍÌÌÌÌÌ@€@@ffffffö?"@ÿþ01SA281ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders and large cobbles in-filled with coarse tan granitic sediment; slight MnOx, algae and slippery rocksÿþsample collected below riffle, width integratedãtncMF@;2 ÿffffff!@(@333333@€F@ @ÿþ01SA280ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþturbulent cascade through boulders and cobbles; gravel in pockets; moss, algae, slight MnOxÿþsample collected below riffle, width integratedÑtncMF@;2 ÿ$@à¥@333333 @@Q@ @ÿþ01SA279ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþalluvial boulders in-filled with sandy sediment; MnOx stained boulders along shorelineÿþsample collected below riffle, width integratedÒztiMF@;2 ÿš™™™™™@9@ÍÌÌÌÌÌ@9@ @ÿþ01SA278ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþvery turbulent cascade; boulders and sparse gravel; moss and algaeÿþsample collected below riffle, width integratedé¸tncMF@;2 ÿÍÌÌÌÌÌ@€A@@.@"@ÿþ01SA277Dÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders and cobbles with pockets of whitish gravels; MnOx and abundant black lichen on boulders; very slippery rocksÿþsample collected below riffle, width integratedìuodNGA<2 ÿ7 Ë® +%ü ›dÎ Ë³_,@>@š™™™™™@€P@Ãõ(\Âí? @ÿþ01SA301ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþlarge and small granitic boulders and gravel bars interspersed; minor FeOx staining; algae and silt on alluviumÿþsample collected below riffle, width integratedåtncMF@;2 ÿ,@@333333@L@ffffff@ @ÿþ01SA300ÿþcfsÿþslightÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcoarse alluvium with sparse fines; abundant algae and moss; abundant post-fire tree debris in channelÿþsample collected below riffle, width integratedÝvpeOH@;2 ÿ(@i@ffffff@>@ÍÌÌÌÌÌ@ @ÿþ01SA299ÿþcfsÿþslightÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþlarge and small boulders; MnOx and minor FeOx on boulders; algae; turbulentÿþsample collected below riffle, width integratedÏ‚|qUH@;2 ÿffffff"@N@333333@€I@ð? @ÿþ01SA298ÿþcfsÿþnoneÿþcreekÿþflowing in shade/sunÿþcolorlessÿþnoneÿþswift channel; banks overgrown with alder, willow, and syringa; abundant algae and moss; no obvious staining on alluvial cobblesÿþsample collected below riffle, width integrated'ötncMF@;2 ÿ&@€f@333333 @ÀT@š™™™™™@ @ÿþ01SA297Dÿþcfsÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþsample collected below riffle, width integrated¬{{ujNAA<2 _&@€f@333333 @ÀT@333333@ @ÿþ01SA297ÿþcfsÿþslightÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders to cobbles with gravel bars and muddy sediment accumulations (from fire?); the black, carbon-rich muds are found in sediment traps behind log jams; strong MnOx staining on cobbles and bouldersÿþsample collected below riffle, width integrated~M‚|qUH@;2 ÿ$@.@ÍÌÌÌÌÌ@ g@ÍÌÌÌÌÌ@ @ÿþ01SA296ÿþcfsÿþmoderate tanÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþheavy FeOx floc coating alluvium and wood debris; FeOx floc makes alluvium very slippery; no vegetation in creekÿþsample collected below riffle, width integratedî|vkUN@;2 ÿffffff@d@ @@Q@333333@ @ÿþ01SA295ÿþcfsÿþslightly cloudyÿþlarge creekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders, cobbles, and gravel; covered with thin film of silt (from road?); minor FeOx and MnOx staining; algae on alluvium; well-vegetated banksÿþsample collected below riffle, width integratedI…t^Q@;2 ÿ333333"@@š™™™™™ @ b@ ×£p= Ç? @ÿþ01SA294ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcobbles, boulders, and gravel; MnOx on alluvium; moss on boulders; heavily overgrown with alder and willowÿþsample collected below riffle, width integratedàtncMF@;2 ÿffffff!@4@333333@@R@ @ÿþ01SA293ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcobbles and gravel; overgrown by vegetation; algae, minor FeOx stainingÿþsample collected below riffle, width integratedî½tncMF@;2 ÿ,@@`@ @O@ø? @ÿþ01SA292ÿþcfsÿþslightÿþcreekÿþflowing mostly in open sunny areaÿþcolorlessÿþnoneÿþboulders to large cobbles; gravel and black/gray silt trapped behind fallen trees and log jams; slight MnOx and FeOx staining; silt coats alluvial boulders (possibly from road dust)ÿþsample collected below riffle, width integratedk:ƒ}rOH@;2 ÿ&@9@ÍÌÌÌÌÌ@€B@áz®Gáê?@ÿþ01SA291ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþsmall boulders and cobbled in-filled locally by fine gravel and mud; minor FeOx stainingÿþsample collected below riffle, width integratedÔztiMF@;2 ÿ*@.@333333 @@\@ @ÿþ01SA290ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþsmall boulders and cobbles in-filled by gravel; abundant green and brown algae; slight to moderate MnOx and FeOxÿþsample collected below riffle, width integratedìztiMF@;2 ÿíOM Ó o Ú:£B!š™™™™™"@@š™™™™™ @b@333333@ @ÿþ01SA312ÿþcfsÿþslightÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders and wood debris, sparse fine sediment; blue-green staining (Cu) commonÿþsample collected below riffle, width integratedøÇvpeOH@;2 ÿš™™™™™#@4@ÍÌÌÌÌÌ@J@Ãõ(\Âå? @ÿþ01SA311ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþgravel to cobbles; moderate FeOx staining; algae on alluvium; log jams of burned debris in channelÿþsample collected below riffle, width integrated ØtncMF@;2 ÿ333333@@333333@L@ÍÌÌÌÌÌô? @ÿþ01SA310ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcobbles and finer sediment; abundant dark gray mud (fire-related?) along banks, heavily overgrown by alder, willow, fir, and bushes; moss and algae cover alluviumÿþsample collected below riffle, width integratedItncMF@;2 ÿW@@ @à@’Ä‹’Ä‹ÿþ01SA309ÿþgpmÿþnoneÿþhot springÿþspring flows over bedrock in open sunny areaÿþcolorlessÿþstrong sulfurÿþefflorescing travertine covers all rocks; abundant orange-, red-, and green-hued algaeÿþcould not get good dissolved oxygen reading (interference); flow estimated for one spot only, total flow from all springs probably > 50 gpmòš‹€RF@;2 ÿ~*@@ @@S@š™™™™™@ @ÿþ01SA308ÿþcfsÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþturbulent cascade over boulders and cobbles; abundant moss and algae coats alluvium; heavily overgrown with alderÿþsample collected below riffle, width integrated; higher measured turbidity likely due to organic debris in sample analyzed (overall creek water looked clear)ˆévpeMF@;2 ÿ0@Ð@ @ÀP@ffffff@ @ÿþ01SA307ÿþcfsÿþslightÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþlarge (up to car-sized) and small boulders with fine mud in-filling along banks; mud is dark gray (likely fire-related and charcoal-rich) and overlies gravel; moderate MnOx staining on alluvium; algaeÿþsample collected below riffle, width integrated}L‚|qUH@;2 ÿ,@€Q@š™™™™™@€K@ìQ¸…ëá? @ÿþ01SA306ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþcobbles to gravel with fine mud deposited on banks; flows through grass and alder; mud is gray charcoal-rich and probably deposited by post-2000 wildfire rainsÿþsample collected below riffle, width integratedLztiMF@;2 ÿ$@4@š™™™™™@?@ffffffö? @ÿþ01SA305ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcobbles, gravel, and silt; minor MnOx staining; moss and algae on alluvium; high organic content; heavily overgrown with alderÿþsample collected below riffle, width integrated%ôtncMF@;2 ÿ&@`}@ @€O@ÍÌÌÌÌÌ@ @ÿþ01SA304ÿþcfsÿþslightÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþswift; boulders to large cobbles with gravel in pockets and silt in protected areas; MnOx and lesser FeOx; algaeÿþsample collected below riffle, width integrated%ô‚|qUH@;2 ÿ#@@š™™™™™@€T@ÍÌÌÌÌÌ@ @ÿþ01SA303ÿþcfsÿþnoneÿþcreekÿþflowing sun/shadeÿþcolorlessÿþnoneÿþcobbles and minor fine sediment; abundant organics; overgrown by alderÿþsample collected below riffle, width integratedê¹qk`MF@;2 ÿ.@ |@š™™™™™@O@333333@ @ÿþ01SA302ÿþcfsÿþslight to moderateÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþlarge to small boulders and gravel; abundant silt behind boulders and in calm spots; minor to moderate MnOx and FeOx on boulders; silt on boulders (from road?)ÿþsample collected below riffle, not well-width integrated (could only sample about half way across creek)™/Žˆ}aT@;2 ÿì“Ü§q @ õË¦}o&@@š™™™™™ @ÀQ@ð? @ÿþ01SA324ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders to cobbles in-filled with gravel; leucocratic substrate with moderate FeOx and slight MnOx staining; algae and moss on boulders; overgrown with alderÿþsample collected below riffle, width integratedEtncMF@;2 ÿ&@@ÍÌÌÌÌÌ@€B@š™™™™™ñ? @ÿþ01SA323ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders to cobbles in-filled by gravel; slight FeOx and moderate MnOx stainingÿþsample collected below riffle, width integratedöÅtncMF@;2 ÿ&@ð? @U@š™™™™™@ @ÿþ01SA322ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþgranitic boulders, cobbles, and gravel; slight FeOx and moderate MnOx staining; algae and moss on alluviumÿþsample collected below riffle, width integratedàtncMF@;2 ÿ(@.@ÍÌÌÌÌÌ@€B@ø? @ÿþ01SA321ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders and cobbles in-filled by gravel; moderate MnOx, lesser FeOx staining; abundant moss and algaeÿþsample collected below riffle, width integrated ÜtncMF@;2 ÿ4@0¡@š™™™™™!@Àe@@ @ÿþ01SA320ÿþcfsÿþslight to moderateÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders to cobbles in-filled with sandy silt; MnOx staining on boulders at rivers edgeÿþsample collected below riffle, width integratedáˆ‚w[T@;2 ÿ3@ˆ£@š™™™™™!@@d@š™™™™™ @ @ÿþ01SA319ÿþcfsÿþslight to moderateÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþabundant fine sand in-filling boulders and cobbles; boulders have minor MnOx stainingÿþsample collected below riffle, width integratedßˆ‚w[T@;2 ÿ,@>@š™™™™™@G@ÍÌÌÌÌÌü? @ÿþ01SA318ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders to cobbles in-filled with gravel; slight MnOx and FeOx staining; moss and algae on bouldersÿþsample collected below riffle, width integratedÚtncMF@;2 ÿ&@@333333@G@š™™™™™ñ? @ÿþ01SA317ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders and cobbles dominant, sparse fine sediment minor MnOx staining; rocks very slippery due to abundant algaeÿþsample collected below riffle, width integratedètncMF@;2 ÿš™™™™™!@$@ @ÀQ@ÍÌÌÌÌÌô? @ÿþ01SA316ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþabundant light-colored (granitic) gravel to cobbles, small boulders; minor FeOx staining; woody debris, moss, and algaeÿþsample collected below riffle, width integratedítncMF@;2 ÿffffff@9@ÍÌÌÌÌÌ@€@@ @ÿþ01SA315ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcobbles to boulders in-filled with gravel, sparse fines; turbulent; moss and algae on boulders; moderate FeOx stainingÿþsample collected below riffle, width integratedìtncMF@;2 ÿ.@Àb@333333@Àr@4@ @ÿþ01SA314ÿþgpmÿþmoderateÿþcreekÿþflowing in open, sunny area; artificial channelÿþcolorlessÿþnoneÿþrecently re-contoured (1999?) rock drainage channel (not concrete); sediment is greenish color; abundant new blue-green staining (Cu) on alluvium in the new channel; excess flow not captured by upstream diversion damsÿþsample collected below riffle, width integratedŸn“‚QJ@;2 ÿÍÌÌÌÌÌ"@@š™™™™™ @À_@®Gáz®ï? @ÿþ01SA313ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcobbles to small boulders; moderated FeOx staining; algae and silt on alluvium; no blue-green stained (Cu) alluvium observed; abundant fire-related debris and downfall timberÿþsample collected below riffle, width integratedU$tncMF@;2 ÿ`Í [54 " å¿„”»å¥Š&@9@š™™™™™@ÀT@’Ä‹’Ä‹ @ÿþ96SA066ÿþcfsÿþnoneÿþstreamÿþflowing in sunny areaÿþcolorlessÿþnoneÿþfine to coarse alluvium, large boulders of orbicular granite, slight FeOx on some bouldersÿþsample collected below riffle, width integratedÒvpeNF@;2 ¿0@àu@333333@Q@’Ä‹’Ä‹@ÿþ96SA065ÿþcfsÿþslightÿþcreekÿþflowing in sunny areaÿþcolorlessÿþnoneÿþvaries from fine sediment to boulders; very slight FeOx on occasional bouldersÿþa lot of silt and algae makes cobbles slippery; sample collected below riffle, width integrated(ÇwqfOH@;2 ¿0@Àr@š™™™™™@L@’Ä‹’Ä‹’Ä‹’Ä‹ÿþ96SA064ÿþgpmÿþnoneÿþcreekÿþflowing creek in open sunny areaÿþcolorlessÿþnoneÿþgranitic alluvium, no FeOx notedÿþno water samples collected¾¢€zoMF@;2 ¿~*@T@ÍÌÌÌÌÌ@€@@’Ä‹’Ä‹’Ä‹’Ä‹ÿþ96SA063ÿþcfsÿþnoneÿþcreekÿþflowing creek in open sunny areaÿþcolorlessÿþnoneÿþrocky, slight FeOx on local cobblesÿþno water samples collectedÁ¥€zoMF@;2 ¿~&@i@ @@T@’Ä‹’Ä‹@ÿþ96SA061ÿþcfsÿþslightÿþcreekÿþflowing creek in open sunny areaÿþcolorlessÿþnoneÿþrocky, slight FeOx on local cobblesÿþsample collected below riffle, width integratedØ§‚|qOH@;2 ¿2@€V@333333!@ÀS@)\Âõ(Ü? @ÿþ01SA333ÿþcfsÿþnoneÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþswift; boulders to large cobbles with gravel in pockets and silt in protected areas; MnOx and lesser FeOx; algaeÿþsample collected below riffle, width integrated#ò€zoSF@;2 ÿ0@4@333333@@P@ffffff@ @ÿþ01SA332ÿþcfsÿþslight to moderateÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþgravel bars and gravel bottom with lesser cobbles; abundant gray mud within gravelsÿþsample collected below riffle, width integratedÝˆ‚w[T@;2 ÿ2@€[@ÍÌÌÌÌÌ@€S@ÍÌÌÌÌÌ@@ÿþ01SA331ÿþcfsÿþslightÿþlarge creekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcobbles, small to large boulders, in-filled with gray fine sandy to muddy sediment; moderate MnOx staining on bouldersÿþsample collected below riffle, width integrated%ô|vkUH@;2 ÿ6@@ffffff!@@j@*@@ÿþ01SA330ÿþcfsÿþmoderate tanÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders infilled with gravel; silt on alluvium; minor algae and mossÿþsample collected below riffle, width integratedúÉ‚|qUN@;2 ÿ.@(@š™™™™™@>@ÍÌÌÌÌÌô? @ÿþ01SA329ÿþcfsÿþslightÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþcobbles and boulders in-filled with gravel; slight FeOx stainingÿþsample collected below riffle, width integratedé¸vpeOH@;2 ÿ(@à?!@d@333333@ @ÿþ01SA328ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders and cobbles with fairly abundant gravel; moderate MnOx and minor FeOx staining; algae and mossÿþsample collected below riffle, width integratedÝtncMF@;2 ÿ(@2@ÍÌÌÌÌÌ @Y@333333ã? @ÿþ01SA327ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders to cobbles with sparse gravel; moderate MnOx and FeOx staining on boulders; abundant algae (slippery rocks) and moss; overgrown with alderÿþsample collected below riffle, width integrated: tncMF@;2 ÿ&@@333333!@c@ÍÌÌÌÌÌ@ @ÿþ01SA326ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþboulders to cobbles; sparse fine sediment; slight MnOx and FeOx staining; abundant algae and mossÿþsample collected below riffle, width integrated×tncMF@;2 ÿ&@ @š™™™™™@@p@333333@"@ÿþ01SA325ÿþcfsÿþnoneÿþcreekÿþflowing in sun/shadeÿþcolorlessÿþnoneÿþleucocratic granitic boulders, cobbles, and gravel; slight FeOx and MnOx staining; algae and moss; alder along banksÿþsample collected below riffle, width integratedêtncMF@;2 ÿ'2d\ 0( j hœÌÔá'\W&@p—@š™™™™™@€S@’Ä‹’Ä‹ @ÿþ96SA084ÿþcfsÿþnoneÿþriverÿþflowing in sunÿþcolorlessÿþnoneÿþrocky, algae covered, slight FeOx; most alluvium is not visible (deep water)ÿþsample collected below riffle, width integratedí¼nh]MF@;2 ¿€F@@ÍÌÌÌÌÌ"@t@’Ä‹’Ä‹ð¿ÿþ96SA083ÿþgpmÿþnoneÿþhot springÿþspring flows over alluvium in open sunny areaÿþcolorlessÿþsulfurÿþwhite precipitate on alluvium³³”ŒRF@;2 ¿?$@Àb@š™™™™™@€P@’Ä‹’Ä‹$@ÿþ96SA082ÿþcfsÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþabundant algae on alluvium--very slipperyÿþsample collected below riffle, width integratedÒ¡vpeMF@;2 ¿&@ÀR@333333@@P@’Ä‹’Ä‹ @ÿþ96SA081ÿþcfsÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþrocky, algae-covered alluvium, FeOx locally on granitic rocksÿþsample collected below riffle, width integratedæµvpeMF@;2 ¿€G@@ÍÌÌÌÌÌ"@ |@’Ä‹’Ä‹ð¿ÿþ96SA080ÿþgpmÿþnoneÿþhot springÿþseeps out and over alluvium; sunny areaÿþcolorlessÿþslightly sulfurousÿþwhite precipitates on alluviumººš†{RF@;2 ¿?,@i@ @@P@’Ä‹’Ä‹ @ÿþ96SA079ÿþcfsÿþnoneÿþcreekÿþflowing in sunny areaÿþcolorlessÿþnoneÿþrocky, slippery due to algae, no precipitates notedÿþsample collected below riffle, width integratedÛªuodMF@;2 ¿&@@@ @€Q@’Ä‹’Ä‹"@ÿþ96SA078ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky, slippery due to algae, no precipitates notedÿþsample collected below riffle, width integratedà¯ztiMF@;2 ¿š™™™™™#@@@š™™™™™@€N@’Ä‹’Ä‹’Ä‹’Ä‹ÿþ96SA077ÿþgpmÿþnoneÿþstreamÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþslight FeOx on felsic volcanicsÿþno water samples collected¸œ{ujNF@;2 ¿~$@I@333333@@P@’Ä‹’Ä‹’Ä‹’Ä‹ÿþ96SA076ÿþcfsÿþslightÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþdominantly silt and gravelÿþno water samples collected´˜|vkOH@;2 ¿~2@Àw@š™™™™™@@Q@’Ä‹’Ä‹ @ÿþ96SA075ÿþcfsÿþvery slightÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþvery rocky, a lot of algae (slippery), no precipitatesÿþsample collected below riffle, width integratedê¹{pTM@;2 ¿1@@@@€B@’Ä‹’Ä‹’Ä‹’Ä‹ÿþ96SA074ÿþgpmÿþnoneÿþstreamÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþno FeOx notedÿþno water samples collected¦Š{ujNF@;2 ¿~.@Àr@333333@X@’Ä‹’Ä‹’Ä‹’Ä‹ÿþ96SA073ÿþgpmÿþnoneÿþstreamÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþno FeOx, heavy MnOx coating stream cobblesÿþno water samples collectedÃ§{ujNF@;2 ¿~*@À‚@ÍÌÌÌÌÌ@€a@’Ä‹’Ä‹$@ÿþ96SA072Dÿþgpmÿþmoderateÿþstreamÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþheavy FeOx on stream cobbles; no algae in creekÿþalluvium not at all slippery due to lack of algae; sample collected below riffle, width integrated±€zoSKA<2 ¿(@À‚@ffffff@@`@’Ä‹’Ä‹$@ÿþ96SA072ÿþgpmÿþmoderateÿþstreamÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþheavy FeOx on stream cobbles; no algae in creekÿþalluvium not at all slippery due to lack of algae; sample collected below riffle, width integrated°ynRJ@;2 ¿ÍÌÌÌÌÌ"@Àb@ÍÌÌÌÌÌ@@R@’Ä‹’Ä‹(@ÿþ96SA071ÿþcfsÿþslightÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþrocky, slippery due to algae, very slight FeOx on occasional bouldersÿþsample collected below riffle, width integratedð¿xrgOH@;2 ¿&@4@333333 @Y@’Ä‹’Ä‹’Ä‹’Ä‹ÿþ96SA068ÿþcfsÿþnoneÿþcreekÿþflowing in sunny areaÿþcolorlessÿþnoneÿþrocky, slight FeOx on local cobblesÿþno water samples collected¶šuodMF@;2 ¿~ffffff#@9@ffffff@G@’Ä‹’Ä‹’Ä‹’Ä‹ÿþ96SA067ÿþcfsÿþnoneÿþcreekÿþflowing in sunny areaÿþcolorlessÿþnoneÿþrocky, slight FeOx on local cobblesÿþno water samples collected¶šuodMF@;2 ¿~Ø/ 1Q E 0BS’³µµ€B@ð?ÍÌÌÌÌÌ!@P„@’Ä‹’Ä‹@ÿþ96SA098ÿþgpmÿþnoneÿþhot springÿþissues from spring in rock-lined pool in sunny areaÿþcolorlessÿþnoneÿþpools made with alluvial bench gravels; white precipitates on alluvium; pool used by floaters; poison ivy and biting tiny red water mites make this a poor wading pool!ÿþsmall hot spring on river right just above Whitey Cox: pH 8.7, conductivity, 510 uS/cm™A˜’‡RF@;2 ¿.@9@ffffff @d@’Ä‹’Ä‹@ÿþ96SA097ÿþcfsÿþvery slightÿþcreekÿþflowing in sunny areaÿþcolorlessÿþnoneÿþvery slippery alluvium because of healthy growth of algaeÿþsample collected below riffle, width integratedè·|vkTM@;2 ¿,@ˆ£@ÍÌÌÌÌÌ @ÀW@’Ä‹’Ä‹"@ÿþ96SA096ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky, bouldery, algae-covered, very slight FeOx stainingÿþsample collected below riffle, width integratedæµztiMF@;2 ¿€M@$@ÍÌÌÌÌÌ!@0@’Ä‹’Ä‹ð?ÿþ96SA095ÿþgpmÿþnoneÿþhot springÿþflowing in sunny area into a large mud flatÿþcolorlessÿþsulfurÿþwhite precipitates on rocks; orange algae at sourceÇÇ’ŠRF@;2 ¿?€G@$@ÍÌÌÌÌÌ!@à…@’Ä‹’Ä‹ð?ÿþ96SA094ÿþgpmÿþnoneÿþhot springÿþflowing over bedrock, sunnyÿþcolorlessÿþsulfurÿþrocky, white precipitates on boulders©©‚zoRF@;2 ¿?,@I@š™™™™™@€Q@’Ä‹’Ä‹"@ÿþ96SA093Dÿþcfsÿþvery slightÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky, silty, slight FeOx stainingÿþsample collected below riffle, width integrated×¦‚|qUNA<2 ¿,@I@š™™™™™@ÀQ@’Ä‹’Ä‹ @ÿþ96SA093ÿþcfsÿþvery slightÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky, silty, slight FeOx stainingÿþsample collected below riffle, width integratedÖ¥{pTM@;2 ¿#@.@333333 @@`@’Ä‹’Ä‹"@ÿþ96SA092ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky, bouldery, fairly abundant FeOx staining; moss- and algae-covered alluviumÿþsample collected below riffle, width integratedýÌztiMF@;2 ¿&@Y@š™™™™™@€X@’Ä‹’Ä‹$@ÿþ96SA091ÿþcfsÿþvery slightÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky, algae-covered (slippery), slight FeOx locally on bouldersÿþsample collected below riffle, width integratedôÃ{pTM@;2 ¿(@ø¡@ @€W@’Ä‹’Ä‹ @ÿþ96SA090ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky, bouldery, deep waterÿþsample collected below riffle, width integratedÈ—ztiMF@;2 ¿*@i@ @ÀW@’Ä‹’Ä‹@ÿþ96SA089ÿþcfsÿþnoneÿþcreekÿþflowing in sunny areaÿþcolorlessÿþnoneÿþcoarse, rocky alluvium without many finesÿþsample collected below riffle, width integratedÑ uodMF@;2 ¿*@@Ÿ@333333 @@V@’Ä‹’Ä‹"@ÿþ96SA088ÿþcfsÿþnoneÿþriverÿþflowing in sunny areaÿþcolorlessÿþnoneÿþcoarse alluvium and boulders; algae-covered, slippery; slight FeOx on cobbles locallyÿþsample collected below riffle, width integratedýÌuodMF@;2 ¿(@Àr@ffffff @€a@’Ä‹’Ä‹"@ÿþ96SA087ÿþcfsÿþnoneÿþriverÿþflowing in sunÿþcolorlessÿþnoneÿþvery rocky alluvium, algae covered and slipperyÿþsample collected below riffle, width integratedÐŸnh]MF@;2 ¿(@™@ @€S@’Ä‹’Ä‹"@ÿþ96SA086ÿþcfsÿþnoneÿþriverÿþflowing in sunny areaÿþcolorlessÿþnoneÿþdeep water, bouldery alluvium with a lot of algaeÿþsample collected below riffle, width integratedÙ¨uodMF@;2 ¿"@>@333333 @€a@’Ä‹’Ä‹ @ÿþ96SA085ÿþcfsÿþnoneÿþcreekÿþflowing in sunÿþcolorlessÿþnoneÿþslight FeOx staining on intermediate volcanic porphyry alluviumÿþsample collected below riffle, width integratedà¯nh]MF@;2 ¿êÛïö ïüîùÞù*@È©@333333 @Y@’Ä‹’Ä‹@ÿþ96SA113ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþsilt-covered granitic bouldersÿþsample collected below riffle, width integratedËšztiMF@;2 ¿,@9@333333@ÀR@’Ä‹’Ä‹@ÿþ96SA112ÿþcfsÿþnoneÿþcreekÿþflowing in open shaded areaÿþcolorlessÿþnoneÿþalgae-covered granitic alluviumÿþsample collected below riffle, width integratedÍœ{ujMF@;2 ¿.@©@333333 @Y@’Ä‹’Ä‹@ÿþ96SA111ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþalgae on pink granitic alluvial boulders; silt coating boulders below surface of waterÿþsample collected below riffle, width integratedÒztiMF@;2 ¿*@Y@333333 @^@’Ä‹’Ä‹@ÿþ96SA110ÿþgpmÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþvery slippery alluvium because of algae coveringÿþsample collected below riffle, width integratedÝ¬ztiMF@;2 ¿(@i@š™™™™™ @Àb@’Ä‹’Ä‹@ÿþ96SA109ÿþgpmÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþgranitic and felsic porphyry alluvium with slight FeOx staining and algaeÿþsample collected below riffle, width integratedöÅztiMF@;2 ¿,@8¨@ @ÀX@’Ä‹’Ä‹&@ÿþ96SA108ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþgranitic alluvium, slight FeOx staining, algaeÿþsample collected below riffle, width integratedÛªztiMF@;2 ¿(@Àb@ffffff @^@’Ä‹’Ä‹@ÿþ96SA107ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþcoarse granitic alluvium, slight FeOx, rocks slippery because of silt coating--due to recent flush?ÿþsample collected below riffle, width integratedßztiMF@;2 ¿*@p§@ @@X@’Ä‹’Ä‹"@ÿþ96SA106ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky, slippery with algae, slight FeOx stainingÿþsample collected below riffle, width integratedÝ¬ztiMF@;2 ¿333333!@9@š™™™™™@ÀV@’Ä‹’Ä‹@ÿþ96SA105ÿþcfsÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþcoarse alluvium with slight FeOx stainingÿþsample collected below riffle, width integratedÒ¡vpeMF@;2 ¿€F@ð?ffffff!@@€@’Ä‹’Ä‹@ÿþ96SA104ÿþgpmÿþnoneÿþhot springÿþflowing over outcrop in sunny areaÿþcolorlessÿþslight sulfurÿþwhite precipitates on pink granite outcrop; green algaeÿþsample collected below riffle, width integratedúÉvRF@;2 ¿.@Àb@š™™™™™ @Àb@’Ä‹’Ä‹@ÿþ96SA103ÿþgpmÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþtrace FeOx precipitate on bouldersÿþsample collected below riffle, width integratedÏžztiMF@;2 ¿.@à¥@333333 @W@’Ä‹’Ä‹@ÿþ96SA102ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþvery rocky, some boulders algae-coveredÿþsample collected below riffle, width integratedÔ£ztiMF@;2 ¿,@@o@333333 @€[@’Ä‹’Ä‹@ÿþ96SA101ÿþcfsÿþslightÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþslight FeOx on alluvial cobblesÿþsample collected below riffle, not width integrated because creek was too turbulent to cross, sampled from west side only|vkOH@;2 ¿*@Y@š™™™™™ @Àg@’Ä‹’Ä‹@ÿþ96SA100ÿþgpmÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky pink K-spar granite alluvium, mossy; slight FeOx stainingÿþsample collected below riffle, width integratedì»ztiMF@;2 ¿*@P¤@ @V@’Ä‹’Ä‹@ÿþ96SA099ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþalluvial cobbles and boulders, algae-coveredÿþsample collected below riffle, width integratedÙ¨ztiMF@;2 ¿®¥= B>9 S :úíÚæøØ4@ÀR@!@ r@’Ä‹’Ä‹@ÿþ96SA126ÿþgpmÿþslightly murkyÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþweak FeOx staining on alluvium; some cobbles contain corroded pyrite; minor algaeÿþsample collected below riffle, width integrated×„~sWP@;2 ¿.@X«@ffffff @€T@’Ä‹’Ä‹@ÿþ96SA125ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky, deep, and swift; sediment on banksÿþsample collected below riffle, width integratedÖ¥ztiMF@;2 ¿*@À‚@333333@€I@’Ä‹’Ä‹"@ÿþ96SA124ÿþgpmÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþalgae and moss covering granite and gneiss alluviumÿþsample collected below riffle, width integratedÜ«vpeMF@;2 ¿.@9@ @€[@’Ä‹’Ä‹@ÿþ96SA123ÿþgpmÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþgneiss and gneissic granite alluvial cobbles/boulders with a lot of moss and algaeÿþsample collected below riffle, width integratedûÊvpeMF@;2 ¿&@9@ffffff@D@’Ä‹’Ä‹"@ÿþ96SA122ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþhigh gradient, swift water; alluvial cobbles covered with algae, no FeOxÿþsample collected below riffle, width integratedõÄztiMF@;2 ¿(@$@š™™™™™@ÀQ@’Ä‹’Ä‹@ÿþ96SA121ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþfine to coarse granitic and gneissic alluvium, slight but pervasive algae in creekÿþsample collected below riffle, width integratedÿÎztiMF@;2 ¿*@ª@š™™™™™@ÀT@’Ä‹’Ä‹@ÿþ96SA120ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþcoarse granitic and gneissic alluvial cobbles/boulders with abundant sandy sediment between bouldersÿþsample collected below riffle, width integratedàztiMF@;2 ¿*@Àb@ÍÌÌÌÌÌ@S@’Ä‹’Ä‹@ÿþ96SA119ÿþgpmÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþsteep, bouldery creek with a lot of algae and moss on granitic and gneissic alluviumÿþsample collected below riffle, width integratedÐztiMF@;2 ¿*@9@š™™™™™@9@’Ä‹’Ä‹@ÿþ96SA118ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþalluvium is slippery due to algaeÿþsample collected below riffle, width integratedÎztiMF@;2 ¿*@.@š™™™™™@ÀR@’Ä‹’Ä‹@ÿþ96SA117Dÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþabundant slippery algae covering boulders; slight FeOx stainingÿþsample collected below riffle, width integratedí¼{ujNGA<2 ¿*@.@š™™™™™@ÀR@’Ä‹’Ä‹@ÿþ96SA117ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþabundant slippery algae covering boulders; slight FeOx stainingÿþsample collected below riffle, width integratedì»ztiMF@;2 ¿,@ª@333333 @€[@’Ä‹’Ä‹@ÿþ96SA116ÿþcfsÿþnoneÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþsilt-covered granitic boulders of gneiss and quartziteÿþsample collected below riffle, width integratedã²ztiMF@;2 ¿(@Àr@ffffff @^@’Ä‹’Ä‹@ÿþ96SA115ÿþcfsÿþnoneÿþlarge creekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþcoarse granite boulders, slight FeOx staining, slight algaeÿþcreek too large to get composite completely across; water collected below white-water riffle and width integrated across about 1/3 of creek widthP½€zoSF@;2 ¿&@Y@ÍÌÌÌÌÌ@F@’Ä‹’Ä‹@ÿþ96SA114ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny area; steep gradient, turbulentÿþcolorlessÿþnoneÿþwater flows through large car-size granitic boulders with pockets of finer gravels between; slight algae and moss in placesÿþsample collected below riffle, width integratedC•„MF@;2 ¿ á Ø®¦„gs~>*@@š™™™™™@€P@’Ä‹’Ä‹@ÿþ96SA140ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþgranite, quartzite, and augen gneiss boulders; no fine sediment because of high gradient; abundant algaeÿþsample collected below riffle, width integrated; only RA collected(äztiMF@;2 ¿4@8¨@ÍÌÌÌÌÌ @€k@’Ä‹’Ä‹@ÿþ96SA139Dÿþcfsÿþslightly murkyÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþfine sand and siltÿþsample collected below riffle, width integrated; only RA collectedÝ™…tXQA<2 ¿4@8¨@ÍÌÌÌÌÌ @€k@’Ä‹’Ä‹@ÿþ96SA139ÿþcfsÿþslightly murkyÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþfine sand and siltÿþsample collected below riffle, width integrated; only RA collectedÜ˜„~sWP@;2 ¿*@Àb@ @Y@’Ä‹’Ä‹@ÿþ96SA138ÿþgpmÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky, with granitic and gneissic alluvium; covered by algae and mossÿþsample collected below riffle, width integrated; only RA collectedÁztiMF@;2 ¿.@À‚@333333@L@’Ä‹’Ä‹@ÿþ96SA137ÿþgpmÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþgranite and gneiss alluvium covered with moss and algae; local FeOx on cobblesÿþsample collected below riffle, width integrated; only RA collected ÆvpeMF@;2 ¿0@@333333@€F@’Ä‹’Ä‹"@ÿþ96SA135ÿþcfsÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþgravel to boulders, local FeOx and algae on bouldersÿþsample collected below riffle, width integrated; only RA collectedð¬vpeMF@;2 ¿5@p§@ÍÌÌÌÌÌ @Àg@’Ä‹’Ä‹@ÿþ96SA134ÿþcfsÿþslightly murkyÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþsandy sediment in pockets between boulders along banks; MnOx on bouldersÿþsample collected below riffle, width integrated; only RA collectedÎ„~sWP@;2 ¿,@@@ @X@’Ä‹’Ä‹"@ÿþ96SA133ÿþgpmÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþgravel to boulders, slight FeOx and algae locallyÿþsample collected below riffle, width integrated; only RA collectedñztiMF@;2 ¿(@@ÍÌÌÌÌÌ@G@’Ä‹’Ä‹@ÿþ96SA132ÿþcfsÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþgranitic gravels and boulders; slight FeOx; abundant moss on boulders and banksÿþsample collected below riffle, width integrated; only RA collectedÇvpeMF@;2 ¿ÍÌÌÌÌÌ"@@š™™™™™ @i@’Ä‹’Ä‹@ÿþ96SA131ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþminor FeOx and algae on alluvial gravel/bouldersÿþsample collected below riffle, width integrated; only RA collectedð¬ztiMF@;2 ¿$@$@ @@`@’Ä‹’Ä‹@ÿþ96SA130ÿþcfsÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþsilt, algae, and moss covering gravel and bouldersÿþsample collected below riffle, width integrated; only RA collectedîªvpeMF@;2 ¿5@p§@!@i@’Ä‹’Ä‹@ÿþ96SA129ÿþcfsÿþslightly murkyÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocky; silt, algae, and MnOx on alluviumÿþsample collected below riffle, width integrated; only RA collectedò®„~sWP@;2 ¿*@N@333333 @i@’Ä‹’Ä‹@ÿþ96SA128ÿþgpmÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþrocks and gravel with moss and algaeÿþsample collected below riffle, width integratedÑ ztiMF@;2 ¿0@i@ffffff@€H@’Ä‹’Ä‹"@ÿþ96SA127ÿþgpmÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþcoarse to fine alluvium, slightly FeOx-stained, some algaeÿþsample collected below riffle, width integratedã²vpeMF@;2 ¿ûäÃ žfK & ýöÝx!,@À‚@ @€[@’Ä‹’Ä‹ @ÿþ96SA153ÿþgpmÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþbouldery, algae and moss on boulders; slight FeOx stainingÿþsample collected below riffle, width integrated; only RA collected; alkalinity less than, but near 50 ppm (color change just beginning)?¶ztiMF@;2 ¿4@i@ffffff @@V@’Ä‹’Ä‹@ÿþ96SA152ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþgravel to boulders; slight FeOx staining, slight algae; silt on alluviumÿþsample collected below riffle, width integrated; only RA collected; alkalinity less than, but near 50 ppm (color change just beginning)MÄztiMF@;2 ¿.@>@ÍÌÌÌÌÌ@K@’Ä‹’Ä‹"@ÿþ96SA151ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþslight FeOx and algae on granite, quartzite, and phyllite cobblesÿþsample collected below riffle, width integrated; only RA collected½ztiMF@;2 ¿$@y@333333 @Àl@’Ä‹’Ä‹ @ÿþ96SA150ÿþgpmÿþslightÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþboulders, gravel, sticks, and root are all stained green from copperÿþsample collected below riffle, width integratedï¾xrgOH@;2 ¿(@4@ffffff@€K@’Ä‹’Ä‹ @ÿþ96SA149ÿþcfsÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþgravel and cobbles of quartzite and phyllite; some FeOx staining on cobblesÿþsample collected below riffle, width integratedôÃvpeMF@;2 ¿*@y@333333 @Y@’Ä‹’Ä‹@ÿþ96SA147ÿþgpmÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþboulders and gravel with very slight FeOx and algae; moss on bouldersÿþsample collected below riffle, width integrated; only RA collectedÁztiMF@;2 ¿.@.@š™™™™™@@Q@’Ä‹’Ä‹"@ÿþ96SA146ÿþcfsÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþfine sediment to boulders; granite, gneiss, and schist; slight FeOx and algaeÿþsample collected below riffle, width integrated; only RA collected ÉztiMF@;2 ¿*@@@333333@€M@’Ä‹’Ä‹@ÿþ96SA145ÿþgpmÿþnoneÿþcreekÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþgranite, gneiss, and quartzite alluvial boulders covered with algaeÿþsample collected below riffle, width integrated; only RA collected¿ztiMF@;2 ¿(@‰@š™™™™™@R@’Ä‹’Ä‹@ÿþ96SA144ÿþgpmÿþnoneÿþcreekÿþflowing in shaded areaÿþcolorlessÿþnoneÿþcoarse boulders of granite and gneiss covered with algae, no precipitates, high energy--sparse finesÿþsample collected below riffle, width integrated; only RA collected ÜvpeMF@;2 ¿2@p·@ffffff @Àb@’Ä‹’Ä‹@ÿþ96SA143ÿþcfsÿþslightly murkyÿþriverÿþflowing in open sunny areaÿþcolorlessÿþnoneÿþMnOx and 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emission spectrography, parts per million m îNb_PPM_ESG Š ‚Nb by semi-quantitative emission spectrography, parts per million m îNi_PPM_ES Š ‚Ni by semiNLVAL^-quantitative emission spectrography, parts per million m îPb_PPM_ESG Š ‚Pb by semi-quantitative emission spectrography, parts per million m îPd_PPM_ESG Š ‚Pd by semi-quantitative emission spectrography, parts per million m îPt_PPM_ES Š ‚Pt by semi-quantitative emission spectrography, parts per million m îSb_PPM_ESG Š ‚Sb by semi-quantitative emission spectrography, parts per million m îSc_PPM_ES8 Š ‚Sc by semi-quantitative emission spectrography, parts per million m îSn_PPM_ESG Š ‚Sn by semi-quantitative emission spectrography, parts per million m îSr_PPM_ES) Š ‚Sr by semi-quantitative emission spectrography, parts per million m îTh_PPM_ESG Š ‚Th by semi-quantitative emission spectrography, parts per million m êV_PPM_ESí ˆ €V by semi-quantitative emission spectrography, parts per million m êW_PPM_ES ˆ €W by semi-quantitative emission spectrography, parts per million m êY_PPM_ESÞ ˆ €Y by semi-quantitative emission spectrography, parts per million m îZn_PPM_ESG Š ‚Zn by semi-quantitative emission spectrography, parts per million m îZr_PPM_ES) Š ‚Zr by semi-quantitative emission spectrography, parts per million m ×7‰vÿˆuþ ë t a ê×`MÖÃL9Â ¯ œ % ÿ ˆ u b ëØÅN;(±ž‹îwdQÚÇ´=* zðÝfSÿþ^ ÿþ„ª²$‘0 Bu‡ê/È9=àÖæð:âÆÏ{g¨úÚ³B÷%m®ùIêÒ<ƒ›º¶¡Ô@ei_$<&åÐ™RŽâàÀ%=W‚´¢@¸ËõãÂyP·´'úžÃkp ÿþ^ ÿþ^ ÿþ„ª²$‘0 Bu‡ê/È9=àÖæð:âÆÏ{g¨úÚ³B÷%m®ùIêÒ<ƒ›º¶¡Ô@ei_$<&åÐ™RŽâàÀ%=W‚´¢@¸ËõãÂyP·´'úžÃkp ÿþ^ ÿþ^ ÿþ„ª²$‘0 Bu‡ê/È9=àÖæð:âÆÏ{g¨úÚ³B÷%m®ùIêÒ<ƒ›º¶¡Ô@ei_$<&åÐ™RŽâàÀ%=W‚´¢@¸ËõãÂyP·´'úžÃkp ÿþ^ ªÿþ^ ªÿþ„ª²$‘0 Bu‡ê/È9=àÖæð:âÆÏ{g¨úÚ³B÷%m®ùIêÒ<ƒ›º¶¡Ô@ei_$<&åÐ™RŽâàÀ%=W‚´¢@¸ËõãÂyP·´'úžÃkp ªÿþ^ Ñÿþ^ Ñÿþ„ª²$‘0 Bu‡ê/È9=àÖæð:âÆÏ{g¨úÚ³B÷%m®ùIêÒ<ƒ›º¶¡Ô@ei_$<&åÐ™RŽâàÀ%=W‚´¢@¸ËõãÂyP·´'úžÃkp Ñÿþ^ ¨ÿþ^ ¨ÿþ„ª²$‘0 Bu‡ê/È9=àÖæð:âÆÏ{g¨úÚ³B÷%m®ùIêÒ<ƒ›º¶¡Ô@ei_$<&åÐ™RŽâàÀ%=W‚´¢@¸ËõãÂyP·´'úžÃkp ¨ÿþ^ ÿþ^ ÿþ„ª²$‘0 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šyGr}au‡ê/È9=b'šQï_ ¦Y:¦Ú³B÷%m®ùIêÒ<ƒ›º¶¡Ô@ei€+ø~§õ†=gë[RwO=¢=W‚´¢@¸ËõãÂyP·´'úžÃkp 6þ ^ 6ÿþ„ª²$‘0 Bu‡ê/È9=àÖæð:âÆÏ{g¨úÚ³B÷%m®ùIêÒ<ƒ›º¶¡Ô@ei_$<&åÐ™RŽâàÀ%=W‚´¢@¸ËõãÂyP·´'úžÃkp 6þ ^ TšyGr}au‡ê/È9=b'šQï_ ¦Y:¦Ú³B÷%m®ùIêÒ<ƒ›º¶¡Ô@ei€+ø~§õ†=gë[RwO=¢=W‚´¢@¸ËõãÂyP·´'úžÃkp T„ª²$‘0 Bu‡ê/È9=àÖæð:âÆÏ{g¨úÚ³B÷%m®ùIêÒ<ƒ›º¶¡Ô@ei_$<&åÐ™RŽâàÀ%=W‚´¢@¸ËõãÂyP·´'úžÃkp ^ ÿÿšyGr}au‡ê/È9=b'šQï_ ¦Y:¦Ú³B÷%m®ùIêÒ<ƒ›º¶¡Ô@ei€+ø~§õ†=gë[RwO=¢=W‚´¢@¸ËõãÂyP·´'úžÃkp ªLVALº @€ @€ @€ @€ @€ @€ @€ @€ @€ @€%%%%%%%%% % %%%%%%%%%%%%%%MR2€ValidationRuleValidationTextFilterOrderByOrderByOnColumnWidthColumnOrderColumnHiddenDescriptionFormatInputMaskCaptionDefaultValueRequiredAllowZeroLengthDisplayControlDecimalPlaces"DatasheetFontName&DatasheetFontHeight&DatasheetFontWeight&DatasheetFontItalic,DatasheetFontUnderlineTabularCharSetTabularFamily$DatasheetForeColorFrozenColumnsOrientation$UnicodeCompression„ Arial " 3Water_FU9 ÿ mÊ Âfiltered (0.45 micron), unacidified water sample for anion analysis (refrigerated until analyzed)NullëWater_RAW ÿ m‚ zunfiltered, acidified (HNO3) water sample for cation analysisNullWater_FAH ÿ mš ’filtered (0.45 micron), acidified (HNO3) water sample for cation analysisNullWater_FE2+Ï ÿ m” Œfiltered (0.45 micron), acidified (HCl) water sample for Fe++ analysisNullWater_HGW ÿ mœ ”filtered (0.45 micron), preserved (HNO3-KCr2) water sample for Hg analysisNull=Water_ALKÌ ÿ mÒ Êunfiltered, unacidified water sample for laboratory alkalinity analysis (refrigerated until analyzed)Null¡Stream_Sed ÿ m4 ,stream sediment sampleNull·Concentrate ÿ mH @heavy mineral concentrate sampleNull„Site_ID` $ sample site ID m ¨QA/QC_Sample > 6QA/QC sample site duplicate m Ä Notesn h `any additional notes regarding samples collected m LVAL8ã{vÿ1MR2ö€"DatasheetFontName&DatasheetFontHeight&DatasheetFontWeight&DatasheetFontItalic,DatasheetFontUnderlineTabularCharSetTabularFamily$DatasheetForeColorFilterOrderByOrderByOnColumnWidthColumnOrderColumnHiddenValidationRuleValidationTextOrientationDescriptionFormatInputMaskCaptionDefaultValueRequiredAllowZeroLengthDisplayControl$UnicodeCompressionDecimalPlacesx Arial " „Site_ID¢ $ sample site ID m žField_No < 4unique sample field number m nLab_NoW unique sample laboratory number assigned by USGS Sample Control; this is the record number in the USGS National Geochemical Database m ÈQA/QC_InfoC b Zquality assurance/quality control information m ¨Sample_Descr > 6brief description of sample m ÊCharacterÀ f ^how sample was collected, grab versus composite m †Source° ( source of sample m ÊOrganic_Contì ` Xrelative organic content in sample collected m *Sieve_Size Ä ¼sieve size used in laboratory preparation; given in both mesh size and millimeter opening size m Stain_Alluv] ž –iron oxide, manganese oxide, or other staining observed on alluvium at site m Ä Geology_Alluv X Pgeologic description of alluvium at site m Â Actual_Sample V Nspecific description of sample analyzed m -Ag_PPM_EPV Â ºAg by ICP-AES, partial extraction (HCl, H2O2,DIBK digestion), solid sample, parts per million ÿNull m5Ag_PPM_ETV Ê ÂAg by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m!Al_PCT_ETü ¶ LVAL2®Al by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, percent ÿNull m-As_PPM_EPV Â ºAs by ICP-AES, partial extraction (HCl, H2O2,DIBK digestion), solid sample, parts per million ÿNull m5As_PPM_ETV Ê ÂAs by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m As_PPM_HYe ž –As by hydride generation atomic absorption, solid sample, parts per million ÿNull m-Au_PPM_EPV Â ºAu by ICP-AES, partial extraction (HCl, H2O2,DIBK digestion), solid sample, parts per million ÿNull m5Au_PPM_ETV Ê ÂAu by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m}Au_PPM_FAe Au by fire assay atomic absorption (1997 and later), by graphite furnace atomic absorption (pre-1997) solid sample, parts per million ÿNull m5Ba_PPM_ET8 Ê ÂBa by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m5Be_PPM_ETG Ê ÂBe by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m-Bi_PPM_EP Â ºBi by ICP-AES, partial extraction (HCl, H2O2,DIBK digestion), solid sample, parts per million ÿNull m5Bi_PPM_ET Ê ÂBi by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull mCTo_PCT_LE¡ ² ªTotal Carbon by LECO analyzer, solid sample, percent, data good to two decimal places ÿNull m]COr_PCT_DIe ð èOrganic carbon, calculated as difference between total carbon (CTo) and carbonate carbon (CC), solid sample, percent ÿNull mQCC_PCT_CTe æ ÞCarbonate carbon, calculaLVAL3ted from value for CO2_PCT_CT obtained by coulometric titration, solid sample, percent ÿNull m)CO2_PCT_CT¿ ¼ ´Carbonate by coulometric titration, solid sample, percent, data good to two decimal places ÿNull m!Ca_PCT_ET) ¶ ®Ca by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, percent ÿNull m-Cd_PPM_EPV Â ºCd by ICP-AES, partial extraction (HCl, H2O2,DIBK digestion), solid sample, parts per million ÿNull m5Cd_PPM_ETV Ê ÂCd by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m5Ce_PPM_ETV Ê ÂCe by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m5Co_PPM_ETV Ê ÂCo by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m5Cr_PPM_ET8 Ê ÂCr by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m-Cu_PPM_EPV Â ºCu by ICP-AES, partial extraction (HCl, H2O2,DIBK digestion), solid sample, parts per million ÿNull m5Cu_PPM_ETV Ê ÂCu by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m5Eu_PPM_ET8 Ê ÂEu by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m!Fe_PCT_ET ¶ ®Fe by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, percent ÿNull m1FeO_PCT_TIe Ä ¼Ferrous oxide by titration, total extraction (HF, HCl, H2SO4 digestion), solid sample, percent ÿNull m5Ga_PPM_ETG Ê ÂGa by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid samLVAL4ple, parts per million ÿNull mùHg_PPM_CVt Ž †Hg by cold vapor atomic absorption, solid sample, parts per million ÿNull m5Ho_PPM_ETG Ê ÂHo by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull mK_PCT_ETÀ ´ ¬K by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, percent ÿNull m5La_PPM_ET8 Ê ÂLa by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m5Li_PPM_ET Ê ÂLi by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m!Mg_PCT_ETV ¶ ®Mg by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, percent ÿNull m5Mn_PPM_ETt Ê ÂMn by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m-Mo_PPM_EPt Â ºMo by ICP-AES, partial extraction (HCl, H2O2,DIBK digestion), solid sample, parts per million ÿNull m5Mo_PPM_ETt Ê ÂMo by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m!Na_PCT_ET ¶ ®Na by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, percent ÿNull m5Nb_PPM_ETG Ê ÂNb by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m5Nd_PPM_ETG Ê ÂNd by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m5Ni_PPM_ET Ê ÂNi by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull mP_PCT_ETÀ ´ ¬P by ICP-AES, tLVAL5otal extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, percent ÿNull m-Pb_PPM_EPG Â ºPb by ICP-AES, partial extraction (HCl, H2O2,DIBK digestion), solid sample, parts per million ÿNull m5Pb_PPM_ETG Ê ÂPb by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull mSTo_PCT_LE’ ² ªTotal Sulfur by LECO analyzer, solid sample, percent, data good to two decimal places ÿNull m-Sb_PPM_EPG Â ºSb by ICP-AES, partial extraction (HCl, H2O2,DIBK digestion), solid sample, parts per million ÿNull m Sb_PPM_HYV ž –Sb by hydride generation atomic absorption, solid sample, parts per million ÿNull m5Sc_PPM_ET8 Ê ÂSc by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m Se_PPM_HYV ž –Se by hydride generation atomic absorption, solid sample, parts per million ÿNull m5Sn_PPM_ETG Ê ÂSn by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m5Sr_PPM_ET) Ê ÂSr by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m5Ta_PPM_ET8 Ê ÂTa by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m Te_PPM_HYV ž –Te by hydride generation atomic absorption, solid sample, parts per million ÿNull m5Th_PPM_ETG Ê ÂTh by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m!Ti_PCT_ETí ¶ ®Ti by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, percent ÿNull m Tl_PPM_HY óLVAL ž –Tl by hydride generation atomic absorption, solid sample, parts per million ÿNull m1U_PPM_ETÞ È ÀU by ICP-AES, total extraction (HF, HCl, HNO3, HClO4 digestion), solid sample, parts per million ÿNull m1V_PPM_ETí È ÀV by ICP-AES, total 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number in the USGS National Geochemical DatabaseÈQA/QC_Info m b Zquality assurance/quality control informationÂ Actual_SampleÛ m V Nspecific description of sample analyzed;Alk_PPM_TIV ÿ mÞ Öalkalinity by titration, analyzed in laboratory with Orion Autochemistry System, parts per million as CaCO3GAlk_PPM_FLDì ÿ mè àalkalinity done in field at water collection site with CHEMetrics titration test kit, parts per million as CaCO3àLVALðd´_» Z ý´gÍ‚~KÈ s » ^ I¦K¹lÔ@ó”¦;ºE¶%”žt€Þ¤Ëo1câ@Þ¤Ëo1câ@TblWaterSiteInfotblWaterFE^VVVVVVVVVVT ÿ€±¥‚´Nêá@±¥‚´Nêá@TblWaterSiteInfotblWaterChemDataHG^ffffffffffd ÿ€m˜2+â@m˜2+â@TblWaterSiteInfotblWaterChemDataCationsRA^ttttttttttr ÿ€%aB2+â@%aB2+â@TblWaterSiteInfotblWaterChemDataCationsFA^ttttttttttr ÿ€Cù³Nêá@Cù³Nêá@TblWaterSiteInfotblWaterChemDataAnionsFU^rrrrrrrrrrp ÿ€sEn1câ@sEn1câ@TblWaterSiteInfotblWaterALK^XXXXXXXXXXV ÿ€Ú¤µt1câ@Ú¤µt1câ@tblSiteInfotblWildfireStudyFields^ddddddddddb ÿ €Vu1câ@Vu1câ@tblSiteInfotblSediment^NNNNNNNNNNL ÿ€×£pu1câ@×£pu1câ@tblSiteInfotblConcentMR2€"DatasheetFontName&DatasheetFontHeight&DatasheetFontWeight&DatasheetFontItalic,DatasheetFontUnderlineTabularCharSetTabularFamily$DatasheetForeColorFilterOrderByOrderByOnColumnWidthColumnOrderColumnHiddenValidationRuleValidationTextDescriptionFormatInputMaskCaptionDefaultValueRequiredAllowZeroLengthDisplayControlDecimalPlacesFrozenColumnsOrientation$UnicodeCompression„ Arial " „Site_ID¢ $ sample site ID m nLab_NoH unique sample laboratory number assigned by USGS Sample Control; this is the record number in the USGS National Geochemical Database m ÈQA/QC_InfoC b Zquality assurance/quality control information m žField_Noe < 4unique sample field number m Â Actual_Sample V Nspecific description of sample analyzed m ÕF-_PPM_ICí j bfluoride by ion chromotography, parts per million ÿ mNull×Cl-_PPM_IC8 j bchloride by ion chromotography, parts per million ÿ mNullÙSO4--_PPM_IC h `sulfate by ion chromotography, parts per million ÿ mNull×NO3-_PPM_ICÎ h `nitrate by ion chromotography, parts per million ÿ mNullLVAL8ã{vÿ;MR2€"DatasheetFontName&DatasheetFontHeight&DatasheetFontWeight&DatasheetFontItalic,DatasheetFontUnderlineTabularCharSetTabularFamily$DatasheetForeColorOrderByOnFrozenColumnsOrientationColumnWidthColumnOrderColumnHiddenDescriptionRequiredAllowZeroLengthDisplayControl$UnicodeCompressionDecimalPlacesFilterOrderByValidationRuleValidationTextFormatInputMaskCaptionDefaultValue„ Arial " „Site_ID¢ $ sample site ID m nLab_No) unique sample laboratory number assigned by USGS Sample Control; this is the record number in the USGS National Geochemical Database m ÈQA/QC_Info b Zquality assurance/quality control information m Â Actual_Sample† V Nspecific description of sample analyzed m žField_No < 4unique sample field number m ¿Ag_PPB_MW’ T LAg by ICP-MS, water, parts per billion ÿ mNullÁAg_PPB_EWV V NAg by ICP-AES, water, parts per billion ÿ mNull¿Al_PPB_MWV T LAl by ICP-MS, water, parts per billion ÿ mNullÁAl_PPB_EW V NAl by ICP-AES, water, parts per billion ÿ mNull¿As_PPB_MW’ T LAs by ICP-MS, water, parts per billion ÿ mNullÁAs_PPB_EWV V NAs by ICP-AES, water, parts per billion ÿ mNull¿Au_PPB_MW’ T LAu by ICP-MS, water, parts per billion ÿ mNull½B_PPB_EWÞ T LB by ICP-AES, water, parts per billion ÿ mNull¿Ba_PPB_MWt T LBa by ICP-MS, water, parts per billion ÿ mNullÁBa_PPB_EW8 V NBa by ICP-AES, water, parts per billion ÿ mNull¿Be_PPB_MWƒ T LBe by ICP-MS, water, parts per billion ÿ mNLVAL<ullÁBe_PPB_EWG V NBe by ICP-AES, water, parts per billion ÿ mNull¿Bi_PPB_MWG T LBi by ICP-MS, water, parts per billion ÿ mNull¿Ca_PPM_MW° T LCa by ICP-MS, water, parts per million ÿ mNullÁCa_PPM_EWt V NCa by ICP-AES, water, parts per million ÿ mNull¿Cd_PPB_MW’ T LCd by ICP-MS, water, parts per billion ÿ mNullÁCd_PPB_EWV V NCd by ICP-AES, water, parts per billion ÿ mNull¿Ce_PPB_MW’ T LCe by ICP-MS, water, parts per billion ÿ mNull¿Co_PPB_MW’ T LCo by ICP-MS, water, parts per billion ÿ mNullÁCo_PPB_EWV V NCo by ICP-AES, water, parts per billion ÿ mNull¿Cr_PPB_MWt T LCr by ICP-MS, water, parts per billion ÿ mNullÁCr_PPB_EW8 V NCr by ICP-AES, water, parts per billion ÿ mNull¿Cs_PPB_MW’ T LCs by ICP-MS, water, parts per billion ÿ mNull¿Cu_PPB_MW’ T LCu by ICP-MS, water, parts per billion ÿ mNullÁCu_PPB_EWV V NCu by ICP-AES, water, parts per billion ÿ mNull¿Dy_PPB_MWt T LDy by ICP-MS, water, parts per billion ÿ mNull¿Er_PPB_MWV T LEr by ICP-MS, water, parts per billion ÿ mNull¿Eu_PPB_MWt T LEu by ICP-MS, water, parts per billion ÿ mNull¿Fe_PPB_MWt T LFe by ICP-MS, water, parts per billion ÿ mNullÁFe_PPB_EW8 V NFe by ICP-AES, water, parts per billion ÿ mNull¿Ga_PPB_MWƒ T LGa by ICP-MS, water, parts per billion ÿ mNull¿Gd_PPB_MW’ T LGd by ICP-MS, water, parts per billion ÿ mNull¿Ge_PPB_MW’LVAL= T LGe by ICP-MS, water, parts per billion ÿ mNull¿Hf_PPB_MWV T LHf by ICP-MS, water, parts per billion ÿ mNull¿Ho_PPB_MWƒ T LHo by ICP-MS, water, parts per billion ÿ mNull¿In_PPB_MWG T LIn by ICP-MS, water, parts per billion ÿ mNull»K_PPM_MWG R JK by ICP-MS, water, parts per million ÿ mNull½K_PPM_EW T LK by ICP-AES, water, parts per million ÿ mNull¿La_PPB_MWt T LLa by ICP-MS, water, parts per billion ÿ mNull¿Li_PPB_MWG T LLi by ICP-MS, water, parts per billion ÿ mNullÁLi_PPB_EW V NLi by ICP-AES, water, parts per billion ÿ mNull¿Mg_PPM_MWÝ T LMg by ICP-MS, water, parts per million ÿ mNullÁMg_PPM_EW¡ V NMg by ICP-AES, water, parts per million ÿ mNull¿Mn_PPB_MW° T LMn by ICP-MS, water, parts per billion ÿ mNullÁMn_PPB_EWt V NMn by ICP-AES, water, parts per billion ÿ mNull¿Mo_PPB_MW° T LMo by ICP-MS, water, parts per billion ÿ mNullÁMo_PPB_EWt V NMo by ICP-AES, water, parts per billion ÿ mNull»Na_PPM_MW¡ P HNa ICP-MS, water, parts per million ÿ mNull½Na_PPM_EWe R JNa ICP-AES, water, parts per million ÿ mNull¿Nb_PPB_MWƒ T LNb by ICP-MS, water, parts per billion ÿ mNull¿Nd_PPB_MWƒ T LNd by ICP-MS, water, parts per billion ÿ mNull¿Ni_PPB_MWG T LNi by ICP-MS, water, parts per billion ÿ mNullÁNi_PPB_EW V NNi by ICP-AES, water, parts per billion ÿ mNull»P_PPB_MW R JP by ICP-MS, wateLVAL>r, parts per billion ÿ mNull½P_PPB_EWÞ T LP by ICP-AES, water, parts per billion ÿ mNull¿Pb_PPB_MWƒ T LPb by ICP-MS, water, parts per billion ÿ mNullÁPb_PPB_EWG V NPb by ICP-AES, water, parts per billion ÿ mNull¿Pr_PPB_MWe T LPr by ICP-MS, water, parts per billion ÿ mNull¿Rb_PPB_MWƒ T LRb by ICP-MS, water, parts per billion ÿ mNull¿Re_PPB_MWƒ T LRe by ICP-MS, water, parts per billion ÿ mNull¿Sb_PPB_MWƒ T LSb by ICP-MS, water, parts per billion ÿ mNullÁSb_PPB_EWG V NSb by ICP-AES, water, parts per billion ÿ mNull¿Se_PPB_MWƒ T LSe by ICP-MS, water, parts per billion ÿ mNullÁSi_PPM_EW8 V NSi by ICP-AES, water, parts per million ÿ mNull¿Si_PPM_MWÿÿÿÿ T LSi by ICP-MS, water, parts per billion ÿ mNull¿Sm_PPB_MW¿ T LSm by ICP-MS, water, parts per billion ÿ mNull¿Sn_PPB_MWƒ T LSn by ICP-MS, water, parts per billion ÿ mNullËSO4--_PPM_MWÿÿÿÿ Z RSO4-- by ICP-MS, water, parts per million ÿ mNull¿Sr_PPB_MWe T LSr by ICP-MS, water, parts per billion ÿ mNullÁSr_PPB_EW) V NSr by ICP-AES, water, parts per billion ÿ mNull¿Ta_PPB_MWt T LTa by ICP-MS, water, parts per billion ÿ mNull¿Tb_PPB_MWƒ T LTb by ICP-MS, water, parts per billion ÿ mNull¿Te_PPB_MWƒ T LTe by ICP-MS, water, parts per billion ÿ mNull¿Th_PPB_MWƒ T LTh by ICP-MS, water, parts per billion ÿ mNullÁTi_PPB_EW V NTi by ICP-AES, water, parts per billion œLVAL¬ÿ mNull¿Tl_PPB_MWG T LTl by ICP-MS, water, parts per billion ÿ mNull¿Tm_PPB_MW¿ T LTm by ICP-MS, water, parts per billion ÿ mNull»U_PPB_MW R JU by ICP-MS, water, parts per billion ÿ mNull»V_PPB_MW) R JV by ICP-MS, water, parts per billion ÿ mNull½V_PPB_EWí T LV by ICP-AES, water, parts per billion ÿ mNull»W_PPB_MWG R JW by ICP-MS, water, parts per billion ÿ mNull»Y_PPB_MW R JY by ICP-MS, water, parts per billion ÿ mNull¿Yb_PPB_MWƒ T LYb by ICP-MS, water, parts per billion ÿ mNull¿Zn_PPB_MWƒ T LZn by ICP-MS, water, parts per billion ÿ mNullÁZn_PPB_EWG V NZn by ICP-AES, water, parts per billion ÿ mNull¿Zr_PPB_MWe T LZr by ICP-MS, water, parts per billion ÿ mNullLVAL8ã{@MR2€FrozenColumnsOrderByOn"DatasheetFontName&DatasheetFontHeight&DatasheetFontWeight&DatasheetFontItalic,DatasheetFontUnderlineTabularCharSetTabularFamily$DatasheetForeColorOrientationColumnWidthColumnOrderColumnHiddenDescriptionRequiredAllowZeroLengthDisplayControl$UnicodeCompressionDecimalPlacesFilterOrderByValidationRuleValidationTextFormatInputMaskCaptionDefaultValue„ Arial " „Site_ID“ $ sample site ID m nLab_No unique sample laboratory number assigned by USGS Sample Control; this is the record number in the USGS National Geochemical Database m ÈQA/QC_Info' b Zquality assurance/quality control information m žField_Not < 4unique sample field number m Â Actual_Sample. V Nspecific description of sample analyzed m ¿Ag_PPB_MW’ T LAg by ICP-MS, water, parts per billion ÿ mNullÁAg_PPB_EWV V NAg by ICP-AES, water, parts per billion ÿ mNull¿Al_PPB_MWV T LAl by ICP-MS, water, parts per billion ÿ mNullÁAl_PPB_EW V NAl by ICP-AES, water, parts per billion ÿ mNull¿As_PPB_MW’ T LAs by ICP-MS, water, parts per billion ÿ mNullÁAs_PPB_EWV V NAs by ICP-AES, water, parts per billion ÿ mNull¿Au_PPB_MW’ T LAu by ICP-MS, water, parts per billion ÿ mNull½B_PPB_EWÞ T LB by ICP-AES, water, parts per billion ÿ mNull¿Ba_PPB_MWt T LBa by ICP-MS, water, parts per billion ÿ mNullÁBa_PPB_EW8 V NBa by ICP-AES, water, parts per billion ÿ mNull¿Be_PPB_MWƒ T LBe by ICP-MS, water, parts per billion ÿ mNLVALAullÁBe_PPB_EWG V NBe by ICP-AES, water, parts per billion ÿ mNull¿Bi_PPB_MWG T LBi by ICP-MS, water, parts per billion ÿ mNull¿Ca_PPM_MW° T LCa by ICP-MS, water, parts per million ÿ mNullÁCa_PPM_EWt V NCa by ICP-AES, water, parts per million ÿ mNull¿Cd_PPB_MW’ T LCd by ICP-MS, 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billion ÿ mNull¿Ge_PPB_MW’LVALB T LGe by ICP-MS, water, parts per billion ÿ mNull¿Hf_PPB_MWV T LHf by ICP-MS, water, parts per billion ÿ mNull¿Ho_PPB_MWƒ T LHo by ICP-MS, water, parts per billion ÿ mNull¿In_PPB_MWG T LIn by ICP-MS, water, parts per billion ÿ mNull»K_PPM_MWG R JK by ICP-MS, water, parts per million ÿ mNull½K_PPM_EW T LK by ICP-AES, water, parts per million ÿ mNull¿La_PPB_MWt T LLa by ICP-MS, water, parts per billion ÿ mNull¿Li_PPB_MWG T LLi by ICP-MS, water, parts per billion ÿ mNullÁLi_PPB_EW V NLi by ICP-AES, water, parts per billion ÿ mNull¿Mg_PPM_MWÝ T LMg by ICP-MS, water, parts per million ÿ mNullÁMg_PPM_EW¡ V NMg by ICP-AES, water, parts per million ÿ mNull¿Mn_PPB_MW° T LMn by ICP-MS, water, parts per billion ÿ mNullÁMn_PPB_EWt V NMn by ICP-AES, water, parts per billion ÿ mNull¿Mo_PPB_MW° T LMo by ICP-MS, water, parts per billion ÿ mNullÁMo_PPB_EWt V NMo by ICP-AES, water, parts per billion ÿ mNull»Na_PPM_MW¡ P HNa ICP-MS, water, parts per million ÿ mNull½Na_PPM_EWe R JNa ICP-AES, water, parts per million ÿ mNull¿Nb_PPB_MWƒ T LNb by ICP-MS, water, parts per billion ÿ mNull¿Nd_PPB_MWƒ T LNd by ICP-MS, water, parts per billion ÿ mNull¿Ni_PPB_MWG T LNi by ICP-MS, water, parts per billion ÿ mNullÁNi_PPB_EW V NNi by ICP-AES, water, parts per billion ÿ mNull»P_PPB_MW R JP by ICP-MS, wateLVALCr, parts per billion ÿ mNull½P_PPB_EWÞ T LP by ICP-AES, water, parts per billion ÿ mNull¿Pb_PPB_MWƒ T LPb by ICP-MS, water, parts per billion ÿ mNullÁPb_PPB_EWG V NPb by ICP-AES, water, parts per billion ÿ mNull¿Pr_PPB_MWe T LPr by ICP-MS, water, parts per billion ÿ mNull¿Rb_PPB_MWƒ T LRb by ICP-MS, water, parts per billion ÿ mNull¿Re_PPB_MWƒ T LRe by ICP-MS, water, parts per billion ÿ mNull¿Sb_PPB_MWƒ T LSb by ICP-MS, water, parts per billion ÿ mNullÁSb_PPB_EWG V NSb by ICP-AES, water, parts per billion ÿ mNull¿Se_PPB_MWƒ T LSe by ICP-MS, water, parts per billion ÿ mNullÁSi_PPM_EW8 V NSi by ICP-AES, water, parts per million ÿ mNull¿Si_PPM_MWÿÿÿÿ T LSi by ICP-MS, water, parts per billion ÿ mNull¿Sm_PPB_MW¿ T LSm by ICP-MS, water, parts per billion ÿ mNull¿Sn_PPB_MWƒ T LSn by ICP-MS, water, parts per billion ÿ mNullËSO4--_PPM_MWÿÿÿÿ Z RSO4-- by ICP-MS, water, parts per million ÿ mNull¿Sr_PPB_MWe T LSr by ICP-MS, water, parts per billion ÿ mNullÁSr_PPB_EW) V NSr by ICP-AES, water, parts per billion ÿ mNull¿Ta_PPB_MWt T LTa by ICP-MS, water, parts per billion ÿ mNull¿Tb_PPB_MWƒ T LTb by ICP-MS, water, parts per billion ÿ mNull¿Te_PPB_MWƒ T LTe by ICP-MS, water, parts per billion ÿ mNull¿Th_PPB_MWƒ T LTh by ICP-MS, water, parts per billion ÿ mNullÁTi_PPB_EW V NTi by ICP-AES, water, parts per billion œLVAL¬ÿ mNull¿Tl_PPB_MWG T LTl by ICP-MS, water, parts per billion ÿ mNull¿Tm_PPB_MW¿ T LTm by ICP-MS, water, parts per billion ÿ mNull»U_PPB_MW R JU by ICP-MS, water, parts per billion ÿ mNull»V_PPB_MW) R JV by ICP-MS, water, parts per billion ÿ mNull½V_PPB_EWí T LV by ICP-AES, water, parts per billion ÿ mNull»W_PPB_MWG R JW by ICP-MS, water, parts per billion ÿ mNull»Y_PPB_MW R JY by ICP-MS, water, parts per billion ÿ mNull¿Yb_PPB_MWƒ T LYb by ICP-MS, water, parts per billion ÿ mNull¿Zn_PPB_MWƒ T LZn by ICP-MS, water, parts per billion ÿ mNullÁZn_PPB_EWG V NZn by ICP-AES, water, parts per billion ÿ mNull¿Zr_PPB_MWe T LZr by ICP-MS, water, parts per billion ÿ mNullÚLVALêMR2ö€ValidationRuleValidationTextOrientationFilterOrderByOrderByOnColumnWidthColumnOrderColumnHiddenDescriptionFormatInputMaskCaptionDefaultValueRequiredAllowZeroLengthDisplayControl$UnicodeCompressionDecimalPlaces"DatasheetFontName&DatasheetFontHeight&DatasheetFontWeight&DatasheetFontItalic,DatasheetFontUnderlineTabularCharSetTabularFamily$DatasheetForeColorx Arial "„Site_ID¢ $ sample site ID m ÃFe2+_PPM_FLDU b Zferrous iron content by field colorimetric method, done in field at collection site with CHEMetrics, Inc. colorimetric test kit, parts per million, done on 2001 samples only ÿ mžField_NoH < 4unique sample field number m nLab_Noî unique sample 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information m žField_Not < 4unique sample field number m Â Actual_Sampleî V Nspecific description of sample analyzed m ËHg_PPB_AF) ` XHg by atomic fluorescence, parts per billion ÿ mNullLVAL8ã{vÿGMR2€OrderByOn"DatasheetFontName&DatasheetFontHeight&DatasheetFontWeight&DatasheetFontItalic,DatasheetFontUnderlineTabularCharSetTabularFamily$DatasheetForeColorFrozenColumnsColumnWidthColumnOrderColumnHiddenRequiredAllowZeroLengthDisplayControlDecimalPlacesFilterOrderByValidationRuleValidationTextDescriptionFormatInputMaskCaptionDefaultValueOrientation$UnicodeCompression„ Arial " ¼Type_of_Site l mR Jdescriptive information on water site ÂWater_Color ’ mZ Rqualitative description of color of water ¾Water_Odor e mX Pqualitative description of odor of water Ð"Turbidity_Qual ¯ mb Zqualitative description of turbidity of water vFlow_Units 6 m units of measurement for flow rate; CFS, cubic feet per second; GPM, gallons per minute; L/min, liters per minute; standing, no flow „Site_ID 9 $ sample site ID m Water_Source # 6 .source of sampled water m øOther_Notes ˆany additional note regarding water sample site or samples collected m ÐChannel_Bed ï h `description of channel bed for water sample site m ÍTemp_C H h `temperature of sampled water, degrees Centigrade ÿNull m‘Flow_Rate Þ & water flow rate ÿNull m‹ pH w . &pH of sampled water Null mï Conduct_uS/cm | tconductivity of sampled water, microsiemens per centimeter ÿNull mÓ Turbidity_FTU û ` Xturbidity of sampled water, Formazine turbidity units (equivalent to nephelometric turbidity units), done in field using CHEMetrics, Inc. instrument, collected in 2001 only ÿNull mßDiss_O2_ppm ûBLVALR @€ @€ @€ @€ @€ @€ @€ @€ @€ @€ @€ @€ @€ @€ @€ @€%%%%%%%%% % %%%%%%%%%%%%%%%$%% %G %H %I %& %' %(%)%*%+%,%-%. %/ %0 %1%2%3%4%5%6%7%8%9%:%;%<%=%>%?%@%A%B%C%D%E%F€.€. €.€.€.€.€.€.€.€.€.€.€.€%J€%K€%L€%M€%N€%O€.€6.€6.€6.€6.€:.€:. €:. €:.€=.€=.€=.€D.€D.€D.€s.€s. €s.!€y.€y.€y.€."€.#€.$€¨.%€¨.&€¨.'€ª.+€ª.,€ª.-€Ñ.(€Ñ.)€Ñ.*€..€./€.0€.1€.2%%%% %% %%%%!%"%# 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