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Layers:

• Bodie Hills, CA-NV (0)
  • 2000 + 2004 ASTER VNIR-SWIR-TIR mapping (Rockwell, 2010a) (1)
    • Regions of potentially corrupted SWIR data - ASTER "Detector Scratch" (2)
    • Iron-bearing minerals, vegetation, and water (3)
    • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (4)
    • TIR quartz abundance (5)
    • Enhanced 468/RGB color composite (6)
• Caetano Caldera, NV (7)
  • May 4, 2001 ASTER VNIR-SWIR mapping (John and others, 2010) (8)
    • Regions of potentially corrupted SWIR data - ASTER "Detector Scratch" (9)
    • Iron-bearing minerals, vegetation, and water (10)
    • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (11)
    • Enhanced 468/RGB color composite (12)
    • Six-band, edge-enhanced radiance (431/RGB) (13)
• Colorado Mineral Belt (14)
  • 2000 AVIRIS mapping (Rockwell, 2013b) (15)
    • Iron-bearing minerals and water (16)
    • Phyllosilicate, sulfate, carbonate, sorosilicate, and nesosilicate minerals (17)
  • 2002 + 2003 ASTER VNIR-SWIR mapping (Rockwell, 2013b) (18)
    • No data - clouds, cloud shadow, snow, corrupted SWIR data ("Detector Scratch") (19)
    • Iron-bearing minerals, vegetation, and water: subdivided by absorption feature fit x depth (abundance) (20)
    • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (21)
    • Modelled alteration type and key mineral groups (22)
• Cuprite mining district, NV (23)
  • 2002 SpecTIR HST mapping (Smailbegovic and others, 2003) (24)
    • Eastern alteration center (25)
      • Phyllosilicate, sulfate, hydrous silica, and carbonate minerals (26)
      • False-color composite: 2.20 micrometers-0.80 micrometers-0.47 micrometers/RGB (27)
    • Western alteration center (28)
      • Phyllosilicate, sulfate, hydrous silica, and carbonate minerals (29)
      • False-color composite: 2.20 micrometers-0.80 micrometers-0.47 micrometers/RGB (30)
  • 1999 HyMap mapping (Smailbegovic and others, 2003) (31)
    • Phyllosilicate, sulfate, hydrous silica, and carbonate minerals (32)
  • 1998 high-altitude AVIRIS mapping (Rockwell, 2012; Smailbegovic and others, 2003) (33)
    • Iron-bearing minerals (34)
    • Phyllosilicate, sulfate, hydrous silica, and carbonate minerals (35)
    • Landsat-convolved reflectance data (36)
  • 2001 ASTER SWIR mapping (Rockwell, 2012) (37)
    • Phyllosilicate, sulfate, hydrous silica, and carbonate minerals (38)
    • Enhanced 468/RGB color composite (39)
  • 1994 GER 63-channel imaging spectrometer mapping (B. Rockwell; Logicon Geodynamics, 1997) (40)
    • Continuous-tone, three-endmember mineral occurrence map (41)
• Drum Mountains, UT (42)
  • June 2007 ASTER VNIR-SWIR mapping (43)
    • Region of potentially corrupted SWIR data - ASTER "Detector Scratch" (44)
    • Iron-bearing minerals, vegetation, and water (45)
    • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (46)
    • Enhanced 468/RGB color composite (47)
    • Six-band, edge-enhanced radiance (431/RGB) (48)
• Florida Canyon disseminated Au-Ag deposit, NV (49)
  • 2003 HyMap mapping (50)
    • Iron-bearing minerals and water (51)
    • Phyllosilicate, sulfate, and carbonate minerals (52)
• Goldfield-Tonopah, NV (53)
  • Faults and fractures (Ashley, 1975) (54)
  • 1998 high-altitude AVIRIS mapping (55)
    • Iron-bearing minerals (56)
    • Phyllosilicate, sulfate, sorosilicate, hydrous silica, and carbonate minerals (Rockwell, 2012) (57)
    • Landsat-convolved reflectance data (541/RGB) (58)
  • 2001 ASTER VNIR-SWIR-TIR mapping (59)
    • Region of potentially corrupted SWIR data - ASTER "Detector Scratch" (60)
    • Iron-bearing minerals, vegetation, and water (61)
    • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (Rockwell, 2012) (62)
    • TIR quartz (red) and carbonate (green) abundance (63)
    • Enhanced 468/RGB color composite (64)
    • Six-band, edge-enhanced radiance (431/RGB) (65)
• Marysvale volcanic field, UT (66)
  • 1999 low-altitude AVIRIS mapping (67)
    • Alunite Ridge (68)
      • Iron-bearing minerals (69)
      • Phyllosilicate, sulfate, sorosilicate, and carbonate minerals (70)
      • 193-49-9/R-G-B false-color composite (71)
    • Big Rock Candy Mountain (Rockwell and others, 2005; Cunningham and others, 2005) (72)
      • Iron-bearing minerals and water (73)
      • Phyllosilicate, sulfate, sorosilicate, and carbonate minerals (74)
      • Landsat-convolved, edge-enhanced reflectance data (741/RGB) (75)
    • White Horse alunite deposit (Rockwell and others, 2006; Rockwell, 2009) (76)
      • Iron-bearing minerals and water (77)
      • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (78)
      • Vegetation vigor (79)
      • False-color near-infrared color composite (80)
  • 1998 high-altitude AVIRIS mapping (Rockwell and others, 2005) (81)
    • Iron-bearing minerals and water (82)
      • Tushar Mountains (83)
      • Antelope Range - Marysvale (84)
    • Phyllosilicate, sulfate, sorosilicate, carbonate, nesosilicate, and hydrous silica minerals (85)
      • Tushar Mountains (86)
      • Antelope Range - Marysvale (87)
  • 2002 ASTER VNIR-SWIR mapping (Rockwell, 2009) (88)
    • Regions of potentially corrupted SWIR data - ASTER "Detector Scratch" (89)
    • Iron-bearing minerals, vegetation, and water (90)
    • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (91)
    • Six-band, edge-enhanced radiance (431/RGB) (92)
• Mountain Pass, CA (93)
  • 1995 high-altitude AVIRIS mapping (94)
    • Phyllosilicate, rare earth, inosilicate, sorosilicate, and carbonate minerals (95)
• Northern Nevada (96)
  • 2009 high-altitude AVIRIS mapping - preliminary (97)
    • Ruby Mountains - Alligator Ridge (98)
      • Enhanced 185-195-208/R-G-B color composite: Pink = Al-OH phyllosilicate/sulfate, Yellow = carbonate/chlorite (99)
      • 195-42-9/R-G-B color composite (100)
    • Carlin Trend (101)
      • Enhanced 185-195-208/R-G-B color composite: Pink = Al-OH phyllosilicate/sulfate, Yellow = carbonate/chlorite (102)
      • 195-42-9/R-G-B color composite (103)
    • Independence Range (104)
      • Enhanced 185-195-208/R-G-B color composite: Pink = Al-OH phyllosilicate/sulfate, Yellow = carbonate/chlorite (105)
      • 195-42-9/R-G-B color composite (106)
    • Battle Mountain - Eureka Trend (107)
      • Enhanced 185-195-208/R-G-B color composite: Pink = Al-OH phyllosilicate/sulfate, Yellow = carbonate/chlorite (108)
      • 195-42-9/R-G-B color composite (109)
  • ASTER TIR quartz and carbonate mapping (Rockwell and Hofstra, 2008) (110)
    • Carbonate abundance (111)
    • Quartz abundance (112)
• Oquirrh Mountains, UT (113)
  • 1998 high-altitude AVIRIS mapping (Rockwell and others, 2005) (114)
    • Iron-bearing minerals and water (115)
      • Rush Valley - Tooele (116)
      • Mercur mine - Ophir (117)
      • Bingham Canyon - Magna (118)
    • Phyllosilicate, sulfate, sorosilicate, and carbonate minerals (119)
      • Rush Valley - Tooele (120)
      • Mercur mine - Ophir (121)
      • Bingham Canyon - Magna (122)
  • Bingham Canyon-Magna: 2000 ASTER VNIR-SWIR mapping (Rockwell and Hofstra, 2009) (123)
    • Iron-bearing minerals, vegetation, and water (124)
    • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (125)
    • Enhanced 468/RGB color composite (126)
    • Six-band, edge-enhanced radiance (431/RGB) (127)
• Park City, UT (128)
  • Empire Canyon: 1999 low-altitude AVIRIS mapping (Rockwell and others, 1999) (129)
    • Iron-bearing minerals (130)
    • Phyllosilicate and carbonate minerals (131)
• Pebble Cu-Au-Mo porphyry deposit, AK (132)
  • March 2003 ASTER mapping (133)
    • Identified exposed minerals - possible argillic alteration (134)
    • Area with minimal green vegetation downstream from deposit (135)
    • Approximate outline of concealed deposit (136)
    • Automated mineral group and vegetation map (Rockwell, 2012) (137)
    • Principal component mapping (138)
    • Enhanced 468/RGB color composite (139)
    • Six-band, edge-enhanced radiance (431/RGB) (140)
• Pine Grove - NG Alunite Area, UT (141)
  • ASTER VNIR-SWIR-TIR mapping (Rockwell and Hofstra, 2012) (142)
    • Intrusions in Pine Grove and Blawn Mountain (NG Alunite) districts (143)
    • Regions of potentially corrupted SWIR data - ASTER "Detector Scratch", 2000 ASTER data (144)
    • Regions of potentially corrupted SWIR data - ASTER "Detector Scratch", 2004 ASTER data (145)
    • Identified occurrences of ferric iron-bearing minerals (146)
    • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (147)
    • Thermal infrared mosaic - 2002 + 2004 (148)
      • Carbonate exposure (149)
      • Quartz abundance (150)
    • Enhanced 468/RGB color composite (151)
    • Six-band, edge-enhanced radiance (431/RGB) (152)
• San Juan Mountains, CO (153)
  • Rico - Calico Peak region (154)
    • September 21, 2003 ASTER VNIR-SWIR mapping (Rockwell, 2010b) (155)
      • Iron-bearing minerals, vegetation, and water (156)
      • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (157)
      • Enhanced 468/RGB color composite (158)
      • Six-band, edge-enhanced radiance (431/RGB) (159)
    • Field map of alteration and mineralization (Serna-Isaza, 1971) (160)
  • Summitville mine region (161)
    • September 14, 2003 ASTER VNIR-SWIR mapping (preliminary) (162)
      • Iron-bearing minerals, vegetation, and water (163)
      • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (164)
  • Silverton - Lake City region (165)
    • 1996 high-altitude AVIRIS mapping (Dalton and others, 2005; 2007) (166)
      • Iron-bearing minerals (167)
      • Phyllosilicate, sulfate, sorosilicate, and carbonate minerals (168)
    • September 12, 2000 ASTER VNIR-SWIR mapping (Rockwell, 2012) (169)
      • Regions of potentially corrupted SWIR data - ASTER "Detector Scratch" (170)
      • Iron-bearing minerals, vegetation, and water (171)
      • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (172)
      • Modelled alteration type and key mineral groups (173)
      • Enhanced 468/RGB color composite (174)
• Tintic mining district, UT (175)
  • 1999 low-altitude AVIRIS mapping (Rockwell and others, 2005) (176)
    • East Tintic district (177)
      • Iron-bearing minerals (178)
      • Phyllosilicate, sulfate, and carbonate minerals (179)
    • Dragon halloysite mine (180)
      • Iron-bearing minerals and water (181)
      • Phyllosilicate, sulfate, and carbonate minerals (182)
  • 1998 high-altitude AVIRIS mapping, mosaic of runs 6 and 8 (Rockwell and others, 2005) (183)
    • Iron-bearing minerals and water (184)
    • Phyllosilicate, sulfate, sorosilicate, hydrous silica, and carbonate minerals (185)
    • Band 137 grayscale image (186)
  • 2000 ASTER VNIR-SWIR mapping (Rockwell, 2012) (187)
    • Iron-bearing minerals, vegetation, and water (188)
    • Phyllosilicate, sulfate, sorosilicate, carbonate, and hydrous silica minerals (189)

Description:

Copyright Text:

Spatial Reference: 4326  (4326)


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