Geochimica et Cosmochimica Acta 1992: Vol 56 Index

17 Pages·1992·6.5 MB·English

SUBJECT INDEX
A racemization, dating, 56(2):739 Arsenic
sources, marine environment, 56(5):1963 solubility, As.S3;, amorphous, 56(6):2267
Acantharia thermodynamic properties, 56(9):3481 speciation, aqueous solution, 56(6):2272
geochemistry, Sr, Ba, oceans, 56(8):3273 Ammonia Aspartic acid
Acapulco (meteorite, unclassified) equation of state, 56(10):3611 racemization, 56(10):3847
Sm-Nd dating, 56(2):797 Ammonium Asphaltene
Acetate organogenic, Monterey Formation, Cali- Dead Sea, archaeological, 56(7):2743
porewater, marine sediment, 56(3):1247 fornia, USA, 56(5):1979 isotope composition, Dead Sea, H and C,
Activity Angra dos Reis (angrite) 56(7):2747
REEs, electrolyte solutions, 56(8):3123 age determinations, 56(4):1673 N, functionality, petroleum, 56(10):3745
silicate melts, FeO, NiO, Fe,O3, and Anhydrite pyrolysis, 56(4):1545
MgO, 56(1):303 target rocks, K/T boundary, 56(9):3603 Atlantic Ocean
Adsorption Anorthite 5'°C, suspended organic matter, 56(3):
adsorption/desorption model, leaching of dissolution kinetics, 25°C, 56(5):1815 1413
solids, 56(7):2589 expansivity, glass, 56(2):689 mid-Atlantic ridge, fluid inclusions, 56(1):
alkaline earth elements, Mn oxides, 56(2): noble gases, solubility, 56(2):709 35
602 Anorthosite Oceanographer Transform, 56(1):35
Au, pyrite, geothite, 56(5):1801 lunar, Fe partitioning, plagioclase-basalt, Atmosphere
cations, humic acid, 56(10):3627 56(5):1885 CO,, emission, volcanoes, 56(4):1765
clay, on Fe III oxides, 56(4):1507 lunar, noble gases, adsorption, 56(1):493 Auger Electron Spectroscopy
Cs, illite, 56(3):1157 Stillwater Complex, Montana, origin, Cd, calcite, 56(5):1941
Cd?*, Pb?*, silica, high T, 56(7):2941 56(3):1187 Australia
noble gases, lunar anorthosites, 56(1):493 Antarctica Amadeus Basin, sediment provenance,
radionuclides, Lake Constance, Switzer- micrometeorites, 56(7):2923 56(3):921
land, 56(6):2339 Mount Erebus, volcanic activity, 56(3): Burgoyne batholith, South Australia,
removal, Al and Th, diatoms, seawater, 1401 56(7):2789
56(9):3365 rifting from Africa, 56(9):3561 diamonds, Argyle, 56(1):389
222Rn, natural sediment, 56(11):3923 Anthropology Kambalda, komatiites, 56(12):4191
Th, colloids, Gulf of Mexico, 56(9):3375 dating, fossil bones, racemization, amino Mount Isa Inlier, 56(3):899
trace elements, lake sediment, 56(3):1175 acids, 56(2):739 New South Wales, 56(1):67
Al Rais (chondrite) Apatite Queensland, Mt. Isa, 56(3):899
Fe-Ni grains, origin, 56(6):2521 partitioning, F-Cl-OH, biotite-apatite, Western Australia, Hamersley Basin,
Alaska 56(9):3435 56(8):3031
Novarupta Vent, Katmai, 56(4):1429 solubility, carbonate-rich liquid, 56(9): Western Australia, Mt. Narryer, 56(3):
Katmai volcano, 56(4):1429 3409 1281
St. Augustine volcano, gases, 56(2):633 solubility, peraluminous liquids, 56(10): Austria
Tin Creek, Zn-Pb mineralization, 56(1): 3855 eclogite, dating, 56(1):347
109 Sr, isotope composition, Precambrian,
Valley of Ten Thousand Smokes, 56(4): 56(7):2789 B
1429 Aquifer
Albite Cohansey Sand, coastal plain, New Jersey, Bacteria
F complexation, glass, 56(2):701 USA, 56(4):1507 alteration, basalt glass, 56(2):845
weathering, surface reactions, 56(8):3113 “Ar/*’Ar method of dating Archaebacteria, Orca Basin, sediment,
Algae clinopyroxene, diamonds, eclogite, 56(1): 56(9):3469
C, N, isotope composition, Orinoco 389 methanogenic sediment, 56(3):1254
River, 56(12):4237 fluid inclusions, 56(1):227 Baffin Bay, Canada
ALHA 77214 (chondrite) Kiglapait Intrusion, Labrador, Canada, triterpenoids, diagenesis, 56(5):2001
metamorphism, 56(10):3791 56(6):247 1 Barium
ALHA 77307 muscovite, Dora-Maira nappe, Italy, geochemistry, seawater, 56(8):3273
olivine, isolated and in chondrules, 56(1): 56(7):285 1 foraminifera, 56(7):2673
467 shocked rocks, Haughton structure, Can- Lake Biwa, Japan, 56(2):597
Aluminum ada, 56(4):1593 Basalt
Al,3, formation, natural conditions, Aragonite alteration, microbial, glass, 56(2):845
56(10):3831 C, isotope fractionation, 56(1):419 alteration, water-rock interaction, 56(12):
AICl;, heat capacity, 56(12):4125 solubility, aragonite-strontianite solid so- 4169
hydroxy complexes, 56(6):2573 lution, 56(8):3045 B, isotope composition, ODP 504B,
kinetics, removal from seawater, diatoms, Archaeology 56(4):1635
56(9):3365 Asphalt, Dead Sea, export, 56(7):2743 classification, lunar, 56(6):2179
speciation, aqueous solution, 56(3):1065, Argon Fe, partitioning, plagioclase-basalt, 56(5):
1093 equation of state, 56(10):361 1 1885
vapor pressure, Al(OH);, 56(1):511 isotope composition, fluid inclusions, Ir, basaltic tuff, 56(7):2955
Amazon River, Brazil 56(1):227 lunar, petrogenesis, 56(6):2177, 2235;
Be, isotope geochemistry, 56(4):1607 MORB, 56(3):1301 56(10):3809
humic substances, 56(4):1753 Murchison, 56(7):2909 Nd, isotope composition, Egmont vol-
Amino acids muscovite, retention, compositional con- cano, New Zealand, 56(3):941
corals, 56(11):3849 trol, 56(7):2851 partition coefficients, trace elements,
fossil mollusk shells, 56(6):2445 natural gas, Alberta, Canada, 56(4):1574 REEs, lunar, 56(6):2242
4365
Pb, isotope composition, Egmont vol- 5'3C, marine, 56(1):335 Devon Island, Haughton impact struc-
cano, New Zealand, 56(3):941 Fe-chloride speciation, 56(8):3179; 56(9): ture, 56(4):1591
S, concentration, 56(5):1863 3681 Labrador, Kiglapaiti, 56(6):2471
Sr, isotope composition, Egmont volcano, fluid inclusions, granite, Australia, 56(1): Manitoba, 56(1):49
New Zealand, 56(3):941 67 Ontario, 56(1):369; 56(9):3531
weathering, surface chemistry, 56(10): fluid inclusions, halogen concentration, Quebec, Sagueray fjord, 56(11):3909
3711 56(1):203 Carbon
Bastnaesite fluid inclusions, plutonic rocks, 56(1):35 carbonate rocks, Proterozoic, 56(3):875
REE geochemistry, 56(2): 725 H, O, isotope composition, formation wa- Chassigny, 56(2):817
Zr/Hf ratio, 56(6):2417 ters, Japan, 56(9):3505 geochemical cycle
Beryllium isochore location, 56(1):295 Phanerozoic carbonates, 56(8):3289
isotope geochemistry, river basin, 56(4): methane, solubility, 56(4):1451; 56(12): weathering, plants, 56(8):3225
1607 4301, 4303 isotope composition
speciation, pH, 56(4):1616 origin, retrograde metamorphism, 56(1): acetate, marine sediment, 56(3):1247
Biomarkers 81 algae, Orinoco River, 56(12):4237
arborane/fernane series, 56(9):3595 physical chemistry, Na and K chlorides, biomarkers, petroleum, Monterey For-
bitumen, humic coal, 56(7):2761 56(6):2281 mation, California, USA, 56(3):1391
C, isotope compositions, hopanes, petro- Salton Sea, California, USA, 56(5):2131 dissolved inorganic, Pacific Ocean,
leum, Monterey, California, USA, solution kinetics, quartz, 56(12):4147 56(9):3589
56(3):1391 British Columbia, Canada carbonate rocks, Precambrian, 56(3):
dinosterane, occurrence, sediment, 56(6): Ag-Pb-Zn veins, crustal extension, 56(9): 1317
2437 3513 geothermal system, Iceland, 56(12):
diphytanyl glycerol ether, Orca Basin, Cassiar serpentinites, 56(1):97 4221
56(9):3469 Boss Mountain, MoS, deposits, 56(1):261 hydrocarbons, Murchison, 56(11):4045
lignin dimers, 56(11):4025 Saanich Inlet, 56(5):1964 hydrothermal deposits, Guaymas basin,
petroleum, Gulf Coast, USA, 56(3):1259 Bromine Gulf of California, 56(5):2025
sterenes, bitumen, Monterey Formation, halite and sylvite, 56(6):2555, 2559 marine brines, 56(1):335
California, USA, 56(3):1223 Bulk Earth oceans, discrepancies, 56(8):3259
terpenoids, petroleum, Southeast Asia, chemical compositions, 56(3):1002 seawater, Paleoproterozoic, 56(6):2487
56(3):1231 SiC grains, Murchison, 56(4):1717
C
triterpenoids, 56(5):1993, 2001 suspended organic matter, oceans,
tetrapyrrole pigments, 56(4):1743 Cadmium 56(3):1413
Biotite adsorption, silica, high 7, 56(7):2941 fractionation, calcite and aragonite, 56(1):
kinetics, dissolution, pH effect, 56(8):3073 calcite, 56(5):1941 419
partitioning, F-Cl-OH, biotite-apatite, Calcite isotope disequilibrium, travertine-water,
56(9):3435 B, concentration, isotope composition, Oman, 56(5):2041
Bitumen marine, 56(1):540 Carbonaceous chondrite
identification, hydrocarbons, Monterey C, isotope fractionation, 56(1):419 ALHA 77307, olivine, 56(1):467
Formation, California, USA, 56(3): Cd, concentration, 56(5):1941 alkyl phosphonic acid, Murchison, 56(1 1):
1223 dissolution kinetics, role of dislocations, 4109
oligoterpenoids, crude oil, Asia, 56(3): 56(3):1113 aqueous alteration, 56(3):1373
1231 fractures, Precambrian shield, Canada, dust mantles, accretionary, 56(7):2873
pyrolysis, 56(4):1545 56(1):369 hydrocarbons, Murchison, 56(11):4045
Windy Knoll, UK, 56(1):155 REE geochemistry, 56(2):725 IDP grain W7013FS, 56(3):1409
Black Sea Sr, incorporation, 56(4):1531 Murchison
REEs, redox cycling, 56(12): 4305, 4309 Sr, isotope composition, 56(1):373 Q-gases, 56(7):2907
Bog Sr/Mg ratios, 56(5):1837 SiC grains, 56(4):1715
methane production, by CO, reduction, stability, Mg-calcite, 56(11):4095 shock metamorphism, 56(12):4281
56(9):3493 travertine, 5'8O, 6!3O, Oman, 56(5):2041 Vigarano, refractory inclusions, 56(3):
Bondoc (mesosiderite) zoning, trace elements, 56(2):587 1343
igneous clasts, 56(2):827 Calcium Carbonate rocks
trace elements, 56(2):829 brines, fluid inclusions, 56(1):35 geochemistry, Proterozoic, 56(3):875;
Boron isotope fractionation, hibonite inclusions, 56(6):2487
geochemistry, lower crust, 56(2):775 meteorites, 56(6):2503 Phanerozoic, effect of plate tectonics,
hydroxy complexes, 56(6):2573 vapor pressure, Ca(OH), 56(1):511 56(8):328 1
isotope composition, brine, China, 56(4): California, USA Precambrian, isotope composition, 56(3):
1561 Catalina Schist, N, 56(7):2839 1317
isotope composition, marine carbonates, Clear Lake, cosmogenic I and Cl, 56(5): S, isotope composition, Precambrian,
56(1):537 2069 56(8):3311
isotope geochemistry, oceanic crust, 56(4): Monterey Formation solubility, 56(8):3031
1633 ammonium, 56(5):1979 Cathodoluminescence
rhyolite, thermal waters, 56(10):3723 biomarkers, 56(3):1391; 56(4):1743 chondrules, type 3 ordinary chondrites,
speciation, pH dependence, 56(4):1565 chert, geochemistry, 56(7):2657 56(10):3791
Botswana hydrocarbons, 56(3):1223 dolomite, zoning, 56(11):4015
diamonds, Jwaneng and Orapa, 56(1):389 S, 56(2):763 fluid inclusions, 56(1):175
Brachiopods Salton Sea, brines, 56(5):2131 Celestite
5'3C, lower Paleozoic, 56(1):431 San Joaquin basin, 56(5):1979 acantharians, seawater, 56(8):3273
5'8C, lower Paleozoic, 56(1):431 Santa Maria basin, 56(5):1979 Cesium
Brazil Canada adsorption, kinetics, illite, 56(3):1157
Amazon River, 56(4):1607 Abitibi greenstone belt, 56(5):208 1 bulk Earth, 56(3):1001
Brines Alberta, 56(4):1569 Chassigny (SNC)
Cl, isotope composition, 56(12):4247 Baffin Bay, sediment, 56(5):2001 C compounds, 56(2):817
CO, clathrate hydrate, 56(1):273 British Columbia, 56(1):97; 56(9):3513 N compounds, 56(2):817
4366
Chernobyl, Russia clathrate hydrate, stability, 56(1):273 lunar volcanism, 56(6):2213
radionuclides, Lake Constance, 56(6): dissociation, oxalic acid, 56(1):281 recemization, amino acids, 56(2):739
2339 emission, volcanoes, global, 56(4):1765 Deep-Sea Drilling Program (see also, ODP)
Chert equation of state Dhajala (chondrite)
REEs, 56(5):1897 CHy,-CO,-H,0, 56(7):2605, 2619 metamorphism, 56(10):3791
REEs, Monterey Formation, California, high T and P, 56(10):3611, 3839 Diagenesis
USA, 56(7):2657 fluid inclusions, 56(1):49, 121 chert, marine, Monterey Formation, Cali-
trace elements, 56(5):1897 Coal fornia, USA, 56(7):2657
trace elements, 56(7):2657 biomarkers, pyrolysate, 56(7):2761 iron oxides, aquifer, 56(4):1507
Chesapeake Bay, USA pyrolysis, 56(4):1545 Fe, Mn, landslide deposits, coastal marine
REEs, geochemistry, 56(9):3389 Cobalt sediment, 56(11):3909
Chicxulub crater, Mexico olivine, partitioning, 56(10):3733 kerogen, effect on molecular structure,
impact site, K/T boundary, 56(9):3603 Columbite 56(7):2725
China U-Pb dating, 56(5):2137 organic-acid complexes, 56(2):565
Da Qaidam Lake, Qinghai, B isotope Colloidal suspension phenolics, lignin, 56(10):3751
composition, 56(4):1561 clay, groundwater, 56(4):1507 protein, 56(10):3847
Huanghe (Yellow River), 56(10):3669 scavenging, Th, seawater, 56(9):3375 S, anoxic sediment, 56(6):2425
Qinling orogenic belt, 56(11):3933 Yellow River, China, 56(10):3669 S, Monterey Formation, California, USA,
Yangtze craton, 56(11):3933 Complexation 56(2):763
Chlorine cations, humic acid, 56(10):3627 sediment, Guaymas basin, hydrothermal
Cl,, equation of state, 56(10):3839 effect, solubility of minerals, supercritical fluid, 56(6):2329
36C], Clear Lake, CA, 56(5):2069 water, 56(8):3191 triterpenoids, 56(5):1993, 2001
Fe, complexes, hydrothermal fluids, 56(8): Fe-chloride, hydrothermal fluid, 56(8): Diamonds
3179 3179; 56(10):3681 dating, clinopyroxene, *°Ar/??Ar method,
granitic melt, 56(2):659, 679 organic acids, 56(2):565 56(1):389
ground water, Palo Duro Basin, TX, polynuclear, Al,3;, 56(10):3831 Diatoms
56(4):1495 REEs, organic ligands, 56(3):1127 removal, Al, Th, seawater, 56(9):3365
isotope composition, fluid inclusions, U(VI) phosphate, 56(12):4135 Diffusion
brines, 56(12):4247 Copper Cd?*, calcite, 56(5):1941
partitioning, biotite-apatite, 56(9):3435 ore deposit, supergene enrichment, isotope effect, °LiCl, LiCl, 56(10):3781
silicate melts, 56(2):607 56(11):3987 Mg, spinel, 56(6):2535
Chondite meteorites Coral silicate melts, Si, B, and Ga, 56(2):617
cathodoluminescence, chondrules, 56(10): B, isotope composition, 56(1):539 water, obsidian, 56(7):2931
3791 diagenesis, protein, 56(10):3847 Dinosterane
darkening, silicate minerals, shock meta- racemization, aspartic acid, 56(10):3847 sediment, environmental constraint,
morphism, 56(4):1705 Cosmogenic radionuclides 56(6):2437
degassing, experimental, 56(12):4267 36C], Clear Lake, CA, 56(5):2069 Diopside
metal grains, origin, 56(6):2521 3He, surface exposure dating, 56(11):4105 expansivity, glass, 56(2):689
organic compounds, Forest Vale, 56(7): 1291 Clear Lake, CA, 56(5):2069 noble gases, solubility, 56(2):709
2899 quartz, separation technique, 56(9):3583 Dissolution
Chondrule Costa Rica Rift kinetics, temperature dependence, 56(10):
cathodoluminescence, 56(10):3791 B, isotope geochemistry, 56(4):1633 3825
olivine, ALHA 77307, 56(1):467 Crust labradorite, incongruent, 56(11):3979
Cinnabar B, geochemistry, 56(2):775 quartz, 56(11):4091, 4093
S, isotope composition, Almadén, Spain, B, isotope geochemistry, oceanic, 56(4): Dolomite
56(10):3765 1633 surface composition, 56(11):4015
Classification chemical composition, China, 56(11): zoning, trace elements, 56(1):319
basalt, lunar, 56(6):2179 3933
E
igneous clasts, mesosiderites, 56(2):827 Eu anomaly, clinopyroxene, Ivrea zone,
mollusks, amino acids, 56(6):2445 Italy, 56(6):2363 East African Rift Valley
petrographic, carbonaceous chondrites, evolution Mn nodules, Lake Malawi, trace ele-
56(12):4281 Eu anomalies, 56(3):963 ments, 56(7):2703
Clathrate Iberian Peninsula, 56(2):789 Eclogite
CO, hydrate, stability, 56(1):273 New Zealand, 56(3):911 dating by Sm-Nd, Rb-Sr, Pb-Pb, Austria,
Clay planetary, 56(3):871-1064 56(1):347
adsorption on Fe III oxide, 56(4):1507 He, flux, 56(5):2051 diamonds, “°Ar/*°Ar dating, clinopyrox-
Gibbs free energy, 56(8):3007 hybridization, magmatic underplating, ene, 56(1):389
H, isotope fractionation, clay-water, 56(3):971 EET87500
56(6):2547 oldest crust, Mt. Narryer, Western Aus- igneous Clasts, 56(2):827
Clinopyroxene tralia, 56(3):1281 trace elements, 56(2):829
diamonds, “°Ar/?°Ar dating, 56(1):389 rhydite, primary, Taupo Volcanic Zone, Eh-pH diagrams
Eu anomaly, gabbro, Ivrea zone, Italy, New Zealand, 56(3):955 S-H,0O system, 56(8):3157
56(6):2363 Cummingtonite supergene oxidation, ore deposits, 56(8):
partition coefficients rhyolite, Taupo Volcanic Zone, New Zea- 3133
REEs, Sc, Y, 56(6):2387 land, 56(3):955 Enthalpy
trace elements, 56(6):2371 Crystal 3He, relation, geothermal area, Iceland,
partitioning, REEs, pressure effect, 56(4): refractive index, 56(8):3001 56(12):4229
1523 Environmental geochemistry
D
CO acidification, drainage basins, 56(6):231 1
dissociation, oxalic acid, 56(1):281 Dating Europium anomaly
equation of state, 56(10):3611, 3839 cosmogenic radionuclides, hydrothermal clinopyroxene, gabbro, Ivrea zone, Italy,
CO, water, California, USA, 56(5):2069 56(6):2363
aqueous, seawater, 56(3):1413 3He, surface-exposure dating, 56(11):4105 crustal evolution, 56(3):963
4367
Equation of state Fumarole Harney Peak leucogranite, Black Hills,
CH, -CO, -H20 system, high 7 and P, trace elements, Valley of Then Thousand stable isotopes, 56(1):403
56(7):2605, 2619 Smokes, Alaska, USA, 56(4):1429 Mole granite, Australia, fluid inclusions,
fluids, C-H-O-N-S-Ar, high P and 7, 56(1):67
G
56(10):3611 oxygen, isotope exchange, granite-water,
gases, nonpolar and weakly polar, 56(10): 56(1):445
Gadolinium
3839 petrogenesis, Black Hills, South Dakota,
rhyolite, Yellowstone Park, Montana,
56(5):1915
USA, 56(10):3724
F weathering, Swiss Alps, 56(8):3209
Galapagos Spreading Center
Granulites
Feldspar B, isotope geochemistry, ODP 504B,
B, geochemistry, 56(2):775
dissolution rate, grain-size dependence, 56(4):1633
5'8O, 56(3):972
56(11):3957 Garnet
Eu anomalies, 56(3):965
labradorite, leaching, Ca and Al, 56(1 1): pyrope, enthalpy of formation, 56(1 1):
fluid inclusions, 56(1):295
3979 3971
Graphite
Fig Tree Group, South Africa partition coefficients, trace elements,
micrometeorites, 56(4):1665
noble metals, spherule bed, 56(3):1365 56(6):2371
Groundwater
Florida, USA trace elements, partitioning, rhyolites,
He, Hungarian Plain, 56(5):2051
mangrove, sediment, biomarkers, 56(5): 56(5):2133
Precambrian shield, Canada, 56(1):369
1993 xenolith, kimberlite, 56(7):2633
REE geochemistry, Palo Duro Basin,
Fluid Inclusions Geochemical cycles
Texas, USA, 56(4):1495
argon, isotope composition, 56(1):227 rock cycle, history, 56(8):2993
Guatemala
brine, plutonic rocks, 56(1):35, 81 working group, 1972-1988, 56(8):2989
Zunil geothermal system, 56(1):121
chemical composition, 56(1):71, 89, 234, Geothermal area
Gulf Coast, USA
249 Iceland, He, isotope composition, 56(12):
geopressured system, 56(6):2547
chemical composition 4221, 4229
H, isotope fractionation, clay-water,
gases, MVT, Tennessee, USA,56(1):141 Merapi, Bali, Indonesia, 56(1):264
56(6):2547
quartz, 56(1):245 Momotombo, Nicaragua, 56(1):261
Gulf of California, Mexico
Cl, isotope composition, 56(12):4247 Mount St. Helens, Washington, USA,
Guaymas basin
fluorite, hydrocarbon-bearing, 56(1):155 56(1):261
hydrothermal deposits, 56(5):2025
granite Taupo volcanic zone, New Zealand,
hydrothermal fluids, 56(6):2329
eastern Australia, 56(1):67 56(7):2821
Gulf of Mexico
Sardinia, 56(1):21 volcanic gases, St. Augustine, volcano,
Orca Basin, biomarkers, 56(9):3469
hydrocarbon-bearing, 56(1):155, 169 Alaska, USA, 56(2):633
petroleum, origin, 56(3):1259
igneous rocks, 56(1):10, 12 White Island, New Zealand, 56(1):261
Th, scavenging, 56(9):3375
MVT deposits, Tennessee, USA,56(1):137 Zunil, Guatemala, 56(1):121
noble gases, 56(1):187 Geothermometer
PACROFTI III, 56(1):3--302 apatite-biotite, 56(9):3456 H
pegmatite, Tanco, Manitoba, Canada, Germany
56(1):49 Dresden, tektites, 56(7):2937 Hafnium
rodingite, 56(1):97 Messel oil shale, porphyrins, 56(2):745 isotope composition, zircon, Abitibi
salinity estimates, 56(1):273 Gibbsite greenstone belt, Canada, 56(5):208 1
skarn, Tin Creek, Alaska, USA, 56(1) kinetics, dissolution, precipitation, 56(8): zircon, 56(5):2091
Th, °C, silicate melt, 56(1):7 3093 Zr/Hf, basalt, 56(6):2417
quartz, 56(1):81 solubility, brine, 56(3):1093 Haiti
topaz, 56(1):67 solubility, water, 56(3):1065 impact glass, K/T boundary, 56(12):4329
volatiles, 56(1):9, 49 Glass K/T boundary, glass, geochemistry, 56(5):
Fluocerite alteration, microbial activity, 56(2):845 2113
REE geochemistry, 56(2):725 expansivity, thermal, 56(2):689 weathering, O, isotope systematics, 56(7):
Fluorite F, complexation, 56(2):701 2831
glass, silicate, 56(2):701 K/T boundary, geochemistry, 56(5):2113 Halite
partitioning, biotite-apatite, 56(9):3435 lunar, Apollo 15, petrogenesis, 56(1 1): solubility, Br content, 56(6):2555
Fluorite 4075 stability, 56(6):2295
fluid inclusion, hydrocarbon-bearing, noble gases, oceanic basalt, 56(3):1301 Halogens
56(1):155 refractive index, 56(8):3001 fluid inclusions, 56(1):187, 203
REEs, fluorescence, 56(7):2713 U, structural environment, 56(12):4205 Haughton impact structure, Canada
REE geochemistry, 56(2):725 water, speciation, 56(5):1875 K-Ar dating, shocked rocks, 56(4):1591
Foraminifera Goethite Hawaii, USA
C, isotope composition, 56(8):3259 adsorption, Au, 56(5):1801 Kilauea, weathering, basalt, 56(10):371 1
Ba, uptake, 56(7):2673 Gold Loihi seamount, 56(3):1301
Forest Vale (H4 chondrite) adsorption, pyrite and geothite, 56(3): Pele’s Vent, Loihi seamount, 56(10):3643
organic compounds, 56(7):2899 1801 Helium
Forsterite Goldschmidt Award geothermal area, Iceland, 56(12):4221,
noble gases, solubility, 56(2):709 introduction, 56(12):4333 4229
Fourier Transform Infrared Microspec- acceptance, 56(12):4337 groundwater, Hungarian Plain, mantle
trometry Granite fluxes, 56(5):2051
fluid inclusions, hydrocarbon-bearing, apatite, Sr, isotope composition, 56(7): isotope composition
56(1):155 2789 Monche Pluton, Kola Peninsula, 56(3):
hydrocarbon-water emulsion, 56(1):169 Ar/*°Ar dating, fluid inclusions, 56(1): 987
mineral composition, deep-sea sediment, 227 geothermal system, Iceland, 56(12):
56(4):1759 chemical composition, 56(5):1926 4221
Fugacity chlorine geochemistry, 56(2):659, 679 mapping magma sources, Indonesia,
O,, effect on partitioning, Ni, Co, olivine, fluid inclusions, 56(1):21 56(2):851
56(10):3733 fluid inclusions, gases, 56(1):261 MORB, 56(3):1301
4368
Murchison, 56(7):2909 Krafla volcano, weathering, basalt, 56(10): Jordan
natural gas, Alberta, Canada, 56(4):1574 3711 Dead Sea, asphalt, 56(7):2743
Hematite ICP K
dissolution, bicarbonate solutions, 56(3): fluid inclusions, topaz, 56(1):67
K-Ar dating
1139 Illite
effect of shock metamorphism, 56(4):1591
Hydrocarbons Cs, adsorption, kinetics, 56(3):1157
Monche Pluton, Kola Peninsula, 56(3):
catalysis, transition metals, 56(1):553 Impact rocks
987
fluid inclusions, fluorite, 56(1):155 K-Ar dates, Haughton structure, Canada,
K/T boundary event
FTIR analysis, fluid inclusions, 56(1):169 56(4):1591
chalcophile elements, boundary clay,
identification, Monterey Formation, Cali- spherule bed, Fig Tree Group, South Af-
western USA, 56(4):1695
fornia, USA, 56(3):1223 rica, 56(3):1365
Chicxulub crater, Mexico, 56(9):3603
Humans India
comparison with Triassic/Permian
racemization, amino acids, fossil bones, Dharwar Craton, 56(6):2455
boundary, 56(8):3297
56(2):739 granulites, B, 56(2):775
geochemistry, impact glass, Haiti, 56(5):
Humic acid Indonesia
2113
adsorption, cations, 56(10):3627 magma sources, 56(2):851
impact glass, water content, Haiti, 56(12):
Amazon River, 56(4):1753 Merapi geothermal area, 56(1):261
4329
Hungary Sunda-Banda arc, 56(2):851
Ir, Balder Formation, North Sea, 56(7):
Hungarian Plain, groundwater, He, 56(5): Interplanetary Dust Particle
2955
2051 C1 chondrite-like grain, W7013F5, 56(3):
Ir, boundary clay, western USA, 56(4):
Hydrocarbons 1409
1695
bitumens, 56(7):2761 lodine
triterpene-derived, 56(9):3595 1257 Clear Lake, California, USA, 56(5): target rocks, anhydrite, 56(9):3603
Kaolinite
Hydrogen 2069
dissolution kinetics, 56(9):3339
equation of state, 56(9):3611, 3839 Ion chromatography
incongruent dissolution, surface area,
isotope composition fluid inclusions, quartz, 56(1):249
56(9):3357
Harney Peak granite, 56(1):403 Ion Probe Mass Spectrometry
Kenya
hydrocarbons, Murchison, 56(11):4045 zircon, U-Pb dating, 56(3):911
Lake Magadi, 56(3):1331
shale, 56(9):3505 zircon, U-Pb dating, Mt. Narryer, West-
Kerogen
isotope fractionation, clay minerals-water, ern Australia, 56(3):1284
kinetics, hydrous pyrolysis, 56(1):533, 535
56(6):2547 Iridium
molecular structure, 56(7):2725
Hydrolysis boundary clay, K/T event, western USA,
pyrolysis, 56(4):1545
AICl3, 56(12):4125 56(4):1695
pyrolysis, alkylpyrroles, 56(4):1743
Hydrothermal alteration Iron
Kinetics
REEs, mobility, volcanic rocks, 56(11): carbonate complexes, 56(3):1139
adsorption
3951 chloride complexes, hydrothermal fluid,
Cs, illite, 56(3):1157
rhyolite, B and Li, 56(10):3723 56(8):3179
crystal growth
Hydrothermal deposits crystal chemistry, metasomatism, upper
octacalcium phosphate, organic acids,
isotope compositions, S, C, and O, 56(5): mantle, 56(6):2579
56(5):1955
2025 cycling, natural environment, 56(8):3233
decomposition
Taupo volcanic zone, New Zealand, diagenesis, coastal marine sediment,
organic matter, 56(3):1387; 56(8):3323
56(7):2821 56(11):3909
dissolution
Hydrothermal fluids Fe III oxide, adsorption, clay, 56(4):1507
anorthite, 25°C, 56(5):1815
age, cosmogenic radionuclides, Clear hydrothermal plumes, 56(10):3693
biotite, pH dependence, 56(8):3073
Lake, California, USA, 56(5):2069 Ni, Co, partitioning, olivine, 56(10):3733
calcite, dislocations, 56(3):1113
B, Li, rhyolite, Yellowstone Park, 56(10): oxide, adsorption, trace elements, 56(3):
feldspar, grain-size dependence, 56(1 1):
3723 1175
3957
chemical composition, Zunil and Los photochemical oxidation, Fe?*, 56(7):
gibbsite, dependence on saturation of
Azufres, Guatemala, 56(1):123 2595
solution, 56(8):3093
Cl, isotope composition, 56(12):4247 Precambrian rocks, O, in atmosphere,
hematite, bicarbonate solutions, 56(3):
CO,, content, 56(1):121 56(8):3217
Fe-chloride complexing, 56(8):3179; relation to Pb, 56(12):4157 1139
kaolinite, acidic solutions, 56(9):3339
56(10):368 1 Iron formations
kaolinite, incongruent dissolution,
fluid inclusions, halogens, K, 56(1):203 global O, budget, Precambrian, 56(8):
56(9):3357
Guaymas basin, 56(6):2329 3217
quartz, 56(11):4091, 4093
isotope alteration, model, 56(9):3539 Marra Mamba, Western Australia, 56(8):
quartz, NaCl solution, 56(21):4147
mid-Atlantic Ridge, 56(1):35 3031
surface roughness, effect, 56(4):1461
Pele’s Vent, Loihi seamount, Hawaii, origin, photochemical oxidation, Fe**,
temperature dependence, 56(10):3825
USA, 56(10):3643 56(7):2595
precipitation
Pt, Pd, solubility, sulfides, 56(11):3881 Israel
calcite, 56(5):1837
solubility, minerals, supercritical water, Dead Sea, asphalt, 56(7):2743
Komatiite
56(8):3191 Italy
REE fractionation, olivine, 56(12):4191
trace elements, Teahitia and Macdonald Dora-Maira nappe, 56(7):2851
Krymka (chondrite)
volcanoes, 56(10)3693 Gargano Peninsula, dolomite, 56(1):319
metamorphism, 56(10):3791
zircon, stability, 56(9):3551 Ivrea zone, gabbro, 56(6):2363
Krypton
Hydroxyl Sardinia, Mt. Genis granite, 56(1):21
MORB, 56(3):1301
partitioning, biotite-apatite, 56(9):3435
J Murchison, 56(7):2909
I solubility, silicate minerals, melts, 56(2):
Jadeite
709
Ibitira (eucrite) F complexation, glass, 56(2):701
L
Sm-Nd dating, 56(2):797 Japan
Iceland Kinki district, shale, 56(9):3505 Lakes
He, geothermal system, 56(12):4221, 4229 Lake Biwa, Ba distribution, 56(2):597 Ba geochemistry, Biwa, Japan, 56(2):597
4369
Clear Lake, California, USA, cosmogenic rhyolite, Taupo volcanic zone, New Zea- Messel oil shale
I and Cl, 56(5):2069 land, 56(3):955 porphyrins, 56(2):745
Constance, Switzerland, radionuclides, Tanco pegmatite, Manitoba, Canada, Metamorphism, shock
56(6):2339 56(1):49 carbonaceous chondrites, 56(12):4281
Da Qaidam Lake, Qinghai, China, B iso- Zagami, SNS meteorite, 56(9):3571; chondrules, 56(10):3791
tope composition, 56(4):1561 56(11):4059 darkening, silicate minerals, chondrites,
Dead Sea, asphalt, 56(7):2743 Magnesium 56(4):1705
Madadi, Kenya, 56(3):1331 isotope fractionation, lunar soil, 56(3): fluid flow, isotopic alteration, 56(9):3539
Malawi, central Africa, 56(7):2703 1025 K-Ar dates, shocked rocks, Haughton im-
sediment self-diffusion, spinel, 56(6):2535 pact structure, Canada, 56(4):1591
anoxic, S, diagenesis, 56(6):2425 Sr/Mg ratio, marine calcite, 56(5):1837 S, isotope disequilibrium, shale, 56(12):
sorption, trace elements, 56(3):1175 Maine, USA 4257
Laser Waterville-Augusta area, sulfidic shale, Metasomatism
“Ar/?Ar dating, muscovite, 56(7):2851 56(12):4257 Fe, upper mantle, 56(6):2579
fluorescence, REEs, fluorite, 56(7):2713 Manganese supergene enrichment, porporphyry Cu
Lead diagenesis, coastal marine sediment, protore, 56(11):3987
adsorption, silica, high 7, 56(7):2941 56(11):3909 Meteorites
HIMU, mantle, 56(12):4295 geochemistry, Kalix River, Sweden, 56(4): alkyl phosphonic acid, Murchison, 56(1 1):
isotope composition 1485 4109
granitoids, Precambrian, India, 56(6): hydrothermal plume, 56(10):3693 angrites, age determinations, 56(4):1673
2458 oxide, adsorption, trace elements, 56(3): C-I clasts, Nilpena, 56(3):1373
volcanic rocks, Taupo volcanic zone, 1175 cathodoluminescence, chondrules, 56(10):
New Zealand, 56(7):2797, 2821 photochemistry, 56(7):2595 3791
relation to Fe, natural water, 56(12):4157 Manganese nodules (lacustrine) chondrites, darkening, silicate minerals,
solubility, PbSO,, 56(3):1165 geochemistry, 56(7):2703 shock metamorphism, 56(4):1705
sources, Taupo volcanic zone, New Zea- Manitoba, Canada classification, igneous clasts, mesosider-
land, 56)7):2821 Tanco pegmatite, fluid inclusions, 56(1): ites, 56(2):827
volcanic rocks, Egmont volcano, New 49, 261 degassing, experimental, enstatite chon-
Zealand, 56(3):941 Mantle drites, 56(12):4267
Lesotho evolution, 56(3):1001 dust mantles, accretionary, CM chon-
kimberlite pipe, Matsoku, 56(6):2633 He, flux, 56(5):2051 drites, 56(7):2873
Lewis Cliff 86010 (angrite) HIMU, 56(12:4295 HAL, Allende, 56(6):2503
age determinations, 56(4):1673 metasomatism hydrocarbons, monocarboxylic acids,
Lignin carbonate, 56(6):2417 Murchison, 56(11):4045
diagenesis, phenolics, 56(10):3751 Fe, 56(6):2579 impact glass, Haiti, geochemistry, 56(5):
dimers, geochemical applications, 56(1 1): P, 56(9):3409 2113
4025 redox reactions, 56(6):2405 impact glass, Haiti, water content, 56(12):
sources, marine environment, 56(5):1963 Mariana Arc, Pacific Ocean 4329
Lithium petrogenesis, magma, 56(4):1641 inclusions, hibonite, 56(6):2503
diffusion, °Li and ’Li, 56(10):3781 Mars inclusion, plagioclase-olivine, Allende,
rhyolite, thermal waters, 56(10):3723 C and N, SNC meteorites, 56(2):817 56(6):2535
Loess Zagami, petrogenesis, 56(9):3571; 56(11): metal grains, chondrites, origin, 56(6):
dissolution, orthoclase, pyriboles, catena, 4059 2521
56(9):3423 Mass extinction event nakhlites, petrogenesis, 56(4):1655
Louisiana, USA characteristic properties, 56(8):3297 organic compounds, Forest Vale, H4
petroleum, origin, 56(3):1259 Massachusetts, USA chondrite, 56(7):2899
Low Energy Electron Diffraction Boston Harbor, sediment, 56(11):3923 petrogenesis, Zagami, 56(9):3571; 56(11):
Cd, calcite, 56(5):1941 Buzzards Bay, sediment, 56(11):3923 4059
Lutetium Melanoidins Q-gases, Murchison, 56(7):2907
zircon, 56(5):2091 fossil shells, 56(4):1539 refractory inclusions, 56(3):1343
Lu-Hf dating Melt, silicate shock metamorphism, carbonaceous
zircon, Abitibi greenstone belt, Canada, Cl, geochemistry, 56(2):607 chondrites, 56(12):4281
56(5):2081 Cl, granitic melt, 56(2):659, 679 SiC grains, Murchison, 56(4):1715
density, Ti-bearing, 56(9):3403 Sm-Nd dating, 56(2):797
M
diffusion, Si, B, and Ga, 56(2):617 SNC, C and N compounds, 56(2):817
Magma enthalpies, CaO-SiO,-Al,03, 56(7):2643 trace elements, mesosiderites, 56(2):829
Cl, geochemistry, elevated P and T, 56(2): expansivity, thermal, 56(2):689 Zagami, petrogenesis, 56(9):3571
659, 679 Ni, Co, partitioning, olivine, 56(10):3733 Methane
degassing, St. Augustine volcano, Alaska, noble gases, solubility, 56(2):709 equation of state, 56(10):3611, 3839
USA, 56(2):633 REE partitioning, pressure effect, 56(4): equation of state, CH,-CO,-H,O, 56(7):
immiscibility, 56(1):5 1523 2605, 2619
magma ocean, Moon, 56(10):3809 Sr, partitioning, plagioclase, 56(4):1735, hydrothermal plumes, 56(10):3693
petrogenesis, Mariana Arc, 56(4):1641 1739 natural gas, Alberta, Canada, noble gas
S, concentration, basalt, 56(5):1863 trace element fractionation, partial melt- content, 56(4):1569
transport, lunar, 56(6):2253 ing, 56(10):3705 origin, temperate bog, 56(9):3493
Magmatic differentiation U, structural environments, 56(12):4205 solubility, brine, high T and P, 56(4):
dating, *He, surface-exposure dating, Mercury 1451; 56(12):4301, 4303
56(11):4105 ore deposit, Almadén, Spain, 56(10):3765 Mexico
fluid inclusion evidence, 56(1):5 Mesosiderites Chicxulub crater, Yucatan, 56(9):3603
Mount Genis granite, Sardinia, 56(1):21 Bondoc, igneous clasts, 56(2):827 Micrometeorites
phonolite, Mt. Erebus, Antarctica, 56(3): EET 87500, igneous clasts, 56(2):827 graphitic C, 56(4):1665
1401 Vaca Muerta, igneous clasts, 56(2):827 olivine, Antarctica, 56(7):2923
4370
Mississippi Valley—Type Pb-Zn alkyl phosphonic acid, 56(11):4109 glass, MORB and OIJB, 56(3):1301
fluid inclusions, gases, 56(1):137 hydrocarbons, monocarboxylic acids, He, groundwater, Hungarian Plain, 56(5):
Model 56(11):4045 2051
carbonate rocks, Phanerozoic, preserva- Q-gases, 56(7):2907 lunar anorthosites 60018 and 65315,
tion, 56(8):3283 SiC grains, 56(4):1715 56(1):493
cation complexation, humic acid, 56(10): Muscovite natural gas, Alberta, Canada, 56(4):1569
3627 Ar retention, compositional control, solubility, minerals, silicate melts, 56(2):
estimation, standard partial molal entro- 56(7):2851 709
pies, aqueous ions, 56(11):3895 “Ar/*’Ar dating, Dora-Maira nappe, Q gases, Murchison, 56(7):2907
Harrison-Watson model, apatite solubil- Italy, 56(7):2851 North Carolina, USA
ity, peraluminous liquids, 56(10): geochemistry, pegmatite, Black Hills, Cape Lookout Bight, 56(3):1247
3855 South Dakota, USA, 56(5):1915 salt marsh, 56(10):3751
He, transport, groundwater, 56(5):2058 trace elements, 56(5):1925 North Sea
isotope alteration, fluid flow metamor- Balder Formation, Ir, 56(7):2955
N
phism, 56(9):3539 Norway
isotope equilibration, N>, 56(4):1625 Caledonian thrust zones, brine, fluid in-
Nakhlites (see SNC)
leaching, adsorption/desorption, 56(7): clusions, 56(1):81
C and N, isotope composition, 56(2):817
2589 granulites, B, 56(2):775
Natural gas
oscillatory zoning, trace elements, calcite, Nuclear Magnetic Resonance
noble gases, 56(4):1569
56(2):587 F complexation, silicate glasses, 56(2):
Neodymium
refractive index, mixed crystal, glasses, 701
sedimentary rocks, 56(3):887
56(8):3001 humic substances, seawater, Amazon
tektites, 56(1):483
scavenging, radionuclides, Lake Con- River, 56(4):1753
volcanic rocks, Egmont volcano, New
stance, 56(6):2339 kerogen, molecular structure, 56(7):2725
Zealand, 56(3):941
seawater, historical review, 56(8):2985 Neon permeability, porosity, sandstone, 56(7):
supergene enrichment, prophyry Cu ore, 2947
MORB, 56(3):1301
56(11):3987
Murchison, 56(7):2909 O
surface roughness, effect on dissolution ki-
natural gas, Alberta, Canada, 56(4):1574
netics, 56(4):1461
solubility, silicate minerals, melts, 56(2): Obsidian
uniqueness, mathematical solution,
709 diffusion, water, 56(7):2931
56(12):4315
Nepheline
Mossbauer spectroscopy
F comlexation, glass, 56(2):701 Ocean Drilling Program (ODP)
orthopyroxene, 56(6):2583
New Jersey, USA B, isotope geochemistry, ODP 504 B,
Molybdenite
Cohansey Sand, coastal plain, 56(4):1507 56(4):1633
fluid inclusions, volatiles, 56(1):261
New Mexico, USA chert, geochemistry, 56(5):1897
Montana, USA
Rio Grande Rift, 56(11):4105 Octacalcium phosphate
Yellowstone Park, rhyolite, thermal wa-
Santa Rita porphyry Cu deposit, 56(9): kinetics, crystal growth, organic acids,
ters, 56(10):3723
3451 56(5):1955
Stillwater Complex, anorthosite, 56(3):
New Zealand Olivine
1187
crustal evolution, detrital zircon, 56(3): ALHA 77307, 56(1):467
Monterey Formation, California, USA
911 micrometeorites, Antarctica, 56(7):2923
ammonium, 56(5):1979
Egmont Volcano, 56(3):941 Ni, Co, partitioning, 56(10):3733
biomarkers, 56(3):1391; 56(4):1743
Hauraki volcanic region, 56(11):3951 REE fractionation, komatiites, 56(12):
chert, REEs, trace elements, 56(7):2657 Taupo volcanic zone, 56(3):941, 955; 4191
hydrocarbons, 56(3):1223
56(7):2797, 2821 stability dependence, basic melts, 56(1):
S, isotope composition, diagenesis, 56(2):
Nicaragua 303
763
Momotombo, geothermal area, 56(1):261 Oman
MORB Nickel Oman Margin, preservation, organic mat-
noble gases, 56(3):1301 hydrothermal plumes, 56(10):3693 ter, 56(1):545
Moon olivine, partitioning, 56(10):3733 travertine, 56(5):2041
alkali metals, 56(3):1001 ore deposit, Sudbury, Ontario, Canada, Ore deposits
anorthosite 56(9):3531 Ag-Pb-Zn vein deposits, Kokanee Range,
Fe, partitioning, plagioclase-basalt, Nilpena (ureilite) British Columbia, Canada, 56(9):
56(5):1885 aqueous alteration, matrix clast, 56(3): 3513
noble gases, 56(1):493 1373 Cl, isotope composition, Mississippi Val-
Apollo 15, green glass, petrogenesis, Nitrogen ley-type deposits, 56(12:4247
56(11):4075 ammonium, Monterey Formation, Cali- dating, U-Pb, columbite, 56(5):2137
basalt, petrogenesis, 56(6):2177 fornia, USA, 56(5):1979 Hg deposits, Almadén, Ciudad Real,
breccia 67016, geochemistry, 56(3):1013 asphaltene, petroleum, 56(10):3745 Spain, 56(10):3765
chemical composition, 56(3):1013 Chassigny, 56(2):817 MVT, Tennesee, USA, fluid inclusions,
geochronology, volcanism, 56(6):2213 cosmogenic, isotope composition, 56(4): 56(1):137
magma ocean, crystallization, 56(10):3809 1625 porphyry Cu, Santa Rita, New Mexico,
magma transport, 56(6):2253 equation of state USA, 56(9):3451
mare basalts, petrogenesis, 56(6):2153- N2, 56(10):3611 processing, U ore, 56(3):1165
2265; 56(10):3809 NH;, 56(10):361 1 Sudbury, Os isotope composition, 56(9):
Mg, isotope fractionation, 56(3):1025 isotope composition 3531
volcanism, mare, 56(6):2155 algae, Orinoco River, 56(12):4237 supergene enrichment
Morristown (mesosiderite) Catalina Schist, California, USA, 56(7): Eh-pH diagrams, 56(8):3133
Sm-Nd dating, 56(2):797 2839 porphyry Cu protore, 56(11):3987
Muong Nong-type tektites SiC grains, Murchison, 56(4):1717 Zn-Pb deposit, Tin Creek, Alaska, USA,
geochemistry, origin, 56(3):1033 Noble gases 56(1):109
Murchison (carbonaceous chondrite) fluid inclusions, 56(1):187 Organic acid
4371
complex ion formation, 56(2):565 Fe, plagioclase-basalt, 56(5):1885 Phosphorus
Kinetics, crystal growth, octacalcium Ni, olivine-melt, olivine-metal, 56(10):377 alkyl phosphonic acid, Murchison, 56(1 1):
phosphate, 56(4):1955 noble gases, silicate melt, 56(2):709 4109
Organic matter partition coefficients, lunar basalt, 56(6): solubility, (UO 2)3(PO,)2 4H,0, 56(12):
adsorption, trace elements, lake sediment, 2242 4135
56(3):1175 partition coefficients, REEs, trace ele- Photosynthesis
kinetics, decomposition, 56(3):1387 ments, cpx-garnet, 56(6):2379 C isotope frctionation, 56(1):335
preservation, organic C, kinetics, 56(8): pressure effect, REEs, mineral/melt, clino- hydrothermal fluid, control by Fe, 56(10):
3323 pyroxene, 56(4):1523 3681
S content, 56(4):1545 Rn sediment, 56(11):3923 Phytadienes
sulfurization, laboratory simulation, Sr, plagioclase/melt, 56(4):1735, 1739 polysulfides, isoprenoid, synthesis, 56(12):
56(12):4321 trace elements, garnet-rhyolite, 56(5):2133 4321
Orinoco River, Venezuela trace elements, partial melting, 56(10): Phytol
Be, isotope geochemistry, 56(4):1607 3705 polysulfides, isoprenoid, synthesis, 56(12):
Orthoclase trace elements, partition coefficients, com- 4321
etch pits, loess catena, 56(9):3423 pilation, 56(10):3814
Plagioclase
Osmium Pb-Pb dating
Fe, partitioning, basalt, 56(5):1885
isotope composition, Ni ore, Sudbury On- angrite meteorites, 56(4):1677
labradorite, leaching, Ca and Al, 56(11):
tario, Canada, 56(9):3531 Dharwar Craton, India, 56(6):2455
3979
Osmometry eclogite, 56(1):347 REEs, 56(6):2364
diffusion, Li isotopes, 56(10):3781 Pegmatite Sr, partitioning, melt, 56(4):1735, 1739
Oxalic acid Black Hills, South Dakota, petrogenesis,
Planet
thermal dissociation, 56(1):281 56(5):1915
evolution, planetary crusts, 56(3):871-
Oxygen Rb concentration, 56(5):1923
1064
carbonate rocks, Proterozoic, 56(3):875 Tanco, Manitoba, Canada, fluid inclu-
Mars, environmental condition, 56(2):827
equation of state, 56(10):3611, 3839 sions, 56(1):49
Plants
global budget, Precambrian, 56(8):3217 Peptides
algae, Orinoco River, C, N, isotope com-
isotope alteration, fluid flow, 56(9):3539 fossil bones, human, 56(2):739
position, 56(12):4237
isotope composition Permeability
C cycle, 56(8):3225
carbonate rocks, Precambrian, 56(3): NMR relaxation, 56(7):2947
grass, salt marsh, Spartina alterniflora,
1317 Permian/Triassic boundary
56(10):3751
granulites, 56(3):972 isotope composition, C, O, carbonate
lignin dimers, plant tissues, 56(11):4025
Harney Peak granite, 56(1):406 rocks, 56(8):3301
origin, oligoterpenoids, resin, 56(3):1231
hydrothermal deposits, Guaymas basin, Petrogenesis
Platinum
Gulf of California, 56(5):2025 green glass, Apollo 15, 56(11):4075
Solubility, sulfide, hydrothermal brine,
pyroxene phenocrysts, rhyolite, South Harney Peak leucogranite, 56(1):403
56(11):3881
Africa, 56(9):3561 magma, Mariana Arc, 56(4):1641
Platinum Group Elements
seawater, Paleoproterozoic, 56(6):2487 mare basalt, 56(6):2153-2265, 2177,
origin, Ni ore, Sudbury, Ontario, Canada,
shale, 56(9):3503 2235; 56(10):3809
56(9):3531
weathering, Haiti, 56(7):2831 nakhlite meteorites, 56(4):1655
Pt, Pd, solubility, sulfides, 56(11):3881
isotope disequilibrium, travertine-water, Ni ores, Sudbury, Ontario, Canada, 56(9):
spherule bed, Fig Tree Group, South Af-
Oman, 56(5):2041 3531
rica, 56(3):1365
isotope fractionation, hibonite inclusions, pegmatite, Black Hills, South Dakota,
Point of Zero Net Proton Charge
meteorites, 56(6):2503 56(5):1915
dissolution kinetics, termperature depen-
isotope exchange, granite-water, 56(1):445 phonolite, Nt. Erebus, Antarctica, 56(3):
dence, 56(10):3825
1401
P rhyolite Polynuclear complexes
Al;3, 56(10):3831
Lebombo monocline, South Africa,
Pacific Ocean (see also Hawaii) 56(9):3561 Porphyrins
C, isotope composition, dissolved inor- Taupo volcanic zone, New Zealand, Messel oil shale, structure, 56(2):745
ganic C, 56(9):3589 56(3):955 Potassium
Macdonald volcano, hydrothermal volcanic rocks brine, fluid inclusions, 56(1):203
plume, 56(10):3693 Egmont volcano, New Zealand, 56(3): bulk Earth, 56(3):1001
Mururoa, French Polynesia, 56(12):4169 941 solubility, sylvite, 56(6):2281
Re, depth profile, 56(11):4099 Taupo volcanic rocks, New Zealand, Precambrian
Teahitia volcano, hydrothermal plume, 56(7):2797 anorthosite, Archean, 56(5):1885
56(10):3693 Zagami, SNC meteorite, 56(9):3571 B, granulites, 56(2):775
PACROFI III Petroleum carbonates, geochemistry, 56(6):2487
symposium papers, 56(1):3—302 C, isotope composition, biomarkers, Dharwar Craton, India, 56(6):2455
Palagonite Monterey Formation, California, early history, Earth, 56(3):1301
microbial activity, 56(2):845 USA, 56(3):1391 geochemistry, carbonate rocks, 56(3):875
Palladium N, functionalities, asphaltene, 56(10): iron formations
solubility, sulfides, hydrothermal brine, 3745 global O, budget, 56(8):3217
56(11):3881 oligoterpenoids, Asia, 56(3):1231 origin, 56(7):2595
Parent Body (aubrite meteorites) origin Kiglapait Intrusion, Labrador, 56(6):2471
pyroclastic volcanism, 56(12):4267 catalysis, transition metals, 56(10):3851 komatiites, Kambalda, Western Australia,
Parisite northern Gulf of Mexico, 56(3):1259 56(12):4191
REE geochemistry, 56(2):725 transition-metal catalysis, 56(1):553 marine carbonates, isotope composition,
Partitioning pyrolysis, 56(4):1545 56(3):1317
Cl, water-silicate melt, 56(2):659, 679 source rock identification, 56(3):1213 mudstones, geochemistry, 56(3):899
Co, olivine-melt, olivine-metal, 56(10): Zagami, SNC chondrite, 56(11):4059 oldest crust, Mt. Narryer, Western Aus-
3733 pH tralia, 56(3):1281
F-Cl-OH, biotite-apatite, 56(9):3435 kinetics, biotite dissolution, 56(8):3073 pelites, Almadén, Spain, 56(2):789
4372
provenance, sedimentary rocks, Amadeus clinopyroxene, 56(6):2374 Rivers
Basin, Australia, 56(3):921 complex ions, stability constants, 56(8): acidification, 56(6):231 1
S, isotope composition, sedimentary 3123 Charles River, Massachusetts, USA, Rn,
rocks, 56(8):3311 complexation, organic ligands, 56(3):1127 56(11):3923
S102, cycle, 56(8):3265 fluorite, 56(7):2713 Orinoco River, Venezuela, 56(4):1607;
spherule bed, Fig Tree Group, South Af- fluorocarbonate minerals, 56(2):725 56(12):4237
rica, 56(3):1365 fractionation, olivine, komatiite, 56(12): Sr, isotope composition, 56(5):2099
Protein 4191 Yellow River, China, 56(10):3669
diagenesis, corals, 56(10):3847 fractionation, sedimentary rocks, Ama- Rodingite
melanoidin formation, fossil shells, 56(4): deus Basin, 56(3):921 chemical composition, 56(1):101
1539 gabbro, 56(6):2372 fluid inclusions, Cassiar serpentinite,
Sr, isotope composition, apatite, Aus- garnet, 56(6):2375 56(1):97
tralia, 56(7):2789 garnet-rhyolite, partitioning, 56(5):2133 Rubidium
Provenance groundwater, Palo Duro Basin, Texas, bulk Earth, 56(3):1001
mudstones, geochemistry, 56(3):899 USA, 56(4):1495 Russia
sediment, Amadeus Basin, Australia, impact glass, K/T boundary, Haiti, 56(5): Chernobyl, radionuclides, Lake Con-
56(3):921 2116 stance, 56(6):2339
Pyriboles mobility, volcanic rocks, New Zealand, Monche Pluton, Kola Peninsula, 56(3):
etch pits, loess catena, 56(9):3423 56(11):3951 987
Pyrite mudstones, Precambrian, 56(3):902
adsorption, Au, 56(5):1801 Muong Nong-type tektites, 56(3):1041 s
S, isotope composition, shale, 56(12):4257 partition coefficients, Ca-pyroxene/mafic
trace elements, anoxic marine sediment, rocks, 56(6):2387 Salton Sea, California, USA
56(7):268 1 partition coefficients, lunar basalt, 56(6): pyrite saturation, brines, 56(5):2131
Pyrolysis 2242 Samarium
asphaltene, 56(4):1545 partitioning, clinopyroxene-melt, pressure rhyolite, Yellowstone Park, Montana,
bitumen, 56(4):1545 effect, 56(4):1523 USA, 56(10):3724
coal, 56(4):1545 plagioclase, 56(6):2364 sedimentary rocks, 56(3):887
humic coal, 56(7):2761 porewater, Chesapeake Bay, 56(9):3391 Sardinia, Italy
kerogen, 56(4):1545 redox cycling, Black Sea, 56(12):4309 Mount Genis granite, fluid inclusions,
kerogen, alkylpyrroles, 56(4):1743 refractory inclusions, meteorites, 56(3): 56(1):21
Monterey Formation, California, USA, 1349 Scandium
56(5):1981 seawater, 56(5):1851 partition coefficient, Ca-pyroxene/mafic
petroleum, 56(4):1545 sediment, pelagic, Mariana Arc, 56(4): rock, 56(6):2387
Pyrope (garnet) 1644 Scanning proton microprobe
enthalpy of formation, 56(11):3971 sedimentary rocks, 56(2):887 trace elements, dolomite, 56(1):319
Pyroxene spherule bed, Fig Tree Group, South Af- Scheelite
O, isotope composition, rhyolite, South rica, 56(3):1367 solubility, 56(5):1827
Africa, 56(9):3561 volcanic rocks, New Zealand, 56(3):944 Scotland
Zagami, SNC meteorite, 56(11):4059 zircon, Mt. Narryer, Australia, 56(3):1289 granulites, B, 56(2):775
Pyrrhotite Rb-Sr dating Seawater
S, isotope composition, shale, 56(12):4257 angrite meteorites, 56(4):1686 acantharia, effect on geochemistry, Sr, Ba,
Dharwar Craton, India, 56(6):2460 56(8):3273
Q
eclogite, Austria, 56(1):347 alteration, basalt, 56(12):4169
Monche Pluton, Kola Peninsula, Russia, B, concentration, isotope composition,
Quartz
56(3):987 56(1):540
dissolution kinetics, 56(11):4091, 4093
pelites, Almadén, Spain, 56(2):789 C, isotope composition
dissolution kinetics, brine, 56(12):4147
Redox reactions discrepancies, 56(8):3259
fluid inclusions, 56(1):81, 175, 187, 245,
Eh-pH diagrams, 56(8):3133 dissolved inorganic, Pacific Ocean,
249
Fe, natural environment, 56(8):3233 56(9):3589
separation technique, cosmogenic radio-
nuclide analysis, 56(9):3583 kinetics, V, 56(4):1481 humic acid, 56(4):1753
methane formation, by CO), reduction, isotope composition, lower Paleozoic,
Quebec, Canada
temperate bog, 56(9):3493 56(1):431
Saguenay fjord, 56(1 1):3909
O, fugacity, partitioning, Ni and Co, oliv- model, historical review, 56(7):2985
R ine-melt, olivine-metal, 56(10):3733 preservation, organic matter, 56(1):545
REEs, Black Sea, 56(12):4305, 4309 Proterozoic, isotope composition, C, O,
Racemization upper mantle, 56(6):2405 and Sr, 56(3):875
aspartic acid, 56(10):3847 V, geochemistry, 56(4):1471 Paleoproterozoic, isotope composition, O,
human fossil bone, 56(2):739 Renazzo (chondrite) C, and Sr, 56(6):2487
Radon Fe-Ni grains, origin, 56(6):2521 Re, conservative, 56(11):4099
sorption, sediment, 56(11):3923 Restite REE geochemistry, 56(5):1851
Raman spectroscopy crustal evolution, 56(3):963 REEs, redox cycling, Black Sea, 56(12):
fluid inclusions, 56(1):41 Rhenium 4309
fluorescence, REEs, fluorite, 56(7):2713 seawater, 56(11):4099 Sr/Mg ratio, marine calcite, 56(5):1837
hydroxy complexes, 56(6):2573 Rhyolite Secondary ion mass spectrometry
Rare Earth Elements B-Li relationship, 56(10):3723 labradorite, surface, 56(11):3979
Black Sea, redox cycling, 56(12):4305 cummingtonite-bearing, Taupo, New Zea- Sediment
chert land, 56(3):955 Baffin Bay, Canada, biomarkers, 56(5):
marine, 56(5):1987 Mt. Katmai, Alaska, USA, 56(4):1429 2001
Monterey Formation, California, USA, Taupo volcanic zone, New Zealand, biomarkers, 56(4):1743; 56(5):1993, 2001;
56(7):2657 56(7):2821 56(6):2437; 56(9):3469, 3595
Chesapeake Bay, seasonally anoxic water trace elements, partitioning, garnet, 56(5): diagenesis, Fe, Mn, 56(11):3909
column, 56(9):3389 2133 kerogen, maturation, 56(7):2725
4373
mangrove, Florida, USA, biomarkers, WO,(s), 56(5):1827 carbonate rocks, Precambrian, 56(8):
56(5):1993 water, basalt glass, 56(5):1875 3311
mineral composition, marine, 56(4):1759 Source rocks hydrothermal deposits, Guaymas basin,
pyrite, trace elements, 56(7):2681 method of analysis, 56(3):1213 Gulf of California, Mexico, 56(5):
Rn, sorption, 56(11):3923 South Africa 2025
removal, Al and Th, diatoms, 56(9):3365 Fig Tree Group, spherule bed, 56(3):1365 Monterey Formation, California, USA,
Semarkona (chondrite) Lebombo moncline, rhyolite, 56(9):3561 56(2):763
metamorphism, 56(10):3791 South Dakota, USA deposit, Hg, Almadén, Spain, 56(10):
Serpentinite Black Hills, 56(5):1915 3765
fluid inclusions, rodingite, 56(1):97 Harney Peak granite, Black Hills, 56(1): shale disequilibrium, 56(12):4257
Shale 403 organic matter, 56(4):1545
H, O, isotope composition, Kinki district, Spain species, aqueous solution, 56(11):3867
Japan, 56(9):3505 Almadén syncline, Sm-Nd dating, 56(2): sulfonic acid, Murchison, 56(11):4109
Ir, 56(7):2955 789 sulfurization, organic matter, 56(12):4321
S, isotope composition, 56(12):4257 Cindad Real, Hg deposits, Almadén, Surface chemistry
Siberia 56(10):3765 albite, early weathering, 56(8):3113
diamonds, Udachnaya, 56(1):389 Spinel etch pits, orthoclase and pyriboles, 56(9):
Siderite noble gases, solubility, 56(2):709 3423
solubility, carbonate ions, 56(3):1149 kaolinite, dissolution, 56(9):3357
Silica self diffusion, Mg, 56(6):2535 labradorite, 56(11):3979
geochemical cycle, Precambrian, 56(8): Springs weathering, basalt flow, 56(10):3711
3265 cosmogenic I and C, California, 56(5): Sweden
surface chemistry, high 7, 56(7):2941 2073 Kalix River, 56(4):1485
Silicon Stillwater Complex, Montana, USA Switzerland
29Si, SiC grains, Murchison, 56(4):1717 anorthosite, origin, 56(3):1187 Canton of Ticino, 56(8):3209
vapor pressure, Si(OH),4, 56(1):511 Lake Constance, radionuclides, Cherno-
Strontianite
Skarn byl, 56(6):2339
solubility, aragonite-strontianite solid so-
fluid inclusions, Zn-Pb deposit, Tin Sylvite
lution, 56(8):3045
Creek, Alaska, USA, 56(1):109 solubility, 56(6):2281
Strontium
Sm-Nd dating solubility, Br content, 56(6):2555
calcite, incorporation, 56(4):1531
angrite meteorites, 56(4):1687 stability, 56(6):2295
carbonate rocks, Proterozoic, 56(3):875
eclogite, 56(1):347 Synchesite
celestite, acantharians, oceans, 56(8):3273
meteorites, 56(2):797 REE geochemistry, 56(2):725
partitioning, plagioclase/melt, 56(4):1735,
Monche Pluton, Kola Peninsula, Russia,
1739
56(3):987 T
Sr/Mg ratio, marine, calcite, 56(5):1837
pelites, Almadén, Spain, 56(2):789
isotope composition
sedimentary rocks, 56(3):887 Tectonics
apatite, Precambrian, Australia, 56(7):
sedimentary rocks, Amadeus Basin, Aus- accreted sedimentary complexes, Japan,
2789
tralia, 56(3):921 56(9):3505
calcite, fracture, Precambrian, 56(1):
SNC meteorites (see nakhlites) extension, Eocene, British Columbia,
373
C and N, isotope composition, 56(2):817 Canada, 56(9):3513
carbonate rocks, Precambrian, 56(3):
nakhlites, petrogenesis, 56(4):1655 thrust zones, Caledonian, Norway, 56(1):
1317
Zagami, petrogenesis, 56(9):3571; 56(1 1): 81
granulites, 56(3):972
4059 Tektites
rhyolite, Lebombo, South Africa, 56(9):
Soil Muong Nong, geochemistry, origin, 56(3):
3565
dissolution, orthoclase, pyriboles, loess ca- 1033
river water, world-wide, 56(5):2099
tena, 56(9):3423 Nd, Sr, isotope composition, 56(1):483
seawater, Paleoproterozoic, 56(6):2487
lunar, Mg isotope fractionation, 56(3): occurrence, Dresden, Germany, 56(7):
tektites, 56(1):483
1025 2937
volcanic rocks, Egmont volcano, New
Solar Nebula Tennessee, USA
Zealand, 56(3):941
dust mantles, CM chondrites, 56(7):2873 MVT deposits, fluid inclusions, 56(1):137
Sudbury, Ontario, Canada
volatility, major elements, 56(1):511 Thermobarometers
Os, isotope composition, Ni ores, 56(9):
Solubility equilibrium model, 56(5):1793
3531
apatite, carbonate-rich liquids, 56(9):3409 garnet peridotites, 56(2):841, 843
Sugar
apatite, peraluminous liquids, 56(1 1): Texas, USA
melanoidin formation, fossil shells, 56(4):
3855 Palo Duro Basin, 56(4):1495
1539
aragonite-strontianite, 56(8):3045 petroleum, origin, 56(3):1259
AsS3, 56(6):2267 sources, Marine environment, 56(5):1963 Thermodynamics
calcite, 56(3):1113 Sulfides brines, Na and K chloride, 56(6):228 1
gibbsite, 56(3):1065, 1093 Eh-pH diagrams, 56(8):3133 complex ions, organic acids, 56(2):565
halite, Br content, 56(6):2555, 2559 S, isotope composition, Proterozoic, complexation, REEs, organic ligands,
hematite, 56(3):1139 56(8):3317 56(3):1127
hematite/magnetite, 56(10):3683 Sulfur Eh-pH diagrams, sulfides, 56(8):3133
kaolinite, 56(9):3339, 3357 basaltic magma, 56(5):1863 enthalpy, *He content, geothermal water,
methane, in brine, high T and P, 56(4): diagenesis, HS, anoxic sediment, 56(6): Iceland, 56(12):4229
1451; 56(12):4301, 4303 2425 enthalpies, CaO-SiO,-Al,O; system, 56(7):
Mg-calcite, 56(11):4095 Eh-pH diagram, S-H,O system, 56(8): 2643
PbSO,, 56(3):1165 3157 enthalpy of formation, pyrope from ensta-
scheelite, 56(5):1827 equation of state, HO, SO», COS, S, tite + corundum, 56(11):3971
siderite, 56(3):1149 56(10):3611 equation of state
solid solutions, CaO-MgO-FeO-CO,-H,0. isotope composition CHy4-CO,-H,0, 56(7):2605, 2619
56(8):3031 Ag-Pb-Zn veins, British Columbia, C-H-O-N-S-Ar fluids, high T and P,
sylvite, Br content, 56(6):2555 Canada, 56(9):3513 56(10):3611
4374