Table Of Content

SUBJECT INDEX boron isotopes 65(11): 1769; 65(11): 1783 humic acid 65(11): 1703 brines 65(08): 1259; 65(16): 2691 humic material 65(17): 2835 adsorption Ca/Mg ratio 65(18): 3065 hydrogen isotopes 65(08): 1259; 65(09): calcite 65(09): 1429 1381 arsenate 65(07): 1015 calcite/dolomite equilibrium 65(18): 3065; hydrothermai 65(20): 3557 arsenic 65(07): 1015 65(18): 3065 hydrothermal fluids 65(21): 3919; 65(21): Ce(III) oxidation mechanism 65(05): 695 capacitances 65(21): 3643 3965 EXAFS 65(07): 1015 carbonate minerals 65(09): 1429 hydrothermalism 65(08): 1259 green rust 65(07): 1015 carboxylic acids 65(21): 3931 hydroxyaluminosilicate 65(15): 2461 lepidocrocite 65(07): 1015 REE 65(05): 695 catalysis 65(20): 3557 ikaite 65(09): 1429 Cd 65(08): 1233 illite/smectite 65(11): 1769 tetrad effect 65(05): 695 andesite cesium 65(21): 3955 illitization 65(11): 1783 chemical modeling 65(11): 1741 infrared spectroscopy 65(23): 4289 diffusion viscosity 65(09): 1481 ICP-MS 65(07): 1037 chemical weathering 65(07): 1059; 65(08): ionic strength 65(13): 2081 ion exchange 65(07): 1037 1219; 65(09): 1381; 65(20): 3459 iron(II)-Iron(III) hydroxysalts 65(11): 1715 citric acid 65(20): 3557 Kalix River 65(15): 2439 melt 65(09): 1481 synchrotron X-ray fluorescence analysis clay 65(20): 3475 kaolinite 65(20): 3475; 65(23): 4429 65(09): 1481 clay mineral analyses 65(11): 1783 kaolinite dissolution 65(23): 4433 closed system experiments 65(23): 4429 Karl Fisher 65(19): 3319 trace element 65(09): 1481 water-mineral interactions 65(09): 1481 CO, 65(22): 4115 kinetics 65(07): 1161; 65(20): 3459; aqueous geochemistry Columbia River estuary 65(17): 2835 65(20): 3475; 65(21): 3671; 65(21): '70-NMR 65(15): 2549 competitive 65(14): 2361 3683; 65(21): 3703 27A1 NMR 65(15): 2549 competitive substitution reaction 65(15): manganese 65(17): 2835 abrasion 65(20): 3475 2461 mechanism 65(23): 4433 acetate 65(21): 3955 complexing 65(21): 3955 mechanisms 65(21): 3703 acetic acid fractionation 65(19): 3319 contact metamorphism 65(11): 1783 metabolism 65(20): 3557 acetic acid system 65(19): 3319 copper 65(16): 2691; 65(20): 3435 metal complex formation 65(21): 3931 acid mine drainage 65(09): 1381; 65(14): copper-humate complexes 65(09): 1355 metal mobility 65(08): 1233 2241 corundum in NaCl 65(17): 2843 metal sorption 65(20): 3435 acidic mine discharges 65(18): 3027 crsytallographic control 65(09): 1381 metal speciation 65(16): 2691 Cu 65(08): 1233 metal-organic complexes 65(21): 3931 acidified catchment 65(15): 2461 actinides 65(15): 2439 Cu(II) chlorocomplexes 65(16): 2691 metamorphic fluids 65(21): 3965 activation energy 65(20): 3475 degassing 65(11): 1741 metamorphism 65(07): 1161 activity coefficients 65(16): 2691 diagenesis 65(11): 1769; 65(11): 1783 microscopic processes 65(09): 1381 additivity model 65(20): 3435 dissolution 65(09): 1429; 65(11): 1703; mixing soils 65(22): 4115 65(20): 3475; 65(21): 3671; 65(21): Mn 65(11): 1703 adsorption 65(09): 1355; 65(14): 2219; 65(14): 2361; 65(23): 4289 3703; 65(23): 4289 Mn cycling 65(17): 2835 afforestation 65(08): 1233 dissolution kinetics 65(07): 1059 modeling 65(09): 1429 agitation 65(20): 3475 dissolution rates 65(08): 1219 Mossbauer spectroscopy 65(11): 1715 Al inhibition 65(23): 4433 DOC 65(08): 1233 NaCl solutions 65(14): 2361 Al oxides 65(15): 2549 electric double layer models 65(14): 2361 non-equilibrium 65(07): 1161 alkalinity 65(11): 1741 electric double-layer 65(21): 3643 nonacidified catchment 65(15): 2461 aluminum 65(13): 2081; 65(13): 2097; electrostatic effects 65(14): 2219 nonelectrolytes 65(21): 3919 65(15): 2461; 65(21): 3965 enstatite 65(08): 1219 nordstrandite 65(09): 1391 aluminum analysis 65(11): 1741 equilibria 65(13): 2081; 65(13): 2097 oil field brines 65(18): 3065 aluminum aqueous complexes 65(17): ethylbenzene 65(19): 3319 oilfield brine 65(11): 1741 2843 EXAFS 65(14): 2219 organic acids 65(23): 4289 aluminum complexes 65(15): 2549 experimental data 65(19): 3319 organosynthesis 65(20): 3557 aluminum hydroxide template 65(15): experiments 65(11): 1769 orthoclase dissolution 65(20): 3459 2461 Fe(CO,)OH 65(22): 4115 oxidation 65(14): 2241 aluminum hydroxides 65(09): 1391 ferrihydrite 65(11): 1715 oxide-water interface 65(21): 3643 aluminum silicate complexes 65(21): 3965 fluid 65(07): 1161 oxygen isotopes 65(08): 1259 aluminum solubility control 65(15): 2461 fluxes 65(07): 1161 Pb 65(14): 2219 aqueous complexes 65(21): 3931 forest soil 65(08): 1233 pH 65(13): 2097 1i f aqueous solutions 65(08): 1259 FTIR 65(19): 3319 PH effect on dissolution 65(20): 3459 aqueous transport 65(21): 3955 fulvic acids 65(20): 3435 phosphate 65(11): 1715; 65(13): 2081; | arctic 65(09): 1429 galena dissolution kinetics 65(09): 1381 65(14): 2361 Arrhenius factor 65(08): 1219 geochemical tracers (Li, Ba, Mn, Fe, Zn, phyllosilicate 65(22): 4155 arsenate 65(14): 2361 Mg, SO4 65(08): 1259 polarized 65(22): 4155 arsenic 65(14): 2241 geothermometry 65(11): 1741 precipitation 65(09): 1429 atomic force microscopy 65(09): 1381; gibbsite 65(09): 1391 protoimogolite 65(15): 2461 65(20): 3459 glass 65(21): 3703 protoimogolite/allophane 65(15): 2461 ATR-FTIR 65(14): 2219 glasses 65(21): 3683 quartz 65(07): 1059 B.E.T. 65(07): 1059 goethite 65(09): 1355; 65(14): 2219; rare earth elements 65(18): 3027 Baltic Sea 65(15): 2439 65(14): 2361; 65(22): 4115 rate 65(23): 4433 basaltic glass 65(21): 3671 green rust 65(11): 1715 rates of reaction 65(14): 2241 bauxite deposits 65(09): 1391 ground water 65(08): 1187 rayleigh fractionation 65(11): 1783 bayerite 65(09): 1391 Gulf Coast 65(18): 3065 reaction mechanism 65(11): 1769 biomineralization 65(17): 2835 hectorite 65(22): 4155 reactive surface areas 65(07): 1059 birnessite 65(11): 1703 hematite 65(20): 3435; 65(23): 4289 Red Sea 65(08): 1259 boron fractionation 65(11): 1769 heteronucleation 65(22): 4155 release kinetics 65(08): 1233 revised HKF equations of state 65(21): mantle melting 65(21): 4043 molecular-level characterization 65(17): 3919 2819 saturation index 65(08): 1259 B organic matter 65(17): 2819; 65(23): 4321 secondary ion mass spectrometry 65(11): principal components analysis 65(17): 1769 bacteria 2819 sedimentary formation water 65(11): 1741 adsorption 65(07): 1025 radiotracers 65(17): 2925 silica analysis 65(11): 1741 cadmium 65(07): 1025 size-fractionation 65(17): 2819 silicate minerals 65(21): 3703 growth phase 65(07): 1025 soil N 65(22): 4171 silicates 65(23): 4429 iron 65(07): 1025 stable N isotopes 65(22): 4171 silicic acid 65(15): 2461 metal 65(07): 1025 thermodynamic properties 65(21): 3901 solubility 65(13): 2081; 65(13): 2097; bacterial sulfate reduction biomarkers 65(17): 2843 AVS 65(05): 763 biomarkers 65(18): 3109 spalling-off 65(20): 3475 deep sea sediments 65(05): 777 diagenesis 65(18): 3109 speciation 65(13): 2081; 65(13): 2097 geochemistry 65(05): 777 mangrove leaves 65(18): 3109 Sr isotopes 65(08): 1259 isotope fractionation 65(07): 1117 tannin 65(18): 3109 stirring 65(20): 3475 modeling 65(05): 777 triterpenoids 65(18): 3109 strontium 65(21): 3955 natural population 65(07): 1117 biomineralization sulfate 65(14): 2219 phylogeny and isotopic fractionation anoxic trace metal 65(01): 75 sulfide 65(14): 2241 65(05): 763 bacterial iron reduction 65(01) 75 sulfide minerals 65(14): 2241 pore fluids 65(05): 777 biogeochemistry 65(01): 75; 65(13): 2043 sulfides 65(09): 1381 pyrite 65(05): 763 biomimetic 65(13): 2043 surface chemistry 65(11): 1703 sediment 65(07): 1117 calcification 65(01): 63 surface complexation 65(20): 3435; substrate dependence 65(05): 763 Co adsorption 65(01): 75 65(23): 4289 sulfate reduction rates 65(05): 763; 65(07): Co coprecipitation 65(01) 75 surface complexes 65(09): 1355 1117 diatoms 65(13): 2043 surface oxidation 65(09): 1381 sulfur 65(07): 1117 hydroxyapatite 65(01): 63 surface spectroscopy 65(21): 3683 sulfur isotope fractionation 65(05): 763 nanobacteria 65(01): 63 synthesis 65(09): 1391 sulfur isotopes 65(05): 777 nanoforms 65(01): 63 temperature 65(13): 2081; 65(13): 2097 temperature 65(05): 777 nanofossils 65(01): 63 temperature dependence 65(21): 3919 temperature dependence 65(05): 763 Ni adsorption 65(01): 75 ternary complexes 65(14): 2219 5**S 65(05): 763 Ni coprecipitation 65(01): 75 thermodynamic model 65(08): 1259 basalt origin of life 65(01): 63 thermodynamic properties 65(18): 3065; calcium 65(01) 137 silicon 65(13): 2043 65(21): 3919; 65(21): 3931 dissolution 65(01): 137 sponges 65(13): 2043 thermodynamic quantities 65(13): 2097 dissolution rates 65(01): 137 thermodynamics 65(17): 2843 eucrite 65(06): 979 C transport of actinides 65(08): 1187 experimental weathering 65(01): 137 U/Th series nuclides 65(15): 2439 higher plants 65(01): 137 calcite ultra-fine particles 65(20): 3475 iron-organic colloids 65(01): 137 atomic force microscopy 65(03): 369 ultrafiltration 65(15): 2439 kinetics 65(01): 137 dissolution rates 65(03): 369 UV-Vis-NIR spectroscopy 65(16): 2691 magnesium 65(01): 137 impurities 65(03): 369 UV-Vis-NMR spectroscopy 65(16): 2691 mare basalt 65(06): 979 Mg/Ca ratio 65(15): 2499 water 65(19): 3319 moon 65(06): 979 Ostracode 65(15): 2499 water solubility mechanism 65(19): 3319 origin of moon 65(06): 979 partition coefficient 65(15): 2499 water-mineral interactions 65(09): 1381 benthic foraminifera shell chemistry 65(15): 2499 water-rock interaction 65(18): 3027 partition coefficients 65(08): 1277 temperature dependance 65(15): 2499 weathering 65(15): 2439; 65(23): 4429 trace element 65(08): 1277 terrace-ledge-kink (TLK) model 65(03): X-ray diffraction 65(11): 1715 biogeochemical cycles 369 X-ray reflectivity 65(20): 3459 carbon 65(21): 3615 thermometry 65(15): 2499 XAFS 65(09): 1355 global coastal ocean 65(21): 3615 carbon dioxide XPS 65(11): 1703 nitrogen 65(21): 3615 adsorption effects 65(05): 839 Zn sorption 65(22): 4155 oxygen isotopes 65(21): 3615 isotope fractionation 65(05): 839 aqueous solutions biogeochemistry Mars 65(05): 839 activity coefficient 65(01): 181 acetate 65(17): 2925 mineral substrates 65(05): 839 Pitzer equations 65(01) 181 aqueous carbohydrates 65(21): 3901 carbon minerals sodium carbonates 65(01): 181 canonical correlations analysis 65(17): benthic minerlization 65(16): 2677 solubility 65(01): 181 2819 calcite dissolution 65(16): 2677 thermodynamics 65(01): 181 carbon cycling 65(23): 4321 in situ 65(16): 2677 arc magmatism carbon isotopes 65(23): 4321 microsensors 65(16): 2677 basalts 65(18): 3147 carbon-13 65(17): 2925 modeling 65(16): 2677 chalcophile element cycle 65(18): 3147 chronosequence 65(22): 4171 carbonate minerals Galunggung volcano 65(18): 3147 deuterium 65(17): 2925 adsorption 65(22): 4131 Indonesia 65(18): 3147 energetics 65(17): 2925 AFM 65(22): 4131 laser ablation ICP-Ms 65(18): 3147 estuary 65(17): 2819 alpha-recoil 65(16): 2757 mantle 65(18): 3147 eutrophic lakes 65(23): 4321 Bahamas 65(16): 2757 melt inclusions 65(18): 3147 formate 65(17): 2925 biogenic carbonate 65(17): 2853 Petrogenesis 65(18): 3147 grassland 65(22): 4171 burial 65(22): 4131 sulfur cycle 65(18): 3147 ground water 65(17): 2925 CaCO, 65(22): 4131 arc volcanism HKF equations of state 65(21): 3901 cadmium 65(22): 4131 andesite 65(21): 4043 hydrogen 65(17): 2925 calcite 65(15): 2617; 65(20): 3491; 65(20): arc-front 65(21): 4043 Lake Mendota 65(23): 4321 3491; 65(22): 4131 central Mexico 65(21): 4043 mass spectrometry 65(17): 2819 calcite/dolomite equilibrium 65(19): 3219 high MgO 65(21): 4043 methanogenesis 65(17): 2925 carbonate degassing 65(15): 2617 hydrous phase equilibria 65(21): 4043 microbiology 65(17): 2925 carbonate platforms 65(16): 2757 center of calcification 65(17): 2865 kinetics 65(06): 847 chronology 65(16): 2757 mineral permeability 65(06): 847 CO, 65(15): 2617 minerals 65(12): 1971 entropy coprecipitation 65(20): 3491 neodymium isotopes 65(12): 1971 big bang 65(21): 4077 coral aragonite 65(16): 2669 plagioclase dissolution 65(06): 847 complexity theory 65(21): 4077 dead carbon 65(20): 3443 Pliocene red clay 65(06): 901 cosmological equations 65(21): 4077 diagenesis 65(03): 443 products 65(07): 1071 irreversible thermodynamics 65(21): 4077 disequilibrium effect 65(19): 3219 quartz 65(12): 1971 microwave background radiation 65(21): dissolution 65(22): 4131 rare earth elements 65(06): 901; 65(12): 4077 dolomite 65(15): 2617 1971 second law 65(21): 4077 echinoid 65(03): 443 rates 65(07): 1071 uncompensated heat 65(21): 4077 effect of chemical treatment 65(17): 2865 rates of soil formation 65(06): 847 universe 65(21): 4077 Europa 65(12): 1883 silicate equilibrium 65(06): 847 estuaries EXAFS 65(16): 2669 soil 65(12): 1971 anoxia 65(02): 237 fine-scale elemental heterogeneity 65(17): strontium isotopes 65(12): 1971 Chesapeake Bay 65(02): 237 2865 clay minerals copper 65(02): 237 geochemistry and petrogenesis 65(16): dimeric complexes 65(16): 2709 diagenesis 65(02): 237 2669 EXAFS 65(16): 2709 eutrophication 65(02): 237 impact process 65(15): 2617 metal desorption 65(16): 2709 molybdenum 65(02): 237 isochrons 65(16): 2757 metal sorption 65(16): 2709 evaporation isotope fractionation 65(19): 3219 montmorillonite 65(16): 2709 chondrules 65(13): 2171 luminescence 65(20): 3491 sorption reversibility 65(16): 2709 diffusion 65(13): 2171 magnesite 65(15): 2617 closure temperatures elemental fractionation 65(13): 2171 Mg calcite 65(03): 443 biotite 65(07): 1141 fractionation 65(13): 2171 Mg/Ca ratio 65(17): 2865 calcite 65(07): 1141 Hertz-Knudsen equation 65(13): 2171 modeling 65(12): 1883 cation exchange 65(07): 1141 isotopic fractionation 65(13): 2171 monohydrocalcite 65(19): 3219 Dodson equation 65(07): 1141 kinetics 65(13): 2171 Na/Ca ratio 65(17): 2865 feldspar weathering 65(07): 1141 mathematical models 65(13): 2171 nickel 65(22): 4131 ion microprobe 65(07): 1141 exposure ages oxygen isotopes 65(16): 2757 isotope exchange 65(07): 1141 Be 65(03): 381 paleoenvironments 65(16): 2669 phlogopite 65(07): 1141 '4C 65(03): 381 Pitzer parameterization 65(12): 1883 Rb-Sr isotopes 65(07): 1141 2©Al 65(03): 381 Pleistocene 65(16): 2757 Swiss Alps 65(07): 1141 cosmogenic 65(03): 381 radiocarbon 65(20): 3443 copper Georgia 65(03): 381 Scotland 65(20): 3443 core formation 65(12): 1933 gibbsite 65(03): 381 seawater composition 65(12): 1883 Earth 65(12): 1933 Panola Mountain 65(03): 381 solid-state diffusion 65(22): 4131 Mars 65(12): 1933 Piedmont 65(03): 381 solubilities 65(12): 1883 metal/silicate 65(12): 1933 weathering 65(03): 381 speleothem 65(20): 3443 partition coefficients 65(12): 1933 Sr/Ca ratio 65(17): 2865 siderophile elements 65(12): 1933 F stable isotopes 65(19): 3219; 65(20): 3443 silicate melt 65(12): 1933 strontianite 65(16): 2669 solubility 65(12): 1933 fluid inclusions strontium 65(16): 2669 sulfide/silicate 65(12): 1933 hydrogen isotopes 65(06): 871 subzero temperatures 65(12): 1883 terrestrial planets 65(12): 1933 meteoric water 65(06): 871 surface microtopography 65(20): 3491 thermodynamic treatment 65(12): 1933 oxygen isotopes 65(06): 871 surface mixing 65(22): 4131 valence 65(12): 1933 paleoclimate 65(06): 871 synchrotron XRF 65(16): 2669 core formation speleothem 65(06): 871 TOF-SIMS 65(22): 4131 cobalt 65(11): 1809 fractionation transformation 65(03): 443 Fe alloy/silicate partitioning 65(11): 1809 evaporation 65(03): 479 U-series 65(16): 2757 magma ocean 65(11): 1809 magnesium isotopes 65(03): 479 U/Th dating 65(16): 2757 multivariable linear regression 65(11): oxygen isotopes 65(03): 479 uptake 65(22): 4131 1809 REE 65(03): 479 uranium 65(20): 3491 nickel 65(11): 1809 silicon isotopes 65(03): 479 XAFS 65(20): 3491 oxygen fugacity 65(11): 1809 XANES 65(20): 3491 pressure effect 65(11): 1809 G XPS 65(22): 4131 temperature effect 65(11): 1809 XRF 65(20): 3491 crustal growth geochemical cycles Zn2+ 65(22): 4131 Archean 65(09): 1499 atmospheric oxygen 65(05): 685 carboxylic acids eclogite xenoliths 65(09): 1499 carbon isotopes 65(05): 685 basinal brines 65(21): 3779 Lithospheric mantle 65(09): 1499 carboniferous 65(05): 685 experimental geochemistry 65(21): 3779 mantle metasomatism 65(09): 1499 Permian 65(05): 685 generation 65(21): 3779 oxygen isotopes 65(09): 1499 Phanerozoic 65(05): 685 hydrocarbon oxidation 65(21): 3779 trace element partitioning 65(09): 1499 sulfur isotopes 65(05): 685 petroleum geochemistry 65(21): 3779 geochronology chemical weathering decay constants 65(01): 111 D alteration 65(07): 1071 errors 65(18): 3139 Chinese Loess Plateau 65(06): 901 half-lives 65(01): 111 chronosequence 65(12): 1971 diatoms indochinites 65(11): 1821 dust 65(12): 1971 decomposition 65(03): 419 isochrons 65(18): 3139 Eolian dust 65(06): 901 hay 65(03): 419 mass fractionation correction 65(18): 3139 feldspar weathering 65(06): 847 nitrate 65(03): 419 Muong Nong type 65(11): 1821 glass 65(07): 1071 oxygen 65(03): 419 tektites 65(11): 1821 Hawaii 65(12): 1971 REE 65(03): 435 U-Pb dating 65(11): 1821 K feldspar dissolution 65(06): 847 sulfate 65(03): 419 uranium-lead 65(18): 3139 zircon inclusions 65(11): 1821 copper complexes 65(17): 2937 interplanetary dust particles zircons 65(11): 1821 Fumarole 65(13): 2129 comet showers 65(04): 653 geomicrobiology Geothermometer 65(13): 2129 Gubbio 65(04): 653 adsorption 65(13): 2037; 65(23): 4267 Guaymas basin 65(19): 3233 helium 65(04): 653 adsorption to bacteria 65(23): 4267 halogen 65(16): 2651 K/T boundary 65(04): 653 AFM 65(23): 4257 hydrothermal systems 65(13): 2129 pelagic limestones 65(04): 653 Al goethite 65(17): 2913 hydrothermal vents 65(19): 3233 sediments 65(04): 653 Bacillus subtilis 65(21): 3657; 65(23): metal complexes 65(22): 4187 iron oxides 4267 metal transport 65(19): 3233 ascorbic acid 65(09): 1367 bacteria 65(13): 2037; 65(17): 2913; Middle Valley 65(19): 3233 dissolution kinetics 65(09): 1367 65(23): 4267 mineralization 65(16): 2651 ferrihydrite 65(09): 1367 biogenic siderite 65(14): 2257 mobility 65(24): 4453 goethite 65(09): 1367 biogeochemistry 65(13): 2037 NaCl solutions 65(17): 2937 lepidocrocite 65(09): 1367 biomineralization 65(17): 2913 noble gases 65(16): 2651 reductive dissolution 65(09): 1367 bioreduction 65(17): 2913 ore deposits 65(19): 3233 isotope geochemistry calcite 65(23): 4257 origin 65(13): 2067 '7°1_u decay constant 65(12): 2023 carbon and oxygen isotopes 65(14): 2257 PCO, indicator 65(13): 2129 absolute isotope abundance ratio 65(15): Cd 65(13): 2037 platinum group elements 65(24): 4453 2433 Co 65(23): 4267 porphyry 65(16): 2651 Aerosol 65(13): 2029 desulfobacula toluolica 65(19): 3289 sediment alteration experiment 65(19): allanite 65(18): 3177 desulfovibrio 65(02): 223 3233 altered ocean crust 65(24): 4523 dissolution 65(23): 4257 solubility experiments 65(17): 2937; aqueous geochemistry 65(15): 2487 enrichment culture 65(19): 3289 65(24): 4453 arc magmas 65(24): 4523 etch pits 65(23): 4257 South Cornwall 65(13): 2067 Archean 65(12): 2023; 65(18): 3177 Fe(III) reduction 65(17): 2913 supergene 65(24): 4453 Archean geochronology 65(12): 2017 hematite 65(02): 223 thermodynamic data 65(24): 4453 argon 65(24): 4593 iron sulfide 65(02): 223 thermodynamics of complex formation atmospheric deposition 65(13): 2029 iron-reducing bateria 65(14): 2257 65(22): 4187 atomic weight 65(15): 2433 kinetics 65(23): 4257 tin ore deposition 65(22): 4187 bacterial disproportionation 65(10): 1601 magnesite 65(23): 4257 tin(II) chloride complexes 65(22): 4187 biogenic phosphate 65(10): 1583 Mossbauer spectroscopy 65(17): 2913 UV spectroscopy 65(22): 4187 biogeochemistry 65(15): 2487 Nd 65(23): 4267 Vesuvio 65(13): 2129 boron 65(19): 3347 Ni 65(23): 4267 hydrothermal systems boron isotopes 65(24): 4523 PRTOLI 65(19): 3289 abiogenic CH4 65(19): 3325 Brachiosaurus brancai 65(22): 4201 pure culture 65(19): 3289 carbon flux 65(19): 3325 Broken Hill 65(15): 2527 Shewanella putrefaciens 65(17): 2913 carbon isotopes 65(19): 3325 bulk silicate earth 65(12): 2023 Sr 65(23): 4267 CO, exsolution 65(19): 3325 calcium aluminum-rich inclusions 65(19): stability constants 65(23): 4267 fluid inclusions 65(19): 3325 3379 stable sulfur isotope fractionation 65(19): Gabbro 65(19): 3325 calculation 65(24): 4509 3289 magma chambers 65(19): 3325 Cambrian-Ordovician boundary 65(14): sulfate reduction 65(02): 223; 65(19): magmatic volatiles 65(19): 3325 2273 3289 midocean ridge 65(19): 3325 carbon 65(10): 1583 surface 65(23): 4257 stable isotopes 65(19): 3325 carbon isotope fractionation 65(16): 2723 surface chemistry 65(13): 2037 hydrothermal vents carbon isotopes 65(12): 1907; 65(12): surface complexation 65(21): 3657; Baby Bare 65(22): 4141 1953 65(23): 4267 bore hole fluids 65(05): 729 catalytic gas 65(12): 1907 surface protonation 65(21): 3657 East Pacific Rise 65(05): 729 cerussite 65(15): 2527 temperature dependence 65(21): 3657 global oceanic mass balance 65(22): 4141 chemolithoautotrophic 65(16): 2743 Toluene 65(19): 3289 hydrothermal fluxes 65(22): 4141 chondrites 65(19): 3379 Zn 65(23): 4267 Juan de Fuca east flank 65(22): 4141 contamination 65(17): 2853 gold mid-ocean ridge flanks 65(22): 4141 continental erosion 65(23): 4303 gold-chloride complexes 65(23): 4413 ODP 1026B 65(22): 4141 continuous flow 65(24): 4467 hydration-dehydration 65(23): 4413 Sr isotopes 65(05): 729; 65(22): 4141 coronal hole associated solar wind 65(24): solubility experiments 65(23): 4413 uranium 65(05): 729 4593 vapor 65(23): 4413 vent fluids 65(05): 729 cosmogenic nuclides 65(12): 1953 gypsum crustal growth 65(22): 4215 dissolution rates 65(01): 27 Dearth Valley 65(13): 2029 inhibited dissolution 65(01): 27 decay constants 65(15): 2571 mixed kinetics 65(01): 27 desert varnish 65(13): 2029 rotating disk 65(01): 27 impact structures detrital 65(13): 2149 diamictites 65(12): 2007 diagenesis 65(22): 4201 H glasses 65(08): 1325 dissolved load 65(19): 3201 hydrogen isotopes 65(08): 1325 Dole effect 65(11): 1695 high-grade metamorphism impact breccias 65(12): 2007 Duluth Complex 65(17): 2965 Anatexis 65(16): 2771 Noerdlinger Ries 65(08): 1325 Early Archean 65(22): 4215 Ostwald ripening 65(16): 2771 oxygen isotopes 65(08): 1325 early continental crust 65(18): 3177 zircon systematics 65(16): 2771 platinum-group elements 65(12): 2007 electron microprobe 65(24): 4509 hydrothermal fluids siderophile elements 65(12): 2007 element mobility 65(12): 2023 acetate 65(17): 2937 tillites 65(12): 2007 elemental sulfur 65(10): 1601 Ar-Ar 65(16): 2651 interplanetary dust Errorchrons 65(12): 2023 basalt alteration experiment 65(19): 3233 comets 65(20): 3601 estuaries 65(19): 3193 basinal brines 65(13): 2067 crystal structures 65(20): 3601 evolution of ?180 values 65(15): 2469 chloride 65(17): 2937 electron diffraction 65(20): 3601 extraction methods 65(12): 1953 complexes 65(17): 2937 sulfides 65(20): 3601 ferromanganese deposits 65(23): 4303 Fish Canyon tuff 65(15): 2571 nitrogen isotopes 65(16): 2743 water 65(24): 4467 fluids 65(19): 3347 O, diffusion limitation 65(11): 1695 weathering 65(19): 3193; 65(19): 3201 Fly River 65(19): 3193 O, isotopes 65(11): 1695 West Greenland 65(12): 2023; 65(18): forest soils 65(16): 2743 ocean circulation 65(23): 4303 3177 fossil 65(22): 4201 oceanic crust 65(18): 3177 witwatersrand 65(13): 2149 fractionation factor 65(18): 3165 organic carbon 65(16): 2723 zircon 65(15): 2571 garnet 65(18): 3177; 65(23): 4375; 65(23): organic matter 65(23): 4399 zircon systematics 65(18): 3165; 65(18): 4375 Os 65(13): 2149 3177 geochronology 65(12): 1953; 65(22): Os isotopes 65(19): 3193 4215; 65(24): 4509 osmium 65(13): 2113 geological cycle 65(15): 2469 osmium isotopes 65(19): 3379 geothermometry 65(12): 1907 oxidation/reduction effects 65(15): 2487 lake sediments gold 65(13): 2149 oxygen 65(10): 1583 geochemistry and petrogenesis 65(17): gypsum 65(18): 3081 oxygen isotope 65(15): 2469 2875 heterogeneous initial Pb 65(22): 4201 oxygen isotopes 65(10): 1601; 65(16): isotopes 65(17): 2875 heterotrophic 65(16): 2743 2743; 65(18): 3081; 65(18): 3165; Mars 65(17): 2875 Hf-Nd systematics 65(12): 2017 65(22): 4215; 65(23): 4375 mineralogy 65(17): 2875 highly siderophile elements 65(19): 3379 oxygen-17 65(13): 2029; 65(15): 2527 Mossbauer spectroscopy 65(17): 2875 Himalayan rivers 65(19): 3201 Papua New Guinea 65(19): 3193 reflectance spectroscopy 65(17): 2875 hydrogen isotopes 65(23): 4399; 65(24): Pb isotopes 65(17): 2853; 65(23): 4303 lithosphere 4467 petrol Pb 65(17): 2853 Archean craton 65(22): 4243 hydrothermal 65(23): 4303 Phanerozoic 65(15): 2469 Canadian Arctic 65(22): 4243 Indian Ocean 65(23): 4303 production rates 65(12): 1953 kimberlite 65(22): 4243 intercalibration 65(15): 2571 quantitative modeling 65(18): 3081 mantle xenoliths 65(22): 4243 interplanetary dust particles 65(23): 4399 radiocarbon 65(12): 1953 peridotite 65(22): 4243 interstream associated solar wind 65(24): Re 65(13): 2149 Sr-Nd-Pb isotopes 65(22): 4243 4593 Re/Os isotopes 65(17): 2965 lower crustal composition ion microprobe 65(22): 4215 recent 65(10): 1583 basaltic underplating 65(15): 2589 ion probe imaging 65(23): 4399 reduction 65(18): 3081 geochemistry and petrogenesis 65(15): iron 65(15): 2487 residence time 65(15): 2571 2589 iron carbonate 65(10): 1601 respiratory fractionation 65(11): 1695 LA-ICPMS zircon dating 65(15): 2589 iron complexes 65(15): 2487 rhenium 65(19): 3379 north China craton 65(15): 2589 iron cycle 65(10): 1601 Rn loss 65(22): 4201 xenoliths 65(15): 2589 iron oxyhydroxide 65(10): 1601 root respiration 65(11): 1695 iron-reducing bateria 65(15): 2487 seawater 65(19): 3193 M isotope 65(15): 2527 seawater composition 65(15): 2469 isotope fractionation 65(12): 1907 sedimentary rocks 65(16): 2723 magma genesis isotope mass-spectrometry 65(15): 2433 selective sequential dissolution 65(17): assimilation 65(04): 589 isotopes 65(13): 2113; 65(15): 2487 2853 banda arc 65(04): 589 isotopic ratio 65(24): 4593 SF6 65(15): 2433 carbon dioxide 65(15): 2605 isotopic reference materials 65(15): 2433 shark 65(10): 1583 fluid-rock interaction 65(04): 589 Isua Gneisses 65(12): 2017 slab-derived fluids 65(24): 4523 fractional crystallization 65(04): 589 Isua supracrustal belt 65(18): 3177 Sm-Nd isotope system 65(12): 2023; laser fluorination 65(04): 589 Isua supracrustals 65(12): 2023 65(18): 3177 magmas 65(15): 2605 K,OsCl,, 65(13): 2113 Sm-Ndisochrons 65(12): 2023 melting 65(04): 589 Kamchatka 65(24): 4523 soils 65(17): 2853 mid-ocean ridge basalts 65(15): 2605 kimberlite 65(23): 4375 solar system 65(19): 3379 noble gases 65(15): 2605 Lake Bonneville 65(12): 1953 solar wind composition 65(24): 4593 oxygen isotopes 65(04): 589 low temperature 65(10): 1601 spike calibration 65(13): 2113 volatiles 65(15): 2605 Lu-Hf analytics 65(12): 2017 Sr isotope ratios 65(19): 3201 mantle Lu-Hf isochrones 65(12): 2023 standard material 65(13): 2113 1870/1880. 65(08): 1311 Lu-Hf isotope system 65(12): 2023; stratigraphy 65(14): 2273 armalcolite 65(14): 2201 65(18): 3177 strontium 65(14): 2273 carbon isotopes 65(05): 813 magma ocean 65(12): 2017 strontium isotopes 65(10): 1583 diamond formation 65(05): 813 mantle evolution 65(12): 2023 subduction 65(19): 3347; 65(24): 4523 diamond inclusion paragenesis 65(05): 813 mantle xenoliths 65(23): 4375 sulfate 65(13): 2029; 65(18): 3081 element partitioning 65(14): 2201 marine sediments ?180 values 65(15): sulfide oxidation 65(10): 1601; 65(18): garnet peridoties 65(08): 1311 2469 3081 heterogeneous accretion 65(08): 1311 Mars 65(13): 2029 sulfur 65(15): 2433 Limpopo Mobile belt 65(05): 813 matter 65(23): 4399 sulfur cycle 65(10): 1601 mantle melting 65(14): 2201 megacrysts 65(23): 4375 sulfur isotopes 65(10): 1601; 65(18): 3081 mantle oxygen fugacity 65(05): 813 Messinian 65(18): 3081 synthetic isotope mixtures 65(15): 2433 meteorites 65(08): 1311 metamorphism/metasomatism 65(17): teeth 65(10): 1583 Mg/Fe distribution coefficient 65(05): 813 2965; 65(18): 3177 thermodynamics 65(15): 2487 partition coefficients 65(14): 2201 metasomatism 65(18): 3177 thermometer 65(15): 2527 planetary magmas 65(14): 2201 methane 65(16): 2723 titanite 65(15): 2571; 65(18): 3165 primitive upper mantle 65(08): 1311 methane-carbon isotopes 65(12): 1907 tonga 65(19): 3347 Re-Os 65(08): 1311 microanalysis 65(24): 4467 trace elements 65(24): 4523 spinel peridotites 65(08): 1311 mobility 65(17): 2853 U disequilibrium 65(19): 3201 subcontinental lithospheric mantle 65(08): molecular diffusion 65(16): 2723 U-Pb geochronology 65(15): 2571 1311 monazite 65(24): 4509 U-Pb systematics 65(22): 4201 TiO, in olivine 65(14): 2201 natural gas reservoirs 65(16): 2723 U-Th-Pb age 65(24): 4509 TiO, solubility in mafic silicate melts nitrate 65(13): 2029 vibrational modeling 65(15): 2487 65(14): 2201 nitrification 65(16): 2743 Virginia Formation argillites 65(17): 2965 Venetia 65(05): 813 xenoliths 65(08): 1311 chondrules 65(03): 495 thermodynamic equilibrium 65(03): 469 marine sediments circumstellar grains 65(03): 469 trace element 65(20): 3577 alkenones 65(04): 545 CM carbonaceous chondrites 65(03): 495 trace elements 65(01): 163 barite 65(04): 529 CO3.0 chondrites 65(24): 4539 troilite 65(08): 1337 Blake Ridge 65(04): 529 CO3.3 65(24): 4539 water 65(24): 4551 gas fluxes 65(04): 529 Colony CO3.0 65(24): 4539 X-ray diffraction 65(23): 4385 gas hydrates 65(04): 529 condensation 65(01): 163; 65(03): 469 Yamato 81020 CO3.0 65(24): 4539 Gulf of California 65(04): 545 cosmochemistry 65(03): 469 mineral growth iron 65(06): 915 eucrites 65(20): 3577 active veins 65(21): 3733 iron sulfide 65(06): 915 exposure ages 65(11): 1849 coupled kinetics and rheology 65(21): manganese dioxide 65(06): 915 fayalite 65(08): 1337 3733 methane 65(04): 529 Fe-Ni metal 65(24): 4567 crack propagation 65(21): 3733 modeling 65(04): 529 Fe-S system 65(04): 671 creep 65(21): 3733 oxidation 65(06): 915 formation temperature 65(02): 311 fracture 65(21): 3733 polysulfides 65(06): 915 gandolfi camera 65(23): 4385 pressure solution 65(21): 3733 polythionates 65(06): 915 gas speciation 65(03): 469 replacement 65(21): 3733 pyrite 65(06): 915 Grant 65(11): 1839 stress 65(21): 3733 sea surface temperature 65(04): 545 graphite 65(03): 469 minerals sediment trap 65(04): 545 H chondrites 65(02): 323; 65(02): 323 Landau theory 65(18): 3191 sulfate 65(04): 529 impact melts 65(02): 299; 65(02): 323; phase transitions 65(18): 3191 sulfur 65(06): 915 65(02): 323 radiation damage 65(18): 3191 thiosulfate 65(06): 915 iron meteorites 65(04): 671 ". Mars isotopic anomaly 65(03): 469 N atmosphere 65(02): 343 Jurassic-Cretaceous boundary 65(02): 299 cosmic ray 65(02): 343 Kainsaz CO3.2 65(24): 4539 nickel interior 65(02): 343 light lithophile distribution 65(24): 4551 anharmonicity 65(10): 1667 SNC meteorites 65(02): 343 low Ca pyroxene 65(03): 495 EXAFS 65(10): 1667 spallation 65(02): 343 Martian meteorites 65(02): 311; 65(24): glasses 65(10): 1667; 65(10): 1681 volatiles 65(02): 343 4551 melts 65(10): 1667; 65(10): 1681 xenon isotopes 65(02): 343 mass fractionation correction 65(11): 1839 nancristallites 65(10): 1681 melt inclusions MC-ICP-MS technique 65(11): 1839 water-mineral interactions 65(10): 1681 Ascension Island 65(01): 123 melilite in CO3.0 chondrites 65(24): 4539 XAFS 65(10): 1681 chlorine 65(01): 123 melilite O isotopic composition 65(24): XANES 65(10): 1667 magmatic fluid phase 65(01): 123 4539 trace elements 65(01): 123 metal 65(08): 1337 O mercury metal grains 65(01): 163 coastal ocean 65(03): 407 micrometeorites 65(23): 4385 organic compounds cycling 65(03): 407 minor elements 65(20): 3577 ISN NMR 65(19): 3299 Long Island Sound 65(03): 407 Mn-Cr 65(20): 3577 abiotic synthesis 65(21): 3769 seawater 65(03): 387 Morokweng 65(02): 299; 65(02): 299 adsorption 65(01): 95; 65(05): 803; metamorphism nakhlites 65(24): 4551 65(07): 1047 athermal solid solution 65(21): 3993 nebula processes 65(24): 4567 AFM 65(07): 1047 geothermal fluids 65(21): 3993 O isotopic composition, aqueous alteration aggregation 65(09): 1467 Iceland 65(21): 3993 65(24): 4539 alcohols 65(05): 791 metabasalts 65(21): 3993 olivine 65(03): 495 algae 65(02): 253 natural compositions 65(21): 3993 ordinary chondrites 65(02): 299; 65(02): alkenones 65(23): 4275 stellerite 65(21): 3993 323; 65(02): 323; 65(08): 1337 amazonas 65(02): 267 stilbite 65(21): 3993 Ornans 65(24): 4539 Amazonia, Brazil 65(09): 1417 thermodynamic properties 65(21): 3993 partitioning 65(04): 671 amino acid enantiomers 65(22): 4103 zeolite 65(21): 3993 Pd-Ag chronology 65(11): 1839 amino acids 65(12): 1921 metasomatism petrogenesis 65(24): 4551 anaerobic methane oxidation 65(10): 1611 carbonatic melt 65(04): 611 planetary differentiation 65(11): 1839 angiosperms 65(20): 3505 clinopyroxene 65(04): 611 planetary materials 65(24): 4567 Antarctic 65(10): 1629 diamond inclusion 65(04): 611 platinum-group elements (PGE) 65(02): aqueous geochemistry 65(08): 1301 trace element 65(04): 611 299 Archean 65(10): 1611 meteorites precompaction exposure 65(11): 1849 Arctic Ocean 65(22): 4103 65(03): 469 presolar grains 65(03): 469 aromatization 65(10): 1557 age of eucrites 65(20): 3577 QUE94411 65(01): 163 ascending particles 65(06): 923 ALH84001 65(02): 311 saponite 65(23): 4385 aspartic acid 65(12): 1921 Allende 65(11): 1839 serpentine 65(23): 4385 bacteria 65(16): 2633; 65(19): 3307 alteration sequenc 65(03): 495 serpentines 65(03): 495 Baltic Sea 65(08): 1285 aqueous alteration 65(03): 495; 65(24): shergottites 65(24): 4551 Bermuda 65(23): 4275 4539 shock effects 65(02): 323; 65(02): 323 biodegradation 65(20): 3529 Brenham 65(11): 1839 shocked chondrites 65(02): 323; 65(02): biogeochemistry 65(16): 2633; 65(18): bulk mineralogy 65(23): 4385 323 3123 Canyon Diablo 65(11): 1839 Si 65(04): 671 biomarkers 65(05): 791; 65(08): 1285; carbonaceous chondrites 65(24): 4539; siderophile 65(01): 163 65(10): 1611; 65(10): 1629; 65(14): 65(24): 4567 siderophile elements 65(04): 671 2317; 65(18): 3123; 65(20): 3505 cation diffusion 65(02): 311 silicon carbide 65(03): 469 biomarkers: n-alkanes, CPI, vascular plants chondrites 65(01): 163; 65(11): 1849; SIMS analysis 65(24): 4551 65(09): 1439 65(24): 4567 Sm-Nd isotope system 65(20): 3577 birnessite 65(01): 95 chondrule formation 65(08): 1337; 65(11): solar nebula 65(01): 163; 65(08): 1337 bivalves 65(12): 1921 1849 supernova 65(03): 469 black shale 65(12): 1867 chondrule origins 65(24): 4567 thermal history 65(20): 3577 Botryococcus braunii 65(12): 1995 botryococcus braunii 65(19): 3299 hydrothermal vent 65(06): 923 petroleum 65(03): 455; 65(20): 3529 C4 plants 65(09): 1439 hydroxy fatty acids 65(19): 3307 petroleum generation 65(15): 2555 carbohydrate 65(09): 1455 IRGCMS 65(20): 3529 petroleum geochemistry 65(10): 1643 carbon burial 65(14): 2231 isorenieratene 65(10): 1557 photic zone anoxia 65(10): 1557 carbon cycling 65(14): 2231 isotopic analysis 65(18): 3123 phytoplankton 65(02): 213; 65(07): 1125 carbon isotopes 65(08): 1301; 65(10): kerogen 65(12): 1867; 65(14): 2231; pigments 65(10): 1557 1611; 65(12): 1995; 65(14): 2231; 65(15): 2555 preservation of organic matter 65(06): 885; 65(16): 2633; 65(17): 2899 kukersites 65(06): 885 65(09): 1467 carbon to nitorgen (C:N) 65(09): 1455 lake sediment 65(02): 267 protein 65(09): 1467 carbonaceous rocks 65(21): 3791 lakes 65(02) 213; 65(02): 253 protein preservation 65(19): 3299 cellulose 65(02): 267 lead isotopes 65(15): 2555 proterozoic 65(14): 2317 charcoal 65(02): 267 lead-zinc ore 65(14): 2317 proximity effect 65(16): 2641 chemical equilibrium 65(24): 4445 levoglucosan 65(02): 267 racemization 65(12): 1921 chemosystematics 65(20): 3505 lignin 65(08): 1285; 65(09): 1417 radiocarbon 65(18): 3123 chlorophyll 65(07): 1125 limnic sediments 65(02): 253 recent 65(02): 253 chromatography 65(19): 3307 lipid biomarkers 65(02): 213 redox chemistry 65(10): 1643 clathrate hydrate 65(16): 2633 lipids 65(02): 213; 65(06): 923; 65(18): regional metamorphism 65(21): 3791 climate change 65(16): 2633 3123 resorcinol 65(06): 885 Columbia River 65(07): 1125 lipopolysaccharide 65(19): 3307 rice paddies 65(13): 2055 complexation 65(24): 4445 long-chain alkenones 65(02): 253 rivers 65(14): 2231 compound-specific isotope analyses lunar 65(19): 3307 ruthenium tetroxide degradation 65(06): 65(09): 1439 mangrove 65(09): 1417 885 conifers 65(20): 3505 marine sediment 65(09): 1455 San Joaquin basin 65(08): 1301 continental shelf 65(14): 2231 marine sediments 65(08): 1285; 65(14): sea surface temperature 65(23): 4275 crust-mantle interaction 65(15): 2555 2231 sediment traps 65(06): 923 CuO oxidation 65(08): 1285 mass spectrometry 65(17): 2899; 65(19): sediments 65(09): 1439; 65(09): 1467; CuO-oxidation products 65(09): 1417 3307 65(18): 3123 cyclization 65(10): 1557 membrane lipids 65(10): 1611 serpentinization 65(21): 3769 D-amino acids 65(22): 4103 mercury 65(24): 4445 SFM 65(07): 1047 dagenesis 65(20): 3505 meromictic 65(10): 1629 Siberian rivers 65(22): 4103 dams 65(07): 1125 metal-organic complexes 65(15): 2555 sinking particles 65(06): 923 deglaciation 65(05): 791 methane 65(16): 2633 soils 65(13): 2055 degradation 65(09): 1417 methane cycle 65(10): 1629 stability constants 65(24): 4445 diagenesis 65(09): 1455; 65(09): 1467; methanogenesis 65(13): 2055 sterols 65(02): 213; 65(06): 923 65(10): 1557; 65(12): 1921; 65(19): methanotrophy 65(16): 2633 strontium isotopes 65(15): 2555 3299 mica 65(07): 1047 sulfur cycle 65(10): 1629 diatoms 65(07): 1125 microfossils 65(06): 885 suspended particulate material (SPM) differential extraction 65(09): 1455 migration 65(20): 3529 65(07): 1125 dissolved organic matter 65(24): 4445 modeling 65(05): 803 temporal variations 65(17): 2899 dissolved organic nitrogen 65(22): 4103 models 65(13): 2055 terpenoids 65(20): 3505 Eel River 65(14): 2231 molecular weight 65(05): 803 terrestrial organic matter 65(08): 1285 electron microscopy 65(06): 885 molecular weight distribution 65(09): 1455 thermal cracking 65(21): 3791 Emiliania huxleyi 65(23): 4275 monomethylalkanes 65(12): 1995 tritium 65(16): 2633 Endeavour Segment/Juan de Fuca Ridge monosaccharide composition 65(09): 1455 Uk37 65(02): 253 65(06): 923 montmorillonite 65(01): 95 Uk’37 65(02): 253 eocene sediment 65(20): 3505 mud volcanoes 65(10): 1611 weathering 65(12): 1867 experimental hydrothermal geochemistry muramic acid 65(19): 3307 oxalate minerals 65(10): 1643 n-alkanes 65(05): 791 electron microprobe 65(07): 1101 fatty acids 65(06): 923 natural gas formation 65(10): 1643 Levinsonite 65(07): 1101 fatty alcohols 65(06): 923 natural organic matter 65(05): 803 REE 65(07): 1101 forest fires 65(02): 267 neodymium isotopes 65(15): 2555 structure refinements 65(07): 1101 forest soil 65(01): 95 NMR 65(12): 1867 zugshunstite 65(07): 1101 formation waters 65(08): 1301; 65(08): North Sea 65(17): 2899 oxide minerals 1301 oil 65(21): 3791 AFM force-distance 65(18): 3055 fucoxanthin 65(07): 1125 oilfield waters 65(08): 1301 point of zero charge and corundum 65(18): fulvic acid 65(05): 803; 65(07): 1047 ore deposits 65(21): 3791 3055 gas 65(20): 3529 organic acides 65(10): 1643 second harmonic generation 65(18): 3055 GC-MS 65(14): 2317 organic acids 65(08): 1301 surface chemistry 65(18): 3055 gloeocapsomorpha prisca 65(06): 885 organic geochemistry 65(03): 455; 65(18): goethite 65(01): 95; 65(05): 803 3123 P green sulfur bacteria 65(10): 1629 organic matter 65(09): 1455 grteen sulfur bacteria 65(10): 1557 organic nitrogen 65(09): 1467; 65(19): paleoceanography Guttenberg Member 65(06): 885 3299 8'8O 65(02): 201 H isotopic ratios 65(02): 213 organic-inorganic interactions 65(10): 1643 anoxia 65(15): 2509 hematite 65(07): 1047 oxidation 65(01): 95; 65(16): 2633 anti-estuarine circulation 65(19): 3249 heterotrophy 65(12): 1995 paleoclimate 65(09): 1439 Arabian Sea 65(10): 1545 holocene 65(02): 253; 65(05): 791 paleoproxies 65(23): 4275 Archean 65(15): 2509 humic 65(05): 803 paleosols 65(09): 1439 barite 65(10): 1545 hydrocarbons 65(10): 1643; 65(21): 3791 paleotemperature 65(02): 253 barium 65(10): 1545 hydrolysis 65(21): 3791 particulate organic carbon (POC) 65(07): biological oceanography 65(19): 3249 hydrolytic disproportionation 65(21): 3791 1125 C/N/P ratios 65(19): 3249 hydrophobic interactions 65(09): 1467 particulate organic matter 65(17): 2899 carbon dioxide 65(18): 3005 hydrothermal systems 65(03): 455; 65(21): particulate organic nitrogen 65(22): 4103 carbon isotopes 65(18): 3005 3769 peptidoglycan 65(19): 3307 carbonate minerals 65(15): 2509 diagenesis 65(02): 201 pyrrhotite stable isotopes 65(19): 3365 diatom 65(02): 201 acid dissolution 65(01): 1 sulfur isotopes 65(23): 4359 early diagenesis 65(11): 1795 reaction mechanism 65(01): 1 thermal expansion 65(14): 2379 East Atlantic 65(11): 1795 XPS 65(01): 1 Ti coordination 65(14): 2379 estuarine circulation 65(19): 3249 water solubility mechanism 65(17): 2949 evaporates 65(14): 2293 R silicate minerals Al 65(05): 715 fluid inclusion chemistry 65(14): 2293 FTIR 65(02): 201 reactive transport amphibole 65(23): 4339 nitrogen 65(11): 1795 advection 65(21): 3721 bulk modulus 65(22): 4231 nitrogen cycling 65(19): 3249 basinal brines 65(21): 3721 Ca 65(05): 715 nitrogen fixation 65(19): 3249 diagenesis 65(21): 3721 CaA12Si208 65(21): 4019 nitrogen isotopes 65(19): 3249 diffusion 65(21): 3721 equation of state 65(22): 4231 NMR 65(02): 201 Na-Ca systematics 65(21): 3721 fayalite 65(22): 4231 REE geochemistry Fe-Ni-S-O system 65(23): 4425 opal-A 65(02): 201 fluid-rock interaction 65(04): 559 fluid-rock interactions 65(23): 4339 organic carbon 65(11): 1795 REE mobilization 65(04): 559 Gibbs energy of deprotonation 65(24): oxygen isotopes 65(02): 201 REE partition coefficients 65(04): 559 4435 paleoclimate 65(18): 3005 zoisite 65(04): 559 Gibbs energy of hydration 65(24): 4435 paleoproductivity proxy 65(10): 1545 zoisite/fluid partition coefficients 65(04): glass tranmsition 65(21): 4019 phosphorus limitation 65(19): 3249 559 ion probe 65(23): 4339 preservation of organic matter 65(10): labradorite 65(05): 715 1545 leaching 65(05): 715 REE 65(15): 2509 low pH 65(05): 715 seawater 65(15): 2509 seawater magmatic ore deposits 65(23): 4425 seawater chemistry 65(14): 2293 C.A.I. 65(03): 435 molecular dynamics 65(21): 4019 seawater composition 65(18): 3005 calcite 65(05): 741 natural organic matter 65(05): 715 secular changes 65(14): 2293 cement 65(05): 741 oceanic gabbros 65(23): 4339 sediments 65(10): 1545 conodonts 65(03): 435 olivine 65(23): 4425 silica dissolution 65(02): 201 diagenesis 65(05): 741 partitioning Fe, Ni 65(23): 4425 stable isotopes 65(11): 1795 North Atlantic 65(02): 187 pentacoordinate silicate anions 65(24): weathering 65(15): 2509 paleoceanography 65(05): 741 4435 paleoclimate particulates 65(02): 187 seismic discontinuity 65(22): 4231 Aeolian dust 65(14): 2337 rare earth elements 65(02): 187 silicic acid deprotonation 65(24): 4435 atmospheric pollution 65(14): 2337 rock-water interaction 65(05): 741 SIMS (secondary ion mass spectrometry eocene 65(15): 2535 Sr/Mg 65(05): 741 65(23): 4339 holocene 65(14): 2337 strontium isotopes 65(03): 435 sound velocity 65(22): 4231 laser fluorination 65(15): 2535 sedimentary brines structural relaxation 65(21): 4019 mammals 65(15): 2535 boron isotopes 65(22): 4087 sulfide liquid 65(23): 4425 oligocene 65(15): 2535 diapir 65(22): 4087 thermodynamic properties 65(24): 4435 oxygen isotopes 65(15): 2535 halite dissolution 65(22): 4087 thermometry 65(23): 4339 paleoclimate 65(15): 2535 high-level radioactive waste 65(22): 4087 trace element 65(23): 4339 paleotemperatures 65(15): 2535 N. German basin 65(22): 4087 viscosity 65(21): 4019 Pb isotopes 65(14): 2337 oxygen isotopes 65(22): 4087 soil peat bog archives 65(14): 2337 Permian salt diapers 65(22): 4087 climate 65(07): 1087 REE 65(14): 2337 strontium isotopes 65(22): 4087 dust 65(07): 1087 rodent 65(15): 2535 silicate melts eolian 65(07): 1087 Sc 65(14): 2337 aluminosilicate glasses 65(17): 2949 Hawaii 65(07): 1087 teeth 65(15): 2535 calorimetry 65(12): 1985 mineral aerosol 65(07): 1087 weathering 65(14): 2337 Canary Islands 65(23): 4359 nutrient 65(07): 1087 Zr 65(14): 2337 clinopyroxene 65(19): 3365 strontium isotopes 65(07): 1087 partial melting core formation 65(13): 2161 solubility craton 65(19): 3365 carbonates 65(01): 183 crust 65(01): 153 density 65(14): 2379 ChemSage optimizer 65(01): 183 mantle 65(01): 153 garnet peridotites 65(19): 3365 natron 65(01): 183 modeling 65(01): 153 geochemistry and petrogenesis 65(19): thermodynamic quantities 65(01): 183 trace elements 65(01): 153 3365 spectroscopy platinum group elements glass inclusions 65(23): 4359 glass 65(14): 2395 chromite 65(17): 2979 glass structure 65(17): 2949 melt 65(14): 2413 crustal contamination 65(17): 2979 granites 65(12): 1985 NMR 65(14): 2395 crystal fractionation 65(17): 2979 heat capacity 65(12): 1985 phosphorus 65(14): 2395; 65(14): 2413 ICP-MS 65(17): 2979 kaapvaal 65(19): 3347 raman 65(14): 2413 komatiite magma 65(17): 2979 kimberlite xengliths 65(19): 3365 structure 65(14): 2395; 65(14): 2413 lava lake 65(17): 2979 magma contamination 65(23): 4359 temperture 65(14): 2413 olivine 65(17): 2979 mantle rocks 65(19): 3365 stibrite partition coefficients 65(17): 2979 mixed alkali effect 65(17): 2949 complex equilibria 65(02): 289 sulfide 65(17): 2979 multinuclear NMR spectroscopy 65(17): equilibrium constants 65(02): 289 porphyry copper 2949 high-temperature solubility 65(02): 289 hydrothermal fluids 65(04): 571 orthopyroxene 65(19): 3365 metal transport 65(02): 289 isotopes 65(04): 571 oxygen isotopes 65(23): 4359 solvation in gas phase 65(02): 289 prograde metamorphism polymict peridotites 65(19): 3365 sulfide minerals ammonium 65(02): 273 rhenium 65(13): 2161 acid mine drainage 65(08): 1243 isotopes 65(02): 273 rhenium partitioning 65(13): 2161 acide mine drainage 65(12): 1897 metasediments 65(02): 273 rhenium solubility 65(13): 2161 Arctic 65(12): 1897 variscides 65(02): 273 South Africa 65(19): 3365 bacterial disproportionation 65(10): 1573 biogeochemistry 65(08): 1243 geomagnetic field 65(17): 2995 mass balance 65(20): 3409 Black Sea 65(09): 1399 interaction with rocks 65(17): 2995 opal-CT 65(20): 3409 dissolution 65(08): 1243 nuclide production 65(17): 2995 tuff 65(20): 3409 elemental sulfur 65(10): 1573 production rates 65(17): 2995 Yucca Mountain 65(20): 3409 formation 65(09): 1399 scaling factors 65(17): 2995 zeolites 65(20): 3409 framboid size distribution 65(09): 1399 surface exposure dating 65(17): 2995 galena 65(16): 2641 kinetics 65(08): 1243 T Ww low temperature 65(10): 1573 manganese cycle 65(10): 1573 thermodynamic properties manganese dioxide 65(10): 1573 aqueous nonelectrolytes 65(21): 3879 water micro-scale diffusion 65(12): 1897 capillary water 65(20): 3391 equation of state 65(21): 4067 microbial mediation 65(08): 1243 correlation 65(21): 3879 extreme conditions 65(21): 4067 oxygen diffusion 65(12): 1897 HKF equations of state 65(21): 3879 Gibbs energy 65(21): 4067 oxygen isotopes 65(10): 1573 hydration-dehydration 65(20): 3391 prediction 65(21): 4067 pyrite 65(09): 1399; 65(16): 2641 negative pressure 65(20): 3391 water-rock interation raman spectroscopy 65(08): 1243 organic sulfur compounds 65(21): 3827 alkaline igneous dike 65(21): 3749 reactivity 65(16): 2641 parameters estimation 65(21): 3879 computational hydrology 65(21): 3749 S isotope composition 65(09): 1399 solution-mineral equilibria 65(20): 3391 contact metamorphism 65(21): 3749 sediments 65(09): 1399 tin fluid infiltration 65(21): 3749 semiconducting minerals surfaces 65(16): speciation calculations 65(18): 3041 2641 specific interaction theory 65(18): 3041 fluid-rock interactions 65(21): 3749 subaqueous tailings disposal 65(12): 1897 stability constants 65(18): 3041 heat transport 65(21): 3749 sulfide oxidation 65(10): 1573; 65(12): thermodynamic data 65(18): 3041 Louisiana 65(21): 3749 1897 tinorganic species 65(18): 3041 metasomatism 65(21): 3749 sulfur cycle 65(10): 1573 trace metals nonlinear dynamics 65(21): 3749 sulfur isotopes 65(10): 1573 coprecipitation 65(10): 1529 permeability 65(21): 3749 surface chemistry 65(08): 1243 linear free energy correlation 65(10): 1529 silica transport 65(21): 3749 surface complexation theory 65(16): 2641 partition coefficients 65(10): 1529 Smackover Formation 65(21): 3749 supercritical fluid thermal modeling 65(21): 3749 complex behavior 65(21): 4009 U weathering convection 65(21): 4009 alluvium 65(18): 3093 dynamical systems 65(21): 4009 ultramafic rocks catchment 65(03): 387 feedback 65(21): 4009 augite 65(04): 621 dissolution 65(03): 387 fracture propagation 65(21): 4009 melt inclusions 65(04): 621 Eu anomaly 65(18): 3093 hydrothermal 65(21): 4009 olivine 65(04): 621 Gabbros 65(19): 3267 magma 65(21): 4009 orthopyroxene 65(04): 621 geochemical balance 65(19): 3267 mineral zoning 65(21): 4009 ureilites 65(04): 621 Nd isotopes 65(03): 387 solvation 65(21): 4009 uranites O isotopes 65(19): 3267 tourmaline 65(21): 4009 gadolinium isotopes 65(06): 941 ocean chemistry 65(19): 3267 surface chemistry neutron capture effects 65(06): 941 ocean crust 65(19): 3267 adsorption 65(08): 1211 REE abundances 65(06): 941 complexation modeling (DFT) 65(08): samarium isotopes 65(06): 941 rare earth elements 65(03): 387 REE geochemistry 65(18): 3093 1211 TIMS 65(06): 941 EXAFS 65(08): 1211 sediment provenance 65(18): 3093 gibbsite 65(08): 1211 Vv soil 65(03): 387 surface complexation 65(08): 1211 Sr isotopes 65(03): 387; 65(19): 3267 surface exposure dating volcanic glass suspended load 65(03): 387 cosmogenic nuclides 65(17): 2995 alteration 65(20): 3409 titanite control 65(18): 3093 galactic cosmic rays 65(17): 2995 cation exchange 65(20): 3409 water 65(03): 387

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Geochimica et Cosmochimica Acta 2001: Vol 65 Index PDF

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Preview Geochimica et Cosmochimica Acta 2001: Vol 65 Index

SUBJECT INDEX boron isotopes 65(11): 1769; 65(11): 1783 humic acid 65(11): 1703 brines 65(08): 1259; 65(16): 2691 humic material 65(17): 2835 adsorption Ca/Mg ratio 65(18): 3065 hydrogen isotopes 65(08): 1259; 65(09): calcite 65(09): 1429 1381 arsenate 65(07): 1015 calcite/dolomite equilibrium 65(18): 3065; hydrothermai 65(20): 3557 arsenic 65(07): 1015 65(18): 3065 hydrothermal fluids 65(21): 3919; 65(21): Ce(III) oxidation mechanism 65(05): 695 capacitances 65(21): 3643 3965 EXAFS 65(07): 1015 carbonate minerals 65(09): 1429 hydrothermalism 65(08): 1259 green rust 65(07): 1015 carboxylic acids 65(21): 3931 hydroxyaluminosilicate 65(15): 2461 lepidocrocite 65(07): 1015 REE 65(05): 695 catalysis 65(20): 3557 ikaite 65(09): 1429 Cd 65(08): 1233 illite/smectite 65(11): 1769 tetrad effect 65(05): 695 andesite cesium 65(21): 3955 illitization 65(11): 1783 chemical modeling 65(11): 1741 infrared spectroscopy 65(23): 4289 diffusion viscosity 65(09): 1481 ICP-MS 65(07): 1037 chemical weathering 65(07): 1059; 65(08): ionic strength 65(13): 2081 ion exchange 65(07): 1037 1219; 65(09): 1381; 65(20): 3459 iron(II)-Iron(III) hydroxysalts 65(11): 1715 citric acid 65(20): 3557 Kalix River 65(15): 2439 melt 65(09): 1481 synchrotron X-ray fluorescence analysis clay 65(20): 3475 kaolinite 65(20): 3475; 65(23): 4429 65(09): 1481 clay mineral analyses 65(11): 1783 kaolinite dissolution 65(23): 4433 closed system experiments 65(23): 4429 Karl Fisher 65(19): 3319 trace element 65(09): 1481 water-mineral interactions 65(09): 1481 CO, 65(22): 4115 kinetics 65(07): 1161; 65(20): 3459; aqueous geochemistry Columbia River estuary 65(17): 2835 65(20): 3475; 65(21): 3671; 65(21): '70-NMR 65(15): 2549 competitive 65(14): 2361 3683; 65(21): 3703 27A1 NMR 65(15): 2549 competitive substitution reaction 65(15): manganese 65(17): 2835 abrasion 65(20): 3475 2461 mechanism 65(23): 4433 acetate 65(21): 3955 complexing 65(21): 3955 mechanisms 65(21): 3703 acetic acid fractionation 65(19): 3319 contact metamorphism 65(11): 1783 metabolism 65(20): 3557 acetic acid system 65(19): 3319 copper 65(16): 2691; 65(20): 3435 metal complex formation 65(21): 3931 acid mine drainage 65(09): 1381; 65(14): copper-humate complexes 65(09): 1355 metal mobility 65(08): 1233 2241 corundum in NaCl 65(17): 2843 metal sorption 65(20): 3435 acidic mine discharges 65(18): 3027 crsytallographic control 65(09): 1381 metal speciation 65(16): 2691 Cu 65(08): 1233 metal-organic complexes 65(21): 3931 acidified catchment 65(15): 2461 actinides 65(15): 2439 Cu(II) chlorocomplexes 65(16): 2691 metamorphic fluids 65(21): 3965 activation energy 65(20): 3475 degassing 65(11): 1741 metamorphism 65(07): 1161 activity coefficients 65(16): 2691 diagenesis 65(11): 1769; 65(11): 1783 microscopic processes 65(09): 1381 additivity model 65(20): 3435 dissolution 65(09): 1429; 65(11): 1703; mixing soils 65(22): 4115 65(20): 3475; 65(21): 3671; 65(21): Mn 65(11): 1703 adsorption 65(09): 1355; 65(14): 2219; 65(14): 2361; 65(23): 4289 3703; 65(23): 4289 Mn cycling 65(17): 2835 afforestation 65(08): 1233 dissolution kinetics 65(07): 1059 modeling 65(09): 1429 agitation 65(20): 3475 dissolution rates 65(08): 1219 Mossbauer spectroscopy 65(11): 1715 Al inhibition 65(23): 4433 DOC 65(08): 1233 NaCl solutions 65(14): 2361 Al oxides 65(15): 2549 electric double layer models 65(14): 2361 non-equilibrium 65(07): 1161 alkalinity 65(11): 1741 electric double-layer 65(21): 3643 nonacidified catchment 65(15): 2461 aluminum 65(13): 2081; 65(13): 2097; electrostatic effects 65(14): 2219 nonelectrolytes 65(21): 3919 65(15): 2461; 65(21): 3965 enstatite 65(08): 1219 nordstrandite 65(09): 1391 aluminum analysis 65(11): 1741 equilibria 65(13): 2081; 65(13): 2097 oil field brines 65(18): 3065 aluminum aqueous complexes 65(17): ethylbenzene 65(19): 3319 oilfield brine 65(11): 1741 2843 EXAFS 65(14): 2219 organic acids 65(23): 4289 aluminum complexes 65(15): 2549 experimental data 65(19): 3319 organosynthesis 65(20): 3557 aluminum hydroxide template 65(15): experiments 65(11): 1769 orthoclase dissolution 65(20): 3459 2461 Fe(CO,)OH 65(22): 4115 oxidation 65(14): 2241 aluminum hydroxides 65(09): 1391 ferrihydrite 65(11): 1715 oxide-water interface 65(21): 3643 aluminum silicate complexes 65(21): 3965 fluid 65(07): 1161 oxygen isotopes 65(08): 1259 aluminum solubility control 65(15): 2461 fluxes 65(07): 1161 Pb 65(14): 2219 aqueous complexes 65(21): 3931 forest soil 65(08): 1233 pH 65(13): 2097 1i f aqueous solutions 65(08): 1259 FTIR 65(19): 3319 PH effect on dissolution 65(20): 3459 aqueous transport 65(21): 3955 fulvic acids 65(20): 3435 phosphate 65(11): 1715; 65(13): 2081; | arctic 65(09): 1429 galena dissolution kinetics 65(09): 1381 65(14): 2361 Arrhenius factor 65(08): 1219 geochemical tracers (Li, Ba, Mn, Fe, Zn, phyllosilicate 65(22): 4155 arsenate 65(14): 2361 Mg, SO4 65(08): 1259 polarized 65(22): 4155 arsenic 65(14): 2241 geothermometry 65(11): 1741 precipitation 65(09): 1429 atomic force microscopy 65(09): 1381; gibbsite 65(09): 1391 protoimogolite 65(15): 2461 65(20): 3459 glass 65(21): 3703 protoimogolite/allophane 65(15): 2461 ATR-FTIR 65(14): 2219 glasses 65(21): 3683 quartz 65(07): 1059 B.E.T. 65(07): 1059 goethite 65(09): 1355; 65(14): 2219; rare earth elements 65(18): 3027 Baltic Sea 65(15): 2439 65(14): 2361; 65(22): 4115 rate 65(23): 4433 basaltic glass 65(21): 3671 green rust 65(11): 1715 rates of reaction 65(14): 2241 bauxite deposits 65(09): 1391 ground water 65(08): 1187 rayleigh fractionation 65(11): 1783 bayerite 65(09): 1391 Gulf Coast 65(18): 3065 reaction mechanism 65(11): 1769 biomineralization 65(17): 2835 hectorite 65(22): 4155 reactive surface areas 65(07): 1059 birnessite 65(11): 1703 hematite 65(20): 3435; 65(23): 4289 Red Sea 65(08): 1259 boron fractionation 65(11): 1769 heteronucleation 65(22): 4155 release kinetics 65(08): 1233 revised HKF equations of state 65(21): mantle melting 65(21): 4043 molecular-level characterization 65(17): 3919 2819 saturation index 65(08): 1259 B organic matter 65(17): 2819; 65(23): 4321 secondary ion mass spectrometry 65(11): principal components analysis 65(17): 1769 bacteria 2819 sedimentary formation water 65(11): 1741 adsorption 65(07): 1025 radiotracers 65(17): 2925 silica analysis 65(11): 1741 cadmium 65(07): 1025 size-fractionation 65(17): 2819 silicate minerals 65(21): 3703 growth phase 65(07): 1025 soil N 65(22): 4171 silicates 65(23): 4429 iron 65(07): 1025 stable N isotopes 65(22): 4171 silicic acid 65(15): 2461 metal 65(07): 1025 thermodynamic properties 65(21): 3901 solubility 65(13): 2081; 65(13): 2097; bacterial sulfate reduction biomarkers 65(17): 2843 AVS 65(05): 763 biomarkers 65(18): 3109 spalling-off 65(20): 3475 deep sea sediments 65(05): 777 diagenesis 65(18): 3109 speciation 65(13): 2081; 65(13): 2097 geochemistry 65(05): 777 mangrove leaves 65(18): 3109 Sr isotopes 65(08): 1259 isotope fractionation 65(07): 1117 tannin 65(18): 3109 stirring 65(20): 3475 modeling 65(05): 777 triterpenoids 65(18): 3109 strontium 65(21): 3955 natural population 65(07): 1117 biomineralization sulfate 65(14): 2219 phylogeny and isotopic fractionation anoxic trace metal 65(01): 75 sulfide 65(14): 2241 65(05): 763 bacterial iron reduction 65(01) 75 sulfide minerals 65(14): 2241 pore fluids 65(05): 777 biogeochemistry 65(01): 75; 65(13): 2043 sulfides 65(09): 1381 pyrite 65(05): 763 biomimetic 65(13): 2043 surface chemistry 65(11): 1703 sediment 65(07): 1117 calcification 65(01): 63 surface complexation 65(20): 3435; substrate dependence 65(05): 763 Co adsorption 65(01): 75 65(23): 4289 sulfate reduction rates 65(05): 763; 65(07): Co coprecipitation 65(01) 75 surface complexes 65(09): 1355 1117 diatoms 65(13): 2043 surface oxidation 65(09): 1381 sulfur 65(07): 1117 hydroxyapatite 65(01): 63 surface spectroscopy 65(21): 3683 sulfur isotope fractionation 65(05): 763 nanobacteria 65(01): 63 synthesis 65(09): 1391 sulfur isotopes 65(05): 777 nanoforms 65(01): 63 temperature 65(13): 2081; 65(13): 2097 temperature 65(05): 777 nanofossils 65(01): 63 temperature dependence 65(21): 3919 temperature dependence 65(05): 763 Ni adsorption 65(01): 75 ternary complexes 65(14): 2219 5**S 65(05): 763 Ni coprecipitation 65(01): 75 thermodynamic model 65(08): 1259 basalt origin of life 65(01): 63 thermodynamic properties 65(18): 3065; calcium 65(01) 137 silicon 65(13): 2043 65(21): 3919; 65(21): 3931 dissolution 65(01): 137 sponges 65(13): 2043 thermodynamic quantities 65(13): 2097 dissolution rates 65(01): 137 thermodynamics 65(17): 2843 eucrite 65(06): 979 C transport of actinides 65(08): 1187 experimental weathering 65(01): 137 U/Th series nuclides 65(15): 2439 higher plants 65(01): 137 calcite ultra-fine particles 65(20): 3475 iron-organic colloids 65(01): 137 atomic force microscopy 65(03): 369 ultrafiltration 65(15): 2439 kinetics 65(01): 137 dissolution rates 65(03): 369 UV-Vis-NIR spectroscopy 65(16): 2691 magnesium 65(01): 137 impurities 65(03): 369 UV-Vis-NMR spectroscopy 65(16): 2691 mare basalt 65(06): 979 Mg/Ca ratio 65(15): 2499 water 65(19): 3319 moon 65(06): 979 Ostracode 65(15): 2499 water solubility mechanism 65(19): 3319 origin of moon 65(06): 979 partition coefficient 65(15): 2499 water-mineral interactions 65(09): 1381 benthic foraminifera shell chemistry 65(15): 2499 water-rock interaction 65(18): 3027 partition coefficients 65(08): 1277 temperature dependance 65(15): 2499 weathering 65(15): 2439; 65(23): 4429 trace element 65(08): 1277 terrace-ledge-kink (TLK) model 65(03): X-ray diffraction 65(11): 1715 biogeochemical cycles 369 X-ray reflectivity 65(20): 3459 carbon 65(21): 3615 thermometry 65(15): 2499 XAFS 65(09): 1355 global coastal ocean 65(21): 3615 carbon dioxide XPS 65(11): 1703 nitrogen 65(21): 3615 adsorption effects 65(05): 839 Zn sorption 65(22): 4155 oxygen isotopes 65(21): 3615 isotope fractionation 65(05): 839 aqueous solutions biogeochemistry Mars 65(05): 839 activity coefficient 65(01): 181 acetate 65(17): 2925 mineral substrates 65(05): 839 Pitzer equations 65(01) 181 aqueous carbohydrates 65(21): 3901 carbon minerals sodium carbonates 65(01): 181 canonical correlations analysis 65(17): benthic minerlization 65(16): 2677 solubility 65(01): 181 2819 calcite dissolution 65(16): 2677 thermodynamics 65(01): 181 carbon cycling 65(23): 4321 in situ 65(16): 2677 arc magmatism carbon isotopes 65(23): 4321 microsensors 65(16): 2677 basalts 65(18): 3147 carbon-13 65(17): 2925 modeling 65(16): 2677 chalcophile element cycle 65(18): 3147 chronosequence 65(22): 4171 carbonate minerals Galunggung volcano 65(18): 3147 deuterium 65(17): 2925 adsorption 65(22): 4131 Indonesia 65(18): 3147 energetics 65(17): 2925 AFM 65(22): 4131 laser ablation ICP-Ms 65(18): 3147 estuary 65(17): 2819 alpha-recoil 65(16): 2757 mantle 65(18): 3147 eutrophic lakes 65(23): 4321 Bahamas 65(16): 2757 melt inclusions 65(18): 3147 formate 65(17): 2925 biogenic carbonate 65(17): 2853 Petrogenesis 65(18): 3147 grassland 65(22): 4171 burial 65(22): 4131 sulfur cycle 65(18): 3147 ground water 65(17): 2925 CaCO, 65(22): 4131 arc volcanism HKF equations of state 65(21): 3901 cadmium 65(22): 4131 andesite 65(21): 4043 hydrogen 65(17): 2925 calcite 65(15): 2617; 65(20): 3491; 65(20): arc-front 65(21): 4043 Lake Mendota 65(23): 4321 3491; 65(22): 4131 central Mexico 65(21): 4043 mass spectrometry 65(17): 2819 calcite/dolomite equilibrium 65(19): 3219 high MgO 65(21): 4043 methanogenesis 65(17): 2925 carbonate degassing 65(15): 2617 hydrous phase equilibria 65(21): 4043 microbiology 65(17): 2925 carbonate platforms 65(16): 2757 center of calcification 65(17): 2865 kinetics 65(06): 847 chronology 65(16): 2757 mineral permeability 65(06): 847 CO, 65(15): 2617 minerals 65(12): 1971 entropy coprecipitation 65(20): 3491 neodymium isotopes 65(12): 1971 big bang 65(21): 4077 coral aragonite 65(16): 2669 plagioclase dissolution 65(06): 847 complexity theory 65(21): 4077 dead carbon 65(20): 3443 Pliocene red clay 65(06): 901 cosmological equations 65(21): 4077 diagenesis 65(03): 443 products 65(07): 1071 irreversible thermodynamics 65(21): 4077 disequilibrium effect 65(19): 3219 quartz 65(12): 1971 microwave background radiation 65(21): dissolution 65(22): 4131 rare earth elements 65(06): 901; 65(12): 4077 dolomite 65(15): 2617 1971 second law 65(21): 4077 echinoid 65(03): 443 rates 65(07): 1071 uncompensated heat 65(21): 4077 effect of chemical treatment 65(17): 2865 rates of soil formation 65(06): 847 universe 65(21): 4077 Europa 65(12): 1883 silicate equilibrium 65(06): 847 estuaries EXAFS 65(16): 2669 soil 65(12): 1971 anoxia 65(02): 237 fine-scale elemental heterogeneity 65(17): strontium isotopes 65(12): 1971 Chesapeake Bay 65(02): 237 2865 clay minerals copper 65(02): 237 geochemistry and petrogenesis 65(16): dimeric complexes 65(16): 2709 diagenesis 65(02): 237 2669 EXAFS 65(16): 2709 eutrophication 65(02): 237 impact process 65(15): 2617 metal desorption 65(16): 2709 molybdenum 65(02): 237 isochrons 65(16): 2757 metal sorption 65(16): 2709 evaporation isotope fractionation 65(19): 3219 montmorillonite 65(16): 2709 chondrules 65(13): 2171 luminescence 65(20): 3491 sorption reversibility 65(16): 2709 diffusion 65(13): 2171 magnesite 65(15): 2617 closure temperatures elemental fractionation 65(13): 2171 Mg calcite 65(03): 443 biotite 65(07): 1141 fractionation 65(13): 2171 Mg/Ca ratio 65(17): 2865 calcite 65(07): 1141 Hertz-Knudsen equation 65(13): 2171 modeling 65(12): 1883 cation exchange 65(07): 1141 isotopic fractionation 65(13): 2171 monohydrocalcite 65(19): 3219 Dodson equation 65(07): 1141 kinetics 65(13): 2171 Na/Ca ratio 65(17): 2865 feldspar weathering 65(07): 1141 mathematical models 65(13): 2171 nickel 65(22): 4131 ion microprobe 65(07): 1141 exposure ages oxygen isotopes 65(16): 2757 isotope exchange 65(07): 1141 Be 65(03): 381 paleoenvironments 65(16): 2669 phlogopite 65(07): 1141 '4C 65(03): 381 Pitzer parameterization 65(12): 1883 Rb-Sr isotopes 65(07): 1141 2©Al 65(03): 381 Pleistocene 65(16): 2757 Swiss Alps 65(07): 1141 cosmogenic 65(03): 381 radiocarbon 65(20): 3443 copper Georgia 65(03): 381 Scotland 65(20): 3443 core formation 65(12): 1933 gibbsite 65(03): 381 seawater composition 65(12): 1883 Earth 65(12): 1933 Panola Mountain 65(03): 381 solid-state diffusion 65(22): 4131 Mars 65(12): 1933 Piedmont 65(03): 381 solubilities 65(12): 1883 metal/silicate 65(12): 1933 weathering 65(03): 381 speleothem 65(20): 3443 partition coefficients 65(12): 1933 Sr/Ca ratio 65(17): 2865 siderophile elements 65(12): 1933 F stable isotopes 65(19): 3219; 65(20): 3443 silicate melt 65(12): 1933 strontianite 65(16): 2669 solubility 65(12): 1933 fluid inclusions strontium 65(16): 2669 sulfide/silicate 65(12): 1933 hydrogen isotopes 65(06): 871 subzero temperatures 65(12): 1883 terrestrial planets 65(12): 1933 meteoric water 65(06): 871 surface microtopography 65(20): 3491 thermodynamic treatment 65(12): 1933 oxygen isotopes 65(06): 871 surface mixing 65(22): 4131 valence 65(12): 1933 paleoclimate 65(06): 871 synchrotron XRF 65(16): 2669 core formation speleothem 65(06): 871 TOF-SIMS 65(22): 4131 cobalt 65(11): 1809 fractionation transformation 65(03): 443 Fe alloy/silicate partitioning 65(11): 1809 evaporation 65(03): 479 U-series 65(16): 2757 magma ocean 65(11): 1809 magnesium isotopes 65(03): 479 U/Th dating 65(16): 2757 multivariable linear regression 65(11): oxygen isotopes 65(03): 479 uptake 65(22): 4131 1809 REE 65(03): 479 uranium 65(20): 3491 nickel 65(11): 1809 silicon isotopes 65(03): 479 XAFS 65(20): 3491 oxygen fugacity 65(11): 1809 XANES 65(20): 3491 pressure effect 65(11): 1809 G XPS 65(22): 4131 temperature effect 65(11): 1809 XRF 65(20): 3491 crustal growth geochemical cycles Zn2+ 65(22): 4131 Archean 65(09): 1499 atmospheric oxygen 65(05): 685 carboxylic acids eclogite xenoliths 65(09): 1499 carbon isotopes 65(05): 685 basinal brines 65(21): 3779 Lithospheric mantle 65(09): 1499 carboniferous 65(05): 685 experimental geochemistry 65(21): 3779 mantle metasomatism 65(09): 1499 Permian 65(05): 685 generation 65(21): 3779 oxygen isotopes 65(09): 1499 Phanerozoic 65(05): 685 hydrocarbon oxidation 65(21): 3779 trace element partitioning 65(09): 1499 sulfur isotopes 65(05): 685 petroleum geochemistry 65(21): 3779 geochronology chemical weathering decay constants 65(01): 111 D alteration 65(07): 1071 errors 65(18): 3139 Chinese Loess Plateau 65(06): 901 half-lives 65(01): 111 chronosequence 65(12): 1971 diatoms indochinites 65(11): 1821 dust 65(12): 1971 decomposition 65(03): 419 isochrons 65(18): 3139 Eolian dust 65(06): 901 hay 65(03): 419 mass fractionation correction 65(18): 3139 feldspar weathering 65(06): 847 nitrate 65(03): 419 Muong Nong type 65(11): 1821 glass 65(07): 1071 oxygen 65(03): 419 tektites 65(11): 1821 Hawaii 65(12): 1971 REE 65(03): 435 U-Pb dating 65(11): 1821 K feldspar dissolution 65(06): 847 sulfate 65(03): 419 uranium-lead 65(18): 3139 zircon inclusions 65(11): 1821 copper complexes 65(17): 2937 interplanetary dust particles zircons 65(11): 1821 Fumarole 65(13): 2129 comet showers 65(04): 653 geomicrobiology Geothermometer 65(13): 2129 Gubbio 65(04): 653 adsorption 65(13): 2037; 65(23): 4267 Guaymas basin 65(19): 3233 helium 65(04): 653 adsorption to bacteria 65(23): 4267 halogen 65(16): 2651 K/T boundary 65(04): 653 AFM 65(23): 4257 hydrothermal systems 65(13): 2129 pelagic limestones 65(04): 653 Al goethite 65(17): 2913 hydrothermal vents 65(19): 3233 sediments 65(04): 653 Bacillus subtilis 65(21): 3657; 65(23): metal complexes 65(22): 4187 iron oxides 4267 metal transport 65(19): 3233 ascorbic acid 65(09): 1367 bacteria 65(13): 2037; 65(17): 2913; Middle Valley 65(19): 3233 dissolution kinetics 65(09): 1367 65(23): 4267 mineralization 65(16): 2651 ferrihydrite 65(09): 1367 biogenic siderite 65(14): 2257 mobility 65(24): 4453 goethite 65(09): 1367 biogeochemistry 65(13): 2037 NaCl solutions 65(17): 2937 lepidocrocite 65(09): 1367 biomineralization 65(17): 2913 noble gases 65(16): 2651 reductive dissolution 65(09): 1367 bioreduction 65(17): 2913 ore deposits 65(19): 3233 isotope geochemistry calcite 65(23): 4257 origin 65(13): 2067 '7°1_u decay constant 65(12): 2023 carbon and oxygen isotopes 65(14): 2257 PCO, indicator 65(13): 2129 absolute isotope abundance ratio 65(15): Cd 65(13): 2037 platinum group elements 65(24): 4453 2433 Co 65(23): 4267 porphyry 65(16): 2651 Aerosol 65(13): 2029 desulfobacula toluolica 65(19): 3289 sediment alteration experiment 65(19): allanite 65(18): 3177 desulfovibrio 65(02): 223 3233 altered ocean crust 65(24): 4523 dissolution 65(23): 4257 solubility experiments 65(17): 2937; aqueous geochemistry 65(15): 2487 enrichment culture 65(19): 3289 65(24): 4453 arc magmas 65(24): 4523 etch pits 65(23): 4257 South Cornwall 65(13): 2067 Archean 65(12): 2023; 65(18): 3177 Fe(III) reduction 65(17): 2913 supergene 65(24): 4453 Archean geochronology 65(12): 2017 hematite 65(02): 223 thermodynamic data 65(24): 4453 argon 65(24): 4593 iron sulfide 65(02): 223 thermodynamics of complex formation atmospheric deposition 65(13): 2029 iron-reducing bateria 65(14): 2257 65(22): 4187 atomic weight 65(15): 2433 kinetics 65(23): 4257 tin ore deposition 65(22): 4187 bacterial disproportionation 65(10): 1601 magnesite 65(23): 4257 tin(II) chloride complexes 65(22): 4187 biogenic phosphate 65(10): 1583 Mossbauer spectroscopy 65(17): 2913 UV spectroscopy 65(22): 4187 biogeochemistry 65(15): 2487 Nd 65(23): 4267 Vesuvio 65(13): 2129 boron 65(19): 3347 Ni 65(23): 4267 hydrothermal systems boron isotopes 65(24): 4523 PRTOLI 65(19): 3289 abiogenic CH4 65(19): 3325 Brachiosaurus brancai 65(22): 4201 pure culture 65(19): 3289 carbon flux 65(19): 3325 Broken Hill 65(15): 2527 Shewanella putrefaciens 65(17): 2913 carbon isotopes 65(19): 3325 bulk silicate earth 65(12): 2023 Sr 65(23): 4267 CO, exsolution 65(19): 3325 calcium aluminum-rich inclusions 65(19): stability constants 65(23): 4267 fluid inclusions 65(19): 3325 3379 stable sulfur isotope fractionation 65(19): Gabbro 65(19): 3325 calculation 65(24): 4509 3289 magma chambers 65(19): 3325 Cambrian-Ordovician boundary 65(14): sulfate reduction 65(02): 223; 65(19): magmatic volatiles 65(19): 3325 2273 3289 midocean ridge 65(19): 3325 carbon 65(10): 1583 surface 65(23): 4257 stable isotopes 65(19): 3325 carbon isotope fractionation 65(16): 2723 surface chemistry 65(13): 2037 hydrothermal vents carbon isotopes 65(12): 1907; 65(12): surface complexation 65(21): 3657; Baby Bare 65(22): 4141 1953 65(23): 4267 bore hole fluids 65(05): 729 catalytic gas 65(12): 1907 surface protonation 65(21): 3657 East Pacific Rise 65(05): 729 cerussite 65(15): 2527 temperature dependence 65(21): 3657 global oceanic mass balance 65(22): 4141 chemolithoautotrophic 65(16): 2743 Toluene 65(19): 3289 hydrothermal fluxes 65(22): 4141 chondrites 65(19): 3379 Zn 65(23): 4267 Juan de Fuca east flank 65(22): 4141 contamination 65(17): 2853 gold mid-ocean ridge flanks 65(22): 4141 continental erosion 65(23): 4303 gold-chloride complexes 65(23): 4413 ODP 1026B 65(22): 4141 continuous flow 65(24): 4467 hydration-dehydration 65(23): 4413 Sr isotopes 65(05): 729; 65(22): 4141 coronal hole associated solar wind 65(24): solubility experiments 65(23): 4413 uranium 65(05): 729 4593 vapor 65(23): 4413 vent fluids 65(05): 729 cosmogenic nuclides 65(12): 1953 gypsum crustal growth 65(22): 4215 dissolution rates 65(01): 27 Dearth Valley 65(13): 2029 inhibited dissolution 65(01): 27 decay constants 65(15): 2571 mixed kinetics 65(01): 27 desert varnish 65(13): 2029 rotating disk 65(01): 27 impact structures detrital 65(13): 2149 diamictites 65(12): 2007 diagenesis 65(22): 4201 H glasses 65(08): 1325 dissolved load 65(19): 3201 hydrogen isotopes 65(08): 1325 Dole effect 65(11): 1695 high-grade metamorphism impact breccias 65(12): 2007 Duluth Complex 65(17): 2965 Anatexis 65(16): 2771 Noerdlinger Ries 65(08): 1325 Early Archean 65(22): 4215 Ostwald ripening 65(16): 2771 oxygen isotopes 65(08): 1325 early continental crust 65(18): 3177 zircon systematics 65(16): 2771 platinum-group elements 65(12): 2007 electron microprobe 65(24): 4509 hydrothermal fluids siderophile elements 65(12): 2007 element mobility 65(12): 2023 acetate 65(17): 2937 tillites 65(12): 2007 elemental sulfur 65(10): 1601 Ar-Ar 65(16): 2651 interplanetary dust Errorchrons 65(12): 2023 basalt alteration experiment 65(19): 3233 comets 65(20): 3601 estuaries 65(19): 3193 basinal brines 65(13): 2067 crystal structures 65(20): 3601 evolution of ?180 values 65(15): 2469 chloride 65(17): 2937 electron diffraction 65(20): 3601 extraction methods 65(12): 1953 complexes 65(17): 2937 sulfides 65(20): 3601 ferromanganese deposits 65(23): 4303 Fish Canyon tuff 65(15): 2571 nitrogen isotopes 65(16): 2743 water 65(24): 4467 fluids 65(19): 3347 O, diffusion limitation 65(11): 1695 weathering 65(19): 3193; 65(19): 3201 Fly River 65(19): 3193 O, isotopes 65(11): 1695 West Greenland 65(12): 2023; 65(18): forest soils 65(16): 2743 ocean circulation 65(23): 4303 3177 fossil 65(22): 4201 oceanic crust 65(18): 3177 witwatersrand 65(13): 2149 fractionation factor 65(18): 3165 organic carbon 65(16): 2723 zircon 65(15): 2571 garnet 65(18): 3177; 65(23): 4375; 65(23): organic matter 65(23): 4399 zircon systematics 65(18): 3165; 65(18): 4375 Os 65(13): 2149 3177 geochronology 65(12): 1953; 65(22): Os isotopes 65(19): 3193 4215; 65(24): 4509 osmium 65(13): 2113 geological cycle 65(15): 2469 osmium isotopes 65(19): 3379 geothermometry 65(12): 1907 oxidation/reduction effects 65(15): 2487 lake sediments gold 65(13): 2149 oxygen 65(10): 1583 geochemistry and petrogenesis 65(17): gypsum 65(18): 3081 oxygen isotope 65(15): 2469 2875 heterogeneous initial Pb 65(22): 4201 oxygen isotopes 65(10): 1601; 65(16): isotopes 65(17): 2875 heterotrophic 65(16): 2743 2743; 65(18): 3081; 65(18): 3165; Mars 65(17): 2875 Hf-Nd systematics 65(12): 2017 65(22): 4215; 65(23): 4375 mineralogy 65(17): 2875 highly siderophile elements 65(19): 3379 oxygen-17 65(13): 2029; 65(15): 2527 Mossbauer spectroscopy 65(17): 2875 Himalayan rivers 65(19): 3201 Papua New Guinea 65(19): 3193 reflectance spectroscopy 65(17): 2875 hydrogen isotopes 65(23): 4399; 65(24): Pb isotopes 65(17): 2853; 65(23): 4303 lithosphere 4467 petrol Pb 65(17): 2853 Archean craton 65(22): 4243 hydrothermal 65(23): 4303 Phanerozoic 65(15): 2469 Canadian Arctic 65(22): 4243 Indian Ocean 65(23): 4303 production rates 65(12): 1953 kimberlite 65(22): 4243 intercalibration 65(15): 2571 quantitative modeling 65(18): 3081 mantle xenoliths 65(22): 4243 interplanetary dust particles 65(23): 4399 radiocarbon 65(12): 1953 peridotite 65(22): 4243 interstream associated solar wind 65(24): Re 65(13): 2149 Sr-Nd-Pb isotopes 65(22): 4243 4593 Re/Os isotopes 65(17): 2965 lower crustal composition ion microprobe 65(22): 4215 recent 65(10): 1583 basaltic underplating 65(15): 2589 ion probe imaging 65(23): 4399 reduction 65(18): 3081 geochemistry and petrogenesis 65(15): iron 65(15): 2487 residence time 65(15): 2571 2589 iron carbonate 65(10): 1601 respiratory fractionation 65(11): 1695 LA-ICPMS zircon dating 65(15): 2589 iron complexes 65(15): 2487 rhenium 65(19): 3379 north China craton 65(15): 2589 iron cycle 65(10): 1601 Rn loss 65(22): 4201 xenoliths 65(15): 2589 iron oxyhydroxide 65(10): 1601 root respiration 65(11): 1695 iron-reducing bateria 65(15): 2487 seawater 65(19): 3193 M isotope 65(15): 2527 seawater composition 65(15): 2469 isotope fractionation 65(12): 1907 sedimentary rocks 65(16): 2723 magma genesis isotope mass-spectrometry 65(15): 2433 selective sequential dissolution 65(17): assimilation 65(04): 589 isotopes 65(13): 2113; 65(15): 2487 2853 banda arc 65(04): 589 isotopic ratio 65(24): 4593 SF6 65(15): 2433 carbon dioxide 65(15): 2605 isotopic reference materials 65(15): 2433 shark 65(10): 1583 fluid-rock interaction 65(04): 589 Isua Gneisses 65(12): 2017 slab-derived fluids 65(24): 4523 fractional crystallization 65(04): 589 Isua supracrustal belt 65(18): 3177 Sm-Nd isotope system 65(12): 2023; laser fluorination 65(04): 589 Isua supracrustals 65(12): 2023 65(18): 3177 magmas 65(15): 2605 K,OsCl,, 65(13): 2113 Sm-Ndisochrons 65(12): 2023 melting 65(04): 589 Kamchatka 65(24): 4523 soils 65(17): 2853 mid-ocean ridge basalts 65(15): 2605 kimberlite 65(23): 4375 solar system 65(19): 3379 noble gases 65(15): 2605 Lake Bonneville 65(12): 1953 solar wind composition 65(24): 4593 oxygen isotopes 65(04): 589 low temperature 65(10): 1601 spike calibration 65(13): 2113 volatiles 65(15): 2605 Lu-Hf analytics 65(12): 2017 Sr isotope ratios 65(19): 3201 mantle Lu-Hf isochrones 65(12): 2023 standard material 65(13): 2113 1870/1880. 65(08): 1311 Lu-Hf isotope system 65(12): 2023; stratigraphy 65(14): 2273 armalcolite 65(14): 2201 65(18): 3177 strontium 65(14): 2273 carbon isotopes 65(05): 813 magma ocean 65(12): 2017 strontium isotopes 65(10): 1583 diamond formation 65(05): 813 mantle evolution 65(12): 2023 subduction 65(19): 3347; 65(24): 4523 diamond inclusion paragenesis 65(05): 813 mantle xenoliths 65(23): 4375 sulfate 65(13): 2029; 65(18): 3081 element partitioning 65(14): 2201 marine sediments ?180 values 65(15): sulfide oxidation 65(10): 1601; 65(18): garnet peridoties 65(08): 1311 2469 3081 heterogeneous accretion 65(08): 1311 Mars 65(13): 2029 sulfur 65(15): 2433 Limpopo Mobile belt 65(05): 813 matter 65(23): 4399 sulfur cycle 65(10): 1601 mantle melting 65(14): 2201 megacrysts 65(23): 4375 sulfur isotopes 65(10): 1601; 65(18): 3081 mantle oxygen fugacity 65(05): 813 Messinian 65(18): 3081 synthetic isotope mixtures 65(15): 2433 meteorites 65(08): 1311 metamorphism/metasomatism 65(17): teeth 65(10): 1583 Mg/Fe distribution coefficient 65(05): 813 2965; 65(18): 3177 thermodynamics 65(15): 2487 partition coefficients 65(14): 2201 metasomatism 65(18): 3177 thermometer 65(15): 2527 planetary magmas 65(14): 2201 methane 65(16): 2723 titanite 65(15): 2571; 65(18): 3165 primitive upper mantle 65(08): 1311 methane-carbon isotopes 65(12): 1907 tonga 65(19): 3347 Re-Os 65(08): 1311 microanalysis 65(24): 4467 trace elements 65(24): 4523 spinel peridotites 65(08): 1311 mobility 65(17): 2853 U disequilibrium 65(19): 3201 subcontinental lithospheric mantle 65(08): molecular diffusion 65(16): 2723 U-Pb geochronology 65(15): 2571 1311 monazite 65(24): 4509 U-Pb systematics 65(22): 4201 TiO, in olivine 65(14): 2201 natural gas reservoirs 65(16): 2723 U-Th-Pb age 65(24): 4509 TiO, solubility in mafic silicate melts nitrate 65(13): 2029 vibrational modeling 65(15): 2487 65(14): 2201 nitrification 65(16): 2743 Virginia Formation argillites 65(17): 2965 Venetia 65(05): 813 xenoliths 65(08): 1311 chondrules 65(03): 495 thermodynamic equilibrium 65(03): 469 marine sediments circumstellar grains 65(03): 469 trace element 65(20): 3577 alkenones 65(04): 545 CM carbonaceous chondrites 65(03): 495 trace elements 65(01): 163 barite 65(04): 529 CO3.0 chondrites 65(24): 4539 troilite 65(08): 1337 Blake Ridge 65(04): 529 CO3.3 65(24): 4539 water 65(24): 4551 gas fluxes 65(04): 529 Colony CO3.0 65(24): 4539 X-ray diffraction 65(23): 4385 gas hydrates 65(04): 529 condensation 65(01): 163; 65(03): 469 Yamato 81020 CO3.0 65(24): 4539 Gulf of California 65(04): 545 cosmochemistry 65(03): 469 mineral growth iron 65(06): 915 eucrites 65(20): 3577 active veins 65(21): 3733 iron sulfide 65(06): 915 exposure ages 65(11): 1849 coupled kinetics and rheology 65(21): manganese dioxide 65(06): 915 fayalite 65(08): 1337 3733 methane 65(04): 529 Fe-Ni metal 65(24): 4567 crack propagation 65(21): 3733 modeling 65(04): 529 Fe-S system 65(04): 671 creep 65(21): 3733 oxidation 65(06): 915 formation temperature 65(02): 311 fracture 65(21): 3733 polysulfides 65(06): 915 gandolfi camera 65(23): 4385 pressure solution 65(21): 3733 polythionates 65(06): 915 gas speciation 65(03): 469 replacement 65(21): 3733 pyrite 65(06): 915 Grant 65(11): 1839 stress 65(21): 3733 sea surface temperature 65(04): 545 graphite 65(03): 469 minerals sediment trap 65(04): 545 H chondrites 65(02): 323; 65(02): 323 Landau theory 65(18): 3191 sulfate 65(04): 529 impact melts 65(02): 299; 65(02): 323; phase transitions 65(18): 3191 sulfur 65(06): 915 65(02): 323 radiation damage 65(18): 3191 thiosulfate 65(06): 915 iron meteorites 65(04): 671 ". Mars isotopic anomaly 65(03): 469 N atmosphere 65(02): 343 Jurassic-Cretaceous boundary 65(02): 299 cosmic ray 65(02): 343 Kainsaz CO3.2 65(24): 4539 nickel interior 65(02): 343 light lithophile distribution 65(24): 4551 anharmonicity 65(10): 1667 SNC meteorites 65(02): 343 low Ca pyroxene 65(03): 495 EXAFS 65(10): 1667 spallation 65(02): 343 Martian meteorites 65(02): 311; 65(24): glasses 65(10): 1667; 65(10): 1681 volatiles 65(02): 343 4551 melts 65(10): 1667; 65(10): 1681 xenon isotopes 65(02): 343 mass fractionation correction 65(11): 1839 nancristallites 65(10): 1681 melt inclusions MC-ICP-MS technique 65(11): 1839 water-mineral interactions 65(10): 1681 Ascension Island 65(01): 123 melilite in CO3.0 chondrites 65(24): 4539 XAFS 65(10): 1681 chlorine 65(01): 123 melilite O isotopic composition 65(24): XANES 65(10): 1667 magmatic fluid phase 65(01): 123 4539 trace elements 65(01): 123 metal 65(08): 1337 O mercury metal grains 65(01): 163 coastal ocean 65(03): 407 micrometeorites 65(23): 4385 organic compounds cycling 65(03): 407 minor elements 65(20): 3577 ISN NMR 65(19): 3299 Long Island Sound 65(03): 407 Mn-Cr 65(20): 3577 abiotic synthesis 65(21): 3769 seawater 65(03): 387 Morokweng 65(02): 299; 65(02): 299 adsorption 65(01): 95; 65(05): 803; metamorphism nakhlites 65(24): 4551 65(07): 1047 athermal solid solution 65(21): 3993 nebula processes 65(24): 4567 AFM 65(07): 1047 geothermal fluids 65(21): 3993 O isotopic composition, aqueous alteration aggregation 65(09): 1467 Iceland 65(21): 3993 65(24): 4539 alcohols 65(05): 791 metabasalts 65(21): 3993 olivine 65(03): 495 algae 65(02): 253 natural compositions 65(21): 3993 ordinary chondrites 65(02): 299; 65(02): alkenones 65(23): 4275 stellerite 65(21): 3993 323; 65(02): 323; 65(08): 1337 amazonas 65(02): 267 stilbite 65(21): 3993 Ornans 65(24): 4539 Amazonia, Brazil 65(09): 1417 thermodynamic properties 65(21): 3993 partitioning 65(04): 671 amino acid enantiomers 65(22): 4103 zeolite 65(21): 3993 Pd-Ag chronology 65(11): 1839 amino acids 65(12): 1921 metasomatism petrogenesis 65(24): 4551 anaerobic methane oxidation 65(10): 1611 carbonatic melt 65(04): 611 planetary differentiation 65(11): 1839 angiosperms 65(20): 3505 clinopyroxene 65(04): 611 planetary materials 65(24): 4567 Antarctic 65(10): 1629 diamond inclusion 65(04): 611 platinum-group elements (PGE) 65(02): aqueous geochemistry 65(08): 1301 trace element 65(04): 611 299 Archean 65(10): 1611 meteorites precompaction exposure 65(11): 1849 Arctic Ocean 65(22): 4103 65(03): 469 presolar grains 65(03): 469 aromatization 65(10): 1557 age of eucrites 65(20): 3577 QUE94411 65(01): 163 ascending particles 65(06): 923 ALH84001 65(02): 311 saponite 65(23): 4385 aspartic acid 65(12): 1921 Allende 65(11): 1839 serpentine 65(23): 4385 bacteria 65(16): 2633; 65(19): 3307 alteration sequenc 65(03): 495 serpentines 65(03): 495 Baltic Sea 65(08): 1285 aqueous alteration 65(03): 495; 65(24): shergottites 65(24): 4551 Bermuda 65(23): 4275 4539 shock effects 65(02): 323; 65(02): 323 biodegradation 65(20): 3529 Brenham 65(11): 1839 shocked chondrites 65(02): 323; 65(02): biogeochemistry 65(16): 2633; 65(18): bulk mineralogy 65(23): 4385 323 3123 Canyon Diablo 65(11): 1839 Si 65(04): 671 biomarkers 65(05): 791; 65(08): 1285; carbonaceous chondrites 65(24): 4539; siderophile 65(01): 163 65(10): 1611; 65(10): 1629; 65(14): 65(24): 4567 siderophile elements 65(04): 671 2317; 65(18): 3123; 65(20): 3505 cation diffusion 65(02): 311 silicon carbide 65(03): 469 biomarkers: n-alkanes, CPI, vascular plants chondrites 65(01): 163; 65(11): 1849; SIMS analysis 65(24): 4551 65(09): 1439 65(24): 4567 Sm-Nd isotope system 65(20): 3577 birnessite 65(01): 95 chondrule formation 65(08): 1337; 65(11): solar nebula 65(01): 163; 65(08): 1337 bivalves 65(12): 1921 1849 supernova 65(03): 469 black shale 65(12): 1867 chondrule origins 65(24): 4567 thermal history 65(20): 3577 Botryococcus braunii 65(12): 1995 botryococcus braunii 65(19): 3299 hydrothermal vent 65(06): 923 petroleum 65(03): 455; 65(20): 3529 C4 plants 65(09): 1439 hydroxy fatty acids 65(19): 3307 petroleum generation 65(15): 2555 carbohydrate 65(09): 1455 IRGCMS 65(20): 3529 petroleum geochemistry 65(10): 1643 carbon burial 65(14): 2231 isorenieratene 65(10): 1557 photic zone anoxia 65(10): 1557 carbon cycling 65(14): 2231 isotopic analysis 65(18): 3123 phytoplankton 65(02): 213; 65(07): 1125 carbon isotopes 65(08): 1301; 65(10): kerogen 65(12): 1867; 65(14): 2231; pigments 65(10): 1557 1611; 65(12): 1995; 65(14): 2231; 65(15): 2555 preservation of organic matter 65(06): 885; 65(16): 2633; 65(17): 2899 kukersites 65(06): 885 65(09): 1467 carbon to nitorgen (C:N) 65(09): 1455 lake sediment 65(02): 267 protein 65(09): 1467 carbonaceous rocks 65(21): 3791 lakes 65(02) 213; 65(02): 253 protein preservation 65(19): 3299 cellulose 65(02): 267 lead isotopes 65(15): 2555 proterozoic 65(14): 2317 charcoal 65(02): 267 lead-zinc ore 65(14): 2317 proximity effect 65(16): 2641 chemical equilibrium 65(24): 4445 levoglucosan 65(02): 267 racemization 65(12): 1921 chemosystematics 65(20): 3505 lignin 65(08): 1285; 65(09): 1417 radiocarbon 65(18): 3123 chlorophyll 65(07): 1125 limnic sediments 65(02): 253 recent 65(02): 253 chromatography 65(19): 3307 lipid biomarkers 65(02): 213 redox chemistry 65(10): 1643 clathrate hydrate 65(16): 2633 lipids 65(02): 213; 65(06): 923; 65(18): regional metamorphism 65(21): 3791 climate change 65(16): 2633 3123 resorcinol 65(06): 885 Columbia River 65(07): 1125 lipopolysaccharide 65(19): 3307 rice paddies 65(13): 2055 complexation 65(24): 4445 long-chain alkenones 65(02): 253 rivers 65(14): 2231 compound-specific isotope analyses lunar 65(19): 3307 ruthenium tetroxide degradation 65(06): 65(09): 1439 mangrove 65(09): 1417 885 conifers 65(20): 3505 marine sediment 65(09): 1455 San Joaquin basin 65(08): 1301 continental shelf 65(14): 2231 marine sediments 65(08): 1285; 65(14): sea surface temperature 65(23): 4275 crust-mantle interaction 65(15): 2555 2231 sediment traps 65(06): 923 CuO oxidation 65(08): 1285 mass spectrometry 65(17): 2899; 65(19): sediments 65(09): 1439; 65(09): 1467; CuO-oxidation products 65(09): 1417 3307 65(18): 3123 cyclization 65(10): 1557 membrane lipids 65(10): 1611 serpentinization 65(21): 3769 D-amino acids 65(22): 4103 mercury 65(24): 4445 SFM 65(07): 1047 dagenesis 65(20): 3505 meromictic 65(10): 1629 Siberian rivers 65(22): 4103 dams 65(07): 1125 metal-organic complexes 65(15): 2555 sinking particles 65(06): 923 deglaciation 65(05): 791 methane 65(16): 2633 soils 65(13): 2055 degradation 65(09): 1417 methane cycle 65(10): 1629 stability constants 65(24): 4445 diagenesis 65(09): 1455; 65(09): 1467; methanogenesis 65(13): 2055 sterols 65(02): 213; 65(06): 923 65(10): 1557; 65(12): 1921; 65(19): methanotrophy 65(16): 2633 strontium isotopes 65(15): 2555 3299 mica 65(07): 1047 sulfur cycle 65(10): 1629 diatoms 65(07): 1125 microfossils 65(06): 885 suspended particulate material (SPM) differential extraction 65(09): 1455 migration 65(20): 3529 65(07): 1125 dissolved organic matter 65(24): 4445 modeling 65(05): 803 temporal variations 65(17): 2899 dissolved organic nitrogen 65(22): 4103 models 65(13): 2055 terpenoids 65(20): 3505 Eel River 65(14): 2231 molecular weight 65(05): 803 terrestrial organic matter 65(08): 1285 electron microscopy 65(06): 885 molecular weight distribution 65(09): 1455 thermal cracking 65(21): 3791 Emiliania huxleyi 65(23): 4275 monomethylalkanes 65(12): 1995 tritium 65(16): 2633 Endeavour Segment/Juan de Fuca Ridge monosaccharide composition 65(09): 1455 Uk37 65(02): 253 65(06): 923 montmorillonite 65(01): 95 Uk’37 65(02): 253 eocene sediment 65(20): 3505 mud volcanoes 65(10): 1611 weathering 65(12): 1867 experimental hydrothermal geochemistry muramic acid 65(19): 3307 oxalate minerals 65(10): 1643 n-alkanes 65(05): 791 electron microprobe 65(07): 1101 fatty acids 65(06): 923 natural gas formation 65(10): 1643 Levinsonite 65(07): 1101 fatty alcohols 65(06): 923 natural organic matter 65(05): 803 REE 65(07): 1101 forest fires 65(02): 267 neodymium isotopes 65(15): 2555 structure refinements 65(07): 1101 forest soil 65(01): 95 NMR 65(12): 1867 zugshunstite 65(07): 1101 formation waters 65(08): 1301; 65(08): North Sea 65(17): 2899 oxide minerals 1301 oil 65(21): 3791 AFM force-distance 65(18): 3055 fucoxanthin 65(07): 1125 oilfield waters 65(08): 1301 point of zero charge and corundum 65(18): fulvic acid 65(05): 803; 65(07): 1047 ore deposits 65(21): 3791 3055 gas 65(20): 3529 organic acides 65(10): 1643 second harmonic generation 65(18): 3055 GC-MS 65(14): 2317 organic acids 65(08): 1301 surface chemistry 65(18): 3055 gloeocapsomorpha prisca 65(06): 885 organic geochemistry 65(03): 455; 65(18): goethite 65(01): 95; 65(05): 803 3123 P green sulfur bacteria 65(10): 1629 organic matter 65(09): 1455 grteen sulfur bacteria 65(10): 1557 organic nitrogen 65(09): 1467; 65(19): paleoceanography Guttenberg Member 65(06): 885 3299 8'8O 65(02): 201 H isotopic ratios 65(02): 213 organic-inorganic interactions 65(10): 1643 anoxia 65(15): 2509 hematite 65(07): 1047 oxidation 65(01): 95; 65(16): 2633 anti-estuarine circulation 65(19): 3249 heterotrophy 65(12): 1995 paleoclimate 65(09): 1439 Arabian Sea 65(10): 1545 holocene 65(02): 253; 65(05): 791 paleoproxies 65(23): 4275 Archean 65(15): 2509 humic 65(05): 803 paleosols 65(09): 1439 barite 65(10): 1545 hydrocarbons 65(10): 1643; 65(21): 3791 paleotemperature 65(02): 253 barium 65(10): 1545 hydrolysis 65(21): 3791 particulate organic carbon (POC) 65(07): biological oceanography 65(19): 3249 hydrolytic disproportionation 65(21): 3791 1125 C/N/P ratios 65(19): 3249 hydrophobic interactions 65(09): 1467 particulate organic matter 65(17): 2899 carbon dioxide 65(18): 3005 hydrothermal systems 65(03): 455; 65(21): particulate organic nitrogen 65(22): 4103 carbon isotopes 65(18): 3005 3769 peptidoglycan 65(19): 3307 carbonate minerals 65(15): 2509 diagenesis 65(02): 201 pyrrhotite stable isotopes 65(19): 3365 diatom 65(02): 201 acid dissolution 65(01): 1 sulfur isotopes 65(23): 4359 early diagenesis 65(11): 1795 reaction mechanism 65(01): 1 thermal expansion 65(14): 2379 East Atlantic 65(11): 1795 XPS 65(01): 1 Ti coordination 65(14): 2379 estuarine circulation 65(19): 3249 water solubility mechanism 65(17): 2949 evaporates 65(14): 2293 R silicate minerals Al 65(05): 715 fluid inclusion chemistry 65(14): 2293 FTIR 65(02): 201 reactive transport amphibole 65(23): 4339 nitrogen 65(11): 1795 advection 65(21): 3721 bulk modulus 65(22): 4231 nitrogen cycling 65(19): 3249 basinal brines 65(21): 3721 Ca 65(05): 715 nitrogen fixation 65(19): 3249 diagenesis 65(21): 3721 CaA12Si208 65(21): 4019 nitrogen isotopes 65(19): 3249 diffusion 65(21): 3721 equation of state 65(22): 4231 NMR 65(02): 201 Na-Ca systematics 65(21): 3721 fayalite 65(22): 4231 REE geochemistry Fe-Ni-S-O system 65(23): 4425 opal-A 65(02): 201 fluid-rock interaction 65(04): 559 fluid-rock interactions 65(23): 4339 organic carbon 65(11): 1795 REE mobilization 65(04): 559 Gibbs energy of deprotonation 65(24): oxygen isotopes 65(02): 201 REE partition coefficients 65(04): 559 4435 paleoclimate 65(18): 3005 zoisite 65(04): 559 Gibbs energy of hydration 65(24): 4435 paleoproductivity proxy 65(10): 1545 zoisite/fluid partition coefficients 65(04): glass tranmsition 65(21): 4019 phosphorus limitation 65(19): 3249 559 ion probe 65(23): 4339 preservation of organic matter 65(10): labradorite 65(05): 715 1545 leaching 65(05): 715 REE 65(15): 2509 low pH 65(05): 715 seawater 65(15): 2509 seawater magmatic ore deposits 65(23): 4425 seawater chemistry 65(14): 2293 C.A.I. 65(03): 435 molecular dynamics 65(21): 4019 seawater composition 65(18): 3005 calcite 65(05): 741 natural organic matter 65(05): 715 secular changes 65(14): 2293 cement 65(05): 741 oceanic gabbros 65(23): 4339 sediments 65(10): 1545 conodonts 65(03): 435 olivine 65(23): 4425 silica dissolution 65(02): 201 diagenesis 65(05): 741 partitioning Fe, Ni 65(23): 4425 stable isotopes 65(11): 1795 North Atlantic 65(02): 187 pentacoordinate silicate anions 65(24): weathering 65(15): 2509 paleoceanography 65(05): 741 4435 paleoclimate particulates 65(02): 187 seismic discontinuity 65(22): 4231 Aeolian dust 65(14): 2337 rare earth elements 65(02): 187 silicic acid deprotonation 65(24): 4435 atmospheric pollution 65(14): 2337 rock-water interaction 65(05): 741 SIMS (secondary ion mass spectrometry eocene 65(15): 2535 Sr/Mg 65(05): 741 65(23): 4339 holocene 65(14): 2337 strontium isotopes 65(03): 435 sound velocity 65(22): 4231 laser fluorination 65(15): 2535 sedimentary brines structural relaxation 65(21): 4019 mammals 65(15): 2535 boron isotopes 65(22): 4087 sulfide liquid 65(23): 4425 oligocene 65(15): 2535 diapir 65(22): 4087 thermodynamic properties 65(24): 4435 oxygen isotopes 65(15): 2535 halite dissolution 65(22): 4087 thermometry 65(23): 4339 paleoclimate 65(15): 2535 high-level radioactive waste 65(22): 4087 trace element 65(23): 4339 paleotemperatures 65(15): 2535 N. German basin 65(22): 4087 viscosity 65(21): 4019 Pb isotopes 65(14): 2337 oxygen isotopes 65(22): 4087 soil peat bog archives 65(14): 2337 Permian salt diapers 65(22): 4087 climate 65(07): 1087 REE 65(14): 2337 strontium isotopes 65(22): 4087 dust 65(07): 1087 rodent 65(15): 2535 silicate melts eolian 65(07): 1087 Sc 65(14): 2337 aluminosilicate glasses 65(17): 2949 Hawaii 65(07): 1087 teeth 65(15): 2535 calorimetry 65(12): 1985 mineral aerosol 65(07): 1087 weathering 65(14): 2337 Canary Islands 65(23): 4359 nutrient 65(07): 1087 Zr 65(14): 2337 clinopyroxene 65(19): 3365 strontium isotopes 65(07): 1087 partial melting core formation 65(13): 2161 solubility craton 65(19): 3365 carbonates 65(01): 183 crust 65(01): 153 density 65(14): 2379 ChemSage optimizer 65(01): 183 mantle 65(01): 153 garnet peridotites 65(19): 3365 natron 65(01): 183 modeling 65(01): 153 geochemistry and petrogenesis 65(19): thermodynamic quantities 65(01): 183 trace elements 65(01): 153 3365 spectroscopy platinum group elements glass inclusions 65(23): 4359 glass 65(14): 2395 chromite 65(17): 2979 glass structure 65(17): 2949 melt 65(14): 2413 crustal contamination 65(17): 2979 granites 65(12): 1985 NMR 65(14): 2395 crystal fractionation 65(17): 2979 heat capacity 65(12): 1985 phosphorus 65(14): 2395; 65(14): 2413 ICP-MS 65(17): 2979 kaapvaal 65(19): 3347 raman 65(14): 2413 komatiite magma 65(17): 2979 kimberlite xengliths 65(19): 3365 structure 65(14): 2395; 65(14): 2413 lava lake 65(17): 2979 magma contamination 65(23): 4359 temperture 65(14): 2413 olivine 65(17): 2979 mantle rocks 65(19): 3365 stibrite partition coefficients 65(17): 2979 mixed alkali effect 65(17): 2949 complex equilibria 65(02): 289 sulfide 65(17): 2979 multinuclear NMR spectroscopy 65(17): equilibrium constants 65(02): 289 porphyry copper 2949 high-temperature solubility 65(02): 289 hydrothermal fluids 65(04): 571 orthopyroxene 65(19): 3365 metal transport 65(02): 289 isotopes 65(04): 571 oxygen isotopes 65(23): 4359 solvation in gas phase 65(02): 289 prograde metamorphism polymict peridotites 65(19): 3365 sulfide minerals ammonium 65(02): 273 rhenium 65(13): 2161 acid mine drainage 65(08): 1243 isotopes 65(02): 273 rhenium partitioning 65(13): 2161 acide mine drainage 65(12): 1897 metasediments 65(02): 273 rhenium solubility 65(13): 2161 Arctic 65(12): 1897 variscides 65(02): 273 South Africa 65(19): 3365 bacterial disproportionation 65(10): 1573 biogeochemistry 65(08): 1243 geomagnetic field 65(17): 2995 mass balance 65(20): 3409 Black Sea 65(09): 1399 interaction with rocks 65(17): 2995 opal-CT 65(20): 3409 dissolution 65(08): 1243 nuclide production 65(17): 2995 tuff 65(20): 3409 elemental sulfur 65(10): 1573 production rates 65(17): 2995 Yucca Mountain 65(20): 3409 formation 65(09): 1399 scaling factors 65(17): 2995 zeolites 65(20): 3409 framboid size distribution 65(09): 1399 surface exposure dating 65(17): 2995 galena 65(16): 2641 kinetics 65(08): 1243 T Ww low temperature 65(10): 1573 manganese cycle 65(10): 1573 thermodynamic properties manganese dioxide 65(10): 1573 aqueous nonelectrolytes 65(21): 3879 water micro-scale diffusion 65(12): 1897 capillary water 65(20): 3391 equation of state 65(21): 4067 microbial mediation 65(08): 1243 correlation 65(21): 3879 extreme conditions 65(21): 4067 oxygen diffusion 65(12): 1897 HKF equations of state 65(21): 3879 Gibbs energy 65(21): 4067 oxygen isotopes 65(10): 1573 hydration-dehydration 65(20): 3391 prediction 65(21): 4067 pyrite 65(09): 1399; 65(16): 2641 negative pressure 65(20): 3391 water-rock interation raman spectroscopy 65(08): 1243 organic sulfur compounds 65(21): 3827 alkaline igneous dike 65(21): 3749 reactivity 65(16): 2641 parameters estimation 65(21): 3879 computational hydrology 65(21): 3749 S isotope composition 65(09): 1399 solution-mineral equilibria 65(20): 3391 contact metamorphism 65(21): 3749 sediments 65(09): 1399 tin fluid infiltration 65(21): 3749 semiconducting minerals surfaces 65(16): speciation calculations 65(18): 3041 2641 specific interaction theory 65(18): 3041 fluid-rock interactions 65(21): 3749 subaqueous tailings disposal 65(12): 1897 stability constants 65(18): 3041 heat transport 65(21): 3749 sulfide oxidation 65(10): 1573; 65(12): thermodynamic data 65(18): 3041 Louisiana 65(21): 3749 1897 tinorganic species 65(18): 3041 metasomatism 65(21): 3749 sulfur cycle 65(10): 1573 trace metals nonlinear dynamics 65(21): 3749 sulfur isotopes 65(10): 1573 coprecipitation 65(10): 1529 permeability 65(21): 3749 surface chemistry 65(08): 1243 linear free energy correlation 65(10): 1529 silica transport 65(21): 3749 surface complexation theory 65(16): 2641 partition coefficients 65(10): 1529 Smackover Formation 65(21): 3749 supercritical fluid thermal modeling 65(21): 3749 complex behavior 65(21): 4009 U weathering convection 65(21): 4009 alluvium 65(18): 3093 dynamical systems 65(21): 4009 ultramafic rocks catchment 65(03): 387 feedback 65(21): 4009 augite 65(04): 621 dissolution 65(03): 387 fracture propagation 65(21): 4009 melt inclusions 65(04): 621 Eu anomaly 65(18): 3093 hydrothermal 65(21): 4009 olivine 65(04): 621 Gabbros 65(19): 3267 magma 65(21): 4009 orthopyroxene 65(04): 621 geochemical balance 65(19): 3267 mineral zoning 65(21): 4009 ureilites 65(04): 621 Nd isotopes 65(03): 387 solvation 65(21): 4009 uranites O isotopes 65(19): 3267 tourmaline 65(21): 4009 gadolinium isotopes 65(06): 941 ocean chemistry 65(19): 3267 surface chemistry neutron capture effects 65(06): 941 ocean crust 65(19): 3267 adsorption 65(08): 1211 REE abundances 65(06): 941 complexation modeling (DFT) 65(08): samarium isotopes 65(06): 941 rare earth elements 65(03): 387 REE geochemistry 65(18): 3093 1211 TIMS 65(06): 941 EXAFS 65(08): 1211 sediment provenance 65(18): 3093 gibbsite 65(08): 1211 Vv soil 65(03): 387 surface complexation 65(08): 1211 Sr isotopes 65(03): 387; 65(19): 3267 surface exposure dating volcanic glass suspended load 65(03): 387 cosmogenic nuclides 65(17): 2995 alteration 65(20): 3409 titanite control 65(18): 3093 galactic cosmic rays 65(17): 2995 cation exchange 65(20): 3409 water 65(03): 387

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