LIST OF CONTENTS
Number 1
1 Small angle neutron scattering signature of oil generation in arti®cially and naturally matured hydrocarbon source rocks
A.P. RadlinÂski, C.J. Boreham, P. Lindner, O. Randl, G.D. Wignall, A. Hinde and J.M. Hope
15 Geochemical analyses of a Himalayan snowpit pro®le: implications for atmospheric pollution and climate
S. Xie, T. Yao, S. Kang, B. Xu, K. Duan and L.G. Thompson
25 C26 and C28-C34 28-norhopanes in sediments and petroleum
H.P. Nytoft, J.A. Bojesen-Koefoed and F.G. Christiansen
41 Composition and early diagenesis of fatty acids in lacustrine sediments, lake Aydat (France)
M. Stefanova and J.R. Disnar
57 Origin and transport of terrestrial organic matter from the Oder lagoon to the Arkona Basin, Southern Baltic Sea
A. Miltner and K.-C. Emeis
67 Diamondoid hydrocarbon ratios as indicators of biodegradation in Australian crude oils
K. Grice, R. Alexander and R.I. Kagi
75 Biological anities of Neoproterozoic acritarchs from Australia: microscopic and chemical char-acterisation
K.R. Arouri, P.F. Greenwood and M.R. Walter
91 Can a high chlorophyllase activity bias the use of the phytyldiol versus phytol ratio (CPPI) for the monitoring of chlorophyll photooxidation in sea-water?
J.-F. Rontani, S. Perrote and P. Cuny
101 Anaerobic degradation and carbon isotopic frac-tionation of alkylbenzenes in crude oil by sulphate-reducing bacteria
H. Wilkes, C. Boreham, G. Harms, K. Zengler and R. Rabus
117 The isolation, occurrence and origin of ¯uorenones in crude oils and rock extracts
B. Bennett and S.R. Larter
127 Solid phase extraction applied to natural waters: eciency and selectivity
V. Roubeuf, S. Mounier and J.Y. Benaim
133 10th EAOG Newsletter Ð Autumn 1999
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Numbers 2±3
139 Obituary: Frank Derbyshire 1945±1999 J.C. Hower
141 Introduction of Stefan Schouten for the Pieter Schenck Award
J.O. Grimalt
143 Acceptance speech for the 1999 Schenck Award: A chemical engineer lost in the realm of Organic Geochemistry
S. Schouten
147 Sorption of crude oil from a non-aqueous phase onto silica: the in¯uence of aqueous pH and wetting sequence
C.J. Daughney
159 Organic geochemistry of recent marine sediments from the Nansha Sea, China
Yi Duan
169 Photoproducts of phytoplanktonic sterols: a potential source of hydroperoxides in marine sediments? J.-F. Rontani and D. Marchand
181 The application of 13C-labeled tetramethyl-ammonium hydroxide (13C-TMAH) thermo-chemolysis to the study of fungal degradation of wood
T.R. Filley, P.G. Hatcher, W.C. Shortle and R.T. Praseuth
199 Mass spectrometric characterization of13C-labeled lipid tracers and their degradation products in microcosm sediments
M.-Y. Sun
211 A study of the composition of light hydrocarbons (C5±C13) from pyrolysis of source rock samples W. Odden and T. Barth
Notes
231 n-Alkane distributions in ombrotrophic mires as indicators of vegetation change related to climatic variation
C.J. Nott, S. Xie, L.A. Avsejs, D. Maddy, F.M. Chambers and R.P. Evershed
237 C16±C29 homologous series of monomethylalkanes in the pyrolysis products of a Holocene microbial mat
F. Kenig
243 Addendum D.J. Cliord, P.G. Hatcher, R.E. Botto,
J.V. Muntean and K.B. Anderson
245 Erratum L.D. Stasiuk
249 Erratum B. Warton, R. Alexander and R.I. Kagi
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Number 4
251 Molecular and isotopic characterization of organic matter in recent and sub-recent sediments from the Dead Sea
T.B.P. Oldenburg, J. RullkoÈtter, M.E. BoÈttcher and A. Nissenbaum
267 Methyl diamantane index (MDI) as a maturity parameter for Lower Palaeozoic carbonate rocks at high maturity and overmaturity
Li Jinggui, P. Philp and Cui Mingzhong
273 Paleozoic oil±source rock correlations in the Tarim basin, NW China
S.C. Zhang, A.D. Hanson, J.M. Moldowan, S.A. Graham, D.G. Liang, E. Chang and F. Fago
287 Molecular-isotopic stratigraphy of long-chain n-alkanes in Lake Baikal Holocene and glacial age sediments
D. Brincat, K. Yamada, R. Ishiwatari, H. Uemura and H. Naraoka
295 Post-generative alteration eects on petroleum in the onshore Northwest Java Basin, Indonesia H. Napitupulu, L. Ellis and
R.M. Mitterer
317 The puri®cation of chlorins from marine particles and sediments for nitrogen and carbon isotopic analysis J.P. Sachs and D.J. Repeta
Notes
331 Even carbon number predominance of plant wax n-alkanes: a correction
C.M. Reddy, T.I. Eglinton, R. PalicÂ, B.C. Benitez-Nelson, G. StojanovicÂ, I. PalicÂ, S. Djordjevic and G. Eglinton
337 Solid-state 2-D double cross polarization magic angle spinning 15N 13C NMR spectroscopy on degraded algal residues
H. Knicker
341 Book Review
343 Reviewers 1999
345 11th EAOG Newsletter Ð Winter 1999/Spring 2000
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Number 5
ORGANIC MATTER PRESERVATION IN SOILS AND SEDIMENTS
349 Introduction C. Largeau and T. Eglinton
351 Organic matter composition and sulfate reduction rates in sediments o Chile
363 The importance of terrestrial organic carbon inputs on Kara Sea shelves as revealed by n-alkanes, OC and d13C values
M.B. Fernandes and M.-A. Sicre
375 A geochemical investigation of carboxylic acids released via sequential treatments of two sur®cial sediments from the Changjiang delta and East China Sea
Y. Zegouagh, S. Derenne, C. Largeau and A. Saliot
389 Organic geochemical studies of soils from the Rothamsted classical experimentsÐV. The fate of lipids in dierent long-term experiments
I.D. Bull, P.F. van Bergen, C.J. Nott, P.R. Poulton and R.P. Evershed
409 Structure elucidation of soil macromolecular lipids by preparative pyrolysis and thermochemolysis V. GobeÂ, L. LemeÂe and A. AmbleÁs
421 Organic matter sources and early diagenetic degradation in a tropical peaty marsh (Tritrivakely, Madagascar). Implications for environmental reconstruction during the Sub-Atlantic
S. Bourdon, F. Laggoun-DeÂfarge, J.-R. Disnar, O. Maman, B. Guillet, S. Derenne and C. Largeau
439 Anaerobic degradation of organic matter controlled by productivity variation in a restricted Late Triassic basin
I. Veto, M. HeteÂnyi, M. HaÂmor-VidoÂ, H. Hufnagel and J. Haas
453 Comparison of Pliocene organic-rich lacustrine sediments in twin craters
A. Brukner-Wein, C. Sajgo and M. HeteÂnyi
463 Protection of organic matter by mineral matrix in a Cenomanian black shale
V. Salmon, S. Derenne,
E. Lallier-VergeÁs, C. Largeau, and B. Beaudoin
475 A ®eld study of the chemical weathering of ancient sedimentary organic matter
S.T. Petsch, R.A. Berner and T.I. Eglinton
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Number 6
489 Aerobic bacterial metabolism of phytol in seawater: eect of particle association on an abiotic inter-mediate step and its biogeochemical consequences J.-F. Rontani and P.C. Bonin
497 Petroleum tricyclic terpanes: predicted physico-chemical behavior from molecular mechanics calculations
509 A molecular and stable carbon isotopic study of lipids in late Quaternary sediments from the Arabian Sea
S. Schouten, M.J.L. Hoefs and J.S. Sinninghe DamsteÂ
523 Geosynthesis of organic compounds. Part V Ð methylation of alkylnaphthalenes
T.P. Bastow, R. Alexander, S.J. Fisher, R.K. Singh, B.G.K. van Aarssen and R.I. Kagi
535 A comparative study of lipids inSphagnum species M. Baas, R. Pancost, B. van Geel and
J.S. Sinninghe DamsteÂ
543 Techniques for the dierentiation of carbon types present in lignite-rich mine soils
C. Rumpel, J.O. Skjemstad, H. Knicker, I. KoÈgel-Knabner and R.F. HuÈttl
553 The kinetics of in-reservoir oil destruction and gas formation: constraints from experimental and empirical data, and from thermodynamics
D.W. Waples
577 Biomarker stratigraphic records over the last 150 kyears o the NW African coast at 25N
M.-A. Sicre, Y. Ternois, M. Paterne, A. Boireau, L. Beaufort, P. Martinez and P. Bertrand
589 High-temperature GC evidence for the early for-mation of C40+n-alkanes in coals
S.D. Killops, R.M.K. Carlson and K.E. Peters
Note
599 Migrated hydrocarbons in outcrop samples: revised petroleum exploration directions in the Tarim Basin
M. Li, Z. Xiao, L. Snowdon, R. Lin, P. Wang, D. Hou, L. Zhang, S. Zhang and D. Liang
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Numbers 7±8
CHEMICAL STRUCTURE AND PRESERVATION PROCESSES OF ORGANIC MATTER IN SOILS AND SEDIMENTS
605 Obituary: Paul G. Leplat (1930±2000) J. Paulet
607 Preface: Chemical structure and preservation processes of organic matter in soils and sediments S. Derenne and H. Knicker
609 Analytical approaches for characterizing soil organic matter
I. KoÈgel-Knabner
627 The eect of laser wavelength and power density on the laser desorption mass spectrum of fulvic acid T.L. Brown and J.A. Rice
635 The in situ analytical pyrolysis of two dierent organic components of a synthetic environmental matrix doped with [4,9-13C] pyrene
645 Isotope analysis of pyrolysis products from Sphagnum peat and dissolved organic matter from bog water
O. Kracht and G. Gleixner
655 Refractory organic carbon in C-depleted arable soils, as studied by 13C NMR spectroscopy and carbohydrate analysis
R. Kiem, H. Knicker, M. KoÈrschens and I. KoÈgel-Knabner
669 Black carbon in density fractions of anthropogenic soils of the Brazilian Amazon region
B. Glaser, E. Balashov, L. Haumaier, G. Guggenberger and W. Zech
679 Encapsulation of protein in humic acid from a histosol as an explanation for the occurrence of organic nitrogen in soil and sediment
X. Zang, J.D.H. van Heemst, K.J. Dria and P.G. Hatcher
697 Role of the soil matrix and minerals in protecting natural organic materials against biological attack J.A. Baldock and J.O. Skjemstad
711 The role of DOM sorption to mineral surfaces in the preservation of organic matter in soils
K. Kaiser and G. Guggenberger
727 Organic matter accumulating in Aeh and Bh horizons of a Podzol Ð chemical characterization in primary organo-mineral associations
M.W.I. Schmidt, H. Knicker and I. KoÈgel-Knabner
735 Energy-®ltering transmission electron microscopy (EFTEM) and electron energy-loss spectroscopy (EELS) investigation of clay±organic matter aggregates in aquatic sediments
Y. Furukawa
Regular Papers Notes
745 An n-alkane proxy for the sedimentary input of submerged/¯oating freshwater aquatic macrophytes K.J. Ficken, B. Li, D.L. Swain and
G. Eglinton
751 Inadequate separation of saturate and mono-aromatic hydrocarbons in crude oils and rock extracts by alumina column chromatography C. Jiang, M. Li and A.C.T. van Duin
757 Retene in pyrolysates of algal and bacterial organic matter
Z. Wen, W. Ruiyong, M. Radke, W. Qingyu, S. Guoying and L. Zhili
763 Marine transgressional events in the gigantic freshwater lake Songliao: paleontological and geochemical evidence
D. Hou, M. Li and Q. Huang
769 Anaerobic biodegradation of pristane by a marine sedimentary bacterial and/or archaeal community V. Grossi, D. Raphel, A. Hirschler-ReÂa,
M. Gilewicz, A. Mouzdahir, J.-C. Bertrand and J.-F. Rontani
Addendum
773 Addendum to ``Molecular and isotopic character-ization of organic matter in Recent and sub-Recent sediments from the Dead Sea'' [Organic Geo-chemistry, 31 (2000) 251±265]
Corrigendum
775 Corrigendum to ``Geochemical characterization of selected Western Canada oils by C5±C8Compound Speci®c Isotope Correlation (CSIC)'' [Organic Geochemistry, 30 (1999) 1127±1161]
M.J. Whiticar and L.R. Snowdon
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Number 9
777 13C-contents of sedimentary bacterial lipids in a shallow sul®dic monomictic lake (Lake CisoÂ, Spain) W.A. Hartgers, S. Schouten,
J.F. Lopez, J.S. Sinninghe Damste and J.O. Grimalt
787 Origin of variations in organic matter abundance and composition in a lithologically homogeneous maar-type oil shale deposit (GeÂrce, Pliocene, Hungary) S. Derenne, C. Largeau,
A. Brukner-Wein, M. Hetenyi, G. Bardoux and A. Mariotti
799 Physiological responses of lipids in Emiliania huxleyiandGephyrocapsa oceanica(Haptophyceae) to growth status and their implications for alkenone paleothermometry
M. Yamamoto, Y. Shiraiwa and I. Inouye
813 Chemical structure and sources of the macro-molecular, resistant, organic fraction isolated from a forest soil (LacadeÂe, south-west France)
N. Poirier, S. Derenne, J.-N. Rouzaud, C. Largeau, A. Mariotti, J. Balesdent and J. Maquet
829 Climatic and oceanographic variations on the California continental margin during the last 160 kyr K. Mangelsdorf, U. GuÈntner and
J. RullkoÈtter
847 Nature, origin and average age of estuarine ultra®ltered dissolved organic matter as determined by molecular and carbon isotope characterization J.D.H. van Heemst, L. Megens,
P.G. Hatcher and J.W. de Leeuw
859 The thermal evolution of sporopollenin B.L. Yule, S. Roberts and
J.E.A. Marshall
871 Discrimination against 4-methyl sterol uptake during steryl chlorin ester production by copepods H.M. Talbot, R.N. Head, R.P. Harris
and J.R. Maxwell
881 A direct comparison between fatty acid analysis and intact phospholipid pro®ling for microbial identi®cation
J. Fang, M.J. Barcelona and P.J.J. Alvarez
903 An alkenone (UK0
37) quasi-annual sea surface temperature record (A.D. 1440 to 1940) using varved sediments from the Santa Barbara Basin M. Zhao, G. Eglinton, G. Read and
A. Schimmelmann
919 Marine and terrestrial biomarker records for the last 35,000 years at ODP site 658C o NW Africa M. Zhao, G. Eglinton, S.K. Haslett,
R.W. Jordan, M. Sarnthein and Z. Zhang
Comment
931 Comment on ``PAH refractory index as a source discriminant of hydrocarbon input from crude oil and coal in Prince William Sound, Alaska'' by F.D. Hostettler, R.J. Rosenbauer, K.A. Kvenvolden A.E. Bence, W.A. Burns,
P.J. Mankiewicz, D.S. Page and P.D. Boehm
Reply
939 Response to Comment by Bence et al. F.D. Hostettler, R.J. Rosenbauer and
K.A. Kvenvolden
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Number 10
Review
945 The molecularly-uncharacterized component of nonliving organic matter in natural environments J.I. Hedges, G. Eglinton, P.G. Hatcher,
D.L. Kirchman, C. Arnosti, S. Derenne, R.P. Evershed, I. KoÈgel-Knabner, J.W. de Leeuw, R. Littke, W. Michaelis and J. RullkoÈtter
959 Light hydrocarbon (gasoline range) parameter re®nement of biomarker-based oil±oil correlation studies: an example from Williston Basin
M. Obermajer, K.G. Osadetz, M.G. Fowler and L.R. Snowdon
977 Abiotic oxidation of petroleum bitumens under natural conditions
A. CharrieÂ-Duhaut, S. Lemoine, P. Adam, J. Connan and P. Albrecht
1005 Organic matter preservation on the Pakistan con-tinental margin as revealed by biomarker geo-chemistry
S. Schulte, K. Mangelsdorf and J. RullkoÈtter
1023 Recent sedimentary hopanoids in the northwestern Paci®c alongside the Japanese Islands Ð their concentrations and carbon isotopic compositions H. Naraoka, K. Yamada and
R. Ishiwatari
1031 Sterols of melanized fungi from hypersaline envi-ronments
L. MeÂjanelle, J. F. LoÁpez,
1041 Investigation of thermal maturity of lower Palaeo-zoic hydrocarbon source rocks by means of vitri-nite-like maceral re¯ectance Ð a Tarim Basin case study
Xiao Xianming, R.W.T. Wilkins, Liu Dehan, Liu Zufa and F. Jiamu
Note
1053 Palaeoclimate records in compound-speci®c D
values of a lipid biomarker in ombrotrophic peat S. Xie, C.J. Nott, L.A. Avsejs,
F. Volders, D. Maddy, F.M. Chambers, A. Gledhill, J.F. Carter and
R.P. Evershed
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Number 11
1059 In¯uence of biodegradation on crude oil acidity and carboxylic acid composition
W. Meredith, S.-J. Kelland and D.M. Jones
1075 Nitrogen isotopic fractionation in the synthesis of photosynthetic pigments inRhodobacter capsulatus and Anabaena cylindrica
V.I. Beaumont, L.L. Jahnke and D.J. Des Marais
1087 Preparative HPLC with ultrastable-Y zeolite for compound-speci®c carbon isotopic analyses
F. Kenig, B.N. Popp and R.E. Summons
1095 Production rates of C37 alkenones determined by 13C-labeling technique in the euphotic zone of Sagami Bay, Japan
J. Hamanaka, K. Sawada and E. Tanoue
1103 The origin of n-alkanes in Santa Monica Basin surface sediment: a model based on compound-speci®c14C andd13C data
A. Pearson and T.I. Eglinton
1117 Organic geochemistry of hydrothermal petroleum generated in the submarine Wakamiko caldera, southern Kyushu, Japan
T. Yamanaka, J. Ishibashi and J. Hashimoto
1133 Insights into the origin of perylene from isotopic analyses of sediments from Saanich Inlet, British Columbia
J.E. Silliman, P.A. Meyers, P.H. Ostrom, N.E. Ostrom and B.J. Eadie
1143 The role of organic matter during copper enrichment in Kupferschiefer from the Sangerhausen basin, Germany
Y.-Z. Sun and W. PuÈttmann
1163 Molecular analysis of petroleum in ¯uid inclusions: a practical methodology
1175 Archaea mediating anaerobic methane oxidation in deep-sea sediments at cold seeps of the eastern Aleutian subduction zone
M. Elvert, E. Suess, J. Greinert and M.J. Whiticar
1189 The role of alkenes produced during hydrous pyrolysis of a shale
R.N. Leif and B.R.T. Simoneit
1209 Carboxylic acids of marine evaporitic oils from Sergipe-Alagoas Basin, Brazil
D.C. Rodrigues, L. Koike, F. de A.M. Reis, H.P. Alves, H.K. Chang, L.A. Trindade and A.J. Marsaioli
1223 Chemotaxonomic classi®cation of fossil leaves from the Miocene Clarkia lake deposit, Idaho, USA based on n-alkyl lipid distributions and principal component analyses
M.J. Lockheart, P.F. van Bergen and R.P. Evershed
Notes
1247 Novel polyfunctionalised geohopanoids in a recent lacustrine sediment (Priest Pot, UK)
D.F. Watson and P. Farrimond
1253 A novel sedimentary chlorin: structural evidence for a chlorophyll origin for aetioporphyrins
R.L. Airs, C. Jie and B.J. Keely
1257 Exclusion of 2-methylbutane (isopentane) during crystallization of structure II gas hydrate in sea-¯oor sediment, Gulf of Mexico
R. Sassen, S.T. Sweet, D.A. DeFreitas and A.V. Milkov
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Number 12
ADVANCES IN ORGANIC GEOCHEMISTRY 1999
1263 Preface
1265 Editorial
Petroleum Geochemistry
1267 The La Luna formation: chemostratigraphy and organic facies in the Middle Magdalena Basin A. Rangel, P. Parra and C. NinÄo
1285 Molecular characterisation of vitrinite in relation to natural hydrogen enrichment and depositional environment
M.J. Iglesias, A. JimeÂnez, J.C. del RõÂo and I. SuaÂrez-Ruiz
1301 Assessment of generation temperatures of crude oils
1325 Tmax of asphaltenes: a parameter for oil maturity assessment
M. Nali, G. Caccialanza, C. Ghiselli and M.A. Chiaramonte
1333 Heating rate dependency of petroleum-forming reactions: implications for compositional kinetic predictions
V. Dieckmann, B. Hors®eld and H.J. Schenk
1349 Compound-speci®c stable carbon isotope analysis as a tool for correlating coal-sourced oils and interbedded shale-sourced oils in coal measures: an example from Turpan basin, north-western China
Y. Sun, G. Sheng, P. Peng and J. Fu
1363 Recognising biodegradation in gas/oil accumu-lations through the d13C compositions of gas components
R.J. Pallasser
1375 Acidic polar compounds in petroleum: a new analytical methodology and applications as molecular migration indices
R. Galimberti, C. Ghiselli and M.A. Chiaramonte
1387 Methane exchange between coal-bearing basins and the atmosphere: the Ruhr Basin and the Lower Rhine Embayment, Germany
T. Thielemann, A. LuÈcke, G.H. Schleser and R. Littke
1409 Gaseous hydrocarbons generated during pyrolysis of petroleum source rocks using unconventional grain-size: implications for natural gas composition
S. I.nan
1419 The eects of phase fractionation on the com-position of oils, condensates and gases
G.W. van Graas, A.E. Gilje, T.P. Isom and L.A. Tau
1441 Carbon isotopic composition of individual n-alkanes in asphaltene pyrolysates of biodegraded crude oils from the Liaohe Basin, China
Y. Xiong and A. Geng
1451 Mitigation of asphaltics deposition during CO2 ¯ood by enhancing CO2 solvency with chemical modi®ers
R.J. Hwang and J. Ortiz
1463 Allocation of commingled pipeline oils to ®eld production
R.J. Hwang, D.K. Baskin and S.C. Teerman
1475 Brunei Darussalam. Characteristics of selected petroleums and source rocks
J. Curiale, J. Morelos, J. Lambiase and W. Mueller
1495 Generation and hydrocarbon entrapment within Gondwanan sediments of the Mandapeta area, Krishna-Godavari Basin, India
M.S. Raza Khan, A.K. Sharma, S.K. Sahota and M. Mathur
1509 Biodegradation and migrational fractionation of oils from the Eastern Carpathians, Poland
I. Matyasik, A. Steczko and R.P. Philp
Biogeochemistry
1525 Black Sea chemocline oscillations during the Holocene: molecular and isotopic studies of marginal sediments
1533 Biomarkers in upper Holocene Eastern North Sea and Wadden Sea sediments
B.E. van Dongen, W.I.C. Rijpstra, C.J.M. Philippart, J.W. de Leeuw and J.S. Sinninghe DamsteÂ
1545 Origin of perylene in ancient sediments and its geological signi®cance
C. Jiang, R. Alexander, R.I. Kagi and A.P. Murray
1561 Early diagenetic alteration of chlorophyll-a and bacteriochlorophyll-a in a contemporaneous marl ecosystem; Florida Bay
J. William Louda, J.W. Loitz, D.T. Rudnick and E.W. Baker
1581 Characterization of high molecular weight bio-markers in crude oils
M. Hsieh, R.P. Philp and J.C. del Rio
1589 Relative stabilities of cholestadienes calculated by molecular mechanics and semi-empirical methods: application to the acid-catalyzed rearrangement reactions of cholesta-3,5-diene
P.Y. SchuÈpfer and F.O. GuÈlacËar
1597 Composition of organic matter in subducted and unsubducted sediments o the Nicoya peninsula, Costa Rica (ODP Leg 170, Sites 1039 and 1040) R. Lutz, B. Gieren, A. LuÈckge,
H. Wilkes and R. Littke
1611 Terrigenous dissolved organic matter along an estuarine gradient and its ¯ux to the coastal ocean A. Mannino and H.R. Harvey
1627 Application of pyrolysis±GC/MS for the
characterisation of suspended particulate organic matter in the Mediterranean Sea: a comparison with the Black Sea
Y. CËoban-Yõldõz, D. Fabbri,
D. Tartari, S. TugÆrul and A.F. Gaines
1641 Pyrolytic and spectroscopic study of a sulphur-rich kerogen from the ``Kashpir oil shales'' (Upper Jurassic, Russian platform)
A. Riboulleau, S. Derenne, G. Sarret, C. Largeau, F. Baudin and J. Connan
1663 Origin and formation pathways of kerogen-like organic matter in recent sediments o the Danube delta (northwestern Black Sea)
A. Garcette-Lepecq, S. Derenne, C. Largeau, I. Bouloubassi and A. Saliot
1685 Molecular and isotopic analysis of anaerobic methane-oxidizing communities in marine sediments K.-U. Hinrichs, R.E. Summons,
V. Orphan, S.P. Sylva and J.M. Hayes
1703 A new series of steryl chlorin esters: pheophorbidea steryl esters in an oxic surface sediment
C. RieÂ-Chalard, L. Verzegnassi and F.O. GuÈlacËar
1713 Identi®cation of speci®c organic contaminants for estimating the contribution of the Elbe river to the pollution of the German Bight
J. Schwarzbauer, R. Littke and V. Weigelt
1733 Weathering of fuel oil spill on the east Mediter-ranean coast, Ashdod, Israel
S. Ezra, S. Feinstein, I. Pelly, D. Bauman and I. Miloslavsky
1743 Eects of fungal infection on lipid extract com-position of higher plant remains: comparison of shoots of a Cenomanian conifer, uninfected and infected by extinct fungi
1755 Solid-phase ¯uorescence determination of chlorins in marine sediments
R.F. Chen, Y. Jiang and M. Zhao
1765 Dissolved organic matter ¯uorescence spectroscopy as a tool to estimate biological activity in a coastal zone submitted to anthropogenic inputs
E. Parlanti, K. WoÈrz, L. Georoy and M. Lamotte
1783 CS2/NMP extraction of immature source rock concentrates
G. Shaohui, L. Shuyuan and Q. Kuangzong
1797 Ultrasound assisted extraction and determination of the carbohydrate fraction in marine sediments M. Mecozzi, P. Dragone, M. Amici
and E. Pietrantonio
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AUTHOR INDEX
van Aarssen B.G.K., 523 Adam P., 977
Airs R.L., 1253 Albrecht P., 977
Alexander R., 67, 249, 523, 1545
Alvarez P.J.J., 881 Alves H.P., 1209 AmbleÁs A., 409 Amici M., 1797 Anderson K.B., 243 Arnosti C., 945 Arouri K.R., 75 Arthur M.A., 1525 Avsejs L.A., 231, 1053
Baas M., 535 Baker E.W., 1561 Balashov E., 669 Baldock J.A., 697 Balesdent J., 813 Barcelona M.J., 881 Bardoux G., 787 Barth T., 211 Baskin D.K., 1463 Bastow T.P., 523 Baudin F., 1641 Bauman D., 1733 Beaudoin B., 463 Beaufort L., 577 Beaumont V.I., 1075 Benaim J.Y., 127 Bence A.E., 931 Benitez-Nelson B.C., 331 Bennett B., 117
van Bergen P.F., 389, 1223 Berner R.A., 475
Bertrand J.-C., 769 Bertrand P., 577 Bocherens H., 1743 Boehm P.D., 931 Boireau A., 577 Bojesen-Koefoed J.A., 25 Bonin P.C., 489 Boreham C.J., 1, 101 BoÈttcher M.E., 251, 773 Botto R.E., 243 Bouloubassi I., 1663 Bourdon S., 421 Brincat D., 287 Brown T.L., 627
Brukner-Wein A., 453, 787 Bull I.D., 389
Burns W.A., 931
Caccialanza G., 1325 Carlson R.M.K., 589 Carter J.F., 1053 Chambers F.M., 231, 1053 Chang E., 273
Chang H.K., 1209 CharrieÂ-Duhaut A., 977 Chen R.F., 1755
Chiaramonte M.A., 1325, 1375 Christiansen F.G., 25 Cliord D.J., 243
CËoban-Yõldõz Y., 1627 Connan J., 977, 1641 Cuny P., 91 Curiale J., 1475
Daughney C.J., 147 DeFreitas D.A., 1257 Dehan L., 1041
Derenne S., 375, 421, 463, 607, 787, 813, 945, 1641, 1663, 1743 Des Marais D., 1075 Dieckmann V., 1333 Disnar J.-R., 41, 421 Djordjevic S., 331 van Dongen B.E., 1533 Dragone P., 1797 Dria K.J., 679 Duan K., 15 Duan Y., 159 van Duin A.C.T., 751
Eadie B.J., 1133
Eglinton G., 331, 745, 903, 919, 945
Eglinton T., 349
Eglinton T.I., 331, 475, 1103 Ellis L., 295
Elvert M., 1175 Emeis K.-C., 57
Evershed R.P., 231, 389, 945, 1053, 1223
Ezra S., 1733
Fabbri D., 1627 Fago F., 273 Fang J., 881 Farrimond P., 1247 Feinstein S., 1733 Ferdelman T.G., 351 Fernandes M.B., 363 Ficken K.J., 745 Filley T.R., 181 Fisher S.J., 523 Fowler M.G., 959 Freeman K.H., 1525 Fu J., 1349 Furukawa Y., 735
Gaines A.F., 1627 Galimberti R., 1375 Garcette-Lepecq A., 1663 van Geel B., 535 Geng A., 1441 Georoy L., 1765 Ghiselli C., 1325, 1375 Gieren B., 1597 Gilewicz M., 769 Gilje A.E., 1419 Glaser B., 669 Gledhill A., 1053 Gleixner G., 645 Gobe V., 409 van Graas G.W., 1419 Graham S.A., 273 Greenwood P.F., 75, 635 Greinert J., 1175
Grice K., 67
Grimalt J.O., 141, 777, 1031 Grossi V., 769
Guggenberger G., 669, 711 Guillet B., 421
GuÈlacËar F.O., 1589, 1703 Gunde-Cimerman N., 1031 GuÈntner U., 829
Guoying S., 757 Guthrie E.A., 635
Haas J., 439 Hamanaka J., 1095 HaÂmor-Vido M., 439 Hanson A.D., 273 Harms G., 101 Harris R.P., 871 Hartgers W.A., 777 Harvey H.R., 1611 Hashimoto J., 1117 Haslett S.K., 919
Hatcher P.G., 181, 243, 635, 679, 847, 945
Haumaier L., 669 Hayes J.M., 1685 Head R.N., 871 Hedges J.I., 945
van Heemst J.D.H., 679, 847 HeteÂnyi M., 439, 453 Hetenyi M., 787 Hinde A., 1 Hinrichs K.-U., 1685 Hirschler-ReÂa A., 769 Hoefs M.J.L., 509 Hope J.M., 1 Hors®eld B., 1333 Hostettler F.D., 939 Hou D., 599, 763 Hower J.C., 139 Hsieh M., 1581 Huang Q., 763 Huang Y., 1525 Hufnagel H., 439 HuÈttl R.F., 543 Hwang R.J., 1451, 1463
Iglesias M.J., 1285 I.nan S., 1409 Inouye I., 799 Ishibashi J., 1117 Ishiwatari R., 287, 1023 Isom T.P., 1419
Jahnke L., 1075 Jiamu F., 1041 Jiang C., 751, 1545 Jiang Y., 1755 Jie C., 1253 JimeÂnez A., 1285 Jinggui L., 267 Jones A.D., 1525 Jones D.M., 1059, 1163 Jordan R.W., 919
Kang S., 15 Keely B.J., 1253 Kelland S.-J., 1059 Kenig F., 237, 1087 Kiem R., 655 Killops S.D., 589 Kirchman D.L., 945
Knicker H., 337, 543, 607, 655, 727 KoÈgel-Knabner I., 543, 609, 655, 727,
945 Koike L., 1209 KoÈrschens M., 655 Kracht O., 645 Kuangzong Q., 1783 Kvenvolden K.A., 939
Laggoun-DeÂfarge F., 421 Lallier-VergeÁs E., 463 Lambiase J., 1475 Lamotte M., 1765
Largeau C., 349, 375, 421, 463, 787, 813, 1641, 1663, 1743
Larter S.R., 117 Lee R.F., 889
de Leeuw J.W., 847, 945, 1533 Leif R.N., 1189
LemeÂe L., 409 Lemoine S., 977 Li B., 745
Li M., 599, 751, 763 Liang D., 599 Liang D.G., 273 Lin R., 599 Lindner P., 1
Littke R., 945, 1387, 1597, 1713
Lockheart M.J., 1223 Loitz J.W., 1561 LoÁpez J.F., 777, 1031 Louda J.W., 1561 LuÈcke A., 1387 LuÈckge A., 1597 Lutz R., 1597
Macleod G., 1163 Maddy D., 231, 1053 Maman O., 421
Mangelsdorf K., 829, 1005 Mankiewicz P.J., 931 Mannino A., 1611 Maquet J., 813 Marchand D., 169 Mariotti A., 813, 787, 1743 Marsaioli A.J., 1209 Marshall J.E.A., 859 Martinez P., 577 Mathur M., 1495 Matyasik I., 1509 Maxwell J.R., 871 Mecozzi M., 1797 Megens L., 847 MeÂjanelle L., 1031 Meredith W., 1059 Meyers P.A., 1133 Michaelis W., 945 Milkov A.V., 1257 Miloslavsky I., 1733 Miltner A., 57 Mingzhong C., 267 Mitterer R.M., 295
Moldowan J.M., 273 Morelos J., 1475 Mounier S., 127 Mouzdahir A., 769 Mueller W., 1475 Muntean J.V., 243 Murray A.P., 1545
Nali M., 1325 Napitupulu H., 295 Naraoka H., 287, 1023 Nguyen Tu T.T., 1743 NinÄo C., 1267
Nissenbaum A., 251, 773 Nott C.J., 231, 389, 1053 Nytoft H.P., 25
Obermajer M., 959 Odden W., 211
Oldenburg T.B.P., 251, 773 Orphan V., 1685
Ortiz J., 1451 Osadetz K.G., 959 Ostrom N.E., 1133 Ostrom P.H., 1133
Page D.S., 931 Palic I., 331 Palic R., 331 Pallasser R.J., 1363 Pancost R., 535 Parlanti E., 1765 Parra P., 1267 Paterne M., 577 Pawlet J., 605 Pearson A., 1103 Pelly I., 1733 Peng P., 1349 Perrote S., 91 Peters K.E., 497, 589 Petsch S.T., 475 Philippart C.J.M., 1533 Philp P., 267
Philp R.P., 1509, 1581 Pietrantonio E., 1797 Poirier N., 813 Pons D., 1743 Popp B.N., 1087 Poulton P.R., 389 Praseuth R.T., 181 PuÈttmann W., 1143
Qingyu W., 757
Rabus R., 101 Radke M., 757 RadlinÂski A.P., 1 Randl O., 1 Rangel A., 1267 Raphel D., 769 Raza Khan M.S., 1495 Read G., 903 Reddy C.M., 331 Reis F. de A.M., 1209 Repeta D.J., 317 Riboulleau A., 1641 Rice J.A., 627 RieÂ-Chalard C., 1703 Rijpstra W.I.C., 1533 del RõÂo J.C., 1285, 1581
Roberts S., 859 Rodrigues D.C., 1209 Rontani J.-F., 91, 169, 489, 769 Rosenbauer R.J., 939
Roubeuf V., 127 Rouzaud J.-N., 813 Rudnick D.T., 1561 Ruiyong W., 757
RullkoÈtter J., 251, 773, 829, 945, 1005
Rumpel C., 543
Sachs J.P., 317 Sahota S.K., 1495 Sajgo C., 453, 1301 Saliot A., 375, 1663 Salmon V., 463 Sarnthein M., 919 Sarret G., 1641 Sassen R., 1257 Sawada K., 1095 Schenk H.J., 1333 Schimmelmann A., 903 Schleser G.H., 1387 Schmidt M.W.I., 727 Schouten S., 143, 509, 777 Schubert C.J., 351 Schulte S., 1005 SchuÈpfer P.Y., 1589 Schwarzbauer J., 1713 Shaohui G., 1783 Sharma A.K., 1495 Sheng G., 1349 Shi W., 889 Shiraiwa Y., 799 Shortle W.C., 181 Shuyuan L., 1783 Sicre M.-A., 363, 577 Silliman J.E., 1133 Simoneit B.R.T., 1189 Singh R.K., 523
Sinninghe Damste J.S., 509, 535, 777, 1533
Skjemstad J.O., 543, 697 Snowdon L.R., 599, 775, 959 Stasiuk L.D., 245
Steczko A., 1509 Stefanova M., 41 Stojanovic G., 331 Strotmann B., 351 SuaÂrez-Ruiz I., 1285 Suess E., 1175
Summons R.E., 1087, 1685 Sun M.-Y., 199, 889 Sun Y., 1349 Sun Y.-Z., 1143 Swain D.L., 745 Sweet S.T., 1257 Sylva S.P., 1685
Uemura H., 287
Verzegnassi L., 1703 Veto I., 439 Volders F., 1053
Walter M.R., 75 Wang P., 599 Waples D.W., 553 Warton B., 249 Watson D.F., 1247 Weigelt V., 1713 Wen Z., 757
Whiticar M.J., 775, 1175
Wignall G.D., 1 Wilkes H., 101, 1597 Wilkin R.T., 1525 Wilkins R.W.T., 1041 WoÈrz K., 1765
Xianming X., 1041 Xiao Z., 599 Xie S., 15, 231, 1053 Xiong Y., 1441 Xu B., 15
Yamada K., 287, 1023 Yamamoto M., 799
Yamanaka T., 1117 Yao T., 15 Yule B.L., 859
Zang X., 679 Zech W., 669 Zegouagh Y., 375 Zengler K., 101 Zhang L., 599 Zhang S.C., 273, 599 Zhang Z., 919
Zhao M., 903, 919, 1755 Zhili L., 757
KEYWORD INDEX
(Produced from keywords supplied by authors)
Abiotic intermediate step: 489 Abiotic oxidation: 977 Abu Dhabi: 237
Acid catalyzed rearrangement: 1589 Acid moieties: 375
Acidic biomakers: 1209 Activation energy: 553 Adamantane: 67 Aeolian transport: 15 Aerobic metabolism: 489 Aetioporphyrins: 1253 Africa: 577
Age speci®c biomarkers: 599 Alcohols: 409
Aldehydes: 409
Aleutian subduction zone: 1175 Algae: 509, 757
Algaenan: 75 Alkanols: 577 Alkenone: 1095
Alkenones: 509, 577, 799, 903, 919, 1597 Alkyl phenols: 1375
Alkylation: 523 Alkylbenzenes: 101, 751 Alkylcarbazoles: 1375 Alkylnaphthalenes: 523 Alkylphenol: 1059
Allochthonous coaly organic matter: 1475 Anaerobic biodegradation: 101, 769, 1363 Analysis: 1755
anteiso-Alkanes: 331 Aquatic macrophytes: 745 Arabian sea: 1005 Archaeol: 1175 Aromaticity: 1333 Arti®cial pyrolysis: 1 Aryl isoprenoids: 751 Asphaltene pyrolysis: 1441 Asphaltenes: 1325 Asphaltics: 1451
Authigenic carbonates: 1175
Bacterial activity: 1023 Bacterial community: 489 Bacterial sulphate reduction: 439 Bacteriochlorophylla: 1075 Bacteriochlorophyll-a: 1561 Bacteriohopanepolyols: 1247 Baltic sea: 57
Basidiomycetes: 181 Batch culture: 799 Benthic macrofauna: 199 Benzocarbazoles: 1375 Benzoic acids: 101 Biased aliphaticity: 813 Bicadinanes: 1475 BiCAP: 1561
Bicycloalkanoporphyrins: 1561
Biodegradation: 25, 67, 295, 497, 945, 977, 1509 Biodegraded oil: 1441
Biogeochemistry: 945 Biological activity: 1765 Biological oxidation: 697
Biomarkers: 57, 577, 757, 769, 977, 1005, 1087, 1117, 1163, 1175, 1509, 1533, 1581
25,28-Bisnorhopanes: 25 Bitumen: 787, 977, 1325 Bitumen re¯ectance: 1041 Black carbon: 669, 813, 945 Black Sea: 1525, 1627 Black shale: 475 Bloch decay: 337
Botryococcus braunii: 421, 453
Botryococcus: 787 Brazil: 1209
Brown-rot fungal degradation: 181 Brunei: 1475
Bulk kinetics: 1333
Burkholderia: 881
d13C: 363, 745, 1441
d13C values: 1133 C-13: 645
13C CP/MAS NMR spectroscopy: 543 13C CPMAS NMR spectroscopy: 655 13C CPMAS NMR: 727
13C-labeled microalgae: 199
13C-labeled tetramethylammonium hydroxide: 181 13C-labeling technique: 1095
13C-labeling: 635
13C NMR spectroscopy: 609 13C of lipids: 509
13C stable carbon isotopes: 847 14C activity measurements: 543 14C radiocarbon isotopes: 847
C-25 regular isoprenoid acid: 1209 C30desmethylsteranes: 763 C31methylsteranes: 763
Calanus helgolandicus: 871 California Current: 829 Cambrian: 273 Carbohydrate: 1627 Carbohydrates: 655, 1797 Carbon dioxide: 1451 Carbon isotope ratios: 331 Carbon isotopes: 251, 1103, 1363 Carbon isotopic composition: 1175 Carbon isotopic compositions: 1023 Carbon isotopic fractionation: 101 Carbon-isotopic compositions: 287 Carbonate source rocks: 267 Carbonates: 1267, 1561 Carboniferous: 273 Carboxylic acids: 1059, 1375 CarmoÂpolis oil ®eld: 1209 Carnarvon Basin: 67 Carotenoids: 777
Carpathian Overthrust: 1509 Cenomanian: 1743
Centennial scale oscillation : 903 Changjiang delta: 375
Cheilanthane: 497 Chemical modi®ers: 1451 Chemocline: 1525 Chemolysis: 609 Chemotaxonomy: 1561 China: 267, 273, 1349 Chlorins: 317, 919, 1253, 1755 Chloroform: 1783
Chlorophyll a: 871 Chlorophyll markers: 1627 Chlorophyll phytyl side chain: 91 Chlorophyll transformation: 1253 Chlorophyll-a: 91, 1561
Chlorophyllase activity: 91 Cholestadiene isomerization: 1589 Clarkia lake deposit: 1223 Clay catalysis: 523 Climate change: 1053 Climate: 231 CO2recycling: 777 CO2: 1363
Coal bed methane: 1387 Coal-sourced oils: 1349 Coal: 589, 1285 Coastal upwelling: 829 Coastal water: 1765 Coccolithophorids: 799 Cold seeps: 1175
Colorimetric analysis: 1797 Column chromatography: 751 Commingled oil: 1463 Compositional kinetics: 1333
Compound speci®c isotope analysis: 1087
Compound speci®c stable carbon isotope analysis: 1349 Compound-speci®cd13C values: 1133
Compound-speci®cd13C: 919
Compound-speci®c production rate: 1095 Condensate: 295
Copper enrichment: 1143
Correlation between lipase and fatty acids: 889 Costa Rica: 1597
CPPI: 91 Cracking: 553 Crocetane: 1175 Crocetenes: 1175
Cross-¯ow ultra®ltration: 847 Crude oil biodegradation: 1059 Crude oils: 101
CS2/NMP: 1783 Cutan: 589
Cyanobacteria: 237, 1075 Cyclopheophorbide-a-enol: 1561 Cyperaceae: 421
Danube delta: 1663 Dasuopu glacier: 15 Dead Sea: 251
Degradation products: 199 Degradation-recondensation: 1663 Degraded algae: 337
Degree of OM preservation: 439
Demethylated aromatic 8,14-secohopanes: 25 Demethylation: 181
Denmark: 211 Density fractions: 669
Depositional environments: 1267 Deuterium exchange: 1189 Deuterium: 1053 Diagenesis: 159, 1561 Diamantane: 67 Diamondoids: 67 Diatoms: 421, 509
Dierential evaporation: 1419 Dinosporin: 75
Dinosteranes: 273, 599, 763 Dinosterol: 829
Dissolved organic matter: 711, 847, 1765 Distributed kinetics: 553
Diterpenoids: 757
DOM: 645, 945, 1611, 1765
Dunaliella parva: 251 Duvernay Formation: 1333
Early diagenesis: 41, 421 Early diagenetic alteration: 375 East China Sea: 375
East Mediterranean foreshore: 1733 EELS: 735
EEM: 1765 EFTEM: 735
Electron energy-loss spectroscopy: 735 Electron microscopy: 75, 787
Electrophilic aromatic substitution: 523
Emiliania huxleyi: 799 Ems-Dollart estuary: 847 Encapsulation: 679, 945
Energy-®ltering transmission electron microscopy: 735 Enhanced oil recovery: 1451
ENSO : 903 Ergosterol: 1031 Eruption: 1117 Estuary: 1611 Euphotic zone: 1095 Eutrophic lake: 41
Evaporative fractionation: 295, 1509 Excitation-emission-matrix ¯uorescence: 1765 Expulsion: 1409
Extractable and bound fatty acids: 889 Extraction eciency: 1451
Fatty acid: 41
Fatty acids: 251, 409, 535, 777, 881, 1597, 1611 Fatty alcohols: 535
First-order: 553 Florida Bay: 1561 Fluid inclusions: 1163 Fluorenes: 117 Fluorenones: 117 Fluorescence: 1755 Flux chamber: 1387 Forest soil: 813
Fractionation techniques: 751
Frenelopsis alata: 1743 Frequency factor: 553 FTIR: 787, 813, 1641 Fuel oil spill: 1733 Fulvic acid: 627 Fungi: 1031, 1545, 1743
Gas condensate: 1419 Gas dryness: 1409 Gas generation: 553 Gas hydrate: 1257
Gas±liquid equilibrium: 1419 Gaseous hydrocarbons: 1409 GC±IRMS: 1441
GC±MS: 635, 1581 GC-C-ir-MS: 787 GC/MS: 881
Generation of crude oil: 1301 Generation temperature: 1301 Geohopanoids: 1247 Geomacromolecules: 977 Geosynthesis: 523
Green sulfur bacteria: 777 Gulf of Mexico: 1257
Halophilic bacteria: 251 Heating-rate dependency: 1333 1,2,3,5,6,7-Hexamethylnaphthalene: 523 High energy UV photo-oxidation: 543 High molecular weight biomarkers: 1581 High-molecular-weight: 589
High-temperature GC: 589 Highly branched isoprenoids: 509 Hohlohsee: 645
Holocene: 231, 1053 Homolog ratios: 1301 Hopanoic acids: 1059 Hopanoid diagenesis: 1247 Hopanoids: 1023 HPLC: 317 HRTEM: 813 HTGC: 1581 Humic acid: 679 Humic matter: 1765 Humic substances: 609, 627 Humi®cation: 645, 945 Humus: 543
Hydrocarbon source rock: 1041 Hydrocarbons in outcrop samples: 599 Hydrocarbons: 409, 787, 1163, 1257, 1733 Hydrogen-donors: 1285
Hydrolysis residue: 655 Hydroperoxides: 169 Hydrophobic matter: 127 Hydrothermal petroleum: 1117 Hydrous pyrolysis: 25, 1189 Hypersaline environments: 1031
Immature source rock: 1783 Incubation experiment: 889 Injectivity: 1451
Intact phospholipid pro®le: 881 Interbedded shale-sourced oils: 1349 IR spectroscopy: 475
Irregular isoprenoids: 1175
iso-Alkanes: 331 Isoheptanes: 959 Isopentane: 1257 Isoprenoid wax esters: 489 24-isopropylcholestanes: 273 Isotope chromatographic eect: 1087 Isotope ratio-mass spectrometry: 645 Isotopes: 317
Kara Sea: 363 Kashpir oil shales: 1641
Kerogen elemental composition: 453 Kerogen stability: 463
Kerogen-like organic matter: 1663 Kerogen: 787, 1325
Ketones: 409, 1189 Kinetics: 553 Kupferschiefer: 1143
La Luna Formation: 1267 Lacustrine sediment: 41 Lacustrine sediments: 287, 763 Lake Baikal: 287, 1253 Lake CisoÂ: 777 Lakes: 745
Laser desorption mass spectrometry: 627 Laser micro-Raman: 75
Laser pyrolysis: 635 Late Triassic: 439 LC±MS: 1703 LC/ESI/MS: 881 Leaf waxes: 331 Liaohe basin: 1441
Light hydrocarbons: 211, 959 Lignin degradation: 1743 Lignin oxidation: 421 Lignin: 181, 1611 Lignite: 543 Lipase activity: 889 Lipid biomarkers: 1075 Lipid: 389, 1627
Lipids: 159, 199, 745, 777, 1005, 1743 Liquid chromatography: 1087 Little Ice Age : 903
Long-chainn-alkanes: 287 Long-chain alkenes: 799
Long-term agroecosystem experiments: 655 Lower Palaeozoic: 1041
Lower Rhine embayment: 1387 Lower weight hydrocarbons: 1509
Maar-type deposit: 787 Macro-algae exudates: 1765 Macromolecular lipids: 409 Malabaricatriene: 509 Malaysia: 1475 Mandapeta ®eld: 1495 ``Mango'' parameters: 959 Marine evaporitic petroleum: 1209 Marine sediments: 1797
Marine transgression: 763
Maturation and isomerisation: 1495 Maturity parameters: 25, 1301 Maturity sequence: 1 Maturity: 1325
MDI (methyl diamantane index): 267 Mediterranean Sea: 1627
Melanoidins: 813 Messel shale: 1189 Metabolite formation: 101 Methane balance: 1387 Methane consumption: 1387 Methane emissions: 1387 Methanogenesis: 769, 1363 Methanol/acetone/chloroform: 1783 Methyladamantanes: 67
Methylation: 523 2-Methylbutane: 1257 Methyldiamantanes: 67 4-Methyl sterols: 871 Micro FT±IR: 859 Micro-FTIR: 75 Microbial mat: 237
Micromeria: 331 Microphytobenthos: 1561 Mid-Norway: 211
Middle-upper troposphere: 15 Migration fractionation: 1409 Migration-contamination: 1475 Migration-fractionation: 1475 Mine soil: 543
Mineral protection: 463 Mineral surfaces: 711 Miscible ¯ood: 1451 Mitigation: 1451
Molecular fractionation: 1419 Molecular geochemistry: 1267 Molecular mechanics calculations: 1589 Molecular mechanics: 497
Molecular migration index: 1375 Molecular preservation: 1223 Molecular probes: 1189 Molecular ratios: 1301 Molecular stratigraphy : 903 Monitoring: 1463
Monomethylalkanes: 237 Monomictic lake: 777 Multivariate modelling: 211
n-alkane: 1441
n-alkanes: 231, 331, 363, 535, 589, 745, 829, 919, 1053, 1103, 1133, 1597
n-alkanoic acids: 1133
n-alkyl lipid distributions: 1223 n-fatty acids: 799
Nansha Sea: 159 Naphthenic acids: 1059 Natural gas composition: 1409 Natural gas: 1363
Negative chemical ionisation mass spectrometry: 1375
Neoproterozoic acritarchs: 75
N-isotopes: 1075 Nitrogen ®xation: 1075 Nitrogen: 317 NMR: 945
15N NMR spectroscopy: 609 Non-destructive: 1755 Norcholestane: 273 28-Norhopanes: 25 North Atlantic: 577 North Sea: 25, 1533
Northern Carnarvon Basin: 1545 Northwestern Black Sea: 1663 NW Java Basin: 295
Ob River: 363 ODP: 1597
Oil: 147, 295, 1325, 1419 Oil acidity: 1059 Oil correlation: 1441 Oil destruction: 553 Oil ®ngerprinting: 1463 Oil shales: 453 Oil±oil correlation: 959 Oleanane: 1475 Ole®ns: 1189 Open system: 1409 Ordovician: 273
Organic carbon: 363, 1005 Organic carbon content: 159 Organic carbon reactivity: 351 Organic deposition: 1451 Organic facies: 1475 Organic matter: 475
Organic matter composition: 351 Organic matter degradation: 351 Organic matter sources: 421 Organic sulphur: 453
Organo-mineral complexation: 669 Overmaturity: 267
Oxford Clay: 1087 Oxidation: 475, 1253
Oxidative artefact formation: 117 Oxygen-minimum zone: 1005
PAH: 1133 PAHs: 1545
Palaeoenvironmental change: 1223 Paleoceanography: 577
Paleoclimate: 287 Paleoproductivity: 1755 Paleotemperature: 799 Particle size separates: 727 PCA: 1223
Peat: 231, 421, 535, 1053 Perhydrous vitrinite: 1285 Perylene: 1133, 1545 Petroleum: 1163
Petroleum generation: 1495 Petroleum residues: 15 pH: 147
Phaeodactylum tricornutum: 91 Phase fractionation: 1419
Phenanthrene to methylphenanthrene ratio: 1117 Phenols: 181, 1285
Pheophorbidea: 1703 Pheophytins: 1561 Photic zone anoxia: 1525 Photodegradation rates: 91 Phytane: 1117
Phytol: 489 Phytoplankton: 317 Pigments: 1561 Pipeline: 1463
Plant fossil chemotaxonomy: 1223 PMI: 1175
Podzol: 727 Pollen: 859 Pollution: 15, 1733
Polycyclic aromatic hydrocarbon: 635 Polycyclic aromatic hydrocarbons: 1117 Preservation: 1005
Preservation mechanisms: 1663 Preservation of OM: 711 Priest Pot: 1253 Priest Pot (UK): 1247 Primary migration: 1
Principal component analysis (PCA): 295 Pristane: 769, 1117
Production allocation: 1463 Production metering: 1463 Production rate based-Uk0
37: 1095 Productivities of biota: 1349 Productivity assessment: 439
Prorocentrum micans: 871 Protein: 1611, 1627 Protein survivability: 679
Pseudomonas: 881
Purple nonsulfur bacteria: 1075 Purple sulfur bacteria: 777 Purpurins: 1253
Py-GC/MS: 645, 1627 Pyritic sulphur: 453 Pyrolyses: 421
Pyrolysis: 75, 237, 409, 453, 463, 475, 609, 757, 813, 945, 1409, 1641
Pyrolysis GC/MS: 679 Pyrolysis±GC: 211 Pyrolysis-GC/MS: 847 Pyrolysis/GC/MS: 787 Pyropheophorbidea: 1703
QSAR: 497
Rank: 1285 Rate constants: 199 Recent sediment: 57, 1257
Recent sediments: 169, 769, 1023, 1663 Redox conditions: 199
Refractory organic matter: 813 Refractory organic nitrogen: 337, 679 Refractory/passive pool: 655 Reservoir: 1451
Restricted system: 1409 Retene: 757
Retention: 1409
Rock-Eval pyrolysis: 1325 Ruhr basin: 1387
Saanich inlet: 1133 Sabah: 1475 Sabkha: 237
Sakurajima volcano: 1117 Santa Barbara Basin : 903 Santa Monica Basin: 1103 Sarawak: 1475
Sea surface temperature: 919 Secondary biogenic gas: 1363 Secondary cracking: 1409 Sediment microfabric: 735 Sedimentary environments: 159 Sedimentary pigments: 1253 Sediments: 317, 1103, 1533, 1703 Seeps: 1257
Selective preservation pathway: 1663 Selective preservation: 945
SEM BSE: 463
Semi-empirical calculations: 1589 Senescent phytoplankton: 169 Sequence stratigraphy: 1267 Sequential acid release: 375 Sergipe-Alagoas Basin: 1209 Shanganning Basin: 267 Silica: 147
Simulation experiments: 977 Sinking ¯ux: 1095
Sitosterol: 389
Size exclusion chromatography: 317 Small angle neutron scattering (SANS): 1 Soil: 635
Soil mineralogy: 697 Soil organic carbon: 655 Soil organic matter: 609, 697, 727 Soil pH: 389
Soil texture: 697 Solar salterns: 1031 Solid phase extraction: 117 Solid state13C NMR: 813, 1641 Solid-state 2-D15N13C NMR: 337 Solid-state13C NMR: 787, 847 Solid-state NMR: 679 Solvent extraction: 1783 Songliao basin: 763 Sorption: 147, 635 Sorption of DOM: 711 Source rock: 1267, 1325 Source rock concentrate: 1783 Source rocks: 1, 211
Southern margin: 1525 SPE: 127
Sphagnum: 231, 535, 1053 Spores: 859
Sporopollenin: 75, 859 SST: 829, 903, 1533, 1597
Stabilization: 727
Stable carbon isotope ratios: 777 Stable carbon isotopes: 829, 1387 Stanol: 389
Steroid-alkanoic acids: 1209
Sterols: 169, 251, 535, 577, 799, 1031, 1703 Steryl chlorin esters: 871, 1703
Structure II gas hydrate: 1257 Sugar hydrolysis: 421 Sulfate reduction rates: 351 Sulphate-reducing bacteria: 101 Summer monsoon: 15 Supercritical ¯uid: 1451 Surface sediments: 375, 1005
Tmax: 1325 Tabei: 273 TAN: 1059
Tangential ultra®ltration: 127 Tarim basin: 273, 599 Tazhong: 273 TEM: 463 Terra Preta: 669 Terrestrial: 1611 Terrestrial material: 57 Terrestrial origin: 1545 Tetrapyrroles: 1253 Thermal maturity: 67, 1041
Thermochemical sulfate reduction: 1143 Thermochemolysis: 409
Thermodynamic stabilities: 1589 Thermodynamics: 553
TMAH GC/MS: 679 TMAH: 609, 1611 Total acid number: 1059 Tracers: 169
Triaromatic dinosteroids: 273 Tricyclic terpanes: 497 Triterpenoids: 535 Tritrivakely lake: 421 Turbidity maximum: 1611 Turpan basin: 1349
Type II photodegradation processes: 169 Type II-S kerogen: 1641
Type II-S OM: 439
Uk Ultrasound: 1797
Unconventional grain size: 1409 Unstructured organic matter: 1597 Upper Holocene: 1533
Upwelling: 577, 919
Varved sediments : 903 Vitrinite: 1285
Vitrinite re¯ectance: 1041
Vitrinite-like maceral re¯ectance: 1041
Wakamiko caldera: 1117 Water washing: 295, 977 Wax: 589
White-rot fungal degradation: 181 Williston Basin: 959
Woodland vegetation: 389 XANES spectroscopy: 1641
Yenisei River: 363
Zostera marina: 1533
Zostera noltii: 1533 Zeolite: 1087
