Directory UMM :Data Elmu:jurnal:A:Aquaculture:Vol194.Issue1-2.2001:

LIST OF CONTENTS

Number 1
A.P. RadlinÂski, C.J. Boreham,
P. Lindner, O. Randl, G.D. Wignall,
A. Hinde and J.M. Hope

1 Small angle neutron scattering signature of oil
generation in arti®cially and naturally matured
hydrocarbon source rocks

S. Xie, T. Yao, S. Kang, B. Xu,
K. Duan and L.G. Thompson

15 Geochemical analyses of a Himalayan snowpit
pro®le: implications for atmospheric pollution and
climate

H.P. Nytoft, J.A. Bojesen-Koefoed
and F.G. Christiansen

25 C26 and C28-C34 28-norhopanes in sediments and
petroleum

M. Stefanova and J.R. Disnar

41 Composition and early diagenesis of fatty acids in
lacustrine sediments, lake Aydat (France)

A. Miltner and K.-C. Emeis

57 Origin and transport of terrestrial organic matter
from the Oder lagoon to the Arkona Basin,
Southern Baltic Sea

K. Grice, R. Alexander and
R.I. Kagi

67 Diamondoid hydrocarbon ratios as indicators of
biodegradation in Australian crude oils

K.R. Arouri, P.F. Greenwood and
M.R. Walter

75 Biological anities of Neoproterozoic acritarchs
from Australia: microscopic and chemical characterisation

J.-F. Rontani, S. Perrote and P. Cuny

91 Can a high chlorophyllase activity bias the use of
the phytyldiol versus phytol ratio (CPPI) for the
monitoring of chlorophyll photooxidation in seawater?

H. Wilkes, C. Boreham, G. Harms,
K. Zengler and R. Rabus

101 Anaerobic degradation and carbon isotopic fractionation of alkylbenzenes in crude oil by sulphatereducing bacteria

B. Bennett and S.R. Larter

117 The isolation, occurrence and origin of ¯uorenones

in crude oils and rock extracts

V. Roubeuf, S. Mounier and
J.Y. Benaim

127 Solid phase extraction applied to natural waters:
eciency and selectivity
133 10th EAOG Newsletter Ð Autumn 1999
I Current Literature Survey
V Forthcoming Papers
VII EAOG Travel Scholarships
IX Announcements

Numbers 2±3
J.C. Hower

139 Obituary: Frank Derbyshire 1945±1999

J.O. Grimalt

141 Introduction of Stefan Schouten for the Pieter
Schenck Award

S. Schouten

143 Acceptance speech for the 1999 Schenck Award: A
chemical engineer lost in the realm of Organic
Geochemistry

C.J. Daughney

147 Sorption of crude oil from a non-aqueous phase
onto silica: the in¯uence of aqueous pH and wetting
sequence

Yi Duan

159 Organic geochemistry of recent marine sediments
from the Nansha Sea, China

J.-F. Rontani and D. Marchand

169 Photoproducts of phytoplanktonic sterols: a potential
source of hydroperoxides in marine sediments?

T.R. Filley, P.G. Hatcher, W.C. Shortle
and R.T. Praseuth

181 The application of 13C-labeled tetramethylammonium hydroxide (13C-TMAH) thermochemolysis to the study of fungal degradation of
wood

M.-Y. Sun

199 Mass spectrometric characterization of 13C-labeled
lipid tracers and their degradation products in
microcosm sediments

W. Odden and T. Barth

211 A study of the composition of light hydrocarbons

(C5±C13) from pyrolysis of source rock samples

Notes
C.J. Nott, S. Xie, L.A. Avsejs,
D. Maddy, F.M. Chambers and
R.P. Evershed
F. Kenig

231 n-Alkane distributions in ombrotrophic mires as
indicators of vegetation change related to climatic
variation
237 C16±C29 homologous series of monomethylalkanes
in the pyrolysis products of a Holocene microbial
mat

D.J. Cli€ord, P.G. Hatcher, R.E. Botto, 243 Addendum
J.V. Muntean and K.B. Anderson
L.D. Stasiuk

245 Erratum

B. Warton, R. Alexander and R.I. Kagi

249 Erratum
I Current Literature Survey
V Forthcoming Papers
VII Announcements
XI EAOG Travel Scholarships

Number 4
T.B.P. Oldenburg, J. RullkoÈtter,
M.E. BoÈttcher and A. Nissenbaum

251 Molecular and isotopic characterization of organic
matter in recent and sub-recent sediments from the
Dead Sea

Li Jinggui, P. Philp and Cui Mingzhong

267 Methyl diamantane index (MDI) as a maturity

parameter for Lower Palaeozoic carbonate rocks
at high maturity and overmaturity

S.C. Zhang, A.D. Hanson,
J.M. Moldowan, S.A. Graham,
D.G. Liang, E. Chang and F. Fago

273 Paleozoic oil±source rock correlations in the Tarim
basin, NW China

D. Brincat, K. Yamada, R. Ishiwatari,
H. Uemura and H. Naraoka

287 Molecular-isotopic stratigraphy of long-chain
n-alkanes in Lake Baikal Holocene and glacial age
sediments

H. Napitupulu, L. Ellis and
R.M. Mitterer

295 Post-generative alteration e€ects on petroleum in
the onshore Northwest Java Basin, Indonesia

J.P. Sachs and D.J. Repeta

317 The puri®cation of chlorins from marine particles and
sediments for nitrogen and carbon isotopic analysis

Notes
C.M. Reddy, T.I. Eglinton, R. PalicÂ,
B.C. Benitez-Nelson, G. StojanovicÂ,
I. PalicÂ, S. Djordjevic and G. Eglinton
H. Knicker

331 Even carbon number predominance of plant wax
n-alkanes: a correction
337 Solid-state 2-D double cross polarization magic
angle spinning 15N 13C NMR spectroscopy on
degraded algal residues
341 Book Review

343 Reviewers 1999
345 11th EAOG Newsletter Ð Winter 1999/Spring
2000
I Current Literature Survey
V Forthcoming Papers
VII Announcements
XV EAOG Travel Scholarships

Number 5
ORGANIC MATTER PRESERVATION IN SOILS AND SEDIMENTS
C. Largeau and T. Eglinton

349 Introduction

C.J. Schubert, T.G. Ferdelman and
B. Strotmann

351 Organic matter composition and sulfate reduction
rates in sediments o€ Chile

M.B. Fernandes and M.-A. Sicre

363 The importance of terrestrial organic carbon inputs
on Kara Sea shelves as revealed by n-alkanes, OC
and d13C values

Y. Zegouagh, S. Derenne, C. Largeau
and A. Saliot

375 A geochemical investigation of carboxylic acids
released via sequential treatments of two sur®cial
sediments from the Changjiang delta and East
China Sea

I.D. Bull, P.F. van Bergen, C.J. Nott,
P.R. Poulton and R.P. Evershed

389 Organic geochemical studies of soils from the
Rothamsted classical experimentsÐV. The fate of
lipids in di€erent long-term experiments

V. GobeÂ, L. LemeÂe and A. AmbleÁs

409 Structure elucidation of soil macromolecular lipids
by preparative pyrolysis and thermochemolysis

S. Bourdon, F. Laggoun-DeÂfarge,
J.-R. Disnar, O. Maman, B. Guillet,
S. Derenne and C. Largeau

421 Organic matter sources and early diagenetic
degradation in a tropical peaty marsh (Tritrivakely,
Madagascar). Implications for environmental
reconstruction during the Sub-Atlantic

I. Veto, M. HeteÂnyi, M. HaÂmor-VidoÂ,
H. Hufnagel and J. Haas

439 Anaerobic degradation of organic matter controlled
by productivity variation in a restricted Late Triassic
basin

A. Brukner-Wein, C. Sajgo and
M. HeteÂnyi

453 Comparison of Pliocene organic-rich lacustrine
sediments in twin craters

V. Salmon, S. Derenne,
E. Lallier-VergeÁs, C. Largeau, and
B. Beaudoin

463 Protection of organic matter by mineral matrix in
a Cenomanian black shale

S.T. Petsch, R.A. Berner and
T.I. Eglinton

475 A ®eld study of the chemical weathering of ancient
sedimentary organic matter
I Current Literature Survey
V Forthcoming Papers
VII Announcements
XV EAOG Travel Scholarships

Number 6
J.-F. Rontani and P.C. Bonin

489 Aerobic bacterial metabolism of phytol in seawater:
e€ect of particle association on an abiotic intermediate step and its biogeochemical consequences

K.E. Peters

497 Petroleum tricyclic terpanes: predicted physicochemical behavior from molecular mechanics
calculations

S. Schouten, M.J.L. Hoefs and
J.S. Sinninghe DamsteÂ

509 A molecular and stable carbon isotopic study of
lipids in late Quaternary sediments from the Arabian
Sea

T.P. Bastow, R. Alexander, S.J. Fisher,
R.K. Singh, B.G.K. van Aarssen and
R.I. Kagi

523 Geosynthesis of organic compounds. Part V Ð
methylation of alkylnaphthalenes

M. Baas, R. Pancost, B. van Geel and
J.S. Sinninghe DamsteÂ

535 A comparative study of lipids in Sphagnum species

C. Rumpel, J.O. Skjemstad, H. Knicker, 543 Techniques for the di€erentiation of carbon types
present in lignite-rich mine soils
I. KoÈgel-Knabner and R.F. HuÈttl
D.W. Waples

553 The kinetics of in-reservoir oil destruction and gas
formation: constraints from experimental and
empirical data, and from thermodynamics

M.-A. Sicre, Y. Ternois, M. Paterne,
577 Biomarker stratigraphic records over the last 150
A. Boireau, L. Beaufort, P. Martinez and
kyears o€ the NW African coast at 25 N
P. Bertrand
S.D. Killops, R.M.K. Carlson and
K.E. Peters

589 High-temperature GC evidence for the early formation of C40+ n-alkanes in coals

Note
M. Li, Z. Xiao, L. Snowdon, R. Lin,
P. Wang, D. Hou, L. Zhang, S. Zhang
and D. Liang

599 Migrated hydrocarbons in outcrop samples: revised
petroleum exploration directions in the Tarim
Basin
I Current Literature Survey
V Forthcoming Papers
VII Announcements
XVII EAOG Travel Scholarships

Numbers 7±8
CHEMICAL STRUCTURE AND PRESERVATION PROCESSES OF ORGANIC MATTER
IN SOILS AND SEDIMENTS
J. Paulet

605 Obituary: Paul G. Leplat (1930±2000)

S. Derenne and H. Knicker

607 Preface: Chemical structure and preservation
processes of organic matter in soils and sediments

I. KoÈgel-Knabner

609 Analytical approaches
organic matter

T.L. Brown and J.A. Rice

627 The e€ect of laser wavelength and power density
on the laser desorption mass spectrum of fulvic acid

P.F. Greenwood, E.A. Guthrie and
P.G. Hatcher

635 The in situ analytical pyrolysis of two di€erent
organic components of a synthetic environmental
matrix doped with [4,9-13C] pyrene

for

characterizing

soil

O. Kracht and G. Gleixner

645 Isotope analysis of pyrolysis products from
Sphagnum peat and dissolved organic matter from
bog water

R. Kiem, H. Knicker, M. KoÈrschens
and I. KoÈgel-Knabner

655 Refractory organic carbon in C-depleted arable
soils, as studied by 13C NMR spectroscopy and
carbohydrate analysis

B. Glaser, E. Balashov, L. Haumaier,
G. Guggenberger and W. Zech

669 Black carbon in density fractions of anthropogenic
soils of the Brazilian Amazon region

X. Zang, J.D.H. van Heemst, K.J. Dria
and P.G. Hatcher

679 Encapsulation of protein in humic acid from a
histosol as an explanation for the occurrence of
organic nitrogen in soil and sediment

J.A. Baldock and J.O. Skjemstad

697 Role of the soil matrix and minerals in protecting
natural organic materials against biological attack

K. Kaiser and G. Guggenberger

711 The role of DOM sorption to mineral surfaces in
the preservation of organic matter in soils

M.W.I. Schmidt, H. Knicker and
I. KoÈgel-Knabner

727 Organic matter accumulating in Aeh and Bh
horizons of a Podzol Ð chemical characterization
in primary organo-mineral associations

Y. Furukawa

735 Energy-®ltering transmission electron microscopy
(EFTEM) and electron energy-loss spectroscopy
(EELS) investigation of clay±organic matter
aggregates in aquatic sediments

Regular Papers
Notes
K.J. Ficken, B. Li, D.L. Swain and
G. Eglinton

745 An n-alkane proxy for the sedimentary input of
submerged/¯oating freshwater aquatic macrophytes

C. Jiang, M. Li and A.C.T. van Duin

751 Inadequate separation of saturate and monoaromatic hydrocarbons in crude oils and rock
extracts by alumina column chromatography

Z. Wen, W. Ruiyong, M. Radke,
W. Qingyu, S. Guoying and L. Zhili

757 Retene in pyrolysates of algal and bacterial organic
matter

D. Hou, M. Li and Q. Huang

763 Marine transgressional events in the gigantic
freshwater lake Songliao: paleontological and
geochemical evidence

V. Grossi, D. Raphel, A. Hirschler-ReÂa,
M. Gilewicz, A. Mouzdahir,
J.-C. Bertrand and J.-F. Rontani

769 Anaerobic biodegradation of pristane by a marine
sedimentary bacterial and/or archaeal community

Addendum
T.B.P. Oldenburg, J. RullkoÈtter,
M.E. BoÈttcher and A. Nissenbaum

773 Addendum to ``Molecular and isotopic characterization of organic matter in Recent and sub-Recent
sediments from the Dead Sea'' [Organic Geochemistry, 31 (2000) 251±265]

Corrigendum
M.J. Whiticar and L.R. Snowdon

775 Corrigendum to ``Geochemical characterization of
selected Western Canada oils by C5±C8 Compound
Speci®c Isotope Correlation (CSIC)'' [Organic
Geochemistry, 30 (1999) 1127±1161]
I Current Literature Survey
VII Forthcoming Papers
IX Announcements
XV EAOG Travel Scholarships

Number 9
13

W.A. Hartgers, S. Schouten,
J.F. Lopez, J.S. Sinninghe DamsteÂ
and J.O. Grimalt

777

C-contents of sedimentary bacterial lipids in a
shallow sul®dic monomictic lake (Lake CisoÂ, Spain)

S. Derenne, C. Largeau,
A. Brukner-Wein, M. Hetenyi,
G. Bardoux and A. Mariotti

787 Origin of variations in organic matter abundance
and composition in a lithologically homogeneous
maar-type oil shale deposit (GeÂrce, Pliocene, Hungary)

M. Yamamoto, Y. Shiraiwa
and I. Inouye

799 Physiological responses of lipids in Emiliania
huxleyi and Gephyrocapsa oceanica (Haptophyceae)
to growth status and their implications for alkenone
paleothermometry

N. Poirier, S. Derenne, J.-N. Rouzaud,
C. Largeau, A. Mariotti, J. Balesdent
and J. Maquet

813 Chemical structure and sources of the macromolecular, resistant, organic fraction isolated from
a forest soil (LacadeÂe, south-west France)

K. Mangelsdorf, U. GuÈntner and
J. RullkoÈtter

829 Climatic and oceanographic variations on the
California continental margin during the last 160 kyr

J.D.H. van Heemst, L. Megens,
P.G. Hatcher and J.W. de Leeuw

847 Nature, origin and average age of estuarine
ultra®ltered dissolved organic matter as determined
by molecular and carbon isotope characterization

B.L. Yule, S. Roberts and
J.E.A. Marshall

859 The thermal evolution of sporopollenin

H.M. Talbot, R.N. Head, R.P. Harris
and J.R. Maxwell

871 Discrimination against 4-methyl sterol uptake
during steryl chlorin ester production by copepods

J. Fang, M.J. Barcelona and
P.J.J. Alvarez

881 A direct comparison between fatty acid analysis
and intact phospholipid pro®ling for microbial
identi®cation

M.-Y. Sun, W. Shi and R.F. Lee

889 Lipid-degrading enzyme activities associated with
distribution and degradation of fatty acids in the
mixing zone of Altamaha estuarine sediments

M. Zhao, G. Eglinton, G. Read and
A. Schimmelmann

0

903 An alkenone (UK
37 ) quasi-annual sea surface
temperature record (A.D. 1440 to 1940) using
varved sediments from the Santa Barbara Basin

M. Zhao, G. Eglinton, S.K. Haslett,
919 Marine and terrestrial biomarker records for the
R.W. Jordan, M. Sarnthein and Z. Zhang
last 35,000 years at ODP site 658C o€ NW Africa
Comment
A.E. Bence, W.A. Burns,
P.J. Mankiewicz, D.S. Page and
P.D. Boehm
Reply
F.D. Hostettler, R.J. Rosenbauer and
K.A. Kvenvolden

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
939 Response to Comment by Bence et al.
I Current Literature Survey
VII Forthcoming Papers
IX Announcements
XV EAOG Travel Scholarships

Number 10
Review
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

945 The molecularly-uncharacterized component of
nonliving organic matter in natural environments

M. Obermajer, K.G. Osadetz,
M.G. Fowler and L.R. Snowdon

959 Light hydrocarbon (gasoline range) parameter
re®nement of biomarker-based oil±oil correlation
studies: an example from Williston Basin

A. CharrieÂ-Duhaut, S. Lemoine,
P. Adam, J. Connan and P. Albrecht

977 Abiotic oxidation of petroleum bitumens under
natural conditions

S. Schulte, K. Mangelsdorf
and J. RullkoÈtter

1005 Organic matter preservation on the Pakistan continental margin as revealed by biomarker geochemistry

H. Naraoka, K. Yamada and
R. Ishiwatari

1023 Recent sedimentary hopanoids in the northwestern
Paci®c alongside the Japanese Islands Ð their
concentrations and carbon isotopic compositions

L. MeÂjanelle, J. F. LoÁpez,
N. Gunde-Cimerman and J.O. Grimalt

1031 Sterols of melanized fungi from hypersaline environments

Xiao Xianming, R.W.T. Wilkins,
Liu Dehan, Liu Zufa and F. Jiamu

1041 Investigation of thermal maturity of lower Palaeozoic hydrocarbon source rocks by means of vitrinite-like maceral re¯ectance Ð a Tarim Basin case
study

Note
S. Xie, C.J. Nott, L.A. Avsejs,
1053 Palaeoclimate records in compound-speci®c D
F. Volders, D. Maddy, F.M. Chambers,
values of a lipid biomarker in ombrotrophic peat
A. Gledhill, J.F. Carter and
R.P. Evershed
I Current Literature Survey
VII Forthcoming Papers
IX Announcements
XVII EAOG Travel Scholarships

Number 11
W. Meredith, S.-J. Kelland and
D.M. Jones

1059 In¯uence of biodegradation on crude oil acidity and
carboxylic acid composition

V.I. Beaumont, L.L. Jahnke and
D.J. Des Marais

1075 Nitrogen isotopic fractionation in the synthesis of
photosynthetic pigments in Rhodobacter capsulatus
and Anabaena cylindrica

F. Kenig, B.N. Popp and
R.E. Summons

1087 Preparative HPLC with ultrastable-Y zeolite for
compound-speci®c carbon isotopic analyses

J. Hamanaka, K. Sawada and
E. Tanoue

1095 Production rates of C37 alkenones determined by
13
C-labeling technique in the euphotic zone of
Sagami Bay, Japan

A. Pearson and T.I. Eglinton

1103 The origin of n-alkanes in Santa Monica Basin
surface sediment: a model based on compoundspeci®c
14C and d13C data

T. Yamanaka, J. Ishibashi and
J. Hashimoto

1117 Organic geochemistry of hydrothermal petroleum
generated in the submarine Wakamiko caldera,
southern Kyushu, Japan

J.E. Silliman, P.A. Meyers,
P.H. Ostrom, N.E. Ostrom and
B.J. Eadie

1133 Insights into the origin of perylene from isotopic
analyses of sediments from Saanich Inlet, British
Columbia

Y.-Z. Sun and W. PuÈttmann

1143 The role of organic matter during copper enrichment
in Kupferschiefer from the Sangerhausen basin,
Germany

D.M. Jones and G. Macleod

1163 Molecular analysis of petroleum in ¯uid inclusions:
a practical methodology

M. Elvert, E. Suess, J. Greinert and
M.J. Whiticar

1175 Archaea mediating anaerobic methane oxidation in
deep-sea sediments at cold seeps of the eastern
Aleutian subduction zone

R.N. Leif and B.R.T. Simoneit

1189 The role of alkenes produced during hydrous
pyrolysis of a shale

D.C. Rodrigues, L. Koike,
F. de A.M. Reis, H.P. Alves,
H.K. Chang, L.A. Trindade and
A.J. Marsaioli

1209 Carboxylic acids of marine evaporitic oils from
Sergipe-Alagoas Basin, Brazil

M.J. Lockheart, P.F. van Bergen and
R.P. Evershed

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

Notes
D.F. Watson and P. Farrimond

1247 Novel polyfunctionalised geohopanoids in a recent
lacustrine sediment (Priest Pot, UK)

R.L. Airs, C. Jie and B.J. Keely

1253 A novel sedimentary chlorin: structural evidence for
a chlorophyll origin for aetioporphyrins

R. Sassen, S.T. Sweet, D.A. DeFreitas
and A.V. Milkov

1257 Exclusion of 2-methylbutane (isopentane) during
crystallization of structure II gas hydrate in sea¯oor sediment, Gulf of Mexico
I Current Literature Survey
VII Forthcoming Papers
IX Announcements
XV EAOG Travel Scholarships

Number 12
ADVANCES IN ORGANIC GEOCHEMISTRY 1999
1263 Preface
1265 Editorial
Petroleum Geochemistry
A. Rangel, P. Parra and C. NinÄo

1267 The La Luna formation: chemostratigraphy and
organic facies in the Middle Magdalena Basin

M.J. Iglesias, A. JimeÂnez,
J.C. del RõÂo and I. SuaÂrez-Ruiz

1285 Molecular characterisation of vitrinite in relation
to natural hydrogen enrichment and depositional
environment

Cs. SajgoÂ

1301 Assessment of generation temperatures of crude
oils

M. Nali, G. Caccialanza, C. Ghiselli
and M.A. Chiaramonte

1325 Tmax of asphaltenes: a parameter for oil maturity
assessment

V. Dieckmann, B. Hors®eld and
H.J. Schenk

1333 Heating rate dependency of petroleum-forming
reactions: implications for compositional kinetic
predictions

Y. Sun, G. Sheng, P. Peng and J. Fu

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

R.J. Pallasser

1363 Recognising biodegradation in gas/oil accumulations through the d13C compositions of gas
components

R. Galimberti, C. Ghiselli and
M.A. Chiaramonte

1375 Acidic polar compounds in petroleum: a new
analytical methodology and applications as
molecular migration indices

T. Thielemann, A. LuÈcke,
G.H. Schleser and R. Littke

1387 Methane exchange between coal-bearing basins and
the atmosphere: the Ruhr Basin and the Lower
Rhine Embayment, Germany

.
S. Inan

1409 Gaseous hydrocarbons generated during pyrolysis of
petroleum source rocks using unconventional grainsize: implications for natural gas composition

G.W. van Graas, A.E. Gilje,
T.P. Isom and L.A. Tau

1419 The e€ects of phase fractionation on the composition of oils, condensates and gases

Y. Xiong and A. Geng

1441 Carbon isotopic composition of individual nalkanes in asphaltene pyrolysates of biodegraded
crude oils from the Liaohe Basin, China

R.J. Hwang and J. Ortiz

1451 Mitigation of asphaltics deposition during CO2
¯ood by enhancing CO2 solvency with chemical
modi®ers

R.J. Hwang, D.K. Baskin and
S.C. Teerman

1463 Allocation of commingled pipeline oils to ®eld
production

J. Curiale, J. Morelos, J. Lambiase and 1475 Brunei Darussalam. Characteristics of selected
W. Mueller
petroleums and source rocks
M.S. Raza Khan, A.K. Sharma,
S.K. Sahota and M. Mathur

1495 Generation and hydrocarbon entrapment within
Gondwanan sediments of the Mandapeta area,
Krishna-Godavari Basin, India

I. Matyasik, A. Steczko and R.P. Philp 1509 Biodegradation and migrational fractionation of
oils from the Eastern Carpathians, Poland
Biogeochemistry
Y. Huang, K.H. Freeman,
R.T. Wilkin, M.A. Arthur and
A.D. Jones

1525 Black Sea chemocline oscillations during the
Holocene: molecular and isotopic studies of
marginal sediments

B.E. van Dongen, W.I.C. Rijpstra,
C.J.M. Philippart, J.W. de Leeuw and
J.S. Sinninghe DamsteÂ

1533 Biomarkers in upper Holocene Eastern North Sea
and Wadden Sea sediments

C. Jiang, R. Alexander, R.I. Kagi and
A.P. Murray

1545 Origin of perylene in ancient sediments and its
geological signi®cance

J. William Louda, J.W. Loitz,
D.T. Rudnick and E.W. Baker

1561 Early diagenetic alteration of chlorophyll-a and
bacteriochlorophyll-a in a contemporaneous marl
ecosystem; Florida Bay

M. Hsieh, R.P. Philp and J.C. del Rio

1581 Characterization of high molecular weight biomarkers in crude oils

P.Y. SchuÈpfer and F.O. GuÈlacËar

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

R. Lutz, B. Gieren, A. LuÈckge,
H. Wilkes and R. Littke

1597 Composition of organic matter in subducted and
unsubducted sediments o€ the Nicoya peninsula,
Costa Rica (ODP Leg 170, Sites 1039 and 1040)

A. Mannino and H.R. Harvey

1611 Terrigenous dissolved organic matter along an
estuarine gradient and its ¯ux to the coastal ocean

Y. CËoban-Yõldõz, D. Fabbri,
D. Tartari, S. TugÆrul and A.F. Gaines

1627 Application of pyrolysis±GC/MS for the
characterisation of suspended particulate organic
matter in the Mediterranean Sea: a comparison
with the Black Sea

A. Riboulleau, S. Derenne, G. Sarret,
C. Largeau, F. Baudin and J. Connan

1641 Pyrolytic and spectroscopic study of a sulphur-rich
kerogen from the ``Kashpir oil shales'' (Upper
Jurassic, Russian platform)

A. Garcette-Lepecq, S. Derenne,
C. Largeau, I. Bouloubassi and
A. Saliot

1663 Origin and formation pathways of kerogen-like
organic matter in recent sediments o€ the Danube
delta (northwestern Black Sea)

K.-U. Hinrichs, R.E. Summons,
V. Orphan, S.P. Sylva and
J.M. Hayes

1685 Molecular and isotopic analysis of anaerobic
methane-oxidizing communities in marine sediments

C. Ri€eÂ-Chalard, L. Verzegnassi and
F.O. GuÈlacËar

1703 A new series of steryl chlorin esters: pheophorbide a
steryl esters in an oxic surface sediment

J. Schwarzbauer, R. Littke and
V. Weigelt

1713 Identi®cation of speci®c organic contaminants for
estimating the contribution of the Elbe river to the
pollution of the German Bight

S. Ezra, S. Feinstein, I. Pelly,
D. Bauman and I. Miloslavsky

1733 Weathering of fuel oil spill on the east Mediterranean coast, Ashdod, Israel

T.T. Nguyen Tu, S. Derenne,
C. Largeau, A. Mariotti,
H. Bocherens and D. Pons

1743 E€ects of fungal infection on lipid extract composition of higher plant remains: comparison of
shoots of a Cenomanian conifer, uninfected and
infected by extinct fungi

R.F. Chen, Y. Jiang and M. Zhao

1755 Solid-phase ¯uorescence determination of chlorins
in marine sediments

E. Parlanti, K. WoÈrz, L. Geo€roy and
M. Lamotte

1765 Dissolved organic matter ¯uorescence spectroscopy
as a tool to estimate biological activity in a coastal
zone submitted to anthropogenic inputs

G. Shaohui, L. Shuyuan and
Q. Kuangzong

1783 CS2/NMP extraction of immature source rock
concentrates

M. Mecozzi, P. Dragone, M. Amici
and E. Pietrantonio

1797 Ultrasound assisted extraction and determination
of the carbohydrate fraction in marine sediments
I Current Literature Survey
VII Forthcoming Papers
IX Announcements
XV EAOG Travel Scholarships
XVII Volume Contents, Author Index and
Keyword Index

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
Cli€ord 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
Geo€roy 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
.
Inan 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
Kagi R.I., 67, 249, 523, 1545
Kaiser K., 711

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
Ri€eÂ-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
Talbot H.M., 871
Tanoue E., 1095
Tartari D., 1627
Tau L.A., 1419
Teerman S.C., 1463
Ternois Y., 577
Thielemann T., 1387
Thompson L.G., 15
Trindade L.A., 1209
TugÆrul S., 1627

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
Zufa L., 1041

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
Bacteriochlorophyll a: 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
13
C CP/MAS NMR spectroscopy: 543
13
C CPMAS NMR spectroscopy: 655
13
C CPMAS NMR: 727
13
C-labeled microalgae: 199
13
C-labeled tetramethylammonium hydroxide: 181
13
C-labeling technique: 1095
13
C-labeling: 635
13
C NMR spectroscopy: 609
13
C of lipids: 509
13
C stable carbon isotopes: 847
14
C activity measurements: 543
14
C radiocarbon isotopes: 847
C-25 regular isoprenoid acid: 1209
C30 desmethylsteranes: 763
C31 methylsteranes: 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: 1075

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
CO2 recycling: 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®c d13C values: 1133
Compound-speci®c d13C: 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
Di€erential 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 eciency: 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
Gephyrocapsa oceanica: 799
Gippsland Basin: 67
Gondwanan sediments: 1495
Grassland: 389

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 e€ect: 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-chain n-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
Mixed bacterial/archaeal community: 769
Molecular characterisation: 1285

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
15
N 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
Pheophorbide a: 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
0
Production rate based-Uk37: 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
Pyropheophorbide a: 1703
QSAR: 497
Radiocarbon: 1103

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

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

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 state 13C NMR: 813, 1641
Solid-state 2-D 15N 13C NMR: 337
Solid-state 13C 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

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
Uk37 : 1533
0
Uk37 : 1597
K0
U37 : 903
0
UK
37 : 799
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
Waxes: 1581
Wax esters: 535
Weathering: 475, 1733
West Greenland: 25
Western North Paci®c: 1023
Wetting sequence: 147

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
Zooplankton grazing: 871