|
Chapman J B
|
(2006)
Nd-Pb-Os and Cu-Zn isotope systematics of Urals VHMS deposits
Tessalina S, Weiss DJ, Mason TF & Chapman JB
|
|
(2006)
Iron isotope fractionation by abiotic mechanisms during ore genesis
Chapman J, Weiss D, Coles B & Wilkinson J
|
|
(2006)
Fractionation of Cu, Zn and Fe within the plant-soil environment
Chapman J, Peel K, Arnold T, Wilkinson J, Coles B & Weiss D
|
|
|
Chapman Jacqui
|
(2016)
The Unique Wolverine HREE Deposit, Browns Range Area, Western Australia
Nazari Dehkordi T, Spandler C, Oliver N & Chapman J
|
|
|
Chapman James
|
(2020)
A Temperature-Independent Method for Estimating Paleo-Elevation and its Application in the Tibetan Plateau
Hu F, Wu F, Chapman J, Ducea M & Liu S
|
|
|
Chapman Jay
|
(2019)
The Role of Arc Migration in Cordilleran Orogenic Cyclicity
Chapman J & Ducea M
|
|
|
Chapman John
|
(2017)
Insights into Diamond Formation from Polycrystalline Diamond Aggregates
Jacob D, Stern R, Chapman J & Piazolo S
|
|
(2012)
Anomalous Zircon Ce4+/Ce3+ Ratios from Early Jurassic Plutons in Yukon: Implications for Porphyry Exploration
Chapman J, Jackson S & Ryan J
|
|
(2012)
Methods for the Determination of Te Isotope Compositions of Minerals in the System Au-Ag-Te by MC-ICP-MS
Fornadel A, Spry P, Mathur R, Jackson S, Chapman J & Girard I
|
|
(2012)
Mapping Element Concentrations and Ce4+/Ce3+ Ratios in Zircon by LA-ICP-MS
Jackson S & Chapman J
|
|
|
Chapman M.
|
(2019)
Reconstructing North Atlantic Palaeotemperatures: An Evaluation of Clumped Isotopes as Part of Multiproxy Foraminiferal Investigations
Umbo S, Chapman M, Dennis P & Marca A
|
|
(2019)
Foraminiferal Stable Isotope Record from the Northeastern Peri-Tethys during the Palaeocene-Eocene Thermal Maximum (PETM)
Pedentchouk N, Chapman M & Gavrilov Y
|
|
(2011)
Rapid Climate Change during Marine Isotope Stage 5-4 Glacial Inception in the Subpolar North Atlantic
Farmer E & Chapman M
|
|
(2009)
Holocene Temperature Evolution of the Subpolar North Atlantic Recorded in the Mg/Ca Ratios of Surface and Thermocline Dwelling Planktonic Foraminifers
Farmer E, Chapman M & Andrews J
|
|
|
Chapman N.
|
(2003)
Geochemical Issues in Deep Underground Disposal of Wastes
Chapman N & Bruno J
|
|
|
Chapman Paul
|
(2011)
Complexation Studies of EDTA with 99Tc Analogue Rhenium
Chapman P, Corkhill C & Romero-Gonzalez M
|
|
|
Chapman Pippa
|
(2022)
The Role of Soil Organic Carbon Chemistry in Soil Aggregate Formation and Carbon Preservation
Otero-Fariña A, Brown H, Xiao K-Q, Chapman P, Holden J, Banwart S & Peacock CL
|
|
(2008)
34S Tracer Study of Pollutant Sulfur Behaviour in a Lowland Peat Bog
Bottrell S, Coulson J, Bartlett R, Clark J & Chapman P
|
|
(2008)
Recovery from Acidification: Sulfur Cycling and Dissolved Organic Carbon Dynamics
Bartlett R, Bottrell S, Clark J & Chapman P
|
|
|
Chapman Rob
|
(2022)
Fingerprinting Placer Gold Alloy from the Yukon-Tanana Uplands of Eastern Alaska: Integrating Trace Element and Pb Isotopic Chemistry of Gold
Thompson J, Marsh EE, Pillers RM & Chapman R
|
|
(2021)
Coupling Gold Compositional Variations with Hydrothermal Vein Parageneses as Exploration Tool in Orogenic Settings – The Loch Tay Area (Scotland)
Savastano L, Chapman R & Torvela T
|
|
|
Chapman Robert
|
(2007)
Pb Isotope Provenance Study of Irish Bronze Age Gold Using LA-ICP-MS
Pike A, Standish C, Foster G, Pollard CJ, Cahill M & Chapman R
|
|
|
Chapman S.
|
(2018)
Identification of Degradation Pathways of Chlorinated Hydrocarbons in Saturated Low Permeability Sediments Using Compound-Specific Isotope Analysis
Wanner P, Parker B, Chapman S, Lima G, Mack E-E & Aravena R
|
|
(2013)
Application of CSIA for Evaluating the Fate of Chlorinated Compounds in Low Permeability Sediments
Aravena R, Parker B, Lima G, Chapman S & Adamson D
|
|
|
Chapman Taylor
|
(2018)
Evaluation of paleo-CO2 Proxy Based on Carbon Isotope Value of Long Chain N-Alkanes and Terpenoids from C3 Land Plants
Cui Y, Chapman T & Schubert B
|
|
|
Chapman Timothy
|
(2023)
Redox Sensitivity of Blueschist and Eclogite Mineral Equilibria
Chapman T & Clarke G
|
|
(2018)
Grain-Scale Dependency of Metamorphic Reaction on Strain
Chapman T, Clarke G, Piazolo S, Robbins V & Trimby P
|
|
|
Chapon V.
|
(2019)
Impact of an ex situ Treatment for Cesium Decontamination on Soil Bacterial Communities
Chapon V, Piette L, Blot S, Leonhardt N, Latrille C, Chagvardieff P, Faure S, Sarrobert C & Berthomieu C
|
|
(2016)
Uranium Biomineralization in Environmental Bacteria
Chapon V, Theodorakopoulos N, Piette L, Fevrier L, Coppin F, Gallois N, Armengaud J, Alpha-Bazin B, Barakat M, Ortet P, Carriere M, Vercouter T & Berthomieu C
|
|
(2015)
Interaction between Uranium and Four Microbacterium Strains Isolated from Metal and Radionuclide-Rich Environments
Chapon V, Theodorakopoulos N, Piette L, Barakat M, Ortet P, Zirah S, Kish A, Berthomieu C & Fevrier L
|
|
(2013)
Natural Uranium Ores Host Iron-Reducing and Iron-Oxidizing Bacteria as Demonstrated by High Throughput Sequencing and Cultural Approaches
Mondani L, Benzerara K, Carriere M, Christen R, Fevrier L, Achouak W, Nardoux P, Berthomieu C & Chapon V
|
|
(2012)
Remobilisation of Uranium from Contaminated Sediments: Effect of the Bioturbation
Motelica-Heino M, Le Moing F, Lagauzere S, Bonzom J-M, Fevrier L & Chapon V
|
|
(2012)
Pyrosequencing Analysis of Bacterial Diversity in Tchernobyl Contaminated Trenches
Theodorakopoulos N, Christen R, Piette L, Fevrier L, Coppin F, Martin-Garin A, Le Marrec C, Sergeant C, Chapon V & Berthomieu C
|
|
(2011)
Uranium Interactions with Bacterial Communities from Contaminated Soils in Chernobyl
Sergeant C, Theodorakopoulos N, Piette L, Vesvres M-H, Le Marrec C, Christen R, Coppin F, Fevrier L, Martin-Garin A, Berthomieu C & Chapon V
|
|
(2010)
Bacterial Community Analysis of Contaminated Soils from Chernobyl
Sergeant C, Chapon V, Berthomieu C, Vesvres M-H, Piette L, Le Marrec C, Coppin F, Fevrier L & Martin-Garin A
|
|
(2005)
Oxidation of Natural Groundwater from Bangladesh: Arsenic Speciation Evolution Assessed by XAS
Thoral S, Rose J, van Geen L, Garnier J, Chapon V, Hazeman JL, Heulin T & Bottero J
|
|
(2002)
Geomicrobiology of Carbonate Precipitations at the Surface of Pyroxenes in an Aridic Soil
Benzerara K, Chapon V, Heulin T, Guyot F, Menguy N & Skouri F
|
|
|
Chappaz A.
|
(2023)
Rhenium Geochemistry Under Sulfidic Conditions: When the Sulfide Acts as Both Ligand and Reducing Agent
Guida C, Chappaz A, Grant C, Fernandez-Martinez A & Charlet L
|
|
(2023)
Synchrotron-Based Constraints on the Vanadium Paleoredox Proxy in the Tremadocian Alum Shale of Northeast Estonia, Baltic Paleobasin
Mandjoukov BP, Lumiste K, Vind J, Kirsimäe K, Chappaz A & Mänd K
|
|
(2023)
Characterizing Uranium Speciation in Marine Phosphorites to Advance the Paleo-Redox Proxy
Meyer F, Chappaz A, Marshall MS, Hancock L & Lau KV
|
|
(2023)
Why Networking Outside Academia is Vital for Your Career
Chappaz A
|
|
(2023)
Molybdenum Heterogeneity in Euxinic Settings: Implications for the Mo Isotopes
Chappaz A, Dickson AJ, Haeri Ardakani OH & Tribovillard N
|
|
(2022)
Understanding Trace Element Mobility during Early Diagenesis Using Several in situ Techniques
Gregory DD, Chappaz A, Atienza NE, Kovarik L, Cliff J, Perea D, Taylor S & Lyons TW
|
|
(2022)
Trace Metal – Pyrite Interactions during Early-Diagenesis: Calibrating The Paleoproxy
Figueroa MC, Gregory DD, Chappaz A, Mukherjee I, Swing MR, Kukkadapu R & Lyons TW
|
|
(2021)
Selenium Geochemistry at the Sediment-Water Interface of a Subarctic Canadian Lake Impacted by Mining Activities
Mokris D, Hlohowskyj SR, Galloway J, Ardakani OH & Chappaz A
|
|
(2021)
New Insights from Speciation Analyses on Trace Metal Oxyanion Geochemistry in Modern and Ancient Sulfidic Settings
Chappaz A
|
|
(2021)
Determination of How As is Hosted in Pyrite Using a Combination of LA-ICPMS, TEM, APT, nanoSIMS XAFS, and XANES
Gregory DD, Chappaz A, Perea D, Taylor S, Cliff J & Kovarik L
|
|
(2021)
Molybdenum-Uranium-Vanadium Geochemistry in the Lower Paleozoic Alum Shale of Scandinavia: Implications for Vanadium Exploration
Bian L, Sanei H, Schovsbo NH, Chappaz A & Zheng X
|
|
(2020)
Trace Element Molecular Geochemistry: A New Approach for Investigating the Past
Chappaz A, Donard O, Hlohowskyj S, Brennan C, Lau K, Gregory D & Lalonde S
|
|
(2020)
Toward a Predictive Model for Molybdenum Speciation and Isotope Ratio in Sulfidic Waters
Hlohowskyj S, Chen X, Romaniello S, Molina M, Lyons T & Chappaz A
|
|
(2020)
Is Pyrite an Important Sink for Mo? Evidence from XAFS, TEM and APT Analyses of Pyrite
Gregory D, Chappaz A, Atienza N, Taylor S, Perea D, Kovarik L & Lyons T
|
|
(2018)
Molybdenum and Chromium Molecular Geochemistry: Advancing the Paleo-Redox Proxies
Chappaz A, Babos H, Hlohowskyj S & Tessin A
|
|
(2018)
Molybdenum Burial Mechanism: Iron-Sulfide Pathway
Vorlicek T, Helz G, Chappaz A, Vue P & Vezina A
|
|
(2018)
Molybdenum Molecular Geochemistry in Distinct Solid Phases Reveal Strong Heterogeneity in Black Shales
Hlohowskyj S, Ardakani O, Sanei H, Wood J & Chappaz A
|
|
(2018)
Nano-Inclusions Verses Lattice-Bound Trace Elements in Pyrite: Implications on Formation History and Paleo-Ocean Chemistry
Gregory D, Perea D, Cliff J, Kovarik L, Chappaz A & Lyons T
|
|
(2018)
Chromium Geochemistry in Lake Erie Sediments
Babos HB, Hlohowskyj SR, Gill G, Veresh A & Chappaz A
|
|
(2017)
Does High Molybdenum Enrichment in Sedimentary Records Always Require Past Anoxic Conditions?
Ardakani OH, Sanei H, Chappaz A, Haghnazar-Liseroudi M & Wood JM
|
|
(2017)
Evidence for Localized Severe Euxinia during Lower Jurassic in Western Canada Sedimentary Basin: A Multi-Paleo Proxies Study
Ardakani OH, Chappaz A, Sanei H, Mayer B & Wieser M
|
|
(2017)
Inorganic Fixation of Molybdenum
Vorlicek T, Helz G, Chappaz A, Vue P & Vezina A
|
|
(2017)
Assessing the Potential of Redox Sensitive Trace Metals to Capture Climate Variability in an Equitorial Meromicitic Lake
Hlohowskyj S, Thompson D & Chappaz A
|
|
(2016)
Reconstructing 1, 500 Years of Sediment History from North Poland Using Pb Isotopes
Babos H, Black S, Pluskowski A, Brown A & Chappaz A
|
|
(2016)
Chromium, Tungsten and Vanadium Diagenesis in Lake Sediments
Chappaz A
|
|
(2015)
The Importance of Thermal Maturity for Molybdenum Geochemistry in Black Shale: Implications for the Paleo – Proxy
Ardakani OH, Chappaz A & Sanei H
|
|
(2014)
Exploring Mo-Dissolved Organic Matter (DOM) Interactions as a Control on the Mo Paleoproxy
Wagner M & Chappaz A
|
|
(2014)
Molybdenum Speciation in Modern and Ancient Euxinic Settings
Chappaz A, Owens J & Lyons T
|
|
(2014)
Formation of Fe-Mo-S Solid(s): Possible Sequestration Vehicle
Vorlicek T, Chappaz A, Groskreutz L & Myslicki N
|
|
(2013)
Molybdenum Speciation and Distribution in Ancient Euxinic Shales by µXRF and µXANES Spectroscopy
Chappaz A, Fitts JP & Dahl TW
|
|
(2012)
Molybdenum Sequestration in Sulfidic Sediments: Xafs Evidence for mo Reduction
Chappaz A, Dahl TW, Fitts JP & Lyons TW
|
|
(2011)
Molybdenum as a Paleoredox Proxy: An Update
Lyons T, Arnold G, Chappaz A, Gill B, Planavsky N, Reinhard C, Riedinger N, Scott C & Anbar A
|
|
(2009)
Exploring the Relationship between Molybdenum and Organic Matter Through Experimental Approaches and XAS and NMR Characterization
Chappaz A, Lyons TW, Fitts JP & Myneni SCB
|
|
(2008)
Sequestration Mechanisms and Sources of Rhenium in Lacustrine Sediments, Eastern Canada
Chappaz A, Gobeil C & Tessier A
|
|
|
Chappell A.
|
(2011)
Net Redistribution of 137Cs over Australia
Bui E & Chappell A
|
|
|
Chappell B.W.
|
(2011)
Silicon Isotopes in Granitoid Rocks
Savage PS, Georg RB, Williams HM, Burton KW, Halliday AN & Chappell BW
|
|
(2011)
Secular Trends in Granite Zircon εHf–δ18O, Australian Tasmanides
Jeon H, Williams I, Chappell B & Bennett V
|
|
(2008)
Applications of SHRIMP II to O Isotopic Analysis of Granite Zircon and Conodont Apatite
Williams I, Trotter J, Ickert R & Chappell B
|
|
(2008)
In situ U-Pb, O, and Hf Isotope Measurements in Zircon from I- and S-Type Granites from SE Australia
Ickert R, Williams I & Chappell B
|
|
(2007)
Cu Isotope Signature of Granites
Li W, Jackson S, Chappell B, Alard O & Pearson N
|
|
(2003)
Li Isotopic Variations in Eastern Australian Granites
Bryant C, Chappell B, Bennett V & McCulloch M
|
|
(2003)
Carbon Bearing Gases Occluded in Selected Granitic Rocks from Japan, Australia and Slovakia
Nagamine K, Sugisaki R, Chappell B & Kohut M
|
|
(2001)
Comparison between S-/I-Type (Australia) and Ilmenite-/Magnetite-Series (Japan) in View of the Features in Occluded Gas in Granitic Rocks
Nagamine K, Araki M, Sugisaki R & Chappell BW
|
|
|
Chappell C.
|
(2014)
Modeling the Crystal Structure and Ion Exchange Mechanisms in Zorite Using Time-Resolved Raman Spectroscopy
Celestian A & Chappell C
|
|
|
Chappell D.
|
(2014)
Gene Expression as a Biological Reporter of Trace Metal Biogeochemistry: A Case Study with Diatoms Living in Different Iron Regimes in The North Pacific Ocean
Jenkins B, Chappell D, Whitney L, Wallace J & Leigh T
|
|
|
Chappell J
|
(2005)
In situ U-Series Dating by Laser-Ablation MC-ICPMS
Eggins S, GrÜn R, Mcculloch MT, Pike AWG, Chappell J & Kinsley L
|
|
(2003)
Large Sea-Level Excursions during the Marine Isotope Stages 4 and 3 Obtained from Huon Peninsula Uplifted Coral Terraces
Yokoyama Y, Esat T, McCulloch M, Mortimer G, Chappell J & Lambeck K
|
|
(2003)
Evaluation of Nucleogenic Component in Cosmogenic 21Ne Surface Exposure Dating
Fujioka T, Honda M, Chappell J, Fifield K, Fabel D & Nishiizumi K
|
|
|
Chappell J. Caleb
|
(2021)
Fluorapatite-Fluid Alteration: REE Mobility and its Implications for Apatite as an Exploration Tool
Chappell JC, Gysi A, Monecke T & Chang Z
|
|
|
Chappell John
|
(2008)
Eroding Australia: Slowly
Heimsath A, Chappell J, Hancock G, Fink D & Fifield K
|
|
(2006)
High-resolution paleoclimate of the MIS 11 interglacial (423-360 ka) using geochemical proxies in giant Tridacna clams
Ayling BF, Chappell J, McCulloch MT, Gagan MK & Elliot M
|
|
(2006)
Continental Crust Subduction and Exhumation: insights from eastern Papua New Guinea
Baldwin SL, Webb LE, Monteleone B, Little TA, Fitzgerald PG, Peters K & Chappell JL
|
|
|
Chappell Mark
|
(2012)
Number Density Considerations in the Dispersion-Dissolution Behavior of Engineered Silver Nanomaterials
Chappell M, Miller L, Price C, Middleton M, Blaustein G, Jackson L, Bednar A, Kennedy A & Steevens J
|
|
|
Chappell Mark A
|
(2019)
Predicting 2, 4-Dintroanisole (DNAN) Sorption on Various Soil “Types” Using Different Compositional Datasets
Chappell MA, Seiter JM, West HM, Miller LF, Negrete ME, LeMonte JJ, Porter BE & Price CL
|
|
