|
Rhodes E.
|
(2008)
OSL-Thermochronometry for Rapidly Exhumed Rocks
Herman F & Rhodes E
|
|
(2000)
U-Pb Geochronology of Quaternary Biogenic Carbonates from the Mediterranean Region
Craig C, Thirlwall M & Rhodes E
|
|
|
Rhodes J. Michael
|
(2022)
Accumulated Puʻu ʻŌʻō Magma Fed the Voluminous 2018 Rift Eruption of Kīlauea Volcano: Evidence from Lava Chemistry
Pietruszka AJ, Garcia MO & Rhodes JM
|
|
(2020)
Olivine-Control Trends: A Mauna Loa Perspective
Rhodes JM
|
|
(2018)
Deciphering Magmatic Processes during the Ongoing Eruption of Kilauea Volcano, Hawaii
Garcia M, Pietruszka A, Rhodes JM, Lynn K & Walker B
|
|
(2018)
Fifty Years of Hydrothernal Alteration and Seawater Exchange at Surtsey Volcano, Iceland
Rhodes JM, Bryce JG, Jercinovic M, Fahnestock MF & Jonasson K
|
|
(2018)
Data as a Scientific Legacy: Rescuing Data from More Than 35 Years of Hawaiian Volcanic Lava Studies
Lehnert K, Carter Orlando M & Rhodes JM
|
|
(2016)
A Finer Structure of the Hawaiian Mantle Plume
Weis D, Harrison L, Garcia MO & Rhodes JM
|
|
(2015)
Petrology and Geochemical Evolution of Lavas from the Ongoing and Voluminous Puu Oo Eruption of Kilauea Volcano, Hawaii
Garcia M, Pietruszka A, Marske J, Norman M, Rhodes JM & Greene A
|
|
(2011)
ULVZ as Repository for the Enriched Component in the Hawaiian Source
Weis D, Garcia MO, Rhodes JM, Jellinek M & Scoates J
|
|
(2011)
Mantle Controls on the Geochemistry of Kīlauea Lavas Erupted over the Last Millennium
Burns D, Pietruszka A, Norman M, Marske J, Garcia M & Rhodes JM
|
|
(2010)
Hawaiian Plume Source: Isotopic Constraints from Mauna Loa
Weis D, Rhodes JM, Garcia MO & Norman M
|
|
(2007)
The Structure of the Hawaiian Plume Conduit from High-Precision Isotopic Studies of Mauna Loa Lavas
Weis D, Rhodes M & Garcia M
|
|
(2006)
Compositions of Hawaiian Basalts Preclude Eclogite Mantle Plumes
Norman M, Rhodes M & Garcia M
|
|
(2005)
Isotopic Study of Mauna Loa‚s Submarine Southwest Rift Mile High Section: Hawaiian Mantle Plume Structure
Weis D, Rhodes JM, Garcia MO & Submarine Mauna Loa Science Team
|
|
(2000)
The Geomicrobiology of a Relict Sulphide Deposit: Extending the Boundaries of the Submarine Hydrothermal Ecosystem
Severmann S, Parkes RJ, Cragg BA, Telling J, Rhodes J, Mills RA & Palmer MR
|
|
|
Rhodes John Michael
|
(2023)
The Mauna Loa 2022 Eruption: Do Unusually Evolved Compositions Signify a Decline in Mauna Loa Magma Supply Rates?
Rhodes JM, Trusdell FA, Lynn KJ, Downs DT & Vollinger MJ
|
|
(2023)
Time-Series Petrologic and Geochemical Monitoring of the 2022 Eruption of Mauna Loa, Hawai‘i
Lynn KJ, Trusdell FA, Downs DT, Rhodes JM, Chang JM, Nadeau PA, Bennington N, Lundblad S, Gansecki C, McDade B & Vollinger MJ
|
|
|
Rhodes P.
|
(2022)
Tackling TSR Risk in Deeply Buried Carbonate Reservoirs: New Insights from Coupling Fluid Inclusion Study with Clumped Isotopes Δ47/U-Pb Thermochronology
Sissmann O, Gasparrini M, Renard S, Maurand N, Wenke A, Henriksen LB, Rhodes P, Gerdes A & Eiler J
|
|
|
Rhodes R.
|
(2019)
Precise Interpolar Phasing of Younger Dryas Climate Change Using Isotopes of Nitrogen and Argon in Air from the WAIS Divide Ice Core
Morgan J, Buizert C, Rhodes R & Severinghaus J
|
|
(2013)
Continuous Carbon Monoxide Measurements along the NEEM-2011-S1 Ice Core: In situ Production and Potential for Atmospheric Reconstruction
Faïn X, Chappellaz J, Rhodes R, Stowasser C, Blunier T, McConnell J, Brook E, Legrand M, Desbois T & Romanini D
|
|
|
Rhul M.
|
(2022)
The Late Triassic of Tasmania: A Land of Burning Trees and Swamps
Al Suwaidi A, Fox CP, Lestari WA, Dickson AJ & Rhul M
|
|
|
Rhyne A.
|
(2018)
Ocean Acidification Alters Morphology of all Otolith Types, Delays Settlement in Clark’s Anemonefish (Amphiprion Clarkii)
Holmberg R, Freeburg E, Rhyne A, Tlusty M, Stebbins A, Nye S, Honig A, Johnston A, San Antonio C, Bourque B & Hannigan R
|
|
(2015)
Impacts of Ocean Acidification on Otolith Development in Larval Haemulon Chrysargyreum
Holmberg R, Wilcox-Freeburg E, Tlusty M, Rhyne A, Bourque B & Hannigan R
|
|
|
Rhyner T.
|
(2023)
Disentangling Lithological, Climate and Ecosystem Controls on Fluvial Carbon Export: The Engadin Valley as a Natural Laboratory
Reymond O, Rhyner T, Haghipour N, Hilton R & Eglinton TI
|
|
|
Ri K.H.
|
(2016)
Quantifying Gas Composition and Yield from the 946 CE Millennium Eruption of Paektu Volcano, DPRK/China
Iacovino K, Kim JS, Sisson T, Lowenstern J, Ri KH, Jang JN, Song KH, Ham HH, Oppenheimer C, Hammond J, Donovan A, Weber-Liu K & Ryu KR
|
|
|
Riad S.
|
(2001)
On the Origin of Zabargad (St-John) Island, Red Sea, Egypt
Khudeir AA, Aly Abu El-Rus MM, El-Gaby S & Riad S
|
|
|
Riaz A.
|
(2007)
Convective Dissolution of CO2 in Saline Aquifers
Hesse M, Riaz A & Tchelepi H
|
|
|
Riba O.
|
(2009)
Restoration of in situ Leached Uranium Mines with Iron Nanoparticles
Riba O, Scott T, Dickinson M & Allen G
|
|
|
Riba Tort O.
|
(2022)
New Developments of the ThermoChimie Database
Colàs E, Riba Tort O, Rodríguez J, López-García M, Pérez D, Begg JD, Duro L, Fuller A, Bower W, Brassinnes S & Madé B
|
|
(2021)
Supporting Tools in the Development of the ThermoChimie Database: Traceability, Usability, and Consistency
Perez D, Colas E, López-García M, Riba Tort O, Begg JD, Duro L, Fuller A, Bower W, Brassinnes S & Made B
|
|
(2021)
Spent Fuel Alteration 1D Model Integrating Water Radiolysis and Reactive Solute Transport – Simulation of Cr/(Cr+Al)-doped UO2 Fuels Leaching Experiments
Riba Tort O, Coene E, Silva O & Duro L
|
|
|
Ribacki E.
|
(2023)
Mantle-Crust Interactions and Genesis of the High K-Mg Lamprophyric Stocks, Dykes, and Enclaves in I Type Las Chacras Batholith, Sierras Pampeanas (Argentina)
Martinez Dopico CI, Ribacki E, Lopez de Luchi MG, Montenegro T, Trumbull RB, Romer R, Altenberger U & Parat F
|
|
(2020)
Boron Isotopes and Chemistry from Intra-Granitic Pegmatites in the Las Chacras Batholith, Central Argentina
Ribacki E, Altenberger U, Trumbull R & López de Luchi M
|
|
|
Ribalet F.
|
(2021)
Modeling the Coupling of Ecology and Biogeochemistry in the Global Ocean
Dutkiewicz S, Follows MJ, Ward BA & Ribalet F
|
|
|
Ribas A.
|
(2019)
Effect of Biochar Addition on the Chemical and Isotopic Evolution of Nitrate Retained and Leached from Soil after Manure Fertilization: Lysimeter Experiments
Otero N, Llovet A, Carrey R, Ribas A, Domene X, Mattana S, Chim-Pampillo J, Alcañiz JM & Soler A
|
|
|
Ribaud L.
|
(2010)
Synchrotron Powder Diffraction Simplified: The High-Resolution Diffractometer 11-BM at the Advanced Photon Source
Suchomel M, Ribaud L, Von Dreele R & Toby B
|
|
|
Ribe N.
|
(2002)
The Geochemistry of Hawaiian Plume Dynamics
Jull M & Ribe N
|
|
|
Ribeiro A.
|
(2009)
Litogeochemistry and Stable Isotopic Geology (C, S, O) of the Cristalino Cu(Au) Deposit, an Archean IOCG-Type, Carajás Province, Pará, Brazil
Ribeiro A, Suita M, Sial A, Nalini H & Eli F
|
|
|
Ribeiro Carla
|
(2011)
The Variation of Magnetic Susceptibility with Grain Size: Its Implication on Forensic Studies
Ribeiro C, Guedes A, Valentim B, Sant'Ovaia H, Ribeiro H & Noronha F
|
|
|
Ribeiro Carlos
|
(2020)
From Near- to Far-Field Stresses: The Emplacement of Plio-Pleistocene Dikes at Trindade Island and its Relationship with South Atlantic Neotectonics
Ribeiro C & Patricio RLP
|
|
(2009)
Stable Isotope Signature of the Middle Holocene Climatic Change in the SW Iberia
Ribeiro C, Terrinha P, Rosado L, Candeias A & Voelker A
|
|
(2007)
Age Constraints on the Late Cretaceous Alkaline Magmatism on the West Iberian Margin
Miranda R, Mata J, Valadares V, Terrinha P, Azevedo MDR, Gaspar LM, Kullberg JC & Ribeiro C
|
|
|
Ribeiro Daniel
|
(2011)
Phosphorus Mobility in Lake Sediments
Ribeiro D, Martins G, Brito A & Nogueira R
|
|
|
Ribeiro Diniz T.
|
(2019)
Carbon and Oxygen Isotope Stratigraphy of the Paleoproterozoic (ca. 2.4 Ga) Carbonates in the Quadrilátero Ferrífero Region, Eastern Brazil
Paula JR, Caxito FA, Sial AN & Ribeiro DT
|
|
|
Ribeiro F.
|
(2017)
LT-Hydrothermal Fe-Oxide/sulphide Breccias Hosted in Jurassic Limestones of the Lusitanian Basin (W Iberian Margin); A Key-Window to Concealed Ore-Forming Systems?
Ribeiro F, Mateus A & Azerêdo AC
|
|
|
Ribeiro H.
|
(2017)
Characterization of Soils from North and Central Portugal for Forensic Purposes
Gomes J, Moreira I, Pacheco Â, Ribeiro H, Sant'Ovaia H, Assis A & Guedes A
|
|
(2017)
Characterization of Soils from Central and South Portugal for Forensic Purposes
Moreira I, Gomes J, Pacheco Â, Ribeiro H, Sant'Ovaia H, Assis A & Guedes A
|
|
(2017)
Characterization of Soils from the Region of Lisbon (Portugal) for Forensic Purposes
Pacheco Â, Moreira I, Gomes J, Ribeiro H, Sant'Ovaia H, Assis A & Guedes A
|
|
(2011)
The Use of Magnetic Susceptibility in Forensic Soils Analyses
Guedes A, Ribeiro H, Sant'Ovaia H, Rodrigues A, Valentim B, Leal S & Noronha F
|
|
(2011)
The Variation of Magnetic Susceptibility with Grain Size: Its Implication on Forensic Studies
Ribeiro C, Guedes A, Valentim B, Sant'Ovaia H, Ribeiro H & Noronha F
|
|
(2011)
Discrimination of Sediment Samples for Forensic Application Using REE
Rodrigues A, Guedes A, Ribeiro H, Valentim B & Noronha F
|
|
(2011)
Magnetic Susceptibility of Sands from a River Beach for Forensic Applications
Carvalho Á, Ribeiro H, Guedes A, Sant'Ovaia H, Abreu I & Noronha F
|
|
(2009)
Discrimination of Sediment Samples for Forensic Applications
Guedes A, Ribeiro H, Sant'Ovaia H, Valentim B, Rodrigues A, Dória A, Ribeiro MDA & Noronha F
|
|
(2009)
The Use of Magnetic Susceptibility and Colour on Dune Samples for Forensic Proposes
Rodrigues A, Guedes A, Sant'Ovaia H, Valentim B, Ribeiro H & Noronha F
|
|
