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A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | Đ | Ł | Ø | Þ

Rutenburg A.	(2000) Microbial Response to Mineral Surface Microtopography Edwards K & Rutenburg A

Ruter A.	(2019) Using Paleogenomics from Arctic Lake Sediment to Track Microbial Methane Cycling Under Holocene: A Window into Past Climate Change Rouillard A, Pedersen MW, Wang Y, Siggaard-Andersen M-L, Alsos IG, Bjørk A, Davidson T, Farnsworth W, Funder S, Håkansson L, Kjeldsen K, Larsen N, Ruter A, VanHardenbroek M, Woodroffe S, Smol J, Willerslev E, Kjær K & Schomacker A

Rutgers v. d. Loeff M.	(2018) Nitrogen Cycling in the Warming Arctic Ocean Doncila A, Ganeshram R, Tuerena R, Henley S, Dodd P & Rutgers v. d. Loeff M

Rutgers van der Loeff Michiel	(2019) ¹²⁹I and ²³⁶U Transit Time Distributions of Atlantic Waters in the Arctic Ocean and Fram Strait Wefing A-M, Casacuberta N, Christl M, Vockenhuber C, Rutgers van der Loeff M, Dodd PA & Smith JN
	(2019) Decadal Changes in Circulation and Particle Flux in the Amerasian Basins of the Arctic Ocean Inferred from the Water Column Distribution of Dissolved ²³⁰Th and ²³¹Pa Grenier M, Francois R, Soon M, Rutgers van der Loeff M, Yu X, Valk O, Not C, Moran B, Edwards L, Lu Y, Lepore K & Allen S
	(2019) Inconsistencies between Fram Strait Water Mass Budget Assessments Based on Radiogenic Neodymium Isotopes and Nutrients Laukert G, Bauch D, Frank M, Hathorne EC, Dreyer J, Meulenbroek K, Schaffer J, Rabe B, Paffrath R, Pahnke K, Rutgers van der Loeff M, Meyer H & Graeve M
	(2019) Water Mass Contributions to the Central Arctic – New Insights from Rare Earth Elements and Nd Isotopes Paffrath R, Bauch D, Rutgers van der Loeff M, Laukert G & Pahnke K
	(2019) Surface Water Changes during Transit from North Pole to Fram Strait Rutgers van der Loeff M, Stimac I, Casacuberta N, Wefing A-M, Laukert G, Bauch D, Paffrath R, Provost C, Karcher M, Meyer H, Schaffer J, Rabe B, Graeve M & Ludwichowski K-U

Rutgers van der Loeff Michiel M.	(2019) Dating Deep-Sea Sediments with ²³⁰Th-Excess Geibert W, Stimac I, Rutgers van der Loeff MM & Kuhn G
	(2019) Circulation Changes in the Amundsen Basin from 1991 to 2015 Revealed from Distributions of Dissolved ²³⁰Th Valk O, Rutgers van der Loeff MM, Geibert W, Gdaniec S, Moran SB, Lepore K, Puigcorbé V, Casacabuerta N, Paffrath R, Smethie W, Roy-Barman M & Edwards RL
	(2017) ²³¹Pa and ²³⁰Th in the Barents Sea and the Nansen Basin: Implications for Shelf-Basin Interactions and Changes in Particle Flux Gdaniec S, Roy-Barman M, Levier M, Missiaen L, Dapoigny A, Valk O, Rutgers van der Loeff M & Andersson P
	(2017) ²³¹Pa and ²³⁰Th in the Arctic Ocean 1991-2016: Changes in the Eurasian and Makarov Basins Valk O, Gdaniec S, Rutgers van der Loeff M, Geibert W, Smethie W, Moran SB, Lepore K, Edwards RL, Lu Y & Rijkneberg M
	(2017) ¹²⁹I/²³⁶U and ²³⁶U/²³⁸U as a Dual Tracer for Water Mass Circulation in the North Atlantic and Arctic Ocean Casacuberta N, Christl M, Vockenhuber C, Wefing A-M, Masque P, Castrillejo M, Rutgers van-der-Loeff M, Yang S & Gruber N
	(2017) The Moisture Effect on 223Ra and 224Ra Measurements Using Mn-Cartridges Paiva M & Rutgers van der Loeff M
	(2017) Radium in the Arctic Ocean – The 2015 GEOTRACES Missions Rutgers van der Loeff M, Kipp L, Bauch D & Charkin A
	(2015) The Interplay between Particulate and Dissolved Neodymium in the Western North Atlantic Stichel T, Kretschmer S, Lambelet M, van de Flierdt T, Rutgers van der Loeff M, Rijkenberg MJA, Gerringa LJ & De Baar HJW
	(2015) The Distribution of ²³¹Pa and ²³⁰Th between Dissolved and Particulate Phases in the Western North Atlantic Kretschmer S, Rutgers van der Loeff MM, Masqué P & Geibert W
	(2015) The Distribution of ²³⁶U/²³⁸U and ¹²⁹I/²³⁶U in the North Atlantic and Arctic Oceans Christl M, Casacuberta N, Vockenhuber C, Masque P, Rutgers van der Loeff M, Henderson GM & Synal H-A
	(2013) Rare Earth Elements in the Surface Ocean Under the Saharan Dust Belt Hathorne E, Frank M, Rutgers van de Loeff M, Roeske T & Rickli J
	(2012) New Water Column Profiles of Dissolved Thorium and Protactinium in the Western North-Atlantic Kretschmer S, Masque P, Geibert W & Rutgers van der Loeff M
	(2012) Changes in ²³¹Pa/²³⁰Th Signatures in the Bottom Water of the Ocean Rutgers van der Loeff M, Kretschmer S & Venchiarutti C
	(2011) Vertical Distribution of ²³⁶U in the Western Equatorial Atlantic Ocean Christl M, Lachner J, Vockenhuber C, Rutgers v. d. Loeff M, Lechtenfeld O & Stimac I
	(2009) A Map of Recent Terrigenous Fluxes to Southern Ocean Sediments: Application of ²³⁰Th_x_s-Normalized ²³²Th as a Dust Flux Tracer Geibert W, Gersonde R, Kuhn G, Martinez-Garcia A, Masqué P, Rosell A, Rutgers van der Loeff M & Verdeny E
	(2008) Distribution of ²³⁰Th, ¹⁰Be and ²³¹Pa in Sediment Particle Classes Kretschmer S, Geibert W, Schnabel C, Rutgers van der Loeff M & Mollenhauer G
	(2007) Using ²²²Rn for Assessing Nutrient Transfer into the Sea via SGD Schubert M, Schmidt A, Scholten J, Rutgers van der Loeff M & Schlüter M
	(2003) Actinium-227 as a Tracer for Diapycnal Mixing and Deep Upwelling Geibert W, Usbeck R & Rutgers van der Loeff M
	(2002) Decoupling of ²²⁶Ra and Si in the Atlantic Sector of the Southern Ocean Hanfland C & Rutgers van der Loeff MM

Ruth A.A.	(2011) Molecular Iodine Emission Rates from Laminaria Digitata as a Function of Algal Part, Irradiance and Temperature Dixneuf S, Ruth AA, Nitschke U & Stengel DB

Ruth D.	(2022) Cation Diffusion in Magmatic Olivine and the ‘melt Problem’ Shea T & Ruth D
	(2022) Years to Decades of Pre-Eruptive Storage Recorded by Olivine from the Basaltic Subplinian Deposit of Kulanaokuaiki Tephra Unit 3 (900 C.E.), Kīlauea Volcano (HI) Lynn KJ, Rose T, Ruth D, Swanson DA & Warren J

Ruth T.	(2008) Copper Requirements and Uptake by Plankton in the sub-Arctic NE Pacific Ocean Semeniuk D, Cullen J, Gagnon K, Ruth T & Maldonado M

Rutherford D.	(2022) Impact of Historical Mercury and Gold Mining on Freshwater Fisheries Habitat Holloway JM, Kraus JM, McGee BN, Pribil M & Rutherford D
	(2015) High Precision Pb Isotope Analyses by LA-MC-ICP-MS: A Novel Approach Using a USGS Synthetic Glass Spiked with NIST SRM 981(BPbISO-1) Pribil M, Koenig A, Wilson S, Rutherford D & Ridley I

Rutherford I.	(2020) Legacy Arsenic Contamination from Historical Gold Mining on the Floodplains of South Eastern Australia River Colombi F, Silvester E, Baldwin D, Holland A, Lawerence S, Davis P, Turnbull J, Rutherford I & Macklin M

Rutherford K.	(2017) Deoxygenation Trends and their Ecosystem Impacts in Atlantic Canada Fennel K, Rutherford K, Kuhn A, Zhang W, Brickman D, Brennan C & Zhang R

Rutherford Malcolm	(2020) Volcanically-Induced Transient Atmospheres on the Moon: Assessment of Duration, Significance and Contributions to Polar Volatile Traps Head J, Wilson L, Deutsch A, Rutherford M & Saal A
	(2020) Magmatic Degassing and the Volatile Budget of the Moon, Contributions by Malcolm J. Rutherford Saal A, Hauri E, Van Orman J & Rutherford M
	(2020) Constraints on the Origin and Eruption of Lunar "Red Spot" Magmas Rutherford M & First E
	(2018) Lithium and Boron Concentrations and Isotopes of the Lunar Volcanic Glasses Saal A, Chaussidon M, Gurenko A & Rutherford M

Rutherford Malcolm J	(2013) δD in Lunar Volcanic Glasses and Melt Inclusions: A Carbonaceous Chondrite Heritage Revealed Saal A, Hauri E, Van Orman J & Rutherford M
	(2013) Reduced C-O-H Volatiles Dissolved in Lunar Picritic Glasses Wetzel DT, Rutherford MJ, Jacobsen SD, Hauri EH, Saal AE & Thomas S-M
	(2011) C-Solubility in Magmas at Low fO₂ Wetzel D, Rutherford M, Jacobsen S, Hauri E & Saal A
	(2011) The Volatile Content of Primitive Lunar Volcanic Glasses Hauri E, Saal A, Rutherford M & Van Orman J
	(2009) Stable Isotope Systematics of Volatiles in Apollo 15 Lunar Volcanic Glasses Hauri E, Saal A, Van Orman J & Rutherford M
	(2009) The Volatile Contents of the Apollo 15 Lunar Volcanic Glasses Saal A, Hauri E, Van Orman J & Rutherford M
	(2005) Depth of Andesitic Magma Storage beneath Mt. Mazama from Melt Inclusions and Experimental Petrology Mandeville C, Webster J, Tappen C, Rutherford M, Hauri E & Bacon C
	(2005) The Nature and Origin of the MSH 2004 Eruption from Sample Petrology and Experiments Rutherford M & Devine J
	(2000) Ascent and Crystallization of Magma beneath Arc Volcanoes Rutherford MJ & Hammer JE

Rutherford N.	(2023) Exploration and Environmental Assessments Using Regional and Local Scale Biogeochemical Patterns in the Cobar Region, Australia Schifano J, Cohen D & Rutherford N
	(2019) Biogeochemical Mapping of Mine Contamination with Portable XRF Cohen D, Zissimos A, Schifano J & Rutherford N

Rutkowski E.	(2021) A Top-Down Emissions Estimation in the Boston Urban Region Suggests an Underestimation of Small Point and/Or Non-Point Mercury Emissions Angot H, Rutkowski E, Sargent M, Wofsy SC, Hutyra LR, Howard DA, Obrist D & Selin NE

Rutkowski M.	(2017) High pCO₂ Conditions on the U.S. West Coast Originate from Coastal Upwelling from the California Undercurrent Murray JW, Rutkowski M & Sutton A

Rutledge Alicia	(2019) Was Ancient Mars Warm and Wet or Cold and Icy? Mineral Signatures of Climate in Rover, Orbiter, and Terrestrial Analog Studies Horgan B, Rampe E, Rutledge A, Scudder N & Graly J
	(2013) Combining Geochemistry with Thermal Infrared Remote Sensing to Characterize Glacial Weathering Rutledge A, Canovas P, Shock E & Christensen P

Rutledge Alicia M	(2021) Silica Export due to Biogeochemical Weathering at Cascades Range Glaciers Rutledge AM, Horgan BHN, Rampe EB, Scudder NA, Smith RJ, Havig JR & Hamilton TL

Rutledge E.	(2020) Biogeochemical Clues to the Isotopic Mystery of Saratoga Springs Lollar G, Warr O, Rutledge E & Osburn M

Rutledge K.	(2020) The Development of a National Water Quality Database to Assess Shifting Baselines in a Changing Climate Miller C, Huntsman P, Bouwhuis R, Asemaninejad A, Rutledge K & Rickwood C

Rutlidge H.	(2018) Factors Affecting Dissolved Organic Carbon Concentrations in Groundwater McDonough L, Oudone P, Rutlidge H, Meredith K, Andersen M, O'Carroll D, Chapelle F & Baker A
	(2014) Use of Fluorescence in Conjunction with Radon Activity to Monitor Groundwater-Surface Water Interactions in a System Under Stress Rutlidge H, Andersen M, Rau G, Cuthbert M, Graham P, Unland N, Hofmann H, Gilfeddder B, Atkinson A, Cartwright I, Halloran L & Baker A
	(2014) Water Oxygen Isotope Systematics from Source to Stalagmites Baker A, Acworth RI, Andersen M, Cuthbert M, Graham P, Jex C, Mariethoz G, Marjo C, Markowska M, Rau G, Roshan H, Rutlidge H & Treble P

Rutqvist J.	(2022) He Isotope Systematics of the Northwest Geysers Geothermal Field, California Dobson P, Kennedy BM, Wright M, Rutqvist J, Garcia J & Hartline C
	(2020) Thermally-Induced Alterations of Bentonite Backfilled Repositories: THMC Modeling and Testing Birkholzer J, Zheng L & Rutqvist J
	(2014) Illitization within Bentonite Engineered Barrier System in Clay Repositories for Nuclear Waste and its Effect on the Swelling Stress: A Coupled THMC Modeling Study Zheng L, Rutqvist J, Birkholzer J & Liu H-H

Rutson A.	(2020) Assessing the Origin of Cenozoic Intraplate Magmatism in Mongolia Papadopoulou M, Barry T & Rutson A

Rutte D.	(2018) Intercalibration of ⁴⁰Ar/³⁹Ar Standards: Towards an R-Matrix Renne P, Deino A, Niespolo E & Rutte D
	(2018) Using Deuteron-Deuteron Fusion Generated Neutrons for ⁴⁰Ar/³⁹Ar Geochronology – Proof of Concept Rutte D, Becker TA, Bernstein L, Morrell J, Renne PR, Unzuetta MA & van Bibber K
	(2013) Monitoring the ⁴⁰Ar/³⁹Ar Irradiation Parameter ‘J’ Without Using Geological Age Standards Rutte D, Unterricker S, Pfänder J & Jonckheere R

Ruttenberg Kathleen	(2008) Sorption Characteristics of Dissolved Organic Phosphorus onto Iron (Oxy)Hydroxides in Seawater Ruttenberg K & Sulak D

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