Faculty

Institution

Unit

Venue

Randye Rutberg

Assistant Professor

CUNY--Hunter College

Affiliations

CUNY--Hunter College

Department Of Geography

Department of Geography and Environmental Science

Randye Rutberg is currently serving as a Cuny--Hunter College Assistant Professor at Cuny--Hunter College.

Honors

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Experiences

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Education

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Randye Rutberg

CUNY--Hunter College

Assistant Professor

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earth science oceanography marine geology climatology climate dynamics ocean sciences ocean modelling oceanic forcing environmental science paleoceanography planetary sciences biogeochemistry climate change quaternary science earth system science oceanic science agricultural economics soil marine chemistry soil dynamics climatic change geoscientific model development soil organic matter soil health tillage tool case studies paleoclimatology earth system carbon cycle milankovitch cycle pleistocene ocean circulation marine biology geochronology cryosphere coastal research agronomy palaeogeography soil biology surface water coastal geochemistry glacial process physical oceanography climate system climate modelling continental shelf pleistocene biogeochemical models environmental cycle neodymium isotope ratios glacial southern ocean southeast atlantic ocean terrigenous sediment sr isotope evidence enhanced glacial productivity high‐latitude forcing precessional forcing high-latitude southern hemisphere interior ocean 13c high latitude forcing last millennium climate ocean carbon nadw export nd evidence

Notable Scholarly Works

Notable Federal Grants

Collaborators

Investigating the Relationship Between Last Millennium Climate, Volcanism and Ocean Carbon Using a Gfdl Earth System Model. AGU Fall Meeting Abstracts (2020)

earth system sciencelast millennium climateclimatologyclimatic changegeographyclimate systemgeoscientific model developmentearth systemocean carbonclimate modellingearth scienceclimate changeocean modellingclimate modelscarbon cycle

Understanding the Last Millenium Ocean Carbon Cycle With a Gfdl Earth System Model. Ocean Sciences Meeting 2020 (2020)

earth system sciencemarine chemistrymilankovitch cycleplanetary sciencesbiogeochemical modelsocean sciencesoceanographybiogeochemistrygeoscientific model developmentearth systemearth scienceenvironmental cycleocean modellingcarbon sequestrationclimate modelscarbon cycle

Response of High Latitude Southern Hemisphere to Precessional Forcing: Implications for Pleistocene Ocean Circulation. Paleoceanography and Paleoclimatology (2019)

quaternary scienceearth system sciencepleistocenemilankovitch cycleclimatologyclimate dynamicsclimatic changepaleoclimatologyoceanographygeographymarine geologypalaeogeographyearth sciencepleistocene ocean circulationclimate changeoceanic forcing

Response of the High‐Latitude Southern Hemisphere to Precessional Forcing: Implications for Pleistocene Ocean Circulation. Paleoceanography and Paleoclimatology (2019)

R. L. RutbergA. J. Broccoli

precessional forcingplanetary sciencespaleoclimatologyoceanographyhigh-latitude southern hemispherepaleoceanographypleistocene ocean circulationclimate change

High-Latitude Forcing of Interior Ocean 13c. Paleoceanography (2006)

oceanic forcingoceanic scienceclimate dynamicsocean sciencesoceanographygeophysicsinterior ocean 13cmarine geologyearth sciencephysical oceanographyocean modelling

High‐Latitude Forcing of Interior Ocean δ 13 C. Paleoceanography (2006)

oceanic forcingclimatologyoceanic scienceclimate dynamicsocean sciencesoceanographyhigh‐latitude forcingmarine geologyearth scienceocean modelling

High Latitude Forcing of Interior Ocean Δ13c. AGU Fall Meeting Abstracts (2005)

oceanic forcingclimatologyoceanic scienceclimate dynamicsocean sciencesoceanographygeophysicshigh latitude forcingmarine geologyearth scienceocean modelling

Sr Isotope Evidence for Sources of Terrigenous Sediment in the Southeast Atlantic Ocean: Is There Increased Available Fe for Enhanced Glacial Productivity?. Paleoceanography (2005)

Randye L. RutbergSteven L. GoldsteinSidney R. HemmingRobert F. Anderson

southeast atlantic oceanterrigenous sedimentsr isotope evidencepaleoceanographyenhanced glacial productivity

Nd Evidence for Decreased Nadw Export to the Glacial South Atlantic. Nature (2000)

quaternary sciencesea level riseocean sciencesnadw exportoceanographyenvironmental sciencecontinental shelfmarine geologynd evidenceearth sciencepaleoceanographyglacial south atlantic

Reduced North Atlantic Deep Water Flux to the Glacial Southern Ocean Inferred From Neodymium Isotope Ratios. Nature (2000)

Randye L. RutbergSidney R. HemmingSteven L. Goldstein

neodymium isotope ratiosoceanographyenvironmental sciencemarine biologymarine geologycryospherepaleoceanographyglacial southern oceanoceanic forcingquaternary sciencemarine chemistryclimatologyclimate dynamicscoastal researchsurface waterearth sciencecoastal geochemistryplanetary sciencesglacial processgeochronology

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Randye Rutberg

Assistant Professor

CUNY--Hunter College

Affiliations

CUNY--Hunter College

Department Of Geography

Department of Geography and Environmental Science

Randye Rutberg is currently serving as a Cuny--Hunter College Assistant Professor at Cuny--Hunter College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Randye Rutberg

CUNY--Hunter College

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Investigating the Relationship Between Last Millennium Climate, Volcanism and Ocean Carbon Using a Gfdl Earth System Model. AGU Fall Meeting Abstracts (2020)

Understanding the Last Millenium Ocean Carbon Cycle With a Gfdl Earth System Model. Ocean Sciences Meeting 2020 (2020)

Response of High Latitude Southern Hemisphere to Precessional Forcing: Implications for Pleistocene Ocean Circulation. Paleoceanography and Paleoclimatology (2019)

Response of the High‐Latitude Southern Hemisphere to Precessional Forcing: Implications for Pleistocene Ocean Circulation. Paleoceanography and Paleoclimatology (2019)

R. L. RutbergA. J. Broccoli

precessional forcingplanetary sciencespaleoclimatologyoceanographyhigh-latitude southern hemispherepaleoceanographypleistocene ocean circulationclimate change

High-Latitude Forcing of Interior Ocean 13c. Paleoceanography (2006)

oceanic forcingoceanic scienceclimate dynamicsocean sciencesoceanographygeophysicsinterior ocean 13cmarine geologyearth sciencephysical oceanographyocean modelling

High‐Latitude Forcing of Interior Ocean δ 13 C. Paleoceanography (2006)

oceanic forcingclimatologyoceanic scienceclimate dynamicsocean sciencesoceanographyhigh‐latitude forcingmarine geologyearth scienceocean modelling

High Latitude Forcing of Interior Ocean Δ13c. AGU Fall Meeting Abstracts (2005)

oceanic forcingclimatologyoceanic scienceclimate dynamicsocean sciencesoceanographygeophysicshigh latitude forcingmarine geologyearth scienceocean modelling

Sr Isotope Evidence for Sources of Terrigenous Sediment in the Southeast Atlantic Ocean: Is There Increased Available Fe for Enhanced Glacial Productivity?. Paleoceanography (2005)

Randye L. RutbergSteven L. GoldsteinSidney R. HemmingRobert F. Anderson

southeast atlantic oceanterrigenous sedimentsr isotope evidencepaleoceanographyenhanced glacial productivity

Nd Evidence for Decreased Nadw Export to the Glacial South Atlantic. Nature (2000)

quaternary sciencesea level riseocean sciencesnadw exportoceanographyenvironmental sciencecontinental shelfmarine geologynd evidenceearth sciencepaleoceanographyglacial south atlantic

Reduced North Atlantic Deep Water Flux to the Glacial Southern Ocean Inferred From Neodymium Isotope Ratios. Nature (2000)

Randye L. RutbergSidney R. HemmingSteven L. Goldstein

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