DG
Member Since 2013
Devon B. Gorbey
PhD Candidate, University at Buffalo
AGU Research
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Plant wax stable isotope fractionation primarily controlled by growth form in a latitudinal transect of the Eastern Canadian Arctic
LIPID BIOMARKERS AS ENVIRONMENTAL PROXIES: DEVELOPMENT, CALIBRATIONS, AND APPLICATIONS II ORAL
paleoceanography and paleoclimatology | 11 december 2023
Kurt Lindberg, Elizabeth K. Thomas, Devon B. Gorbe...
Compound-specific stable hydrogen (δ2H) and carbon (δ13C) isotopes of plant waxes are important tools for reconstructing past hydrologic and ecologic ...
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Early Holocene Laurentide Ice Sheet Retreat Influenced Summer Atmospheric Circulation in Baffin Bay
GEOPHYSICAL RESEARCH LETTERS
29 june 2023
Elizabeth K. Thomas, Allison Cluett, Michael P. Er...
Changes in ice‐sheet size impact atmospheric circulation, a phenomenon documented by models but constrained by few paleoclimate records. We p...
Laurentide Ice Sheet Configuration Influenced the Arctic Water Cycle through Multiple Interglacial Periods
WATER ISOTOPE SYSTEMATICS: IMPROVING MODERN AND PALEOCLIMATE INTERPRETATIONS III POSTER
paleoceanography and paleoclimatology | 14 december 2022
Devon B. Gorbey, Elizabeth K. Thomas, Jason P. Bri...
Continental ice sheets influence atmospheric circulation and, in turn, moisture transport to the Arctic. Yet, few studies resolve the influence of ice...
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Modern Eastern Canadian Arctic Lake Water Isotopes Exhibit Latitudinal Patterns in Inflow Seasonality and Minimal Evaporative Enrichment
PALEOCEANOGRAPHY AND PALEOCLIMATOLOGY
17 may 2022
Devon B. Gorbey, Elizabeth K. Thomas, Peter E. Sau...
Lacustrine δ2H and δ18O isotope proxies are powerful tools for reconstructing past climate and precipitation changes in the Arctic. Howev...
A Last Interglacial plant wax δ2H record from the Canadian Arctic reveals the combined influences of winter moisture transport and catchment vegetation cover on paleo precipitation records
HYDROCLIMATE LESSONS FROM CENOZOIC PALEOCLIMATES II POSTER
paleoceanography and paleoclimatology | 13 december 2021
Devon B. Gorbey, Elizabeth K. Thomas, Sarah E. Cru...
Models predict that the Arctic will experience more precipitation as temperatures rise due to anthropogenic climate change. Arctic plant communities h...
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Aquatic and terrestrial plant contributions to sedimentary leaf waxes in a modern Arctic lake setting: Improving interpretations of Holocene climate change on Baffin Island
DEVELOPMENT AND APPLICATION OF QUANTITATIVE PROXIES OF TERRESTRIAL CLIMATE VARIABILITY III POSTERS
paleoceanography and paleoclimatology | 16 december 2020
Kayla Hollister, Elizabeth K. Thomas, Jonathan Rab...
The Arctic is the fastest-warming region on Earth, causing vegetation to expand into areas previously dominated by snow and ice, exacerbating warming ...
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A 200,000-Year Plant Wax δ2H Record from the Canadian Arctic Reveals Summer Moisture Source and Aridity Change in Step with Temperature and Plant Community Shifts Across Multiple Interglacials
IN AND OUT OF THE ICE AGE: SEA LEVEL, ICE SHEETS, AND CLIMATE DURING ICE AGE TRANSITIONS I POSTERS
paleoceanography and paleoclimatology | 08 december 2020
Devon B. Gorbey, Elizabeth K. Thomas, Sarah E. Cru...
Models predict that the Arctic will experience more precipitation as temperatures rise due to anthropogenic climate change. Arctic plant communities h...
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Assessing Change in Summer Arctic Moisture Source and Aridity over the Past 7,000 Years Using Leaf Wax δ2H in Baffin Island Lake Sediment
A WARMING ARCTIC: WHAT RECORDS OF THE PAST TELL US ABOUT THE FUTURE III POSTERS
paleoceanography and paleoclimatology | 12 december 2019
Devon B. Gorbey, Elizabeth K. Thomas, Sarah E. Cru...
Models predict that the Arctic will experience more precipitation as temperatures rise due to anthropogenic climate change via two mechanisms: 1) Incr...
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