Research

Overview

Sylvia's research combines climate information from the Last Glacial Maximum to the Last Millennium with the present to improve predictions of future climate. Her work focuses on strategies for combining data from general circulation models, stable water isotope ratios, and high-resolution paleoclimate observations such as ice cores, tree rings, and corals. 

Water Isotope-Enabled Modeling

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Isotope-enabled climate models facilitate the inter-comparison of climate proxies with GCM output by simulating stable water isotopes (δD, δ18O). 

Proxy System Modeling

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Proxy System Models use a tiered modeling approach, capturing the essential aspects of the physical, biological, and geochemical ways in which proxy archives record climate changes. 

GITHUB: www.github.com/sylvia-dee

Enso Impacts In the US

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Coupling paleoclimate data from the Last Millennium with GCM simulations yields enhanced estimates of The El Nino-Southern Oscillation's impacts in the United States.