Earth System Science Interdisciplinary Center
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New high-resolution maps show limited ocean capacity to absorb excess carbon dioxide.
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A Q&A with ESSIC’s Santiago Gassó, who spent a month at sea teaching remote sensing to graduate students from around the world.
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UMD geologist contributes to analysis that suggests current climate models can accurately predict climate warming several decades into the future.
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New Cooperative Institute for Satellite Earth System Studies will expand UMD’s role as a national leader in this field.
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Farquhar is a scientific leader in sulfur isotope geochemistry, with publications that address geochemical processes on Earth and elsewhere in the solar system.
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New UMD-led research shows unusual three-year spike in late-season surface melt due to bursts of warm, dry wind from Antarctic Peninsula’s mountains.
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New method, co-developed at UMD, refines the 2,600-year history of large eruptions that inject planet-cooling particles into the stratosphere.
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New UMD-led research highlights the need for better regulation and pollution management strategies.
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Sankar Das Sarma, Daniel Gruner, Mihai Pop, Ian Spielman, Nathan Swenson, Dennis vanEngelsdorp, Chunsheng Wang and Ning Zeng received the honor.
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New atmospheric modeling study could explain the mechanism behind a century-old hypothesis.
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New UMD-led research highlights the need for better regulation of road salt, fertilizers and other salty compounds.
