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Brian Silliman, Rachel Carson Professor of Marine Conservation Biology at Duke, explains why he studies salt marshes in coastal North Carolina: They increase production of seafood, help protect against storms, and clean the air. With climate change causing stress to these organisms, coastal communities are more vulnerable. ”Duke is very active in the conservation and restoration of salt marshes,” says Silliman.

Reforestation in low- and middle-income countries can remove up to 10 times more carbon dioxide from the atmosphere at lower cost than previously estimated, making it a potentially more effective option to fight climate change.

Researchers have found a chemical clue in Italian limestone that explains a mass extinction of marine life in the Early Jurassic period, 183 million years ago. Volcanic activity pumped out CO2, warming oceans and lowering their oxygen levels. The findings may foretell the impact climate change and oxygen depletion might have on today’s oceans.

Scientists have created a research framework to incorporate ecological theory – mathematical models and concepts to understand interactions and dynamics of ecosystems – into ecosystem management and planning to more effectively scale restoration and counter rising carbon dioxide emissions globally.

Xavier Basurto, Truman and Nellie Semans/Alex Brown & Sons Associate Professor of sustainability science, studies community-based marine conservation. Basurto discusses how fishers can help us understand the effects of climate change by listening to their experiences.

Researchers in North Carolina have created a coastal evolution model to analyze how coastal management activities on barrier islands, meant to adapt to sea-level rise, interact with natural processes that would otherwise keep barrier islands above water.

91��������’s Marine Geospatial Ecology Lab led a team of researchers that mapped the population density of North Atlantic right whales worldwide to predict and help avoid harmful, even fatal, exposure to commercial fishing and vessel strikes.

Exchangeable manganese cuts carbon storage in boreal forests

Scientists in North Carolina have developed a Coastal 91�������� Ownership Model to understand why U.S. coastal property values do not fully reflect climate risks and adaptation costs to sea-level rise.

Large cooperatives adopt conservation measures for shifting climate conditions, even without government oversight

Come along with us on a journey of renewal and resurgence as we explore how students and scientists are rebuilding nature in viable ways. Discover the transformative initiatives of Duke Restore, where innovation meets conservation and regeneration, restoring the hope of a more sustainable tomorrow.

Shineng Hu is a climate scientist specializing in using observations, theory and climate models to better understand the relationship between global ocean and atmospheric movement, especially as that relationship indicates and informs climate change.

Meet the Hu Climate Dynamics Lab, learn more about its research focus, a PhD student's experience in the lab and the opportunities the lab offers Duke students.

Juliet Wong is a global-change biologist, specifically interested in how climate change affects marine ecosystems and their organisms, working to predict biological responses for improved resilience to adverse environmental events. Wong presented “Organismal Responses to Climate Change in the Sea” at the recent faculty research symposium, describing several ongoing studies on coastal marine invertebrates.

Nishad Jayasundara recently presented “Climate Change and Pollution: Challenges, Opportunities, and the Ticking Clock for Kidneys,” discussing environmental change and kidney health.