News and Events

Jun 6, 2025

Data Release: Climate Change in State Wildlife Action Plans

Check out the latest dataset releases from Southeast CASC funded research.

May 29, 2025

Announcing the 2025-26 Global Change Research Fellows

Welcoming the 2025–2026 Global Change Fellows – emerging leaders in interdisciplinary collaboration and actionable adaptation research.

May 20, 2025

May 2025 Newsletter

Catch up on all the latest news, events, and webinars in the SE CASC monthly newsletter.

Apr 24, 2025

A Wetter, Hotter South is Changing the Economics of Forestry

A new paper co-authored by 2022-23 Global Change Research Fellow, Austin Lamica, explores the relationship between climate change and forest-based employment in the South.

Apr 24, 2025

Science Seminar: Integrating Sea Level Rise Scenarios into Everglades Restoration Planning

Learn how SE CASC helped resource managers incorporate sea level rise into the world's largest and most expensive restoration effort.

Apr 22, 2025

April 2025 Newsletter

Catch up on all the latest news, events, and webinars in the SE CASC monthly newsletter.

Apr 17, 2025

Climate and Conservation Science Career Panel

SE CASC with the Climate and Sustainability Academy invite you to a career panel with scientists who took an alternative path to academia for their careers in climate and conservation related fields.

Mar 31, 2025

Folhas Onduladas Queimam Mais Rápido e Produzem Mais Calor do que Folhas Planas 

Em um novo artigo coautorado por Sam Flake, pesquisador do programa Global Change Research de 2019-20, pesquisadores conseguiram separar o efeito do formato da folha do tamanho da folha para entender melhor o comportamento do fogo.

Mar 31, 2025

Recording: Update and New Directions – The Department of the Interior Nature-based Solutions Roadmap

Join SE CASC's next seminar to learn more about the nature-based solutions roadmap project.

Mar 31, 2025

Curly Leaves Burn Fast and Hot

In a new paper co-authored by 2019-20 Global Change Research Fellow Sam Flake, researchers have been able to separate the effect of leaf shape from leaf size to better understand fire behavior.