A new study projects that under the highest-emission scenario, 62 percent of the world’s land area could face more frequent and severe multi-year droughts, highlighting urgent challenges for global water resource management.
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A New MAPP-funded study adapts existing ocean management tools from estimating present conditions to a capability of forecasting marine ecology up to a year in…
MAPP-supported research is featured in a new NOAA Fisheries story detailing the increasing accuracy of marine forecasts….
A new MAPP-funded study uncovers complex interactions between solar radiation and the topography of the Tibetan Plateau, demonstrating these relationships are crucial for accuracy in…
Inflation Reduction Act will support NOAA, partner research to advance long-range projections of tropical storms, heat waves, ocean changes…
NCCOS Competitive Research Program (CRP) Regional Ecosystem Research Program and partners, including MAPP, are announcing $4.2M in funding for multi-stressor research….
A new study explores the paradox of cooling summer daytime temperatures in the central United States amid rising temperatures in the Western and Eastern United…
New modeling study and visualization tool supported by a COM/MAPP/CSI partnership shows that marine heatwaves have complicated but predictable impacts on the habitats of sharks,…
Flash droughts have been extensively studied in various regions, but tropical environments, especially the Caribbean, have been overlooked. This is significant because these areas typically…
Understanding the intricate web of interactions between Earth’s surface properties, particularly moisture content, and the atmosphere during summer is vital for applications like weather forecasting…
The interagency US CLIVAR Air-Sea Transition Zone Study Group supported by CVP and MAPP developed a strategy to improve air-sea interaction observations and modeling capabilities…