Landowners in North Carolina are interested in adopting conservation practices that reduce flood risk but are discouraged by time-consuming conservation programs that are difficult to navigate.
soils
Jess Atkin: Space Biologist Enriches Soil and the Lives of Fellow Veterans
This biologist—also a rancher and Air Force veteran—finds solace in horses as she studies how to grow plants on the Moon.
Distant Oceans May Help Predict Malaria Risk in Malawi
A new study finds that ocean temperatures thousands of kilometers away shape soil moisture in Malawi, offering a potential tool for forecasting malaria outbreaks months in advance.
Why Healthy Soils Matter More Than Ever
Soil degradation threatens food security, water resources, biodiversity, and climate resilience. A new article explores its causes, impacts, monitoring methods, and restoration solutions.
Patterned Frozen Soils Get Their Shape from Gravity and Funky Physics
An enigmatic feature of frozen soils can be explained in part by non-Newtonian fluid physics. Enter the Oobleck.
A Satellite-Based Global Carbon Flux Product is Sensitive to Droughts
A parsimonious ecosystem model constrained by data from NASA’s Soil Moisture Active and Passive mission generates a global daily carbon flux product that is highly sensitive to drought and pluvial events.
Confronting Salty Problems in the Coastal Plain
An interdisciplinary network of scientists and stakeholders is working to understand how saltwater intrusion and sea level rise are affecting rural communities and to help address the consequences.
Soil Biogeochemistry Models Omit Key Processes Due to Geographic Bias
Popular soil biogeochemistry models inadequately represent regionally-important processes and lack transferability, resulting in poor predictions of soil organic carbon stocks in sub-Saharan Africa.
Mangroves May Be Losing Their Grip on Carbon Storage as Sea Levels Rise
Locally, mangroves can sometimes adapt to rising seas, but global trends look troubling.
How Much Will Western Wildfires Worsen Under Warming?
A new study reevaluates the use of vapor pressure deficit, or VPD, in climate models to predict increases in area burned by wildfire across the U.S. West.
