NSF
Drivers of soil carbon persistence in dryland floodplains: Constraining the feedbacks among hydrology, mineral stabilization, and respiration
Drivers of soil carbon persistence in dryland floodplains: Constraining the feedbacks among hydrology, mineral stabilization, and respiration is a funding opportunity from NSF, closing September 30, 2029.
Sep 30, 2029
(1159d left)Overview
River floodplains play a fundamental role in regulating the movement and storage of carbon within Earth's surface, influencing soil development, water quality, ecosystem productivity, and long-term landscape evolution. Floodplains can store carbon in soils for hundreds to thousands of years, but they can also release…