Globally, soils contain three times as much carbon as exists in the atmosphere and all plants, combined. Which means that understanding how soil microbes recycle organic materials—sometimes sending CO ...
Madhur Atreya working in the lab. New research from the Paul M. Rady Department of Mechanical Engineering into biodegradable sensors may change the way farmers track, measure, and respond in real time ...
Climate change-induced rainfall reductions in Mediterranean forests negatively affect the decomposition of plant litter through decreased soil moisture. However, the indirect effects of reduced ...
Organic carbon decomposition in soil varies significantly and in regional patterns, driven in part by factors such as soil minerals and microbial properties that have been underrepresented in carbon ...
Concept of a decomposition sensor where the rate of erosion of a biodegradable conductive trace correlates with the microbial activity in the soil. Credit: Advanced Science (2022). DOI: ...
Organic carbon decomposition in soil varies significantly and in regional patterns, driven in part by factors such as soil minerals and microbial properties that have been underrepresented in carbon ...
Increasing attention is being directed toward carbon sequestration in agricultural soils due to its potential to mitigate global climate change. Enhancing soil organic carbon (SOC) storage is not only ...
Nicole earned a BS in Mechanical Engineering and Physics at Cal Poly Pomona before coming to CU Boulder for graduate school. Now as a PhD student, she develops low-cost, novel, printed soil sensors ...
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