Fine root dynamics have the potential to contribute to ecosystem biogeochemical cycling, especially for carbon. This is particularly true in mangroves which are the most productive and carbon-rich ...

Interestingly, CsGS1.1 and CsTSI, amino acid synthase genes was upregulated in the leaves and roots of two cultivars. These results indicated that shading could participate in carbon and nitrogen ...

A new study published in Ecological Processes by researchers at the Institute of Applied Ecology of the Chinese Academy of Sciences reveals that no-tillage (NT) farming could play a pivotal role in ...

A vast field of tall, skinny trees sways in a light breeze. In the future, poplar trees in a scene like this could be a ...

Institute of Environmental Processes and Pollution Control, and School of Environment and Ecology, Jiangnan University, Wuxi, Jiangsu 214122, China Jiangsu Engineering Laboratory for Biomass Energy ...

A new study from Iowa State University researchers found that diversifying crop rotations does not aid in carbon ...

The next step for the research team is to resolve a discrepancy in the amount of measured carbon the grasses were investing toward the growth of the canopy and roots, respectively, which should be ...

“She knows how to connect people.” O’Donnell-Gower, who lives in Slatington, said she has roots in Palmerton. “Carbon is very near and dear to my heart,” O’Donnell-Gower said. “I’m proud of being from ...

Conroy discovered that coastal wetlands naturally adjust their soil elevation by root growth to protect against rising sea levels, with mature mangroves storing the greatest amount of carbon in ...

The shift in workplace settings has increased e-waste and put more strain on devices and equipment than ever before.

Locked away Seagrasses also trap carbon in underwater sediments around their roots, stems and leaves. The grasses store twice as much carbon per square mile as tropical forests do on land.