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Soil-Based Carbon Sequestration | MIT Climate Portal Soil-based carbon sequestration is a way to remove CO2 from the air and store it somewhere it can’t easily escape: in soils, which store carbon in the form of broken-down plant matter
Insights into soil carbon metabolism and carbon sequestration . . . From the results of the structural equation model, the overall total effect of C-degradation gene (0 61) and carbon metabolic limitation (−0 67) on microbial carbon use efficiency were higher compared to soil properties (0 09), highlighting the key role of microorganisms in regulating soil carbon sequestration capacity
Climate and Management Effects on Soil Organic Carbon in . . . Protecting soil carbon is crucial for effective carbon management, as reversing losses is slow and difficult This resource considers various effects on soil carbon in temperate managed ecosystems and can help land managers maintain and enhance carbon storage, supporting ecosystem resilience
Soil Carbon Cycle and Laboratory Measurements of Carbon . . . Carbon in soils is important for the formation of soil structure, nutrient retention and cycling, and agricultural production Soils with a greater organic carbon concentration generally have better agricultural productivity Increasing soil organic carbon content can improve soil structure, nutrient retention and microbial activity in the soil
Putting Carbon into Soil carbon sequestration diminishes along with greater soil erosion and degradation, surface runoff, nutrient loss, and water pollution • It is best to leave the cover crop to decompose