Soil organic matter is recognized as an important component of soil quality through its influence on soil physical properties and the cycling of nutrients. Interest in soil organic matter has expanded to include its role in the worldwide carbon (C) budget and climate change. This chapter develops reliable data sets to assess the potential for C sequestration in agroecosystems of the Great Plains and Corn Belt. It represents the spring sampling of six sites within the network of 41 sites, three from the Corn Belt and three from the Great Plains. For the Corn Belt sites, C mineralization and particulate organic matter (POM)-C were the most sensitive indicators of management effects on soil organic matter. No-till generally showed increased am...
The large organic carbon (C) pools found in noncultivated grassland soils suggest that historically ...
Soil organic matter is important in relation to soil fertility, sustainable agricultural systems, an...
Conservation tillage practices promote soil environmental conditions that may enhance carbon (C) seq...
The largest carbon (C) pools in the biosphere is in the soils. Thus, soils have the greatest potent...
The largest carbon pools in the world lie within underground. Soils have the ability to sequester C ...
Organic matter amendments have been proposed as a means to enhance soil carbon (C) stocks on degrade...
The large organic carbon (C) pools found in non-cultivated grassland soils suggest that historically...
Estimating Soil Carbon Pools from Three Slope Positions under Hemp Production in Western Kentucky K....
peer reviewedThis report evidences factors controlling soil organic carbon at the national scale by ...
More than 10% of Australia's 49 M ha of grassland is considered degraded, prompting widespread inter...
Soils represent the largest terrestrial sink of carbon (C) on Earth, yet the quantification of the a...
Soil C sequestration is a significant CO2 mitigation strategy, but precise assessments of sequestrat...
Sequestration and storage of organic carbon (C) in soil is an essential component of climate change ...
Soil organic matter (SOM) supports the Earth's ability to sustain terrestrial ecosystems, provide fo...
It is crucial to investigate how land-use history and restoration impact soil to further our underst...
The large organic carbon (C) pools found in noncultivated grassland soils suggest that historically ...
Soil organic matter is important in relation to soil fertility, sustainable agricultural systems, an...
Conservation tillage practices promote soil environmental conditions that may enhance carbon (C) seq...
The largest carbon (C) pools in the biosphere is in the soils. Thus, soils have the greatest potent...
The largest carbon pools in the world lie within underground. Soils have the ability to sequester C ...
Organic matter amendments have been proposed as a means to enhance soil carbon (C) stocks on degrade...
The large organic carbon (C) pools found in non-cultivated grassland soils suggest that historically...
Estimating Soil Carbon Pools from Three Slope Positions under Hemp Production in Western Kentucky K....
peer reviewedThis report evidences factors controlling soil organic carbon at the national scale by ...
More than 10% of Australia's 49 M ha of grassland is considered degraded, prompting widespread inter...
Soils represent the largest terrestrial sink of carbon (C) on Earth, yet the quantification of the a...
Soil C sequestration is a significant CO2 mitigation strategy, but precise assessments of sequestrat...
Sequestration and storage of organic carbon (C) in soil is an essential component of climate change ...
Soil organic matter (SOM) supports the Earth's ability to sustain terrestrial ecosystems, provide fo...
It is crucial to investigate how land-use history and restoration impact soil to further our underst...
The large organic carbon (C) pools found in noncultivated grassland soils suggest that historically ...
Soil organic matter is important in relation to soil fertility, sustainable agricultural systems, an...
Conservation tillage practices promote soil environmental conditions that may enhance carbon (C) seq...