Add to ORKGTo evaluate the impact of conservation policies on soil organic carbon in agricultural soils, the authors link information from the 1992 National Resources Inventory (NRI) database and the extensive physical data on soils and climate from the SOILS5 database. These data serve as input for a biophysical process model calibrated for the conditions prevalent in the study region. Results indicate that reducing soil erosion, rather than removing land from agricultural production, is the most effective way to increase carbon sequestration and enhance soil quality
Conservation tillage practices promote soil environmental conditions that may enhance carbon (C) seq...
One option for sequestering carbon in the terrestrial biosphere is to increase the carbon (C) stocks...
Carbon sequestration in agricultural land has been studied over the past few years to deter...
To evaluate the impact of conservation policies on soil organic carbon in agricultural soils, the au...
Not AvailableChanges to agricultural practses inresponse to climate change and wide spread soil degr...
Soil C sequestration is a significant CO2 mitigation strategy, but precise assessments of sequestrat...
Carbon sequestration in soil has emerged as a technology with significant potential for stabilizing ...
Conservation agriculture (CA), based on minimum tillage, crop residue retention and crop rotations, ...
The largest carbon (C) pools in the biosphere is in the soils. Thus, soils have the greatest potent...
Not AvailableChanges to agricultural practses inresponse to climate change and wide spread soil degr...
Not AvailableWorld soils have been a source of atmospheric carbon dioxide since the dawn of settled ...
Improving food security, environmental preservation and enhancing livelihood should be the main targ...
Agricultural tillage practices are important human-induced activities that can alter carbon emission...
An existing model of C and N dynamics in soils was supplemented with a plant growth submodel and cro...
This study aims at developing a clear understanding of the impacts and benefits of the two most comm...
Conservation tillage practices promote soil environmental conditions that may enhance carbon (C) seq...
One option for sequestering carbon in the terrestrial biosphere is to increase the carbon (C) stocks...
Carbon sequestration in agricultural land has been studied over the past few years to deter...
To evaluate the impact of conservation policies on soil organic carbon in agricultural soils, the au...
Not AvailableChanges to agricultural practses inresponse to climate change and wide spread soil degr...
Soil C sequestration is a significant CO2 mitigation strategy, but precise assessments of sequestrat...
Carbon sequestration in soil has emerged as a technology with significant potential for stabilizing ...
Conservation agriculture (CA), based on minimum tillage, crop residue retention and crop rotations, ...
The largest carbon (C) pools in the biosphere is in the soils. Thus, soils have the greatest potent...
Not AvailableChanges to agricultural practses inresponse to climate change and wide spread soil degr...
Not AvailableWorld soils have been a source of atmospheric carbon dioxide since the dawn of settled ...
Improving food security, environmental preservation and enhancing livelihood should be the main targ...
Agricultural tillage practices are important human-induced activities that can alter carbon emission...
An existing model of C and N dynamics in soils was supplemented with a plant growth submodel and cro...
This study aims at developing a clear understanding of the impacts and benefits of the two most comm...
Conservation tillage practices promote soil environmental conditions that may enhance carbon (C) seq...
One option for sequestering carbon in the terrestrial biosphere is to increase the carbon (C) stocks...
Carbon sequestration in agricultural land has been studied over the past few years to deter...