Check-dams are the most common structures for controlling soil erosion in the Loess Plateau. However, the effect of check-dams on carbon sequestration, along with sediment transport and deposition, has not been assessed over large areas. In this study, we evaluated the carbon sequestration function of check-dams in the Loess Plateau. The results indicate that there were approximately 11 000 check-dams distributed in the Loess Plateau, with an estimate of the amount of sediment of 21 x 10(9) m(3) and a soil organic carbon storage amount of 0.945 Pg. Our study reveals that check-dams in the Loess Plateau not only conserve soil and water but also sequester carbon
Natural vegetation restoration and tree plantation are the two most important measures for ecosystem...
Soil erosion, which will induce the redistribution of soil and associated soil organic carbon (SOC) ...
As the basic unit of erosion and sediment yield, it was critical to determine the amount of soil ero...
Check-dams are the most common structures for controlling soil erosion in the Loess Plateau. However...
Soil erosion affects the redistribution of soil and associated soil organic carbon (SOC) from differ...
Check dam sediments document the process of soil erosion for a watershed. The main objectives of thi...
Soil erosion significantly affects the dynamics of the terrestrial carbon (C) cycle. Erosion removes...
Large reservoirs of organic carbon (OC) store in deep soils ( > 1 m below land surface) are not usua...
Check dams are one of the most important engineering measures for controlling soil and water loss fr...
The Chinese Loess Plateau is an ecologically fragile and sensitive area. The carbon storage dynamics...
Geographic information and sampling information of 86 dam-controlled catchments </p
As an important soil and water conservation engineering measure, check dams have been constructed on...
Vegetation restoration has been conducted in the Chinese Loess Plateau (CLP) since the 1950s, and la...
Using soil as a carbon sink to sequester carbon dioxide has attracted much attention. But there is l...
Vegetation restoration has been conducted in the Chinese Loess Plateau (CLP) since the 1950s, and la...
Natural vegetation restoration and tree plantation are the two most important measures for ecosystem...
Soil erosion, which will induce the redistribution of soil and associated soil organic carbon (SOC) ...
As the basic unit of erosion and sediment yield, it was critical to determine the amount of soil ero...
Check-dams are the most common structures for controlling soil erosion in the Loess Plateau. However...
Soil erosion affects the redistribution of soil and associated soil organic carbon (SOC) from differ...
Check dam sediments document the process of soil erosion for a watershed. The main objectives of thi...
Soil erosion significantly affects the dynamics of the terrestrial carbon (C) cycle. Erosion removes...
Large reservoirs of organic carbon (OC) store in deep soils ( > 1 m below land surface) are not usua...
Check dams are one of the most important engineering measures for controlling soil and water loss fr...
The Chinese Loess Plateau is an ecologically fragile and sensitive area. The carbon storage dynamics...
Geographic information and sampling information of 86 dam-controlled catchments </p
As an important soil and water conservation engineering measure, check dams have been constructed on...
Vegetation restoration has been conducted in the Chinese Loess Plateau (CLP) since the 1950s, and la...
Using soil as a carbon sink to sequester carbon dioxide has attracted much attention. But there is l...
Vegetation restoration has been conducted in the Chinese Loess Plateau (CLP) since the 1950s, and la...
Natural vegetation restoration and tree plantation are the two most important measures for ecosystem...
Soil erosion, which will induce the redistribution of soil and associated soil organic carbon (SOC) ...
As the basic unit of erosion and sediment yield, it was critical to determine the amount of soil ero...