This paper made a comprehensive assessment on carbon storage in terrestrial ecosystem in China by reviewing published literatures. Much more detailed carbon storages in vegetation, soil and ecosystem were summarized for forest, grassland, shrub, cropland and wetland in recent decades. It was discovered that total terrestrial carbon storage in China was 67.9 ~191.8 Pg C in recent decades, 6.1 ~ 57.57 Pg C was stored in vegetation, and 161.7 ~ 185.7 Pg C was stored in topsoil at a depth of 100 cm. Vegetation carbon storage has increased obviously in recent years; soil carbon storage declined in some areas owing to intensive land use, while it increased in other areas because of fertilizer application and reforestation. Total terrestrial carbo...
The Location and mechanisms responsible for the carbon sink in northern mid-latitude Lands are uncer...
Afforestation is a mitigation option to reduce the increased atmospheric carbon dioxide levels as we...
Ecological restoration has a positive impact on global climate change. How plant-soil stores carbon ...
This paper made a comprehensive assessment on carbon storage in terrestrial ecosystem in China by re...
The carbon storage of terrestrial ecosystems in China was estimated using a common carbon density me...
This study estimated the current vegetation and soil carbon storage in. China using a biogeochemical...
China's terrestrial ecosystems have functioned as important carbon sinks. However, previous estimate...
Carbon storage in grasslands of China was estimated by the carbon density method and based on a nati...
Carbon (C) storage for all the components, especially dead mass and soil organic carbon, was rarely ...
The planted forest area and carbon sequestration have increased significantly in China, because of l...
Carbon storage in forest vegetation of Fujian Province plays a significant role in the terrestrial c...
<p>Carbon storage in soil, tree, shrub, herb, and litter layers of forest ecosystems in Shaanxi duri...
Based on the Terrestrial Ecosystem Model (TEM 5.0), together with the data of climate (temperature, ...
Afforestation is a mitigation option to reduce the increased atmospheric carbon dioxide levels as we...
The accurate estimate of grassland carbon (C) is affected by many factors at the large scale. Here, ...
The Location and mechanisms responsible for the carbon sink in northern mid-latitude Lands are uncer...
Afforestation is a mitigation option to reduce the increased atmospheric carbon dioxide levels as we...
Ecological restoration has a positive impact on global climate change. How plant-soil stores carbon ...
This paper made a comprehensive assessment on carbon storage in terrestrial ecosystem in China by re...
The carbon storage of terrestrial ecosystems in China was estimated using a common carbon density me...
This study estimated the current vegetation and soil carbon storage in. China using a biogeochemical...
China's terrestrial ecosystems have functioned as important carbon sinks. However, previous estimate...
Carbon storage in grasslands of China was estimated by the carbon density method and based on a nati...
Carbon (C) storage for all the components, especially dead mass and soil organic carbon, was rarely ...
The planted forest area and carbon sequestration have increased significantly in China, because of l...
Carbon storage in forest vegetation of Fujian Province plays a significant role in the terrestrial c...
<p>Carbon storage in soil, tree, shrub, herb, and litter layers of forest ecosystems in Shaanxi duri...
Based on the Terrestrial Ecosystem Model (TEM 5.0), together with the data of climate (temperature, ...
Afforestation is a mitigation option to reduce the increased atmospheric carbon dioxide levels as we...
The accurate estimate of grassland carbon (C) is affected by many factors at the large scale. Here, ...
The Location and mechanisms responsible for the carbon sink in northern mid-latitude Lands are uncer...
Afforestation is a mitigation option to reduce the increased atmospheric carbon dioxide levels as we...
Ecological restoration has a positive impact on global climate change. How plant-soil stores carbon ...