The authors estimated aboveground biomass in 6 grasslands of Xinjiang according to data composed of 460 plots from 92 sites in Xinjiang Uigur Autonomous Region. Meanwhile, the authors evaluated the relationship between aboveground biomass and environmental factors. The primary results are summarized as follows: (1) Aboveground biomass density varies significantly in different grassland types. In the steppe, desert steppe has the minimum, temperate steppe and alpine steppe has the medium, while meadow steppe has the maximum. In the meadow, montane meadow has higher aboveground biomass density than alpine meadow. (2) The total aboveground biomass in 6 grasslands of Xinjiang is 14.65 Tg C, which accounts for about 10% of China's grassland...
Alpine steppe is considered to be the largest grassland type on the Tibetan Plateau. This grassland ...
Alpine steppe is considered to be the largest grassland type on the Tibetan Plateau. This grassland ...
Many studies have focused on the relationship between vegetation biomass and environmental factors i...
Understanding and predicting ecosystem functioning such as biomass accumulation requires an accurate...
This study investigated spatial patterns and environmental controls of aboveground biomass (AGB) in ...
Understanding and predicting ecosystem functioning such as biomass accumulation requires an accurate...
Understanding and predicting ecosystem functioning such as biomass accumulation requires an accurate...
Aim To investigate large-scale patterns of above-ground and below-ground biomass partitioning in ...
Aboveground biomass (AGB) in managed grasslands can vary across a suite of environmental and managem...
Above- and belowground biomasses of grasslands are important parameters for characterizing regional ...
<div><p>Aim</p><p>Understanding and predicting ecosystem functioning such as biomass accumulation re...
Aim: Understanding and predicting ecosystem functioning such as biomass accumulation requires an acc...
Many studies have focused on the relationship between vegetation biomass and environmental factors i...
Grassland covers approximately one-third of the area of China and plays an important role in the glo...
Above- and below-ground biomass values for 17 types of grassland communities in China as classified ...
Alpine steppe is considered to be the largest grassland type on the Tibetan Plateau. This grassland ...
Alpine steppe is considered to be the largest grassland type on the Tibetan Plateau. This grassland ...
Many studies have focused on the relationship between vegetation biomass and environmental factors i...
Understanding and predicting ecosystem functioning such as biomass accumulation requires an accurate...
This study investigated spatial patterns and environmental controls of aboveground biomass (AGB) in ...
Understanding and predicting ecosystem functioning such as biomass accumulation requires an accurate...
Understanding and predicting ecosystem functioning such as biomass accumulation requires an accurate...
Aim To investigate large-scale patterns of above-ground and below-ground biomass partitioning in ...
Aboveground biomass (AGB) in managed grasslands can vary across a suite of environmental and managem...
Above- and belowground biomasses of grasslands are important parameters for characterizing regional ...
<div><p>Aim</p><p>Understanding and predicting ecosystem functioning such as biomass accumulation re...
Aim: Understanding and predicting ecosystem functioning such as biomass accumulation requires an acc...
Many studies have focused on the relationship between vegetation biomass and environmental factors i...
Grassland covers approximately one-third of the area of China and plays an important role in the glo...
Above- and below-ground biomass values for 17 types of grassland communities in China as classified ...
Alpine steppe is considered to be the largest grassland type on the Tibetan Plateau. This grassland ...
Alpine steppe is considered to be the largest grassland type on the Tibetan Plateau. This grassland ...
Many studies have focused on the relationship between vegetation biomass and environmental factors i...