A sediment sequence from Anguli Nuur Lake (41 degrees 18'-24'N, 114 degrees 20'-27'E) located at the forest-steppe ecotone in the southern Inner Mongolia Plateau of China was selected to reconstruct the Holocene history of vegetation development and to determine the primary driver of forest dynamics. The shifting of vegetation zones was reconstructed by pollen-vegetation zone discriminant functions established by contemporary distribution of surface pollen in a transect along both precipitation and vegetation gradients in northern China. Pollen indicators for human disturbance were selected by comparison with a sediment sequence from West Liao River basin which is also located in the forest-steppe ecotone but is abundant...
Wind erosion of soil in northern China contributes to the environment of East Asia and even the Nort...
The historical evolution of an ancient forest that developed at Gaoyao, south China, can be divided ...
In this study, late Holocene vegetation, climate and human impacts were investigated using multiprox...
Based on pollen analysis and other evidence in a sediment profile from Huangqihai Lake, located at t...
Distributed on the margin of the influence of the Asian monsoon, the forest-steppe ecotone in northe...
Ecological responses to climate change are strongly regulated by long-term processes, such as change...
Based on a sediment core from Lake Hulun Nuur in the semi-arid forest-steppe ecotone in North China,...
Pollen samples from peat sediments on the south bank of the Heilongjiang River in northern Northeast...
Understanding the response of regional vegetation succession to climate changes and human activities...
Dajiuhu, a rare peatland in Central China, has attracted several studies. There are differences in t...
Discriminant functions link vegetation zones and surface pollen along the woodland-steppe ecotone in...
The projected recession of forests in the forest-steppe ecotone under projected climate drying would...
The need to reduce the uncertainty of predictions of vegetation change under global warming highligh...
Validating model simulations of vegetation-climate feedback needs information not only on changes in...
Knowledge of the past interactions between climate and human land use is essential for understanding...
Wind erosion of soil in northern China contributes to the environment of East Asia and even the Nort...
The historical evolution of an ancient forest that developed at Gaoyao, south China, can be divided ...
In this study, late Holocene vegetation, climate and human impacts were investigated using multiprox...
Based on pollen analysis and other evidence in a sediment profile from Huangqihai Lake, located at t...
Distributed on the margin of the influence of the Asian monsoon, the forest-steppe ecotone in northe...
Ecological responses to climate change are strongly regulated by long-term processes, such as change...
Based on a sediment core from Lake Hulun Nuur in the semi-arid forest-steppe ecotone in North China,...
Pollen samples from peat sediments on the south bank of the Heilongjiang River in northern Northeast...
Understanding the response of regional vegetation succession to climate changes and human activities...
Dajiuhu, a rare peatland in Central China, has attracted several studies. There are differences in t...
Discriminant functions link vegetation zones and surface pollen along the woodland-steppe ecotone in...
The projected recession of forests in the forest-steppe ecotone under projected climate drying would...
The need to reduce the uncertainty of predictions of vegetation change under global warming highligh...
Validating model simulations of vegetation-climate feedback needs information not only on changes in...
Knowledge of the past interactions between climate and human land use is essential for understanding...
Wind erosion of soil in northern China contributes to the environment of East Asia and even the Nort...
The historical evolution of an ancient forest that developed at Gaoyao, south China, can be divided ...
In this study, late Holocene vegetation, climate and human impacts were investigated using multiprox...