1 A set of 316 modern surface pollen samples, sampling all the alpine vegetation types that occur on the Tibetan Plateau, has been compile and analysed. Between 82 and 92%, of the po en present in these samples is derived from only 28 major taxa. These 28 taxa include examples of both tree (AP) and herb (NAP) pollen types. 2 Most of the modern surface pollen samples accurately reflect the composition of the modern vegetation in the sampling region. However, airborne dust-trap pollen samples do not provide a reliable assessment of the modern vegetation. Dust-trap samples contain much higher percentages of tree pollen than non-dust-trap samples, and many of the taxa present are exotic. In the extremely windy environments of the Tibetan Platea...
Previous studies based on fossil pollen data have reported significant changes in vegetation on the ...
A dataset consisting of 70 surface pollen samples from forest, alpine meadow, alpine steppe, tempera...
Alpine vegetation in the central Tibetan Plateau is vulnerable to climate change. Nine lacustrine po...
1 A set of 316 modern surface pollen samples, sampling all the alpine vegetation types that occur on...
1 A set of 316 modern surface pollen samples, sampling all the alpine vegetation types that occur ...
1 A set of 316 modern surface pollen samples, sampling all the alpine vegetation types that occur ...
A set of 316 modern surface pollen samples, sampling all the alpine vegetation types that occur on t...
The basis for the interpretation of fossil-pollen assemblages in terms of vegetation and climate is ...
The basis for the interpretation of fossil-pollen assemblages in terms of vegetation and climate is ...
Quantitative relationship between modern pollen assemblage and altitudinal vegetation belt is crucia...
A modern pollen dataset with an even distribution of sites is essential for pollen-based past vegeta...
Abundant evidence has revealed that the Tibetan Plateau's uplift influenced the evolution of the Asi...
We explore the relationship between modern pollen spectra and vegetation patterns in the Eastern Tib...
Long-term evolution of human-environment interaction in the Qinghai-Tibetan Plateau (QTP) has been d...
Abundant evidence has revealed that the Tibetan Plateau's uplift influenced the evolution of the Asi...
Previous studies based on fossil pollen data have reported significant changes in vegetation on the ...
A dataset consisting of 70 surface pollen samples from forest, alpine meadow, alpine steppe, tempera...
Alpine vegetation in the central Tibetan Plateau is vulnerable to climate change. Nine lacustrine po...
1 A set of 316 modern surface pollen samples, sampling all the alpine vegetation types that occur on...
1 A set of 316 modern surface pollen samples, sampling all the alpine vegetation types that occur ...
1 A set of 316 modern surface pollen samples, sampling all the alpine vegetation types that occur ...
A set of 316 modern surface pollen samples, sampling all the alpine vegetation types that occur on t...
The basis for the interpretation of fossil-pollen assemblages in terms of vegetation and climate is ...
The basis for the interpretation of fossil-pollen assemblages in terms of vegetation and climate is ...
Quantitative relationship between modern pollen assemblage and altitudinal vegetation belt is crucia...
A modern pollen dataset with an even distribution of sites is essential for pollen-based past vegeta...
Abundant evidence has revealed that the Tibetan Plateau's uplift influenced the evolution of the Asi...
We explore the relationship between modern pollen spectra and vegetation patterns in the Eastern Tib...
Long-term evolution of human-environment interaction in the Qinghai-Tibetan Plateau (QTP) has been d...
Abundant evidence has revealed that the Tibetan Plateau's uplift influenced the evolution of the Asi...
Previous studies based on fossil pollen data have reported significant changes in vegetation on the ...
A dataset consisting of 70 surface pollen samples from forest, alpine meadow, alpine steppe, tempera...
Alpine vegetation in the central Tibetan Plateau is vulnerable to climate change. Nine lacustrine po...