<p>The very thin ice layers in snow pits (snow with ice lens) were formed by the refreezing of the small melt on the snow surface caused by the solar radiations in the cold accumulation period.</p
<p>Thin columns stand for daily precipitations while solid curves for their cumulative percentages c...
The Tibetan Plateau (TP) has the largest area of snow in the mid-latitude regions, and is strongly a...
The Tibetan Plateau is an extraordinary topographic feature which exerts a major impact on regional ...
[1] Climatic influences on snow accumulation across the Tibetan Plateau are examined using records o...
Glacial geomorphological mapping from satellite imagery and field investigations provide the basis f...
Abstract Snow plays an essential role in regulating climate change, the hydrological cycle, and vari...
Glacier changes on the Tibetan Plateau are of great importance for regional climate and hydrology an...
Monitoring glacier changes is essential for estimating the water mass balance of the Tibetan Plateau...
Glaciers in mountains play an important role as water resources in an arid area. Observations for gl...
It is highly debated whether glacial advances on the Qinghai-Tibetan Plateau (QTP) occurred as a res...
Abstract Studying the daily evolution of turbulent fluxes modulated by snowfall over the Tibetan Pla...
A periglacial ground wedge in bajada gravel near the northern base of the Qinghai Nan Shan underlies...
Glaciochemistry can provide important information about climatic change and environmental conditions...
A periglacial ground wedge in bajada gravel near the northern base of the Qinghai Nan Shan underlies...
The climate has changed on the Tibetan Plateau. The air temperature has shown distinct increase sinc...
<p>Thin columns stand for daily precipitations while solid curves for their cumulative percentages c...
The Tibetan Plateau (TP) has the largest area of snow in the mid-latitude regions, and is strongly a...
The Tibetan Plateau is an extraordinary topographic feature which exerts a major impact on regional ...
[1] Climatic influences on snow accumulation across the Tibetan Plateau are examined using records o...
Glacial geomorphological mapping from satellite imagery and field investigations provide the basis f...
Abstract Snow plays an essential role in regulating climate change, the hydrological cycle, and vari...
Glacier changes on the Tibetan Plateau are of great importance for regional climate and hydrology an...
Monitoring glacier changes is essential for estimating the water mass balance of the Tibetan Plateau...
Glaciers in mountains play an important role as water resources in an arid area. Observations for gl...
It is highly debated whether glacial advances on the Qinghai-Tibetan Plateau (QTP) occurred as a res...
Abstract Studying the daily evolution of turbulent fluxes modulated by snowfall over the Tibetan Pla...
A periglacial ground wedge in bajada gravel near the northern base of the Qinghai Nan Shan underlies...
Glaciochemistry can provide important information about climatic change and environmental conditions...
A periglacial ground wedge in bajada gravel near the northern base of the Qinghai Nan Shan underlies...
The climate has changed on the Tibetan Plateau. The air temperature has shown distinct increase sinc...
<p>Thin columns stand for daily precipitations while solid curves for their cumulative percentages c...
The Tibetan Plateau (TP) has the largest area of snow in the mid-latitude regions, and is strongly a...
The Tibetan Plateau is an extraordinary topographic feature which exerts a major impact on regional ...
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