In high mountain areas, permafrost is important because it influences the occurrence of natural hazards, because it has to be considered in construction practices, and because it is sensitive to climate change. The assessment of its distribution and evolution is challenging because of highly variable conditions at and below the surface, steep topography and varying climatic conditions. This paper presents a systematic investigation of effects of topography and climate variability that are important for subsurface temperatures in Alpine bedrock permafrost. The authors..
The temperature regime of alpine permafrost is altered by the generally warmer atmospheric temperatu...
Permafrost, defined as lithospheric material whose temperature remains below 0 °C for two or more co...
The temperature regime of alpine permafrost is altered by the generally warmer atmospheric temperatu...
In high mountain areas, permafrost is important because it influences the occurrence of natural haza...
Abstract. In high mountain areas, permafrost is important because it influences the occurrence of na...
Compared to lowland (polar) regions, permafrost in high mountain areas occurs in a large variety of ...
The thermal condition of high-alpine mountain flanks can be an important determinant of climate chan...
In the Swiss Alps, permafrost occurs discontinuously and commonly has a temperature close to 0 °C. A...
The consequences of climate change are clearly visible in the Swiss Alps. In the past decades, incre...
Permafrost in the Alps occurs within three main landforms - rock glaciers, debris slopes and steep b...
Permafrost degradation in high mountain environments is one of the effects of climate change in the ...
The past few decades have seen a rapid development and progress in research on permafrost in mountai...
The temperature regime of alpine permafrost is altered by the generally warmer atmospheric temperatu...
Highlights • A new numerical model for permafrost in alpine regions. • Importance of later...
An overview is given of the relatively short history, important issues and primary challenges of res...
The temperature regime of alpine permafrost is altered by the generally warmer atmospheric temperatu...
Permafrost, defined as lithospheric material whose temperature remains below 0 °C for two or more co...
The temperature regime of alpine permafrost is altered by the generally warmer atmospheric temperatu...
In high mountain areas, permafrost is important because it influences the occurrence of natural haza...
Abstract. In high mountain areas, permafrost is important because it influences the occurrence of na...
Compared to lowland (polar) regions, permafrost in high mountain areas occurs in a large variety of ...
The thermal condition of high-alpine mountain flanks can be an important determinant of climate chan...
In the Swiss Alps, permafrost occurs discontinuously and commonly has a temperature close to 0 °C. A...
The consequences of climate change are clearly visible in the Swiss Alps. In the past decades, incre...
Permafrost in the Alps occurs within three main landforms - rock glaciers, debris slopes and steep b...
Permafrost degradation in high mountain environments is one of the effects of climate change in the ...
The past few decades have seen a rapid development and progress in research on permafrost in mountai...
The temperature regime of alpine permafrost is altered by the generally warmer atmospheric temperatu...
Highlights • A new numerical model for permafrost in alpine regions. • Importance of later...
An overview is given of the relatively short history, important issues and primary challenges of res...
The temperature regime of alpine permafrost is altered by the generally warmer atmospheric temperatu...
Permafrost, defined as lithospheric material whose temperature remains below 0 °C for two or more co...
The temperature regime of alpine permafrost is altered by the generally warmer atmospheric temperatu...