Abstract: Recent physical climatology research from North American alpine tundra environments is summarized and directions for further research suggested. Despite a rather limited database, the essential themes in the physical climatology of alpine tundra are understood. With numerous permutations of slope angle, azimuth and surface types in the alpine zone, generalizations of alpine tundra radiation and energy balances are hard to define. Several aspects of the alpine tundra radiation budget are very similar to nonalpine ones, such as the controls exerted on net radiation by atmospheric and surface conditions, and the strong relation between global solar radiation and net radiation. The larger inputs of solar radiation experienced at high ...
Surface energetics and snow ablation were examined during the 1999 snowmelt season in a mountain sub...
This study addresses the availability of total solar irradiance at the earth\u27s surface during var...
Under a context of climate change, polar and alpine regions have been demonstrated to be highly susc...
In this study, the surface energy balance of 10 sites in the western and central Canadian subarctic ...
The effects of slope, aspect and vegetation cover on the radiation balance and active layer thermal ...
In this article, we present a study on the surface energy balance of a polygonal tundra landscape in...
This paper summarizes and analyses available data on the surface energy balance of Arctic tundra and...
The subalpine environment is characterized by the possibility of frost throughout the summer. The fr...
In this study, we present the winter time surface energy balance at a polygonal tundra site in north...
This study details seasonal characteristics in the annual surface energy balance of upland and lowla...
Abstract: Radiation is the main energy source for snowpack warming and melt in mountain needleleaf f...
Discusses tundra environments, i.e. beyond the climatic timberline, mostly in Alaska, Canada, Greenl...
In this article, we present a study on the surface energy balance of a polygonal tundra landscape in...
Considering their sensitivity to change, alpine plant communities are useful systems in studying the...
The results of four years of observation of the partitioning of energy at three sites in the Wolf Cr...
Surface energetics and snow ablation were examined during the 1999 snowmelt season in a mountain sub...
This study addresses the availability of total solar irradiance at the earth\u27s surface during var...
Under a context of climate change, polar and alpine regions have been demonstrated to be highly susc...
In this study, the surface energy balance of 10 sites in the western and central Canadian subarctic ...
The effects of slope, aspect and vegetation cover on the radiation balance and active layer thermal ...
In this article, we present a study on the surface energy balance of a polygonal tundra landscape in...
This paper summarizes and analyses available data on the surface energy balance of Arctic tundra and...
The subalpine environment is characterized by the possibility of frost throughout the summer. The fr...
In this study, we present the winter time surface energy balance at a polygonal tundra site in north...
This study details seasonal characteristics in the annual surface energy balance of upland and lowla...
Abstract: Radiation is the main energy source for snowpack warming and melt in mountain needleleaf f...
Discusses tundra environments, i.e. beyond the climatic timberline, mostly in Alaska, Canada, Greenl...
In this article, we present a study on the surface energy balance of a polygonal tundra landscape in...
Considering their sensitivity to change, alpine plant communities are useful systems in studying the...
The results of four years of observation of the partitioning of energy at three sites in the Wolf Cr...
Surface energetics and snow ablation were examined during the 1999 snowmelt season in a mountain sub...
This study addresses the availability of total solar irradiance at the earth\u27s surface during var...
Under a context of climate change, polar and alpine regions have been demonstrated to be highly susc...