Snow has been a dominant weather feature which has influenced the occurrence and distribution of plant communities in the Australian Alps. Snowfalls per se are considered to have had little direct influence on the vegetation but it is and has been the responses of plant species to the depth and length of snowpack, and the temperature and moisture regimes which have been associated with the snowfalls over many years, which have given the alpine area its characteristic plant communities and floral landscape. Long term vegetation in any biophysical zone has to endure great ranges in climatic..
International audienceAlpine snowbeds are characterized by a long-lasting snow cover and low soil te...
Alpine plant species are considered to have a precarious near future in a warming world, especially ...
The alpine zone in Australia\u27s Snowy Mountains has important economic, cultural and ecological ...
Australian alpine ecosystems are expected to diminish in extent as global warming intensifies. Alpin...
Modelling predictions have identified that the Australian Alps flora and fauna will be the first in ...
Abstract Snowpatch plant community distribution and composition are strongly tied to the duration of...
Alpine ecosystems will be greatly impacted by climatic change, but other factors, such as land use a...
As part of the Global Observation Research Initiative in Alpine Environments program, the relative c...
Alpine ecosystems will be greatly impacted by climatic change, but other factors, such as land use a...
Alpine ecosystems (alpine tundra) occur at a range of air density, water availability and seasonalit...
Alpine plant species are considered to have a precarious near future in a warming world, especially ...
Background: Climate change poses a clear and present danger to the world, and much recent attention ...
International audienceAlpine snowbeds are characterized by a long-lasting snow cover and low soil te...
International audienceAlpine snowbeds are characterized by a long-lasting snow cover and low soil te...
Alpine plant species are considered to have a precarious near future in a warming world, especially ...
International audienceAlpine snowbeds are characterized by a long-lasting snow cover and low soil te...
Alpine plant species are considered to have a precarious near future in a warming world, especially ...
The alpine zone in Australia\u27s Snowy Mountains has important economic, cultural and ecological ...
Australian alpine ecosystems are expected to diminish in extent as global warming intensifies. Alpin...
Modelling predictions have identified that the Australian Alps flora and fauna will be the first in ...
Abstract Snowpatch plant community distribution and composition are strongly tied to the duration of...
Alpine ecosystems will be greatly impacted by climatic change, but other factors, such as land use a...
As part of the Global Observation Research Initiative in Alpine Environments program, the relative c...
Alpine ecosystems will be greatly impacted by climatic change, but other factors, such as land use a...
Alpine ecosystems (alpine tundra) occur at a range of air density, water availability and seasonalit...
Alpine plant species are considered to have a precarious near future in a warming world, especially ...
Background: Climate change poses a clear and present danger to the world, and much recent attention ...
International audienceAlpine snowbeds are characterized by a long-lasting snow cover and low soil te...
International audienceAlpine snowbeds are characterized by a long-lasting snow cover and low soil te...
Alpine plant species are considered to have a precarious near future in a warming world, especially ...
International audienceAlpine snowbeds are characterized by a long-lasting snow cover and low soil te...
Alpine plant species are considered to have a precarious near future in a warming world, especially ...
The alpine zone in Australia\u27s Snowy Mountains has important economic, cultural and ecological ...