Alpine ponds are small standing water bodies situated in mountainous regions at or above tree line. Hydrology is driven by snow and ice with harsh conditions comparable to that in shallow water bodies at high latitudes. Invertebrate communities are less diverse than at low altitudes and often dominated by “cold stenotherms” with arctic/boreal-alpine distributions. The unique assemblages in alpine ponds (many regional endemics) are of special conservation value. Species composition and diversity vary among basins of different size, substrate types, and permanence. Clusters of alpine ponds are excellent habitats for studying metacommunity dynamics and patterns of regional diversity. Alpine ponds are sentinel systems for, and especially vulner...
1. Water abstraction from glacial rivers is an important characteristic of hydroelectric power schem...
Recent researches have started to provide useful information on the littoral macroinvertebrates livi...
Invertebrates inhabiting alpine water bodies are sensitive to environmental variability and lake fau...
Freshwater biodiversity has shown to be highly vulnerable to climate warming, alpine cold stenotherm...
Today, aquatic biodiversity suffers from many pressures linked to human activities, including climat...
Global environmental change is threatening freshwater biodiversity with ecological impacts predicted...
Due to their sensitivity, remote mountain lakes and streams are not only vulnerable to environmental...
Climate change increasingly threatens alpine natural areas and notably aquatic systems. Alpine water...
Freshwater biodiversity has shown to be highly vulnerable to climate warming, alpine cold stenotherm...
Alpine lakes support unique communities which may respond with great sensitivity to climate change. ...
In alpine regions climatic change will alter the balance between water sources (rainfall, ice-melt, ...
Alpine lakes support unique communities which may respond with great sensitivity to climate change. ...
This study aimed to characterise the composition, structure and trophic organisation of the macroinv...
1. Species assemblages of diatoms, rotifers, chydorids, planktonic crustaceans and chironomids were ...
High-altitude freshwater ecosystems and their biocoenosis are ideal sentinel systems to detect globa...
1. Water abstraction from glacial rivers is an important characteristic of hydroelectric power schem...
Recent researches have started to provide useful information on the littoral macroinvertebrates livi...
Invertebrates inhabiting alpine water bodies are sensitive to environmental variability and lake fau...
Freshwater biodiversity has shown to be highly vulnerable to climate warming, alpine cold stenotherm...
Today, aquatic biodiversity suffers from many pressures linked to human activities, including climat...
Global environmental change is threatening freshwater biodiversity with ecological impacts predicted...
Due to their sensitivity, remote mountain lakes and streams are not only vulnerable to environmental...
Climate change increasingly threatens alpine natural areas and notably aquatic systems. Alpine water...
Freshwater biodiversity has shown to be highly vulnerable to climate warming, alpine cold stenotherm...
Alpine lakes support unique communities which may respond with great sensitivity to climate change. ...
In alpine regions climatic change will alter the balance between water sources (rainfall, ice-melt, ...
Alpine lakes support unique communities which may respond with great sensitivity to climate change. ...
This study aimed to characterise the composition, structure and trophic organisation of the macroinv...
1. Species assemblages of diatoms, rotifers, chydorids, planktonic crustaceans and chironomids were ...
High-altitude freshwater ecosystems and their biocoenosis are ideal sentinel systems to detect globa...
1. Water abstraction from glacial rivers is an important characteristic of hydroelectric power schem...
Recent researches have started to provide useful information on the littoral macroinvertebrates livi...
Invertebrates inhabiting alpine water bodies are sensitive to environmental variability and lake fau...