Papers included in this Special Issue of the Journal of Limnology present results of long-term ecological research on mountain lakes throughout Europe. Most of these studies were performed over the last 15 years in the framework of some EU-funded projects, namely AL:PE 1 and 2, MOLAR and EMERGE. These projects together considered a high number of remote lakes in different areas or lake districts in Europe. Central to the projects was the idea that mountain lakes, while subject to the same chemical and biological processes controlling lowland lakes, are more sensitive to any input from their surroundings and can be used as earlywarning indicators of atmospheric pollution and climate change. A first section of this special issue deal with the...
The most acidic lakes were situated in the Alps, i.e. Ticino (67% of lakes with pH <6), and Tyrol, C...
Due to their remoteness and simple foodwebs, Alpine lakes are considered as sentinels of climate cha...
A limnological and paleolimnological survey of high mountain lakes in North- and South- Tyrol was c...
AL:PE, funded by the European Commission is a multi-disciplinary, multi-national project coordinated...
This paper presents conclusions from a number of collaborative research projects on remote mountain ...
MOLAR is an extensive European Co-operative research project with 23 partners. It is founded within ...
Abstract The subalpine and alpine areas in NorthWestern Italy and Southern Switzerland (Canton Ticin...
The main aims of the project are to improve the understanding of remote mountain lakes ecosystems an...
The issue of acidification in lake waters has been the topic of numerous scientific studies in north...
The dynamic model MAGIC was calibrated and applied to 84 lakes in Central Alps to predict the respon...
International audienceBased on long-term trends of water chemistry parameters of photochemical signi...
This paper summarize, from a regional limnology point of view, some of the identifying characteristi...
Two small high mountain lakes in the Alps were monitored in 1984-2003 to follow their response to ch...
A dynamic, process-based acidification model, MAGIC7, has been applied to three small, strongly ac...
The most acidic lakes were situated in the Alps, i.e. Ticino (67% of lakes with pH <6), and Tyrol, C...
Due to their remoteness and simple foodwebs, Alpine lakes are considered as sentinels of climate cha...
A limnological and paleolimnological survey of high mountain lakes in North- and South- Tyrol was c...
AL:PE, funded by the European Commission is a multi-disciplinary, multi-national project coordinated...
This paper presents conclusions from a number of collaborative research projects on remote mountain ...
MOLAR is an extensive European Co-operative research project with 23 partners. It is founded within ...
Abstract The subalpine and alpine areas in NorthWestern Italy and Southern Switzerland (Canton Ticin...
The main aims of the project are to improve the understanding of remote mountain lakes ecosystems an...
The issue of acidification in lake waters has been the topic of numerous scientific studies in north...
The dynamic model MAGIC was calibrated and applied to 84 lakes in Central Alps to predict the respon...
International audienceBased on long-term trends of water chemistry parameters of photochemical signi...
This paper summarize, from a regional limnology point of view, some of the identifying characteristi...
Two small high mountain lakes in the Alps were monitored in 1984-2003 to follow their response to ch...
A dynamic, process-based acidification model, MAGIC7, has been applied to three small, strongly ac...
The most acidic lakes were situated in the Alps, i.e. Ticino (67% of lakes with pH <6), and Tyrol, C...
Due to their remoteness and simple foodwebs, Alpine lakes are considered as sentinels of climate cha...
A limnological and paleolimnological survey of high mountain lakes in North- and South- Tyrol was c...