he world’s major salt lakes are rapidly drying out due to water diversion for irrigation, climatic changes and other causes. The accompanying increase in salinity and other changes in the physico-chemical properties have a profound impact on the microbial communities which are the basis of the food web. This paper gives an overview of the changes in the microbial communities and their activities that have occurred in the past decades in Great Salt Lake, the Dead Sea, Lake Urmia and the Aral Sea. In-depth knowledge of the microbial populations and the biogeochemical processes they perform is essential for the proper understanding of current functioning of salt lake ecosystems and for the prediction of the consequences of future changes in th...
The quality of freshwater ecosystems is decreasing worldwide because of anthropogenic activities. Fo...
The Dead Sea is a highly dynamic ecosystem in which two types of biological changes can be observed:...
Journal ArticleThe hypersaline Great Salt Lake (GSL) of northern Utah, USA is a critical regional ec...
A roundtable discussion was held on Monday, 12 May 2008, following the sessions on \u27Microorganism...
The Dead Sea is rapidly drying out. The lake is supersaturated with NaCl, and precipitated of halite...
Microbial biodiversity is difficult to measure in extreme environments due to the inability to cultu...
The Dead Sea, located at the border between Jordan, Israel and the Palestinian authority is one of t...
Salinity is a driving force for change in hypersaline community structure. The Great Salt Lake is po...
Previous investigations of the salinity effects on the microbial community composition have largely ...
Salinity is a driving force for change in hypersaline community structure. The Great Salt Lake is po...
Dormancy is offered as an explanation for how bacteria are able to survive temporal fluctuations in ...
Globally, saline lakes are experiencing declining water level as a consequence of climate change, wa...
The global acceleration of freshwater salinisation due to human activities such as agriculture, reso...
Salt lakes are geographically widespread, numerous and a significant part of the world's inland aqua...
Microorganisms regulate the movement of energy and nutrients through ecosystems. When environmental ...
The quality of freshwater ecosystems is decreasing worldwide because of anthropogenic activities. Fo...
The Dead Sea is a highly dynamic ecosystem in which two types of biological changes can be observed:...
Journal ArticleThe hypersaline Great Salt Lake (GSL) of northern Utah, USA is a critical regional ec...
A roundtable discussion was held on Monday, 12 May 2008, following the sessions on \u27Microorganism...
The Dead Sea is rapidly drying out. The lake is supersaturated with NaCl, and precipitated of halite...
Microbial biodiversity is difficult to measure in extreme environments due to the inability to cultu...
The Dead Sea, located at the border between Jordan, Israel and the Palestinian authority is one of t...
Salinity is a driving force for change in hypersaline community structure. The Great Salt Lake is po...
Previous investigations of the salinity effects on the microbial community composition have largely ...
Salinity is a driving force for change in hypersaline community structure. The Great Salt Lake is po...
Dormancy is offered as an explanation for how bacteria are able to survive temporal fluctuations in ...
Globally, saline lakes are experiencing declining water level as a consequence of climate change, wa...
The global acceleration of freshwater salinisation due to human activities such as agriculture, reso...
Salt lakes are geographically widespread, numerous and a significant part of the world's inland aqua...
Microorganisms regulate the movement of energy and nutrients through ecosystems. When environmental ...
The quality of freshwater ecosystems is decreasing worldwide because of anthropogenic activities. Fo...
The Dead Sea is a highly dynamic ecosystem in which two types of biological changes can be observed:...
Journal ArticleThe hypersaline Great Salt Lake (GSL) of northern Utah, USA is a critical regional ec...