An empirical model for lake acidification developed in Norway also satisfactorily accounts for observed water chemistry in oligotrophic clearwater, softwater lakes elsewhere in Europe and in North America. This model can be used for prediction of lake acidity in response to future changes in loadings of storing acids. The model takes into account both changes in base cation concentrations and changes in alkalinity due to acid inputsU.S. Environmental Protection Agenc
A dynamic, process-based acidification model, MAGIC7, has been applied to three small, strongly ac...
The dynamic model MAGIC was calibrated and applied to 84 lakes in Central Alps to predict the respon...
In 2006 and November 2007, the Coordination Centre for Effects (CCE) under the UNECE LRTAP Conventio...
A large data base was assembled from surveys conducted by several federal and state agencies on appr...
Summarization: A watershed acidification model for two New York state lakes was verified by simulati...
Summarization: The Upper Midwest has a distinct depositional gradient from west to east. A small fra...
Summarization: An assessment of the importance of input uncertainty in long-term predictions of lake...
n a sample of 102 lakes in the Pyrenees, 68% were sensitive to acidification in varying degrees. A m...
Decades of acid deposition have caused acidification of lakes in Sweden. Here we use data for 3000 l...
The acidification model MAGIC was used to predict recovery of small lakes in southernmost Norway t...
Two methods for modelling regional responses of lake water quality to changes in acidic deposition i...
Atlantic Canada, located in the extreme north-eastern portion of North America, receives acid prec...
Lakes and streams in parts of Norway, Sweden, Canada, and the United States are being severely impac...
Surveys of 485 lakes in Norway conducted in 1986 and again in 1995 reveal widespread chemical recove...
International audienceTwo methods for modelling regional responses of lake water quality to changes ...
A dynamic, process-based acidification model, MAGIC7, has been applied to three small, strongly ac...
The dynamic model MAGIC was calibrated and applied to 84 lakes in Central Alps to predict the respon...
In 2006 and November 2007, the Coordination Centre for Effects (CCE) under the UNECE LRTAP Conventio...
A large data base was assembled from surveys conducted by several federal and state agencies on appr...
Summarization: A watershed acidification model for two New York state lakes was verified by simulati...
Summarization: The Upper Midwest has a distinct depositional gradient from west to east. A small fra...
Summarization: An assessment of the importance of input uncertainty in long-term predictions of lake...
n a sample of 102 lakes in the Pyrenees, 68% were sensitive to acidification in varying degrees. A m...
Decades of acid deposition have caused acidification of lakes in Sweden. Here we use data for 3000 l...
The acidification model MAGIC was used to predict recovery of small lakes in southernmost Norway t...
Two methods for modelling regional responses of lake water quality to changes in acidic deposition i...
Atlantic Canada, located in the extreme north-eastern portion of North America, receives acid prec...
Lakes and streams in parts of Norway, Sweden, Canada, and the United States are being severely impac...
Surveys of 485 lakes in Norway conducted in 1986 and again in 1995 reveal widespread chemical recove...
International audienceTwo methods for modelling regional responses of lake water quality to changes ...
A dynamic, process-based acidification model, MAGIC7, has been applied to three small, strongly ac...
The dynamic model MAGIC was calibrated and applied to 84 lakes in Central Alps to predict the respon...
In 2006 and November 2007, the Coordination Centre for Effects (CCE) under the UNECE LRTAP Conventio...