This study involves the development of techniques of limiting nutrient determinations for the specific conditions found in a Texas river, the Trinity. The methods presently available for the determination of which factors may limit algal growth in a river system have been developed for the conditions present in northern lakes. These methods are often not applicable in Texas rivers because Texas river have, in general, a much greater turbidity than the northern waters. Because turbidity has been shown to influence the results of limiting nutrient determinations, the purpose of this study was to develop techniques that would minimize the problems of turbidity when making limiting nutrient determinations. Like other techniques for determining ...
The following bioassay focuses on changes in stream algal growth due to added nutrients from point a...
The U.S. Geological Survey (USGS), as part of its National Water Quality Assessment (NAWQA) program ...
ABSTRACT: Nutrients and excessive algal productivity are leading causes of water-quality degradation...
This study involves the development of techniques of limiting nutrient determinations for the specif...
TextA report on the analysis and use of nutrient data from selected reservoirs in the Trinity River ...
With the advent of phosphorus (P)-adsorbent materials and techniques to address eutrophication in aq...
The Upper Clark Fork River (UCFR) has a long history of contamination from historic copper mining; r...
The Delaware River Basin Commission is charged with establishing water-quality objectives for the ti...
Excessive nutrient loading of natural and artificial lakes has led, in some systems, to plethoric al...
Understanding nutrient limitation is important for recognizing the requirements of the biofilm commu...
This eutrophication research project is aimed to compare nutrient concentration and water quality va...
The lower Colorado River is a very important resource for the southwestern U.S. Previously, biostimu...
In 1995, the U.S. Geological Survey conducted a study to characterize nutrient concentrations in fiv...
Anthropogenic activities often alter the chemistry and overall quality of freshwater ecosystems. Alg...
The objective of this study was to use a 5 day bioassay experiment to assess whether nitrogen or pho...
The following bioassay focuses on changes in stream algal growth due to added nutrients from point a...
The U.S. Geological Survey (USGS), as part of its National Water Quality Assessment (NAWQA) program ...
ABSTRACT: Nutrients and excessive algal productivity are leading causes of water-quality degradation...
This study involves the development of techniques of limiting nutrient determinations for the specif...
TextA report on the analysis and use of nutrient data from selected reservoirs in the Trinity River ...
With the advent of phosphorus (P)-adsorbent materials and techniques to address eutrophication in aq...
The Upper Clark Fork River (UCFR) has a long history of contamination from historic copper mining; r...
The Delaware River Basin Commission is charged with establishing water-quality objectives for the ti...
Excessive nutrient loading of natural and artificial lakes has led, in some systems, to plethoric al...
Understanding nutrient limitation is important for recognizing the requirements of the biofilm commu...
This eutrophication research project is aimed to compare nutrient concentration and water quality va...
The lower Colorado River is a very important resource for the southwestern U.S. Previously, biostimu...
In 1995, the U.S. Geological Survey conducted a study to characterize nutrient concentrations in fiv...
Anthropogenic activities often alter the chemistry and overall quality of freshwater ecosystems. Alg...
The objective of this study was to use a 5 day bioassay experiment to assess whether nitrogen or pho...
The following bioassay focuses on changes in stream algal growth due to added nutrients from point a...
The U.S. Geological Survey (USGS), as part of its National Water Quality Assessment (NAWQA) program ...
ABSTRACT: Nutrients and excessive algal productivity are leading causes of water-quality degradation...