Color poster with text, graphs, charts, and images.Algal blooms are associated with high nutrient concentrations and can pose problems for freshwater ecosystems, the organisms they contain, and humans that benefit from them. Nutrients that are usually a limiting factor for algal growth such as Nitrogen and Phosphorous can flood streams because they are commonly found in agricultural and urban runoff. In this study we examined how Nitrogen and Phosphorous affected stream algal populations in relation to light availability in two streams: Little Niagara Creek and Lowes Creek. We chose these two streams to compare and contrast the limitation of algal populations in streams draining urban and rural catchments.University of Wisconsin...
ABSTRACT During periods of low stream flow, especially in summer and fall, algal growth often reach...
Nuisance levels of algae in New Jersey rivers and streams result primarily from high levels of nutri...
Excess nutrients from both point and non-point sources commonly impair rivers and contribute to the ...
This study was undertaken to improve knowledge on the role of both phosphorus and nitrogen in eutrop...
The following bioassay focuses on changes in stream algal growth due to added nutrients from point a...
Nutrient input in streams alters the density and species composition of attached algal communities i...
A series of experiments were conducted to test the hypothesis that the concentrations of suspended a...
Excess nutrients from both point and non-point sources commonly impair rivers and contribute to the ...
Light is an important resource for periphytic freshwater algae. To examine the importance of this ab...
Urban drainage within the City of Ottawa, Ontario, is thought to be a significant contributor of nut...
Human land use alterations in the watersheds of coastal streams flowing into the New River Estuary (...
Anthropogenic activities often alter the chemistry and overall quality of freshwater ecosystems. Alg...
Understanding nutrient limitation is important for recognizing the requirements of the biofilm commu...
Applied Science: Biology ConcentrationEutrophication caused by nutrient pollution results in cyanoba...
Cyanobacterial harmful algal blooms (cHABs) are a global threat to drinking water supplies, sustaina...
ABSTRACT During periods of low stream flow, especially in summer and fall, algal growth often reach...
Nuisance levels of algae in New Jersey rivers and streams result primarily from high levels of nutri...
Excess nutrients from both point and non-point sources commonly impair rivers and contribute to the ...
This study was undertaken to improve knowledge on the role of both phosphorus and nitrogen in eutrop...
The following bioassay focuses on changes in stream algal growth due to added nutrients from point a...
Nutrient input in streams alters the density and species composition of attached algal communities i...
A series of experiments were conducted to test the hypothesis that the concentrations of suspended a...
Excess nutrients from both point and non-point sources commonly impair rivers and contribute to the ...
Light is an important resource for periphytic freshwater algae. To examine the importance of this ab...
Urban drainage within the City of Ottawa, Ontario, is thought to be a significant contributor of nut...
Human land use alterations in the watersheds of coastal streams flowing into the New River Estuary (...
Anthropogenic activities often alter the chemistry and overall quality of freshwater ecosystems. Alg...
Understanding nutrient limitation is important for recognizing the requirements of the biofilm commu...
Applied Science: Biology ConcentrationEutrophication caused by nutrient pollution results in cyanoba...
Cyanobacterial harmful algal blooms (cHABs) are a global threat to drinking water supplies, sustaina...
ABSTRACT During periods of low stream flow, especially in summer and fall, algal growth often reach...
Nuisance levels of algae in New Jersey rivers and streams result primarily from high levels of nutri...
Excess nutrients from both point and non-point sources commonly impair rivers and contribute to the ...