General EcologyZebra mussels have been changing the waterscape of the great lakes region since they were originally introduced. They are a highly invasive species, capable of filtering large volumes of water in a relatively short time span. We wanted to see how fast zebra mussels filter nutrients out of the water in varying densities. We ran 5 different densities of zebra mussel s in lab tank conditions for 8 hour period s, testing the water for nutrients every hour . Most of the nutrients we tested showed no significant change or difference , but calcium and nitratedecreased as density increased. NH4-N conversely increased as density increased and in<;reased over time. High densities of zebra mussels can reduce the levels of calcium, which...
We quantified the effects of particle type, size, and concentration, mussel size, and temperature on...
We quantified the effects of particle type, size, and concentration, mussel size, and temperature on...
We quantified the effects of particle type, size, and concentration, mussel size, and temperature on...
General EcologyZebra mussels (Dreisenna poly morpha) have severely impacted the natural ecosystems o...
General EcologyWe studied changing water nutrient levels in tanks filled with different densities of...
Student PaperZebra mussels (Dreissena polymorpha) are an invasive species in Douglas Lake that have ...
1. We investigated the role of algal composition on pumping, clearance, assimilation, pseudofaeces a...
General EcologyThe zebra mussel (Dreissena polymorpha), a highly invasive species in the Great Lake...
Filtering rates of the zebra mussel, Dreissena polymorpha, were examined at the University of Michig...
The zebra mussel (Dreissena polymorpha) is a non-native species that has impacted lacustrine and riv...
1. We investigated the role of algal composition on pumping, clearance, assimilation, pseudofaeces a...
AbstractAn outdoor experiment testing the effect of water flea (Daphnia longispina) and zebra mussel...
Zebra mussels recently invaded southern waterways including the Arkansas River. Large-scale filtrati...
Abstract: Zebra mussels (Dreissena polymorphn) have altered the structure of invaded ecosystems and ...
General EcologyIn this study, we observed rocks with different types of zebra mussel influence in a ...
We quantified the effects of particle type, size, and concentration, mussel size, and temperature on...
We quantified the effects of particle type, size, and concentration, mussel size, and temperature on...
We quantified the effects of particle type, size, and concentration, mussel size, and temperature on...
General EcologyZebra mussels (Dreisenna poly morpha) have severely impacted the natural ecosystems o...
General EcologyWe studied changing water nutrient levels in tanks filled with different densities of...
Student PaperZebra mussels (Dreissena polymorpha) are an invasive species in Douglas Lake that have ...
1. We investigated the role of algal composition on pumping, clearance, assimilation, pseudofaeces a...
General EcologyThe zebra mussel (Dreissena polymorpha), a highly invasive species in the Great Lake...
Filtering rates of the zebra mussel, Dreissena polymorpha, were examined at the University of Michig...
The zebra mussel (Dreissena polymorpha) is a non-native species that has impacted lacustrine and riv...
1. We investigated the role of algal composition on pumping, clearance, assimilation, pseudofaeces a...
AbstractAn outdoor experiment testing the effect of water flea (Daphnia longispina) and zebra mussel...
Zebra mussels recently invaded southern waterways including the Arkansas River. Large-scale filtrati...
Abstract: Zebra mussels (Dreissena polymorphn) have altered the structure of invaded ecosystems and ...
General EcologyIn this study, we observed rocks with different types of zebra mussel influence in a ...
We quantified the effects of particle type, size, and concentration, mussel size, and temperature on...
We quantified the effects of particle type, size, and concentration, mussel size, and temperature on...
We quantified the effects of particle type, size, and concentration, mussel size, and temperature on...