Add to ORKGUniversity of Minnesota M.S. thesis. August 2011. Major: Integrated biosciences. Advisor: Brian H. Hill. 1 computer file (PDF); v, 42 pages.Summary abstract not availabl
Understanding the extent to which humans effect biogeochemical cycles is vital to preserving the env...
Abstract It is essential to know the nutrient limitation status of biofilms to understand how they m...
Background/Question/Methods An abundance of headwater streams along Lake Superior’s shores may compr...
University of Minnesota M.S. thesis. August 2011. Major:Water resources science. Advisors: Advisors:...
Stream biofilms are among the first to react to environmental degradation, since their structural an...
University of Minnesota M.S. thesis. December 2010. Major: Ecology, Evolution, and Behavior. Advisor...
The aim of this study was to describe the colonization of the biofilm during its early stages under ...
In-stream biogeochemical uptake and transformation can alter the timing and form of nutrients export...
Microbial biofilms can be found on virtually all submerged surfaces in aquatic habitats, including r...
In response to the increasing frequency of water quality impairment near tributary outlets, understa...
Lake Superior receives inputs from approximately 2,800 tributaries that provide nutrients and dissol...
Biofilm communities were cultivated in rotating annular bioreactors using water from the South Sask...
Urban stream syndrome is described as the deterioration of stream health in an urbanized watershed a...
Nutrient enrichment threatens river ecosystem health in urban watersheds, but the influence of urban...
<p>As the human population continues to increase, the effects of land use change on streams and thei...
Understanding the extent to which humans effect biogeochemical cycles is vital to preserving the env...
Abstract It is essential to know the nutrient limitation status of biofilms to understand how they m...
Background/Question/Methods An abundance of headwater streams along Lake Superior’s shores may compr...
University of Minnesota M.S. thesis. August 2011. Major:Water resources science. Advisors: Advisors:...
Stream biofilms are among the first to react to environmental degradation, since their structural an...
University of Minnesota M.S. thesis. December 2010. Major: Ecology, Evolution, and Behavior. Advisor...
The aim of this study was to describe the colonization of the biofilm during its early stages under ...
In-stream biogeochemical uptake and transformation can alter the timing and form of nutrients export...
Microbial biofilms can be found on virtually all submerged surfaces in aquatic habitats, including r...
In response to the increasing frequency of water quality impairment near tributary outlets, understa...
Lake Superior receives inputs from approximately 2,800 tributaries that provide nutrients and dissol...
Biofilm communities were cultivated in rotating annular bioreactors using water from the South Sask...
Urban stream syndrome is described as the deterioration of stream health in an urbanized watershed a...
Nutrient enrichment threatens river ecosystem health in urban watersheds, but the influence of urban...
<p>As the human population continues to increase, the effects of land use change on streams and thei...
Understanding the extent to which humans effect biogeochemical cycles is vital to preserving the env...
Abstract It is essential to know the nutrient limitation status of biofilms to understand how they m...
Background/Question/Methods An abundance of headwater streams along Lake Superior’s shores may compr...