Headwater streams are small in size, but can be 80% of stream length. They have a high density in steep terrain and have a high biodiversity of invertebrates, amphibians and fish. However, they are very sensitive to landscape change, particularly timber harvesting in the Pacific Northwest. Timber harvesting exposes streams and results in a changed temperature environment. There are concerns that elevated headwater stream temperatures will negatively impact stream biota and have cumulative effects downstream. Many factors as well as harvesting affect stream temperatures including, air temperature, stream morphology, ground-water, riparian and basin vegetation condition, shade, aspect, sediment, windthrow and stream wood. Although larger stre...
minimizing the impacts of forest harvesting on stream water temperature is essential to sustainable ...
Graduation date: 2007Stream temperature, as an important component of stream\ud ecosystems, can be a...
Stream temperature is a critical parameter in stream ecosystems and controls rates of multiple proce...
Stream water temperature imposes metabolic constraints on the health of cold-water fish like salmoni...
Graduation date: 2008Stream temperature is a water quality parameter that directly influences\ud the...
Oregon’s forested coastal watersheds support important cold-water fisheries of salmon\ud and steelhe...
The temperatures of stream water and the stream bed influence biogeochemical processes and the grow...
Riparian zones are vital components of the landscape. Much attention has been focused on the questio...
This is the author's peer-reviewed final draft as accepted by the publisher. The final version is co...
Leaving riparian strips on both sides of a stream is widely accepted to be an effective management a...
Stream temperatures, chemistry and turbidity were monitored in two partially harvested (7-33%) water...
Forest harvesting has the potential to impact freshwater aquatic ecosystems by causing greater varia...
Stream temperature is a critical parameter for understanding hydrological and biological processes i...
Predictions of future climate suggest that stream water temperature will increase in temperate lowla...
River temperature regulates nearly all bio-chemical processes and is a key parameter of water qualit...
minimizing the impacts of forest harvesting on stream water temperature is essential to sustainable ...
Graduation date: 2007Stream temperature, as an important component of stream\ud ecosystems, can be a...
Stream temperature is a critical parameter in stream ecosystems and controls rates of multiple proce...
Stream water temperature imposes metabolic constraints on the health of cold-water fish like salmoni...
Graduation date: 2008Stream temperature is a water quality parameter that directly influences\ud the...
Oregon’s forested coastal watersheds support important cold-water fisheries of salmon\ud and steelhe...
The temperatures of stream water and the stream bed influence biogeochemical processes and the grow...
Riparian zones are vital components of the landscape. Much attention has been focused on the questio...
This is the author's peer-reviewed final draft as accepted by the publisher. The final version is co...
Leaving riparian strips on both sides of a stream is widely accepted to be an effective management a...
Stream temperatures, chemistry and turbidity were monitored in two partially harvested (7-33%) water...
Forest harvesting has the potential to impact freshwater aquatic ecosystems by causing greater varia...
Stream temperature is a critical parameter for understanding hydrological and biological processes i...
Predictions of future climate suggest that stream water temperature will increase in temperate lowla...
River temperature regulates nearly all bio-chemical processes and is a key parameter of water qualit...
minimizing the impacts of forest harvesting on stream water temperature is essential to sustainable ...
Graduation date: 2007Stream temperature, as an important component of stream\ud ecosystems, can be a...
Stream temperature is a critical parameter in stream ecosystems and controls rates of multiple proce...