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Filters: Tags: Monitoring 2-Standardized Stream and Lake Information (X) > partyWithName: Aquatic Restoration and Research Institute (X)

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Summary The Little Susitna River is an important recreational resource within south-central Alaska. The river supports five species of salmon and very popular Chinook and coho salmon fisheries. In 2004, 20,000 angler days were spent harvesting 45,000 coho, which is the second highest harvest level in south-central Alaska. Rapid increases in Matanuska-Susitna Borough populations and the river’s popularity have resulted in increased residential development and recreational use along the river. There is a potential for residential development and recreational use to cause a decrease in water quality and fish habitat. This study is the first step in characterizing the Little Susitna River from the Edgerton Road...
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A pilot study was conducted to evaluate the use of PIT tags and underwater antennas to measure juvenile salmon growth rates and site fidelity. Juvenile coho (Oncorhynchus kisutch) and Chinook salmon (Oncorhynchus tshawytsha) growth rates and site fidelity were compared between two streams within the Susitna River drainage in Southcentral Alaska. The two study streams were selected to represent a low-sloped wetland stream which is common on the west side of the drainage and a moderate sloped upland stream that drains the Talkeetna mountains which is common on the east side of the drainage. Comparisons of growth rates and site fidelity within these two streams were used to test for the differences in the habitat quality...
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A stream water temperature monitoring project has been initiated by the U.S. Fish and Wildlife Service, Office of Subsistence Management, at 29 stream locations throughout Alaska. Temperature monitoring will augment fisheries studies currently being conducted at these locations. The temperature monitoring project is being developed to provide consistent temperature data, from standard collection and reporting methods, for subsistence fishery management and to evaluate climate influence on stream temperatures and fish habitat. Stream water and air temperature loggers were checked for accuracy and distributed along with deployment instructions and data sheets to 29 sampling locations in 2008 and 2009. Sampling...


map background search result map search result map Cottonwood Creek Ecological Assessment THE INVENTORY AND ASSESSMENT OF STREAMBANK RESTORATION PROJECTS WITHIN THE MATANUSKA-SUSITNA BOROUGH, ALASKA Restoration Evaluation—Fish Passage Final Report Assessment and Classification of Matanuska‐Susitna Fish Habitat—Stream Water Temperature Campbell Lake Tributary Water Quality Investigation, July 2012 through June 2013. Prepared for the Alaska Department of Environmental Conservation Cottonwood Creek fecal coliform and temperature evaluation Lower ship creek water quality monitoring as related to petroleum hydrocarbon pollution and fecal Coliform bacteria. Final Report for the Alaska Department of Environmental Conservation.  The influence of stream-crossing structures on the distribution of rearing juvenile Pacific salmon. Final Report for the U.S. Fish and Wildlife Service, Partners for Fish and Wildlife Program.  FRPA Effectiveness Monitoring within the Willer-Kash State Forest Harvest Area: Spring 2007 Lake Lucile Sediment Quality Sampling: Spatial Extent of Impaired Sediment due to Outfall Stormwater Inputs. Final Report for: Alaska Department of Environmental Conservation Water quality evaluation of the lower Little Susitna River.  Final Report for the Alaska Department of Environmental Conservation Hydrocarbons and Turbidity on the Lower Little Susitna River. Final Report for the Alaska Department of Environmental Conservation The Little Susitna River—An ecological assessment. Final Report for the Alaska Department of Environmental Conservation Montana Creek Ecological and Water Quality Assessment. Final Report for the Alaska Department of Environmental Conservation Comparison of Site Fidelity and Growth Rates of Juvenile Salmon between two Stream Types - A Pilot Study Streambank Restoration Evaluation - 2007. Final Report for the U.S. Fish and Wildlife Service FRPA Effectiveness Monitoring within the Willer-Kash State Forest Harvest Area. Prepared for the Alaska Department of Environmental Conservation Ecological Assessment and Site Restoration Plans for Montana Creek at the Yoder Road Crossing and the Luthman Trail Physical and Biotic Evaluation of Fish Passage Restoration—Elk Creek and Little Creek Campbell Lake Tributary Water Quality Investigation, July 2012 through June 2013. Prepared for the Alaska Department of Environmental Conservation Ecological Assessment and Site Restoration Plans for Montana Creek at the Yoder Road Crossing and the Luthman Trail Physical and Biotic Evaluation of Fish Passage Restoration—Elk Creek and Little Creek Comparison of Site Fidelity and Growth Rates of Juvenile Salmon between two Stream Types - A Pilot Study Cottonwood Creek Ecological Assessment Cottonwood Creek fecal coliform and temperature evaluation Montana Creek Ecological and Water Quality Assessment. Final Report for the Alaska Department of Environmental Conservation Water quality evaluation of the lower Little Susitna River.  Final Report for the Alaska Department of Environmental Conservation Hydrocarbons and Turbidity on the Lower Little Susitna River. Final Report for the Alaska Department of Environmental Conservation Streambank Restoration Evaluation - 2007. Final Report for the U.S. Fish and Wildlife Service Assessment and Classification of Matanuska‐Susitna Fish Habitat—Stream Water Temperature The Little Susitna River—An ecological assessment. Final Report for the Alaska Department of Environmental Conservation THE INVENTORY AND ASSESSMENT OF STREAMBANK RESTORATION PROJECTS WITHIN THE MATANUSKA-SUSITNA BOROUGH, ALASKA The influence of stream-crossing structures on the distribution of rearing juvenile Pacific salmon. Final Report for the U.S. Fish and Wildlife Service, Partners for Fish and Wildlife Program.  Restoration Evaluation—Fish Passage Final Report