Aquatic and Land Interactions
Douglas F. Ryan, Program Manager
Forestry Sciences Laboratory
3625 93rd Ave. SW
Olympia, WA 98512
Phone: (360) 753-7652
Our Mission: To increase understanding
of the effects of natural processes and human activities on interactions
between aquatic and terrestrial ecosystems, with emphasis on understanding
the effects of land management on watershed processes and associated
biota (e.g., salmonids, amphibians) in the Pacific Northwest.
We also develop assessment tools to assist managers and decisionmakers
in achieving sustainability at multiple spatial and temporal scales.
The scope and scale of natural resources research include site-specific
and process-specific studies that fill narrow gaps in knowledge,
as well as watershed- and landscape-scale studies that attempt to
address processes, functions, and structure of ecosystems.
An important element of the program mission is to discover general
relations and processes that are not limited to a specific geographic
locality. Applications of the research will be most direct within
the region where the work was done, but much of the knowledge
will
be broadly applicable and transferable to other geographic regions
and ecosystems. (For more information about the team, visit ALI
Program Page)
ABOUT US
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RESEARCH AREAS
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Researchers
in the Aquatic and Land Interaction Teams include Gordon
H.
Reeves, Deanna Olson, and Kelly Burnett in Corvallis; Richard
T. Edwards and Mason Bryant in Juneau; Peter A. Bisson and
Steven M. Wondzell in Olympia; and Richard D. Woodsmith and
Karl M. Polivka in Wenatchee.
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Highlights
of our research:
- Understanding the effects of land management activities
and natural disturbances on aquatic ecosystems at the reach,
the watershed, and the landscape scales.
- Quantifying processes affecting productivity of stream
habitats.
- Riparian ecosystem management in western Washington.
- Aquatic and riparian ecosystem management and restoration
strategies in eastern Washington and Oregon.
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RECENT PUBLICATIONS
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GTR-558
Managing young upland forests in southeast Alaska for wood
products, wildlife, aquatic resources, and fishes: problem
analysis and study plan
(PDF: 2.26 MB)
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Science
Findings Issue 53 -- Arise, amphibians: stream buffers
affect more than fish (PDF: 327 Kb)
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