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Hydrology / Earth / Rivers / Water streams / Limnology / Large woody debris / Stream channel / Sediment transport / Debris / Geomorphology / Water / Geology


THE GEOMORPHIC AND ECOLOGICAL INFLUENCE OF LARGE WOODY DEBRIS IN STREAMS AND RIVERS by Neil S. Lassettre ([removed]) Department of Landscape Architecture and Environmental Planning
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Document Date: 2013-06-06 01:52:06


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File Size: 469,46 KB

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City

Washington / /

Company

LWD / /

Continent

North America / /

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Event

Force Majeure / Natural Disaster / /

Facility

Management University of California Berkeley / Environmental Planning University of California Berkeley / /

IndustryTerm

important ecological services / low energy depositional site / bank erosion / bank undercutting / stream network / bank cohesion / stream systems / bank stability / bank / low energy depositional environments / low banks / low energy environments / less energy / bank slopes / stream energy / channel network / stream bank / bank regions / low energy depositional sites / energy / /

NaturalFeature

Pacific Coast / Alaska stream / Oregon / Alaska streams / Arizona stream / Northern California / ECOLOGICAL INFLUENCE OF LARGE WOODY DEBRIS IN STREAMS AND river / New Hampshire stream / GEOMORPHIC river / /

Organization

University of California / Landscape Architecture and Environmental Planning University / Environmental Science / Policy / and Management University / Department of Environmental Science / Department of Landscape Architecture / /

Person

Neil S. Lassettre / /

Position

Singer / general trend / /

ProvinceOrState

Alaska / Oregon / British Columbia / California / Arizona / Idaho / New Hampshire / /

Region

Northern California / western Washington / southeastern Alaska / /

SocialTag