Volume 34, Issue 1 pp. 179-184

RIPARIAN FOREST EFFECT ON LATERAL STREAM CHANNEL MIGRATION IN THE GLACIAL TILL PLAINS1

Jason C. BurckhardtBrian L. Todd

Brian L. Todd

Respectively, Stream Research Assistant and Stream Program Coordinator, Missouri Department of Conservation, 2500 South Halliburton, Kirksville, Missouri 63501 (e-m: [email protected]).

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First published: 08 June 2007
Citations: 17
1

Paper No. 97023 of the Journal of the American Water Resources Association. Discussions are open until October 1, 1998.

Abstract

ABSTRACT: Dendrochronology analyses of point bar complexes were used to quantify the effects of riparian forests on local lateral migration of bends in seven streams in the glacial till plains of north central Missouri. Stream bends were paired with similar bank height, midchannel radius of curvature, soil composition, and watershed size. In each pair, one concave bank was forested and one was unforested. Stream bends with unforested concave banks had an average local migration rate three times greater than stream bends that had forested concave banks.

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