Canal Bank Erosion by Surface Water Waves Generated in a Laboratory Flume

Canal Bank Erosion by Surface Water Waves Generated in a Laboratory Flume
Author:
Publisher:
Total Pages: 52
Release: 1963
Genre: Canals
ISBN:

Studies were made to determine the erosive effect of gravity water waves on earth material obtained from the Kennewick Main Canal, Yakima Project, Washington. The soil is classified as a fine silt having practically no cohesive qualities. Three placements of the soil were made in a side-slope test section of a canal represented in a wave flume. Each placement received the same kind and degree of compaction but was subjected to the action of a different wave produced by a wave generator. The amount of bank erosion was measured and the relationship of the volume of eroded soil was determined with respect to wave length, wave period, wave height, and the time of exposure to waves. (Author).

Mitigation and Enhancement Techniques for the Upper Mississippi River System and Other Large River Systems

Mitigation and Enhancement Techniques for the Upper Mississippi River System and Other Large River Systems
Author: Rosalie A. Schnick
Publisher:
Total Pages: 742
Release: 1982
Genre: Fishery management
ISBN:

Large river systems are valuable national resources that provide numerous benefits to travel, shipping, recreation, and fish and wildlife. However, efforts to expand one of the uses frequently come in direct conflict with one or more of the othersThis guide attempts to bring together all scientific data that are available on techniques that have been or can be used to offset or reduce the impacts of development and maintenance of Upper Mississippi River System or other large river systems. Decision makers are thus provided an objective descriptin of options now at their disposal when they attempt to weigh the merits of defects associated with a particular action.