The effects of roadbuilding, logging and burning upon stream
runoff responses to individual storms are evaluated for the Alsea
experimental watersheds, located in the Oregon Coast Range, The
parameters analyzed are peak discharge, induced peak discharge,
time-to-peak, and storm-runoff volume. The volume parameter is
further sub-divided into total, quick, delayed,...
This study is part of the Alsea Basin Logging-Aquatic Resources
Study research program. It was initiated to determine the applicability
of energy budget theory to stream temperature prediction on small
forested streams. The study was also designed to evaluate the energy
budget technique as a tool in the management of...
This study data from the Alsea Watershed Study located
approximately ten miles from the Pacific Ocean in the Oregon Coast
Range. The purpose was to evaluate the effects of roadbuilding on
storm flows in two experimental streams. One 138 acre watershed,
Deer Creek II, was subjected to 3.5 percent treatment...
The study was conducted on the San Dimas Experimenta1 Forest in
southern California. It deals with a field and laboratory evaluation
of several physical and hydraulic properties of the weathered parent
material and suggests how these properties may relate to flood runoff
problems.
A simple correlation analysis shows that only...
The catchment-filter, soil erosion gage, macroprofile, and
spike and washer techniques for erosion measurement were compared
on six plots along a newly constructed logging road in the Oregon
Coast Range during the winter of 1965-66. Three plots were located
on a cut slope; three plots were on a fill slope....
The purpose of this study was to determine the effect of clearcut logging on stormflow by analysis of characteristic parameters of individual storm hydrographs. Parameters considered included height-of-rise, peak discharge, volume and time-to-peak. The hydrologic data were derived from experimental watersheds of the Alsea Study located in the Oregon Coast...