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(1972)
Effects of sediment on fish resources , paper presented at management seminar , Wash
G. Brown, A. Gahler, R. Marston (1973)
Nutrient losses after clear‐cut logging and slash burning in the Oregon Coast RangeWater Resources Research, 9
D. Gibbons, E. Salo (1973)
AN ANNOTATED BIBLIOGRAPHY OF THE EFFECTS OF LOGGING ON FISH OF THE WESTERN UNITED STATES AND CANADA
J. Wishart, B. Ostle (1956)
Statistics in Research., 119
D. Harris (1976)
Hydrologic Changes After Logging in Two Small Oregon Coastal Watersheds
R. Harr, James Krygier (1972)
Clearcut logging and flow flows in Oregon coastal watersheds
D. Swanston (1974)
The forest ecosystem of southeast Alaska. 5. Soil mass movement, 017
G. Brown, James Krygier (1970)
Effects of clear-cutting on stream temperature.Water Resources Research, 6
D. Swanston (1974)
5. Soil Mass Movement THE FOREST ECOSYSTEM OF SOUTHEAST ALASKA
Brown (1972)
The Alsea watershed studyLoggers Handb., 32
G. Brown, James Krygier (1971)
Clear-Cut Logging and Sediment Production in the Oregon Coast RangeWater Resources Research, 7
J. Moring (1975)
THE ALSEA WATERSHED STUDY: Effects of Logging on the Aquatic Resources of Three Headwater Streams of the Alsea River, Oregon Part III – Discussion and Recommendations
R. Iwamoto, E. Salo, M. Madej, R. Mccomas (1978)
Sediment and water quality: A review of the literature including a suggested approach for water quality criteriaCTIT technical reports series
D. Harris (1973)
Hydrologic changes after clear-cut logging in a small Oregon coastal watershedJournal research U. S. geological survey, 1
J. Moring, R. Lantz (1975)
THE ALSEA WATERSHED STUDY: Effects of Logging on the Aquatic Resources of Three Headwater Streams of the Alsea River, Oregon Part I – Biological Studies
J. Moring (1975)
THE ALSEA WATERSHED STUDY: Effects of Logging on the Aquatic Resources of Three Headwater Streams of the Alsea River, Oregon Part II – Changes in Environmental Conditions
R. Harr, W. Harper, James Krygier, F. Hsieh (1975)
Changes in storm hydrographs after road building and clear‐cutting in the Oregon Coast RangeWater Resources Research, 11
Suspended sediment production after road construction, logging, and slash disposal was significantly increased (P = 0.95) on two watersheds in Oregon's Coast Range. A 25% patch‐cut watershed showed increases during 3 of 8 posttreatment years. These increases were caused primarily by mass soil erosion from roads. Monthly sediment concentrations before the occurrence of the annual peak flow were increased more than those following the annual peak. Surface erosion from a severe slash burn was the primary cause of increased sediment yields for 5 posttreatment years on a watershed that was 82% clear‐cut. Monthly sediment concentrations were generally increased throughout the winter runoff period on this watershed. The flushing of suspended sediment in Oregon Coast Range watersheds is apparent from seasonal changes of suspended sediment rating curves.
Water Resources Research – Wiley
Published: Dec 1, 1978
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