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A Pebble Count Procedure for Assessing Watershed Cumulative Effects
Summary
Gregor S. Bevenger and Rudy M. King. 1995.
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Stakeholders (6)
Agencies, organizations, and groups mentioned as actors in this document.
United States Forest ServiceUnited States Environmental Protection AgencyUnited States Department of AgricultureU.S. Government Printing OfficeRocky Mountain Forest and Range Experiment StationShoshone National Forest
Places (32)
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NebraskaAlbuquerqueElk CreekPlumas National ForestSouth DakotaClark's Fork of the Yellowstone RiverLincolnRapid CitySouthwestCodyWashington, D.C.Republic CreekClosed CreekClosed CreekRepublicShoshonePole CreekPilot CreekJim Smith CreekFlagstaffGravelbar CreekHuff Gulch CreekGreater YellowstoneLaramie
Concepts & Topics (36)
streamflowhillslope similaritywater quality standardsriparian zonewater resourcesparticle size distributiondepositional growthdepositional growth
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wildfireriver stageperturbationssediment grain sizesediment grain sizeeffect sizesreduced chi-squared statisticfire disturbancewildlife and piscatorial culture and procreationforced channeling mechanismscorrelation lengthslivestock grazingstream orderpreventionType I erroroil and gas developmenttimber managementClean Water Acttrackplot monitoringpebble countbest management practicesWentworth size classesbaseline conditionsroad constructionsieve analysisfourth-order drainageminimum detectable differencestream monitoring
Species (1)
External References Cited (5)
Works cited by this document, grouped by type.
other (5)
- Use of pebble counts fine sediment in streams appear to last only a few years to evaluate fine sediment increase in stream chan- after the fires before returning to pre-fire conditions (1994) — Potyondy, J.P.; Hardy, T
- Oil and Gas Leas- Conclusions ing Final Environmental Impact Statement (1993) — Shoshone National Forest
- Influence of forest and range- ery in this particular geographic setting lags consider- land management on salmonid fishes and their ably behind upslope recovery, which may not be typi- habitats (1991) — Meehan, W.R
- Shoshone National Forest Stream Slopes less than 50% have recovered quite well to Classification System (1979) — Hoskins, W
- An improved method for size covery, probably due to continued loss of the very distribution of stream-bed gravel (1970) — Leopold, L.B
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