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Stream Dynamics: An Overview for Land Managers — RMBL Knowledge Commons
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Summary Technical report (1980-1992). Covers Verde River, Phoenix, Arizona. Topics: stream dynamics, water flow, sediment transport, fluvial processes. Agencies: USDA Forest Service, Range Experiment Station, U.S. Department of Agriculture. Cites 34 external works.
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Knowledge graph centered on Stream Dynamics: An Overview for Land Managers with 61 nodes and 60 connections. Top connected: United States Forest Service, Atriplex canescens, Rushes, United States Department of Agriculture, United States Geological Survey.
Stakeholders (12) Agencies, organizations, and groups mentioned as actors in this document.
United States Forest Service United States Department of Agriculture United States Geological Survey Colorado State University Army Corps of Engineers Rocky Mountain Forest and Range Experiment Station American Society of Civil Engineers Arizona State University
Show 4 more National Stream Systems Technology Center Range Experiment Station Manti-LaSal National Forest California Institute of Technology
Concepts & Topics (49) Show 41 more External References Cited (50) Works cited by this document, grouped by type.
other (23) Mechanics of degradation and aggradation in a laboratory flume (1969) — B. Suryanarayana Effect of channel sediment on width-discharge relations with emphasis on streams in Kansas (1977) — Osterkamp, W. R Airphoto interpretation of the form and behavior of alluvial rivers (1975) — Brice, J. C Geomorphic threshold and com- plex response of drainage systems (1974) — Schumm, S. A Abrasion in place: A mechanism for rounding and size reduction of coarse sediment in rivers (1973) — Schumm, S. A., and M. A. Stevens Show 18 more other Preserva- tion of primeval redwood in the Redwood National Park (1972) — Stone, E. C., R. F. Grah, and P. J. Zinke Rigid boundary hydraulics for steady flow (1971) — Koloseus, H. J Increases in streamflow after con- verting chaparral to grass (1971) — Hibbert, A. R A basic cause of a braided channel (1969) — Shen, H. W., and S. Vedula Deposition on alluvial fans (1968) — Bull, W. D Mobile-bed fluviology—A regime theory treatment of rivers for engineers and hydrologists (1966) — Blench, T Nomenclature for bed forms in alluvial channels (1966) Related Works Items connected by shared entities, co-authorship, citations, or semantic similarity.
Show all 30 related works — American Society of Civil Engineers, Task Force on Bed Forms in Alluvial Channels of the Committee on Sedimentation
Resistance to flow in alluvial channels (1966) — Simons, D. B., and E. V. Richardson
Pre- liminary report on bed forms and flow phenomena in the Rio Grande near El Paso, Texas (1964) — Fahnestock, R. K., and Thomas Maddock, Jr
Profiles or rivers of uniform dis- charge (1964) — Langbein, W. B
Morphological and hydrolog- ical regularities of the structure of the river net (1960) — Rzhanitsyn, N. A
The shape of alluvial channels in relation to sediment type (1960) — Schumm, S. A
A study of the shape of channels formed by natural streams flowing in erodible material (1957) — Lane, E. W
The importance of fluvial morph- ology in hydraulic engineering (1955) — Lane, E. W
Some factors af- fecting the stability of canals constructed in coarse granular material (1953) — Lane, E. W., and E. J. Carlson
A laboratory study of the mean- dering of alluvial rivers (1945) — Friedkin, J. F
Regime diagrams for the design of canals of distributaries (1932) — Lacey, G
Regime channels (1919) — Lindley, E. S report (12) Predicting impact of a restoration project on river dynamics—A case history (1979) — Burchard H. Heede Velocity-head rod and current meter use in boulder-strewn mountain streams (1974) — Burchard H. Heede Flow and channel characteristics of two high mountain streams (1972) — Burchard H. Heede Characteristics and processes of soil piping in gullies (1971) — Burchard H. Heede Discharge of sands and mean velocity relationships in sand-bed streams (1964) — Bruce R. Colby Show 7 more report Preliminary report on bed forms and flow phenomena in the Rio Grande near El Paso, Texas (1964) — R. K. Fahnestock and Thomas Maddock, Jr. Some effects of fine sediment on flow phenomena (1963) — D. B. Simons, E. V. Richardson, W. L. Haushild Morphology and hydrology of a glacial stream—White River, Mount Rainier, Washington (1963) — Robert K. Fahnestock Lecture notes on sediment transport and channel stability (1961) — Vito A. Vanoni, Norman H. Brooks, John F. Kennedy The natural channel of Brandywine Creek, Pennsylvania (1955) — Gordon M. Wolman The hydraulic geometry of stream channels and some physiographic implications (1953) — Luna B. Leopold and Thomas Maddock, Jr. Report on the geology of the Henry Mountains (1880) — G. K. Gilbert study (9) stream characterization study (1979) — Heede bedload transport study (1977) — Heede stream dynamics study (1975) — Heede geomorphic threshold study (1974) — Schumm water yield study (1971) — Hibbert Show 4 more study flow energy study (1971) — Koloseus fluid mechanics study (1950) — Rouse Gilbert's law of declivities (1880) — Gilbert Sternberg's abrasion law (1875) — Sternberg article (4) Equilibrium condition and sediment transport in an ephemeral mountain stream (1976) — Burchard H. Heede Preservation of primeval redwood in the Redwood National Park (1972) — E. C. Stone, R. F. Grah, P. J. Zinke The importance of fluvial morphology in hydraulic engineering (1955) — Lane, E. W. A method of sampling coarse riverbed material (1954) — Gordon M. Wolman book (2) Sediment transport in alluvial streams (1974) — Janos Bogardi Fluvial processes in geomorphology (1964) — Luna B. Leopold, M. Gordon, and John P. Miller