Knowledge graph centered on Stream Dynamics: An Overview for Land Managers with 16 nodes and 55 connections. Top connected: USDA Forest Service (Uncompahgre National Forest), United States Department of Agriculture (implied AAA), Salix lucida subsp. lasiandra, United States Geological Survey (USGS), U.S. Army Corps of Engineers (Corps).
Stakeholders (12)
Agencies, organizations, and groups mentioned as actors in this document.
USDA Forest Service (Uncompahgre National Forest)United States Department of Agriculture (implied AAA)United States Geological Survey (USGS)U.S. Army Corps of Engineers (Corps)Colorado State University (C.S.U.)Rocky Mountain Forest and Range Experiment StationThe University of ArizonaAmerican Society of Civil Engineers
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Stream Systems Technology CenterUinta-Wasatch-Cache National ForestCalifornia Institute of TechnologyRange Experiment Station
Nomenclature for bed forms in alluvial channels (1966) — American Society of Civil Engineers, Task Force on Bed Forms in Alluvial Channels of the Committee on Sedimentation
Profiles or rivers of uniform dis- charge (1964) — Langbein, W. B
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
The shape of alluvial channels in relation to sediment type (1960) — Schumm, S. A
Morphological and hydrolog- ical regularities of the structure of the river net (1960) — Rzhanitsyn, N. 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
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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
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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 (1)
Sediment transport in alluvial streams (1974) — Janos Bogardi