Land Degradation and Development · 2002 · 33 citations · 9 references
Natural ResourcesWatershed ManagementLand Use ManagementRiparian Zone ManagementWatershed PlanningGully ControlRiparian RestorationRiparian Zone RestorationSoil ErosionSoil Erosion ControlWatershed Erosion ManagementAgricultural ProsperityGully ErosionGully Erosion ControlGully RestorationReclamationRiparian Area ManagementWatershed Gully ManagementWatershed Management Planning
Abstract The problem of gully erosion is very severe in the riparian areas of the alluvial deep soil region in India. Research and development have progressed in response to the change in social needs. The earlier strategy of maintenance of law and order has changed to one of reclamation and restoration of the productive capacity of riparian areas. Watershed management in the ravines has been adopted for development of food security, eco‐restoration and pollution control. Case studies on the watershed management in watersheds projects initiated in the mid‐1980s revealed the scope for bringing increased prosperity through crop diversification and eco‐restoration. In consideration of the erosion process, new concepts of management zones and improved conservation and reclamation practices have been developed. The sociological factors have been rationally analysed, as they applied to watershed management in the ravines. A new paradigm of watershed management by group action is necessary in the future. Since the ways of combating the ravine problem and enhancing the productivity of ravine‐degraded lands were made on rational process‐based approach, there is scope for it to be implemented in other countries with similar land and socio‐economic situations. Copyright © 2002 John Wiley & Sons, Ltd.
9
Fluvial processes in geomorphology
Journal of Hydrology · 1965 · 2.8K citations
Riparian Forests as Nutrient Filters in Agricultural Watersheds
Richard Lowrance, Robert L. Todd, Joseph L. Fail et al. · BioScience · 1984 · 847 citations
Soil and Water Conservation Engineering
Richard K. Frevert, GLENN O. SCHWAB, T. W. Edminster et al. · Soil Science · 1955 · 416 citations
Concepts of mathematical modeling of sediment yield
James P. Bennett · Water Resources Research · 1974 · 190 citations
Potential Energy and Stream Morphology
Chih Ted Yang · Water Resources Research · 1971 · 184 citations
Natural Sciences, Hydrology, Physics +14