During the last twenty years, mutations within agricultural systems in France and Europe have brought on a spectacular worsening of soil erosion and degradation. This volume, contributed to by scientists from 25 countries, discusses how this risk can be evaluated, and which solutions should be adopted without radically disturbing the socio-economic orientation of major agricultural regions. It is an excellent starting point for the development of new research themes, and will be of great value to soil and environmental scientists, and to all those involved in land irrigation and drainage.
Editorial. Introduction. The soil asset: preservation of a natural resource (S. Wicherek). 1. From the Parcel to the Watershed. Role of Station Studies. Processes Analysis and Establishing Partial Balances. Simple methods of characterizing erosive rainfall with reference to the South Downs (Southern England) (J. Boardman, D.T. Favis-Mortlock). Onsite and offsite damages by erosion in landscapes of East Germany (M. Frielinghaus, R. Schmidt). Assessment of soil erodibility: the relationship between soil properties, erosion processes and erosion susceptibility (Y. Le Bissonnais, M.J. Singer, J.M. Bradford). The effects of tillage system and annual crop residue on rill morphology (G.F. McIsaac, J.K. Mitchell). The role of test plot measurements in a long-term soil erosion research project in Switzerland (D. Schaub, V. Prasuhn). Impact of agriculture on soil degradation: modelisation at the watershed scale for a spatial management and development (S. Wicherek). 2. From the Geosystem Level to the Region: Essay on Typology to Define Erosion Sensitiveness and Potential. Extent, frequency and rates of rilling of arable land in localities in England and Wales (R. Evans). Gully typology and gully control measures in the European loess belt (J. Poesen). 3. Methods and Tools: Evaluation of the Respective Contributions of Field Studies, Remote Sensing. GIS, Modelisation and Caesium-137. Assessment of soil erosion in Quebec (Canada) with Caesium-137 (Cl. Bernard, M. Laverdiere). Combination of single storm erosion and hydrological models into a geographic information system (H. Chakroun, F. Bonn, J.P. Fortin). The use of Caesium-137 to investigate soil erosion and sediment delivery from cultivated slopes in the Polish Carpathians (W. Froehlich, D.L. Higgitt, D.E. Walling). The effect of water erosion and tillage movement on hillslope profile development: a comparison of field-observations and model results (G. Gov
- © Elsevier Science 1993
- 10th May 1993
- Elsevier Science
- eBook ISBN:
Centre National de la Recherche Scientifique, Saint-Cloud, France