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Par Collection Par Auteur- POESEN, J., (Editeur scientifique) (4)
- BENYAMINI, Y. (1)
- BERNARD, C. (1)
- LAVEE, H. (1)
- PARSONS, A.J. (1)
- RAWLS, W.J. (1)
- SEGEV, M. (1)
- ABRAHAMS, A.D. (1)
- BRAKENSIEK, D.L. (1)
- KUTIEL, P. (1)
- WICHEREK, S.P. (1)
- Agricultural practice ; Bassin parisien ; Drainage ; France ; Gully erosion ; Methodology ; Plant cover ; Sediment budget ; Soil erosion ; Watershed (1)
- Alluvial cone ; Arid area ; Model ; Piedmont ; Rill wash ; Rock ; Runoff ; Sediment transport ; Semi-arid area ; Slope (1)
- Bassin parisien ; Bassin-versant ; Bilan sédimentaire ; Couverture végétale ; Drainage ; Erosion des sols ; France ; Méthodologie ; Pratique culturale ; Ravinement (1)
- Bilan sédimentaire ; Domaine méditerranéen ; Ecosystème ; Erosion des sols ; Feu ; Israël ; Montagne ; Propriétés du sol ; Rugosité ; Ruissellement ; Variation spatiale ; Versant (1)
- Cône de déjection ; Domaine aride ; Domaine semi-aride ; Ecoulement ; Modèle ; Piedmont ; Pierrosité ; Roche ; Ruissellement ; Transport sédimentaire ; Versant (1)
- Ecosystem ; Fire ; Israel ; Mediterranean area ; Mountain ; Rill wash ; Roughness ; Sediment budget ; Slope ; Soil erosion ; Soil properties ; Spatial variation (1)
- Infiltration ; Model ; Rock ; Soil ; Soil properties (1)
- Infiltration ; Modèle ; Pierrosité ; Propriétés du sol ; Roche ; Sol (1)
- Experimental geomorphology and landscape ecosystem changes (proceedings memorial symposium Prof. Jan De Ploey) (2)
- Rock fragments in soil: surface dynamics (2)
- Assessment of soil movements in a watershed from Cs-137 data and conventional measurements (example: the Parisian Basin) (1)
- Hydraulics of interrill overland flow on stone-covered desert surfaces (1)
- Soil containing rock fragments: effects on infiltration (1)
- The effect of fire-induced surface heterogeneity on rainfall-runoff-erosion relationships in an eastern Mediterranean ecosystem, Israel (1)
- The hydraulics of composite overland flow around surface stones are extremely complex and have been little studied. The purpose of this paper is to review both field and laboratory research on this subject and to discuss briefly the implications
- density, porosity and water content. Hydraulic properties that affect infiltration are water retention, saturated conductivity and unsaturated conductivity. Rock fragments on the soil surface have been reported to both increase or decrease infiltration
- computerized and automatic techniques. This study makes possible a comparison of both methods which appear complementary.
- Rainfall simulation experiments were carried out on several plots at different times since the fire near Haifa, Israel. The results obtained show that the total runoff and sediment yield varied considerably in both space and time. High spatial