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Par Collection Par Auteur- VALENTIN, C., (Editeur scientifique) (4)
- CERDÀ, A. (1)
- EHRMANN, M. (1)
- IMESON, A.C. (1)
- MAUCHAMP, A. (1)
- MELVILLE, M.D. (1)
- PEUGEOT, C. (1)
- TARIN, G. (1)
- WHITE, I. (1)
- BERGKAMP, G. (1)
- GALLE, S. (1)
- JANEAU, J.L. (1)
- MACDONALD, B.C.T. (1)
- 1999 (4)
- Action biogène ; Bilan hydrologique ; Brousse tigrée ; Eau du sol ; Ecosystème ; Humidité du sol ; Infiltration ; Niger ; Porosité ; Ruissellement ; Sahel (1)
- Albacete ; Arid area ; Climate ; Infiltration ; Mediterranean area ; Murcia ; Precipitation ; Rainfall simulation ; Rill wash ; Soil ; Soil erosion ; Soil water ; Spain ; Valencia ; Vegetation ; Water cycle ; Water erosion ; Zoning (1)
- Albacete ; Climat ; Cycle de l'eau ; Domaine aride ; Domaine méditerranéen ; Eau du sol ; Erosion des sols ; Erosion hydrique ; Espagne ; Infiltration ; Murcia ; Précipitation ; Ruissellement ; Simulation de pluie ; Sol ; Valencia ; Végétation ; Zonage (1)
- Arid area ; Australia ; Geochemistry ; Infiltration ; New South Wales ; Salt ; Soil ; Soil properties ; Spatial distribution ; Vegetation ; Zoning (1)
- Arid area ; Chihuahua ; Desert ; Duricrust ; Infiltration ; Mexico ; Plant cover ; Rainfall simulation ; Rill wash ; Soil ; Soil erosion ; Soil water ; Vegetation ; Zoning (1)
- Australie ; Distribution spatiale ; Domaine aride ; Géochimie ; Infiltration ; New South Wales ; Propriétés du sol ; Sel ; Sol ; Végétation ; Zonage (1)
- Biogenic process ; Ecosystem ; Infiltration ; Niger ; Porosity ; Rill wash ; Sahel ; Soil moisture ; Soil water ; Water balance (1)
- Chihuahua ; Couverture végétale ; Domaine aride ; Désert ; Eau du sol ; Encroûtement ; Erosion des sols ; Infiltration ; Mexique ; Ruissellement ; Simulation de pluie ; Sol ; Végétation ; Zonage (1)
- The significance of soil, water and landscape processes in banded vegetation patterning (4)
- Magnitude-frequency analysis of water redistribution along a climate gradient in Spain (1)
- The distribution of soluble cations within chenopod-patterned ground, arid western New South Wales, Australia (1)
- The soil surface characteristics of vegetation stripes in Northern Mexico and their influences on the system hydrodynamics. An experimental approach (1)
- Water balance in a banded vegetation pattern. A case study of tiger bush in western Niger (1)
- This paper aims to calculate water balance of an entire tiger bush unit, including bare and vegetated areas, to validate a rain redistribution hypothesis. They monitored measurements of runoff and soil moisture content in each zone composing a tiger
- topography. The study was conducted in the Mapimi Biosphere Reserve (Chihuahuan desert, Mexico). The transect crossed a bare zone and the pioneer, central and senescence zones of a stripe. Rainfall simulations were then used to analyse the relationship
- and the underlying soil chemical properties; that bare areas have a relatively larger soluble salt concentration compared to the vegetated areas. A model that explains this distribution, and incorporates vegetation, microtopographic and infiltration differences
- . Rainfall simulations experiments were carried out to determine runoff and infiltration characteristics of the bare and vegetated zones. The largest amount of redistribution during these events is found for areas having an intermediate rainfall regime