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Résultats de la recherche (15 résultats)

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  • Niger tiger bush as a natural water harvesting system
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • Duricrust ; Ecosystem ; Niger ; Rill wash ; Semi-arid area ; Soil erosion ; Soil water ; Vegetation ; Water balance ; Zoning
  • Magnitude-frequency analysis of water redistribution along a climate gradient in Spain
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • 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
  • The aim of this paper is to quantify the amount of surface water redistribution in 3 areas in Spain (Murcia, Valencia, Albacete) having different climatological characteristics, for a fine spatial scale and temporal scales of 1 yr and 10 yr
  • Water balance in a banded vegetation pattern. A case study of tiger bush in western Niger
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • Biogenic process ; Ecosystem ; Infiltration ; Niger ; Porosity ; Rill wash ; Sahel ; Soil moisture ; Soil water ; Water balance
  • 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
  • Soil and water components of banded vegetation patterns
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • Africa ; Arid area ; Duricrust ; Ecosystem ; Landscape ; Niger ; Plant cover ; Semi-arid area ; Soil erosion ; Soil properties ; Soil water ; Spatial analysis ; Vegetation ; World ; Zoning
  • pertaining to soil and water components of banded vegetation patterns.
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • Arid area ; Biogenic process ; Duricrust ; Ecosystem ; Micromorphology ; Niger ; Sahel ; Soil ; Vegetation ; Water regime
  • and the water regime of the Sahelian environment are discussed.
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • Dune ; Ecosystem ; Nigeria ; Photointerpretation ; Runoff ; Semi-arid area ; Soil water ; Vegetation ; Wind ; Zoning
  • related to sheet runoff and by consequence oriented perpendicular to that water flow.
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • Australia ; Biodiversity ; Ecosystem ; Model ; New South Wales ; Plant cover ; Queensland ; Rill wash ; Savanna ; Scrub ; Semi-arid area ; Simulation ; Soil water ; Vegetation ; Zoning
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • Arid area ; Experimentation ; Kenya ; Over-grazing ; Plant colonization ; Rainfall simulation ; Rift Valley ; Slope ; Soil erosion ; Soil moisture ; Splash ; Vegetation ; Water erosion
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • Arid area ; Chihuahua ; Desert ; Duricrust ; Infiltration ; Mexico ; Plant cover ; Rainfall simulation ; Rill wash ; Soil ; Soil erosion ; Soil water ; Vegetation ; Zoning
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • Duricrust ; Grain size distribution ; Isotope analysis ; Niger ; Rill wash ; Semi-arid area ; Soil erosion ; Soil properties ; Soil water ; Spatial analysis ; Vegetation ; Zoning
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • The significance of soil, water and landscape processes in banded vegetation patterning
  • The significance of soil, water and landscape processes in banded vegetation patterning