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  • Agrégat ; Erosion des sols ; Erosion hydrique ; Lutte contre l'érosion ; Propriétés du sol ; Ravinement ; Reboisement ; Slovaquie ; Slovaquie du Sud-Ouest
  • Abarrancamiento ; Agregado ; Erosión de los suelos ; Erosión hídrica ; Eslovaquia ; Lucha contra la erosión ; Propiedades del suelo ; Repoblacíon forestal
  • soils. The values determined for these gully soils do not differ significantly from those in the surrounding non-eroded agricultural soils. The extreme difference in aggregate stability between the topsoils and the parent marl material is responsible
  • 2012
  • [b2] GEA-Grupo de Edafología Ambiental, Dep. de Agroquímica y Medio Ambiente, Univ. Miguel Hernández, Alicante, Espagne
  • Eau de fonte ; Ecoulement glaciaire ; Expérimentation ; Gel ; Glaciologie ; Granulométrie ; Limon ; Royaume-Uni ; Stratification ; Transport sédimentaire
  • Agua de deshielo ; Escorrentía glaciar ; Estratificación ; Experimentación ; Glaciología ; Granulometría ; Helado ; Limo ; Reino Unido ; Transporte sedimentario
  • to the parent water. The results indicate that, contrary to previous suggestions, these processes do not lead to the preferential entrainment of silt in the resulting ice. The silt-dominated character of basal ice types associated with supercooling may result
  • 2012
  • Cartographie ; Chine ; Chine du Sud ; Gestion de l'environnement ; Géostatistiques ; Interpolation ; Jiangxi ; Méthodologie ; Propriétés du sol ; Utilisation du sol
  • The AA. present a method of high accuracy surface modeling (HASM) combined geographic information for soil property interpolation (HASM-SP) to improve the accuracy. Based on soil types, land use types and parent rocks, HASM-SP was applied
  • 2012
  • ) is the dominant clay mineral and was mainly inherited from the parent sediments and by neoformation. The pedons located in the highest points of the alluvial plain were classified as Chromic Haploxererts and those in the lowest landscape were classified as Typic
  • Haploxererts. The properties of these Vertisols reflect the impact of climate (alternating wet–dry periods), landscape position (alluvial plain; seasonally water saturated), and parent material (clayey, smectite-dominated fluvio-lacustrine, highly calcareous
  • 2012
  • phosphorus forms exist in the minerotrophic fens. Compared with other peatlands, the accumulation of total phosphorus in the Yuanchi peatland was higher, suggesting that the volcanic parent material had an influence on P accumulation.
  • 2012