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  • Classification ; Environmental degradation ; Geographical information system ; Karst ; LANDSAT ; Landscape unit ; Lebanon ; Mediterranean area ; Model ; Remote sensing ; Soil erosion ; Thematic Mapper ; Water erosion
  • This paper focuses on identifying visual erosion features (i.e. exposed roots, earth pillars, soil drift and etching, linear channels) which are part of internally defined spatial landscape units (erosion proxies), whose internal characteristics
  • influence the occurrence of soil erosion, and whose spatial content enables their analysis by remote sensing and GIS. The detected erosion features are useful for measuring and predicting soil erosion processes (sheet, mass and linear), with the least
  • [b1] Fac. of Letters and Human Sciences, Dep. of Geography, GIS Research Lab., Univ., Fanar, Liban
  • [b2] Dep. of Agroecology and Environment, Fac. of Agricultural Sciences, Aarhus Univ, Tjele, Danemark
  • [a1] Dep. of Earth Sciences and Environmental Geology, Italian Inst. of Speleology, Univ., Bologna, Italie
  • [a3] Dep. of Earth Sciences, Univ., Zaragoza, Espagne