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… ................ 64 4.4.3 Preventing and controlling soil erosion … 107 6.3.6 Establishing a water and soil conservation system … of LD processes including severe wind and water erosion, soil nutrient losses, waterlogging, salinization, river … undertaken by the ELP in implementing the initial Soil Resolutions of the IUCN World Conservation Congresses …

… Agriculture 124 8 Water Resources 160 9 Biodiversity and Soil 190 10 Energy and Climate 212 11 Urbanization 226 12 … with the earth. We are losing far too quickly the water, soil, and biodiversity that support all life. At a time when … emissions and temperatures, changing rainfall patterns, soil erosion, species loss and increased water scarcity will …

… as regulators e.g. by regulating the quality of water and soil or by providing flood and disease control. Cultural … during drought from natural storage features, including soil and groundwater, surface water and aquifers. GI options … Erosion control Healthy ecosystems may effectively prevent soil erosion and thereby reduce sediment load – and …

… change: • Loss of vegetation and biodiversity • Loss of soil nutrients and organic carbon • Water and wind erosion • … from the UNEP-funded Global Assessment of Human- Induced Soil Degradation (GLASOD) classifies around 40% of national … the VCA workshop in Burkina Faso Innovations Description Soil restoration through endogenous techniques Zaï Consists …

… The associated loss of many ecosystem services such as soil protection and water supply and regulation, together … leading to: a) a reduction in water retaining capacity and soil carbon stock, as a result of increased temperature and … with 70% in soils and 30% in above-ground living biomass; soil formation; biodiversity; nutrient cycling; and …

… and meet human needs, including water production, soil conservation, and marine nutrient recycling. In … 2003, p.10). Patches may be due to natural factors (soil type) or human factors (development). Corridor: … with the physical conditions present (depth of water, soil type, temperature of air)) make up the ecological …

… in an increase in greenhouse gases. Deforestation and soil artificialization are the source of nearly 20% of … change. Mountain forests, for example, contribute to soil stabilization and reduce the risk of landslides; … to preserve biodiversity, particularly by preventing soil artificialization, which is a major cause of soil …

… with respect to its structure (e.g., species composition, soil and water properties) and functional properties (e.g., … interactions; the loss of biophysical attributes such as soil structure and chemistry or hydrological processes; and … abiotic (non-living) barriers to recovery such as soil contamination or hydrological function can be a critical …

… al., 2012 Tsunami Island Loss of sand dunes, increase in soil salinity, coastal pollution, destruction of corals, … provision of ecosystem services and benefits. For example, soil and freshwater salinisation in cases of tsunamis will … impacts on ecosystem processes and functioning, namely soil quality, carbon cycling, primary productivity and …

… the elimination of groups of plant species eliminated by a soil-borne disease. The novel ecosystem replacing the … of rangelands Proportional cover of bare ground, soil density, soil compaction indices, remote sensing indices of change …