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  • China ; Experiment plot ; Fujian ; Impact ; Infrastructure ; Land use ; Plant cover ; Runoff ; Sediment budget ; Society-environment relationship ; Soil erosion ; South-Eastern China ; Sustainable development ; Watershed
  • . It was found that natural vegetative cover reduces both runoff and erosion by approximately 36 and 7457 times over bare ground, and 16 and 1801 times over typically planted grasses, respectively. The increase in erosion associated with the replacement of native
  • 2012
  • Employment outcomes and plant closure in a post-industrial city : an analysis of the labour market status of MG Rover workers three years on
  • 2012
  • evapotranspiration of the area. It was pointed out that the daily tilt amplitudes are in close connection with the vital processes of the plants. The precipitation effect on the seasonal variations of the tilt amplitudes is of minor importance which means
  • into the deep soil layers and so the moistening of the high bank can be significantly diminished by planting appropriate vegetation on slopes.
  • 2012
  • Bahamas ; Comparative study ; Ecosystem ; Island ; Plant colonization ; Soil ; Soil properties ; Statistical analysis
  • content, and plant macronutrients were compared between sites where casuarinas dominated versus sites where casuarinas were absent. A multivariate ordination showed that casuarina-dominated soils were more similar to one another than to non-casuarina soils
  • 2012
  • Biodiversity ; Comparative study ; Ecology ; Environment ; Europe ; Flora ; Germany ; Grassland ; Indicator ; Plant species ; Poland ; Soil properties ; Switzerland
  • A comparative analysis was performed in regard to the ecological scales of indicator values for plant species proposed by : Ellenberg et al. (1991) for the flora of Germany, Landolt (1997) for the flora of Switzerland and Zarzycki et al, (2002
  • 2012
  • Ancrage territorial ; Bio-énergie ; Développement local ; Energie ; Energie de biomasse ; Espace rural ; France ; Haut-Rhin ; Innovation ; Orne ; Plante cultivée ; Projet ; Territoire
  • Bioenergy ; Biomass energy ; Cultivated plants ; Energy ; France ; Haut-Rhin ; Innovation ; Local development ; Orne ; Project ; Rural area ; Spatial embeddedness ; Territory
  • 2012
  • concentrations in water samples, except Cu, were lower than the maximum permitted concentration for the protection of aquatic life. TN, TP and metal concentrations in sediment samples from the first three sites situated downstream of Ergani Copper Mine Plant were
  • anthropogenic sources, particularly metallic discharges of the copper mine plant.
  • 2012
  • Benin ; Cattle ; Extensive livestock farming ; Livestock farming ; Pastoral ; Plant species
  • 2012
  • Biodiversity ; Biogeography ; Concept ; Ecological niche ; Ecology ; Forecast ; Habitat ; Model ; Plant species ; Spatial autocorrelation ; Spatial distribution ; Statistics
  • 2012
  • Agricultural land use ; Classification ; Land use ; Plant canopy ; Poland ; Rural area ; Spatial analysis ; Spatial variation ; Suburbanization ; Territory
  • 2012
  • Concept ; Error ; Index ; Land use ; Methodology ; Model ; Plant cover
  • 2012
  • N.I. VAVILOV a trouvé une ressemblance entre les plantes cultivées en hautes montagnes et leurs analogues des hautes latitudes. Le mouvement de l’agriculture vers le Nord par le semis des cultures est important pour l’indépendance agro-alimentaire
  • 2012
  • In recent decades it has become continually more apparent that steady population growth has caused the decline of many species of plants and animals that share the planet with us, has changed our global climate and has exacerbated numerous other
  • 2012
  • Agglomeration ; Externalities ; Firm ; Great Britain ; High-tech industry ; Innovation ; Place ; Plant ; Productivity ; United Kingdom ; Urbanization
  • 2012
  • China ; Plant canopy ; Precipitation ; Qinghai ; Spatial autocorrelation ; Vegetation ; Vegetation dynamics
  • 2012
  • Image processing ; Land use ; Plant canopy ; Remote sensing ; Satellite imagery ; Soil moisture ; Space time ; Tunisia
  • 2012
  • fleurs d'espèces ligneuses locales. Dans le contexte d'incertitude climatique, il paraît urgent de conserver par des actions de protection et de domestication les plantes utilisées. - (JPB)
  • 2012
  • 2012
  • [b1] Dept. of Plant Production, College of Food and Agriculture Sciences, King Saud Univ., Riyadh, Arabie Saoudite
  • Cultural studies ; Plant ; Production ; Regional disparities ; Restaurant trade ; World
  • 2012
  • Agricultural land use ; Applied hydrology ; Castilla-León ; Experimental catchment ; Plant canopy ; Seasonal variability ; Soil moisture ; Spain ; Stream ; Water shortage ; Watershed ; Zamora
  • Les AA. étudient la dynamique de l'humidité du sol dans un bassin agricole expérimental situé dans la partie centrale du Douro. Ils analysent l'évolution de la quantité d'eau édaphique nécessaire aux plantes à partir de l'Indice de Déficit Hydrique
  • 2012