Effects of Land Use on the Ecohydrology of River Basin in Accordance with Climate Change (MDPI - Multidisciplinary Digital Publishing Institute, 2022)
Keywords: artificial neural network (ANN); attribution analysis; biodiversity; Budyko hypothesis; catchment management; climate change; ditch subsidence; drainage ditches; drained peat soils; ecological status indicators; Economics; Economics of specific sectors; Economics, Finance, Business and Management; empirical equations of peat subsidence; environmental change; Environmental economics; grazing management; high-nature-value farming; highland watercourse; historical political ecology; human activity; hydromorphological diversity; irrigation; land cover; Mexico City; n/a; nutrient element; old field grassland; pedotransfer function; physiographic parameters of basins; pollution; redundancy analysis (RDA); Reference, Information and Interdisciplinary subjects; Research and information: general; risk; Rosetta program; runoff variation; saturated hydraulic conductivity; sediment; soil; soil moisture; source region of the Yangtze River; urban ecology; vegetation change; vegetation variation; Warta River; water quality; water spatial policy; weather extremes