In semiarid complex terrain, the landscape creates spatial niches for different types of vegetation through the effects of aspect, slope and curvature on the water and energy balance at the soil surface. The ecohydrology of rangelands is defined by the interaction of soils, plants and climate occurring on a topographic surface. While these interactions have been studied for subtle terrain, little is known about the controls exerted by terrain position, in particular terrain aspect, on ecosystem processes. Furthermore, differential plant establishment can lead to measurable differences in rates of soil development, which in turn can affect soil hydraulic properties and the surface water balance. In this study, we...
Categories: Publication;
Types: Citation,
Journal Citation;
Tags: Hydrological Processes,
New Mexico,
biome transition,
calcic soils,
evapotranspiration, All tags...
modelling,
pedogenesis,
plant?water interactions,
semiarid hydrology,
vadose zone, Fewer tags
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