Land use and land cover change are major drivers of water quality deterioration in
watercourses and impoundments. However, understanding of the spatial and temporal …

It is well known that the grid cell size of a raster digital elevation model has significant effects
on derived terrain variables such as slope, aspect, plan and profile curvature or the wetness …

In order to meet society's needs for water, food, fuel and fibre, the earth's natural land cover
and land use have been significantly changed. These changes have impacted on the …

Nine hydrological issues relating to land use and climate change are identified from a
southern Africa perspective, each illustrated by an example based on field observations or …

Significant land use changes from natural/agricultural to urban land uses have been
proposed within the Mpushini/Mkhondeni sub-catchments of the uMngeni Catchment in …

The scale “jump” in hydrology and agriculture from the small scale at which individual
processes such as infiltration, soil water redistribution, evapotranspiration, soil loss or crop …

The control of riverine quality (water, particulates) by human-related pressures is now a
major feature of the Anthropocene era. A set of general typologies and approaches to …

The ACRU agro-hydrological modeling system provided the framework, containing code to
simulate all major hydrological processes, including actual evapotranspiration estimates, to …

The hydrological responses of a catchment are sensitive to, and strongly coupled to, land
use and climate, and changes thereof. The hydrological responses to the impacts of …

The current body of research in western North America indicates that water resources in
southern Alberta are vulnerable to climate change impacts. The objective of this research …