The theory of radiative transfer is essential for studying climate. This research evaluates the capability of the RegCM5 model to reproduce radiative transfer in Central Africa over a ten-year period.
Mapping Vertical Urbanisms: A Spatial Analytics Approach to Defining Mountain Accessibility
This project introduces a terrain-sensitive urban analytics tool that redefines accessibility in mountain cities, addressing topographic, infrastructural, and seasonal constraints while enabling cross
What role do social innovations play in improving living well in mountain areas? The case of the Hautes-Alpes (France)
Using an example, we show how networking and diversification of the functions of social innovations at a local level helps to improve the quality of life in mountain regions.
Risks and vulnerabilities to and from Africa’s major mountain ranges
Africa’s mountains are unique, poorly studied in all disciplines, and hardly feature at continental scale in global data initiatives.
Global mountain water yield dominated by rainfall runoff and the lower mountain reaches
Mountains cover only a small portion of earth’s river basins, but they provide one-third of the total runoff. Most of this runoff comes from rainfall at the lower mountain reaches.
Streamflow Dynamics in the Southern Appalachians: A Multi-Method Analysis Connecting Land Cover, Precipitation, and Topography in a Southern US Water Tower
Streamflow and precipitation trend, and land cover change analyses, was performed in drainage areas of the southern Appalachians, which serve as a source of water for the southeast USA.
