β Scribed by Klaus Berger
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
## Abstract This paper presents the results of an investigation into the problems associated with using downscaled meteorological data for hydrological simulations of climate scenarios. The influence of both the hydrological models and the meteorological inputs driving these models on climate scena
A soil-vegetation-atmosphere-transfer scheme, which solves the coupled system of the Surface Energy and Water Balance (SEWAB) equations considering partly vegetated surfaces, is presented. In terms of complexity, SEWAB is similar to many other landΒ±surface schemes with respect to the calculation of
## Abstract This study intends to bridge the gap between globalβ and localβscale hydrological studies in the Amazon basin by assessing the hydrological response of the Negro basin. The large basin model from the Institute of Hydraulic Research (MGBβIPH hydrological model) has been used to simulate