This study aims at a better understanding of the Sudd hydrology in relation to the regional hydroclimatology, and to provide quantitative answers to the above questions. The derived results from this study can also serve as boundary conditions for related impact assessment models (ecological, water resources planning, socio-economic, etc.).
This study aims at a better understanding of the Sudd hydrology in relation to the regional hydroclimatology, and to provide quantitative answers to the above questions. The derived results from this study can also serve as boundary conditions for related impact assessment models (ecological, water resources planning, socio-economic, etc.).
1 Introduction 2 How important is land evaporation to sustain regional precipitation? A literature review on moisture recycling. 3 Description of the Study area 4 Spatial variability of evaporation and moisture storage in the swamps of the upper Nile studies by remote sensing techniques 5 The temporal variation of evaporation from the Sudd wetland and its biophysical and hydrological interpretation 6 Regional climate modeling of the Nile Basin 7 Impact of teh Sudd wetland on the Nile Hydroclimatology 8 Summary and conclusions
1 Introduction 2 How important is land evaporation to sustain regional precipitation? A literature review on moisture recycling. 3 Description of the Study area 4 Spatial variability of evaporation and moisture storage in the swamps of the upper Nile studies by remote sensing techniques 5 The temporal variation of evaporation from the Sudd wetland and its biophysical and hydrological interpretation 6 Regional climate modeling of the Nile Basin 7 Impact of teh Sudd wetland on the Nile Hydroclimatology 8 Summary and conclusions
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