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This thesis work addresses the adaptation mechanism of the downstream river system due to dam construction on the upper reach of the Ribb River, Ethiopia. The applicability of an analytical method for quick assessments of the long-term morphological effects of different dam operations was assessed based on Equilibrium Theory.
This study presents a flood modelling system that can provide rapid and sufficiently accurate estimates of flood risk within a methodology that is accessible to a wider range of stakeholders was developed for a coastal city ¿ Can Tho city, Mekong Delta, Vietnam.
An assessment of the pathogen removal processes of the aerobic granular sludge (AGS) technology is provided. The AGS capacity on removing faecal indicators (E. coli, Enterococci, coliforms and bacteriophages) was determined in full-scale facilities.
This research contributed to the development of an innovative FS stabilisation technology linking sanitation provision to a faecal sludge value chain.
This research was conducted to facilitate the transferability of BF to nations with arid climates. Batch and column laboratory-scale studies were performed to determine the effect of environmental variables on chemical pollutant removal. A 3 step framework was followed to examine the effectiveness of BF in Aswan, Egypt.
This book explores how water utilities mobilize pro-poor strategies to address the challenge of ensuring universal access in cities with rapidly expanding unplanned settlements. It goes beyond ideological discussions to examine actual water service provisioning practices, identifying with those responsible: water utilities.
Climate change and development imperatives create additional pressure on water resources and will have severe future impacts on the Nile Delta aquifer. An innovative method for identification of the most representative model has been developed, which is useful for Water-Food Nexus studies.
Analysis shows no significant long-term changes of rainfall over Dinder and Rahad basins. Analysis of streamflow response to land use and land cover changes using satellite data and hydrological modelling was performed. The effect of land use and land cover changes on the hydrology of the basins was proven to be true.
This research contributes towards a better understanding of how the concentration of Escherichia coli, Bacillus subtilis spores, and MS2 bacteriophages in contaminated shallow water bodies and on different urban surfaces is affected by the environmental conditions.
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