Rainwater Harvesting for Agriculture in the Dry Areas
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Rainwater Harvesting for Agriculture in the Dry Areas
Oweis, Theib Y.; Prinz, Dieter; Hachum, Ahmed Y.
Taylor & Francis Ltd
10/2024
284
Mole
9781032923703
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. Principles and practices of water harvesting 2. Hydrological aspects of water harvesting 3. Methods and techniques in water harvesting 4. Runoff inducement methods 5. Identification of areas suitable for water harvesting 6. Planning and design of water harvesting systems 7. Storage of harvested water 8. Implementation, operation, and maintenance of water harvesting systems 9. Socioeconomic issues 10. Water quality and environmental considerations
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Water Harvesting;systems;Water Harvesting Systems;project;Water Harvesting Project;karlsruhe;Karlsruhe University;university;Water Harvesting Technique;techniques;Micro-catchment Water Harvesting;micro-catchment;Threshold Rain;photo;Rooftop Water Harvesting;courtesy;Floodwater Harvesting;crop;Exceedance Probability;color;Cropped Area;WH Structure;Unit Hydrograph;Low External Input Technology;Runoff Efficiency;Google Earth Images;Saturated Hydraulic Conductivity;Water Harvesting Scheme;Crop Water Requirements;Loess Slope;Percolation Dams;Rubber Tired Roller;Subsurface Dam;GIS Database;Effective Root Zone Depth
1. Principles and practices of water harvesting 2. Hydrological aspects of water harvesting 3. Methods and techniques in water harvesting 4. Runoff inducement methods 5. Identification of areas suitable for water harvesting 6. Planning and design of water harvesting systems 7. Storage of harvested water 8. Implementation, operation, and maintenance of water harvesting systems 9. Socioeconomic issues 10. Water quality and environmental considerations
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Water Harvesting;systems;Water Harvesting Systems;project;Water Harvesting Project;karlsruhe;Karlsruhe University;university;Water Harvesting Technique;techniques;Micro-catchment Water Harvesting;micro-catchment;Threshold Rain;photo;Rooftop Water Harvesting;courtesy;Floodwater Harvesting;crop;Exceedance Probability;color;Cropped Area;WH Structure;Unit Hydrograph;Low External Input Technology;Runoff Efficiency;Google Earth Images;Saturated Hydraulic Conductivity;Water Harvesting Scheme;Crop Water Requirements;Loess Slope;Percolation Dams;Rubber Tired Roller;Subsurface Dam;GIS Database;Effective Root Zone Depth
