Author: | Prof. Elijah K Biamah, Eng. Michael K Biamah | ISBN: | 9781911412564 |
Publisher: | Dolman Scott Publishing | Publication: | February 5, 2018 |
Imprint: | Dolman Scott Publishing | Language: | English |
Author: | Prof. Elijah K Biamah, Eng. Michael K Biamah |
ISBN: | 9781911412564 |
Publisher: | Dolman Scott Publishing |
Publication: | February 5, 2018 |
Imprint: | Dolman Scott Publishing |
Language: | English |
In Kenya and Somalia, most of the population (over 80%) lives in rural areas and therefore derive their livelihoods and incomes from agriculture and livestock production. Thus it is pertinent that environmental and water management be give priority when coming up with suitable conservation technologies. Future options of integrated water resources management for agriculture and livestock production will include: water resources management; adapting water resource management to climate change; response to key drivers of change; an integrated watershed management approach and rainwater harvesting and conservation for sustainable agriculture and livestock production.
This book presents a broad spectrum of environment and water management technological options available to most of Kenya's and Somalia’s rural communities. The areas covered by this publication include: Dryland environments and agriculture; Dryland agriculture and conservation technologies in Kenya; Agricultural watershed management in Kenya; Runoff water Management Systems; Drivers of change for water availability and use for agriculture; Djabia rainwater harvesting system in Lamu, Kenya; Trans-boundary integrated river water management; Integrated land and water management in the Nyando River Catchment Area, Lake Victoria Basin, Kenya; and Key environmental considerations in river basins management in Kenya and Somalia.
In Kenya and Somalia, most of the population (over 80%) lives in rural areas and therefore derive their livelihoods and incomes from agriculture and livestock production. Thus it is pertinent that environmental and water management be give priority when coming up with suitable conservation technologies. Future options of integrated water resources management for agriculture and livestock production will include: water resources management; adapting water resource management to climate change; response to key drivers of change; an integrated watershed management approach and rainwater harvesting and conservation for sustainable agriculture and livestock production.
This book presents a broad spectrum of environment and water management technological options available to most of Kenya's and Somalia’s rural communities. The areas covered by this publication include: Dryland environments and agriculture; Dryland agriculture and conservation technologies in Kenya; Agricultural watershed management in Kenya; Runoff water Management Systems; Drivers of change for water availability and use for agriculture; Djabia rainwater harvesting system in Lamu, Kenya; Trans-boundary integrated river water management; Integrated land and water management in the Nyando River Catchment Area, Lake Victoria Basin, Kenya; and Key environmental considerations in river basins management in Kenya and Somalia.