Integrated Water Resource Management
As defined by the Global Water Partnership, integrated water resource management is a process which promotes the coordinated development and management of water, land, and related resources in order to maximize the resultant economic and social welfare in an equitable manner without compromising the sustainability of vital ecosystems. Resources available within this theme provide guidance on how to conserve and restore watersheds, reduce pollution, adapt to climate change and reduce risks from floods and droughts.
Integrated Water Resource Management Resources
Program Implementation for the Decade for Water
Published:
July 1, 1982U.S. Agency for International Development
A summary of a book entitled "Safe Water and Waste Disposal for Rural Health: A Program Guide" published as a part of a "Water for the World" materials.Read more
Regional focus:
United StatesNorth AmericaIrrigation Development Options and Investment Strategies for the 1980'S: General Asian Overview
Published:
May 1, 1982U.S. Agency for International DevelopmentColorado State University
Four papers on A.I.D.'s irrigation investment options and strategies for Asia are presented. The first two papers review, respectively, reports prepared by interdisciplinary study teams for Bangladesh, Northwest India, Pakistan, and Northeast Thailand and reports prepared by an Asia Bureau...Read more
Regional focus:
East Asia and PacificCapability of the American Public Health Association to Provide Services in Water Supply and Sanitation
Published:
March 1, 1982U.S. Agency for International Development
This document outlines the capabilities, work record, and resources of the American Public Health Association (APHA) for responding to field requests in water supply and sanitation.Read more
Annual Report of Mona Reclamation Experimental Project, July 1980 - June 1981
Published:
February 4, 1982U.S. Agency for International Development
Agricultural production in the Indus Plan is low as compared to similar areas in other parts of the world. This situation exists despite the fact that the fertile Indus Plain has a potential to increase the production by 3 to 4 times, many constraints have been recognized for low yields, among...Read more
Regional focus:
PakistanSouth East AsiaProject Review for Bakel Small Irrigated Perimeters Project: Senegal
Published:
January 1, 1982U.S. Agency for International DevelopmentColorado State University
Evaluates irrigation/integrated farming project in Senegal's Bakel region. Special evaluation covers the period 3/80-11/81 and is based on document review, extensive site visits, and interviews with farmers, administrators, and project and other-donor personnel. The project has not adhered to...Read more
Regional focus:
SenegalSub-Saharan AfricaConstructing Small Dams
Published:
January 1, 1982U.S. Agency for International Development
This technical note discusses the construction of small earth dams and outlines the construction steps to follow. The construction of small earth dams and water impoundments requires great care and skill. Poorly constructed dams are dangerous because they may break and cause flooding. A dam...Read more
Taking a Water Sample
Published:
January 1, 1982U.S. Agency for International Development
This technical note describes how to take a proper water sample to test the water quality.Read more
Conducting Sanitary Surveys to Determine Acceptable Surface Water Sources
Published:
January 1, 1982U.S. Agency for International Development
This technical note describes factors and their importance in determining existing and potential sources of contamination of a water source.Read more
Designing Small Dams
Published:
January 1, 1982U.S. Agency for International Development
This technical note outlines the steps that must be taken to design small earth dams: -location of suitable site -design of the dam embankment -design the spillway.Read more
Planning How to Use Sources of Ground Water
Published:
January 1, 1982U.S. Agency for International Development
This technical note discusses planning and implementation of these eight activities: -recognize the problem -set objectives -collect data -formulate alternatives -select suitable method -maintain system -evaluate system.Read more
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