Click here for search results
Are stable agreements for sharing international river waters now possible?, Volume 1
 
Author:Kilgour, D. Marc; Dinar, Ariel; Date Stored:1995/06/01
Document Date:1995/06/30Document Type:Policy Research Working Paper
SubTopics:Water Conservation; Environmental Economics & Policies; Water and Industry; Town Water Supply and Sanitation; Water Supply and Sanitation Governance and Institutions; Water Supply and Systems; DecentralizationLanguage:English
Major Sector:Water, sanitation and flood protectionReport Number:WPS1474
Sub Sectors:Other Water Supply & SanitationCollection Title:Policy, Research working paper ; no. WPS 1474
Volume No:1  

Summary: International river and lake basins constitute about 47 percent of the world's continental land area, a proportion that increases to about 60 percent in Africa, Asia, and South America. Because water is a scarce and increasingly valuable resource, disputes about water allocation within these basins often contribute to regional tensions and conflicts. May principles of international law have been developed to allocate water within a water basin and to prevent or resolve international water disputes. Unfortunately, they rarely are easy to apply and often are contradictory. Sharing river water is particularly difficult because the effects are one-way, with upstream-downstream supply disputes have been among the most common. Agreements about the allocation of river water often last only until the first drought, when reduced flow denies some their full shares. The authors develop a simple formal model of water allocation among states within a river basin. They analyze the model in the context of variable flow rates, to project the behavior of riparian states during periods of above-normal and below-normal flow. Their objective: to understand when, where, and how much the economic interests of the states conflict, to develop principles guaranteeing efficient allocations of scarce water supplies, and to identify when stable (self-enforcing) allocation agreements are possible. They also consider the possibility of using alternative sources of supply and of accommodating growth in demand. Satellite technology will soon dramatically improve the ability of riparian states to predict annual flow volumes. In addition, water basin authorities will have real-time data on riparians' water use. These developments will have important implications for the enforceability and the flexibility of river water allocation systems. This model shows how flexibility can be used to construct more durable systems for sharing water among riparian states. The new allocation methods proposed here should contribute to the better management of scarce water supplies, a crucial issue in an increasingly thirsty world.

Official Documents
Official, scanned versions of documents (may include signatures, etc.)
File TypeDescriptionFile Size (mb)
PDF 32 pagesOfficial version*2.24 (approx.)
TextText version**
How To Order
Light-Weight Documents
Lighter (less MB) documents which may or may not be the final, official version
File TypeDescriptionFile Size (mb)
PDF 32 pagesWPS14741.25

* The official version is derived from scanning the final, paper copy of the document and is the official,
archived version including all signatures, charts, etc.
** The text version is the OCR text of the final scanned version and is not an accurate representation of the final text.
It is provided solely to benefit users with slow connectivity.



Permanent URL for this page: http://go.worldbank.org/1TQ0218QK0