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This book presents the results of the Interdisciplinary Research Group "Society – Water – Technology" of the Berlin-Brandenburg Academy of Sciences and Humanities. It describes interdisciplinary evaluation criteria for major water engineering projects (MWEPs) and portrays an application to the Lower Jordan Valley (Middle East) and the Fergana Valley (Central Asia). Both areas are characterised by transboundary conflicts, by challenges due to demographic and climate change and by political and societal pressures. Based on the findings, the book provides recommendations for science and political decisions makers as well as for international financing institutions. In addition, it outlines research gaps from an interdisciplinary perspective. In the past, MWEPs have been used as an instrument to cope with the demands of growing populations and to enhance development progress. Experiences with MWEPs have shown that a purely technical approach has not always brought about the desired results. In many cases, MWEPs have even resulted in negative implications for society and environment. Therefore, improved management strategies and enhanced technologies for a sustainable water resource management system are a prerequisite to meet present and future challenges. And, moreover, the continuous evaluation and optimisation of these measures is, likewise, a must.
The first case study deals with the Umlaas IB in KwaZulu-Natal. This Board manages water use in the upper part of the Mlazi River catchment. Around 4,000 ha are irrigated, mainly to produce maize and sugar cane. Times of water scarcity are rare. Slopes in the upper parts of the catchment are steep and the IB along with the upstream rural communities and commercial forestry companies, have undertaken several initiatives to address erosion problems in the area, with the cooperation of these companies. The second case study relates to the Komati and Lomati IBs in Mpumalanga. The irrigated area of around 21,000 ha is mainly dedicated to sugarcane farming. It hosts the largest area of small-scale irrigation farming in South Africa, but periods of water scarcity are frequent. While the IBs have not transformed into WUAs yet, they have already incorporated the emerging farmers in their area of jurisdiction, as well as in the management of water. The third case study assesses the Hereford IB in Mpumalanga. The Board manages an earthen canal, mainly for citrus and wheat farming, on a total area of 3,400 ha. Small-scale farmers have settled on an abandoned commercial farm, and the current upgrading of the emerging farmers’ scheme and the setting-up of water meters open the way for the meaningful integration of the emerging farmers in the forthcoming WUA.
The first case study is the Lower Olifants WUA in the Western Cape, which was the first WUA in South Africa. Its principal functions are to operate and maintain a canal that enables irrigation throughout the year in an arid region. Around 9,200 hectares are irrigated, mainly for vineyards. The second case study relates to the Great Letaba WUA in the Limpopo Province. This WUA manages the allocation of water downstream of two large dams, near the town of Tzaneen. An area of 12,500 hectares is irrigated in the river valley, mainly for fruit tree farming. The third case study assesses the Vaalharts WUA, which is situated in both Northern Cape and North West provinces. This WUA is one of the largest irrigation schemes in South Africa (37,100 hectares overall). It manages mainly a canal that takes water from the Vaal River to irrigate commercial farms and, downstream, the Taung Irrigation Scheme in the former Bophuthatswana homeland.
Recent experience confirms that participation of farmers in managing parts of an irrigation system and collecting water charges usually results in a more efficient use of water. To be effective, farmers in the hydraulic unit would need to organize themselves by establishing a "water users" association. This paper presents a comparative study of the legal framework for these associations in Colombia, India, Mexico, Nepal, the Philippines, and Turkey. Building on the theory that participation of farmers in managing and operating parts of an irrigation system will result in an optimum use of water, the document analyzes in a comparative manner how each of these countries addressed the basic aspects related to the establishment and functioning of such associations. Additional emphasis is placed on the collection of water charges.
Emerging Technologies for Promoting Food Security: Overcoming the World Food Crisis discusses rising energy prices, increased biofuel use, water scarcity, and the rising world population, all factors that directly affect worldwide food security. The book examines the range of approaches to promoting global food security, including novel and existing agricultural and husbandry techniques for safe and sustainable food production. It is divided into three parts beginning with an overview of food security, an analysis of key drivers of food insecurity, and nutrition and food security. Part Two examines emerging technologies for plant and animal food security, with subsequent chapters discussing topics from genetic and aquaculture technologies, pest and disease control, environmental and policy issues affecting food security, and an in-depth analysis of water management and methods to reduce post-harvest losses. - Provides a comprehensive overview of food security - Thoroughly discusses rising energy prices, increased biofuel use, water scarcity, and the rising world population, all factors that directly affect worldwide food security - Covers the emerging technologies for plant and animal food security - Analyzes the policy issues affecting food security
"Water is a vital element for agricultural production and for economic development in general. However, the spatial and temporal distribution of water in Mexico restrains its use. Because of this distribution, it has been necessary to build a large infrastructure to capture, store, and allot this element among water users." Around the world, countries that once promoted more government involvement in irrigation management are adopting new policies that do just the opposite, creating incentives for farmers to take over the management of operations and maintenance, while government agencies focus on improving the management of water at the main system level. Is this just another management fad; or will the pendulum that is now swinging toward greater management control by farmers soon swing back the other way, toward greater state control? This volume reports on four countries where the state's role in irrigation management has undergone fundamental change and where the result has been a much greater management role for farmers. These studies address the political antecedents of participatory irrigation management (PIM) policies, the process of implementing the policies, and the second-generation challenges of sustaining PIM. These experiences will prove useful to policymakers and irrigation professionals who are facing similar challenges in their own countries.
This book offers a broad and global level description of the current status of wastewater use in agriculture and then brings the readers to various places in the MENA Region and Europe to explain how some countries and regions have addressed the challenges during implementation. On a global scale, over 20 million hectares of agricultural land are irrigated using wastewater. This is one good, and perhaps the most prominent, example of the safe use potential of wastewater. Water scarcity and the cost of energy and fertilisers are among the main factors driving millions of farmers and other entrepreneurs to make use of wastewater. In order to address the technical, institutional, and policy challenges of safe water reuse, developing countries and countries in transition need clear institutional arrangements and more skilled human resources, with a sound understanding of the opportunities and potential risks of wastewater use. Stakeholders in wastewater irrigation who need to implement from scratch or improve current conditions, find it difficult to gather the necessary information on practical implementation aspects. The main objective of this book is to bridge that gap.