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Private water supply augmentation project for Khandwa town in Madhya Pradesh under UIDSSMT - A case study of the impacts of the project by Manthan Adhyayan Kendra

ProjectThis report by Manthan Adhyayan Kendra discusses the concerns around the private water supply augmentation project in Khandwa town in Madhya Pradesh under the Urban Infrastructure Development Scheme for Small and Medium Towns (UIDSSMT), a Government of India scheme for infrastructure development in small and medium town. 

The number of private water projects under UIDSSMT is increasing at a fast rate. Khandwa is the first town in Madhya Pradesh to execute a private water project under this scheme, hence the findings of this project would be important for other towns as well which are looking for implementing private water projects under UIDSSMT.

This report basically focuses on the issues related to the new private water supply augmentation project from Chhoti Tawa, a tributary of Narmada River, and a part of the backwaters of Indira Sagar Project on Narmada. It gives a brief picture of the existing water supply system in Khandwa. It also discusses in details the impacts of the new private water supply project and question marks on the project efficacy.The report looks into the alternative systems that could have been operated instead of the current private, long distance and expensive project.

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Private water supply augmentation project for Khandwa town in MP under UIDSSMT - A case study of the impacts of the project by Manthan Adhyayan Kendra - English (2011)1.56 MB
Private water supply augmentation project for Khandwa town in MP under UIDSSMT - A case study of the impacts of the project by Manthan Adhyayan Kendra - Hindi (2011)1.11 MB

Location

Khandwa, MP, India
Latitude: 21.822140, Longitude: 76.346832

Down the drain – Exploring traditional water systems - A film by Tarun Jayaram

 

Where does our water come from? Where does it go? Can the Yamuna ever be a river again? 

These are some of the questions which led Tarun Jayaram, the film-maker to explore traditional water systems in the country. From the documentary’s opening moments, the director engages us with a beautifully shot array of footages ranging from pilgrims taking a holy dip of Ganges to beautiful baolis and tankas of Rajasthan to the ancient town of Hampi in Karnataka, while establishing how rivers have been an integral part of Indian culture and how its rich tradition of harvesting rainwater needs to be re-established to deal with the present day water crisis. Over the refreshing images and soothing audio, it advocates the need for community participation in rejuvenating the traditional methods of rainwater harvesting. 

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Location

Varanasi, UP, India
Latitude: 25.317645, Longitude: 82.973914

Limits of law in counter-hegemonic globalization: The Indian Supreme Court and the Narmada valley struggle

This working paper by the Centre for the Study of Law and Governance, Jawaharlal Nehru University offers an analysis of the role of law in the Narmada valley struggle, especially that which was waged by one of India’s most prominent social movements in recent years, Narmada Bachao Andolan (NBA), with a specific focus on India’s Supreme Court. The NBA rose in reaction to the Indian government’s plan to construct a large number of dams along the Narmada river, contesting the relief and rehabilitation provided for displaced families at first, and subsequently challenging the dams themselves as being destructive.Read More

Location

Rajpipla, GJ, India
Latitude: 21.873369, Longitude: 73.502319

Effect of channel characteristics on flood wave propagation - A research report by National Institute of Hydrology

The study attempts to explain flood wave propagation in natural and artificial channels within the perspective of site-specific rating curve. The study looks at the impacts of channel characteristics – bed slope, flood plains, channel shape, expansion-contraction combination, inactive storage, Manning’s roughness, expansion and contraction on flood wave propagation.Read More

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Effect of channel characteristics on flood wave propagation by NIH (1996-97)504.99 KB
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