Industrial and other Manmade Disasters

The carnage and devastation in the aftermath of a tsun

The scarcity value of natural resources has risen due to rising pressure of human population and demands made by modern economics progress. As such managing these resources has become very important.

Forwarded to the portal by: Manshi Asher
Content Courtesy: Himvani
Author: Renuka Bandh Sangharsh Samiti

Despite protest against forced acquisition of land, Himachal Pradesh Power Corporation Limited (HPPCL) and revenue administration today notified Section 9 of the Land Acquisition Act 1894, for approximately 680 big has (about 57 hectares) of land of Panaar Village for the Renuka Dam Project. In a letter to the Chief Justice of Himachal Pradesh High Court sent today, activists appealed for a stay on land acquisition for the project, considering the uncertainty surrounding the project.

This working paper by the University of Bonn attempts to give a spatial and temporal overview of water management in India. It traces how people and the successive regimes made choices across space and time from a wide range of water control and distribution technologies. The paper divides the water management in India into four periods –

• the traditional system of water management before colonial times;
• response from the colonial rulers to manage the complex socio-ecological system;
• large scale surface water development after independence; and
• finally, the small-scale community and market-led revolution.

The report by Institute for Defence Studies and Analyses is premised on the fact that India is facing a serious water resource problem and is expected to become 'water stressed' by 2025 and 'water scarce' by 2050. It raises fundamental questions about the forces driving water demand and the political dynamics of riparian relations, both in terms of hindrances and opportunities, amongst states in the subcontinent. Rivers, a crucial source of water resources, physically link upstream and downstream users and at the same time create barriers.

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This series by Thingnam Anjulika Samom deals with the impact of modernisation, development and state policy on the traditional use, control and management of Loktak lake, the largest common property aquatic resource in Manipur. The Loktak Hydropower Project commissioned in 1983 has damaged the ecology of the largest freshwater lake in the northeast, and has altered the culture, agricultural and livelihood patterns of communities residing around Loktak. The series looks at what this common property resource used to be and what it has become.

Loktak, the 300-square-km lake is spread over three districts in the valley – Imphal West, Bisnupur and Thoubal and covers 61% of the total identified wetlands of Manipur. Besides being the source of livelihood for hundreds of people, Loktak also houses the floating national park Keibul Lamjao, the only home in the world to the endangered Sangai deer. It is not only the geographical topography of the lake that has changed in the last few decades. The lake is also beset by increasing pollution, siltation, rapid proliferation of phumdis and the commissioning of the Loktak hydel project in the 1980s Manipur or Imphal River, with the Loktak lake forming the headwaters to provide regulated storage for power generation.

The historical lakes of Udaipur, Rajasthan, namely Pichola - Swaroop Saagar and Fatah Saagar are more than a century old. Filling them above original design full tank level on public demand or over enthusiasm may prove to be a threat to safety.

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