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Findings of Large Groundwater Development Potential in Deeper Aquifers in Karnaphuli–Feni Interfluvearound of their proposed plant areas stretching from Chittagong town in the south to Mirsarai (latitude 22°45′01″ N and longitude 91°35′15″ E) in the north up to the Feni River, Chittagong, Bangladesh, with a length of 70 km (approx) and width varying from 3 to 12 km. This study is essential for obt

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Sustainable Water Resource Management in the Sundarban Biosphere Reserve, India.ons. Freshwater is a scarce resource in the SBR though it is traversed by numerous creeks and rivulets and receives a huge amount of precipitation during the monsoon months. Scarcity of freshwater above and below the ground during the dry season and high salinity of soil and water make it very diffi

CURL

Conservation of Water: Artificial Recharge to Groundwaterll over the world including India. But India has the distinction of inventing two innovative water conservation structures, i.e., Tanka in the fourth century and Baolis (stepwell) in the eleventh century, which entails development of groundwater and conservation of rainwater. The dependence on groun

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Interrelationship Between Surface and Groundwater: The Case of West Bengalrom inadequate knowledge at official level. This paper gives an estimate of water resource of West Bengal. The groundwater in West Bengal has been depleting fast. It has been observed that groundwater is depleting at 25.5 cm/year in 296 blocks. This is due to over-exploitation of groundwater to ensu

震驚

Integrated Watershed Management and Groundwater Recharging: Initiatives of Centre for Ground Water S projects with the mode of public-private partnership. Endeavour has been made to bring together beneficiaries, local Panchayat functionaries and funding agency (M/s Bengal Beverage Pvt Ltd and Coca-Cola India) in Paschim Medinipur District to re-excavate Water Harvesting Structures. In another case

審問

Application of Modern Geophysical Techniques for Identification of Groundwater Potential Areashe program. The electrical and electromagnetic methods are widely used. In large-scale hydrological projects, the geophysical studies are broadly applied mainly in the following ways: (1) airborne electromagnetic survey as groundwater in most of the areas is quite conductive, ranging from 20 to 120

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Role of Remote Sensing and GIS in Integrated Water Resources Management (IWRM)development and management of groundwater. Applications of these in targeting groundwater in India have also come of age in as much as it has contributed to production and use of satellite imagery-based groundwater prospect maps. These maps, popularly known as hydro-geomorphological maps, are being

新字

Isotope Hydrologyds like geology, geochemistry, geophysics, etc. for addressing problems pertaining to movement of water, pathways of streams, residence times of groundwater, etc. However, the applications of environmental isotopes as potential tools to unravel many hidden processes and factors governing water, its

通情達(dá)理

Major Ground Water Development Issues in South Asia: An Overviewctive management include overexploitation, chemical contamination, seawater intrusion, and uneven distribution in time and space. Suitable policy framework for ground water utilization by individual countries and implementation of measures underlined in the policy need to be taken up.

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