西孟加拉邦大吉岭喜马拉雅地区的山区妇女领导的泉水管理

D. D, H. S
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摘要

水危机是降雨量丰富的印度西孟加拉邦大吉岭的主要问题。大吉岭只有三分之一的日常用水是通过市政管道获得的。供水网络主要以城镇为中心,因此周边地区缺水。私人供应商也以每户每月300卢比的价格供水。大吉岭自治市成立于1850年,在1910年至1930年间建立了集中的水管理基础设施。供水系统起源于Senchel野生动物保护区,位于大吉岭上游15公里处,有两个湖泊和3300万加仑的储水量,由26个泉水补充。这个中央集权的系统没有考虑到人们赖以生存的90多个充满活力的天然温泉。这些城市泉水具有多种社区管理系统,这些系统随着时间的推移而发展,现在正面临快速城市化、市场力量、上游具体化以及污染和减少排放的挑战。由于森林砍伐导致大量径流,导致地下水补给减少。女性受到的打击最为严重,因为她们必须跋涉数英里,在崎岖的地形上为家人取水,而男性则忙于维持收支平衡。每个家庭都有一个菜园,菜园的水也由女性通过灌溉获得。屋顶雨水收集是缓解水危机的必要途径。此外,再利用、再循环和减少浪费将有助于缓解这一水危机。
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Hill Women-led Spring Water Management in Darjeeling Himalayan Region, West Bengal
Water crises is a major problem of Darjeeling, West Bengal, India where rainfall is plentiful. Darjeeling gets only one-third of its daily water requirement through municipal pipelines. The water supply network is mostly town centred so the peripheral areas are deprived of water. Private suppliers also supply water at Rs. 300/- per month per household. Darjeeling Municipality established in 1850 has a centralised water management infrastructure laid down between1910–30. The water supply system originates in Senchel Wildlife Sanctuary, located 15 kilometres upstream of Darjeeling with two lakes and a storage of 33 million gallons of water that is recharged by 26 springs. This centralised system fails to acknowledge the vibrant 90 odd natural springs in the town that people are dependent upon. These urban springs have diverse community-based management systems that have evolved over time and are now facing challenges of rapid urbanisation, market forces, upstream concretisation and contamination and reducing discharges. Due to deforestation which is leading to high runoff resulting to less recharge of groundwater. Women, are worst hit, as they have to travel miles to fetch water in this rugged terrainfor her family while their male counterpart are busy to make both ends meet. Every household maintains a kitchen garden whose water is also being procured by females through irrigation. Rooftop rainwater harvesting is the imperative way to mitigate the water crisis. Moreover, reuse, recycle and reducing wastage will help to mitigate this water crisis.
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