Water Policy in India: A Review

Krishna M. Singh, R. Singh, M. Meena, Abhay Kumar
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引用次数: 7

Abstract

While water remains one of the most abundant resources on earth but less than 1 percent of the total supply is reliably available for human consumption. Drinking-water is certainly essential for human survival but water-related illnesses are the most common health threat in the developing world. An estimated 25 000 people die every day as a result of water-related diseases Human existence depends on water. Water interacts with solar energy to determine climate and it transforms and transports the physical and chemical substances necessary for all life on earth. Competition among agriculture, industry and cities for limited water supplies is already constraining development efforts in many countries including India. As populations expand and economies grow, the competition for limited supplies is most likely to intensify, resulting in potential conflict situation among water users in days to come. Despite shortages of water, its misuse is widespread, be it in small communities or large cities, farmers or industries, developing countries or industrialized economies every where the mismanagement of water resources is evident. Surface water quality is deteriorating in key basins from urban and industrial wastes. Agriculture is often unable to compete with cities and industries for water, as it is unable to pay more for water it needs. Further, irrigated agriculture is expected to produce much more in the future while using less water than it uses today. At present, 2.4 billion people depend on irrigated agriculture for jobs, food and income (some 55 percent of all wheat and rice output is irrigated). Over the next 30 years, an estimated 80 percent of the additional food supplies required to feed the world will depend on irrigation. Ministry of Water Resources, Government of India, in January 2012, released a draft National Water Policy for the consideration and opinion of state governments and other stakeholders. The need for a holistic national policy has its genesis in the changing patterns of water use across India – both personal and industrial use. This includes the imperatives of providing both clean drinking water and adequate resources for irrigation; the move to look at renewable sources of energy like hydro power; and natural disaster management and rehabilitation following devastating floods and drought. The policy also seeks to offer economic incentives and penalties to reduce pollution and wastage. For reversing the usual approach of projecting a future demand and bringing about a supply-side response to meet that demand, we must start from the fact that the availability of fresh water in nature is finite, and learn to manage our water needs within that availability. This means a restraint on the growth of 'demand' for water (other than basic needs) which will be difficult and will involve painful adjustments; but this has become inevitable. So, to have a more equitable and inclusive water resources management, the primacy has to shift from large, centralized, capital-intensive 'water resource development' (WRD) projects with big dams and reservoirs and canal systems, to small, decentralized, local, community-led, water-harvesting and watershed-development programmes, with the big projects being regarded as projects of the last resort; and the exploitation of groundwater will have to be severely restrained in the interest of resource-conservation as well as equity.
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印度的水政策:回顾
虽然水仍然是地球上最丰富的资源之一,但只有不到1%的总供应量可供人类消费。饮用水对人类的生存当然是必不可少的,但与水有关的疾病是发展中国家最常见的健康威胁。估计每天有2.5万人死于与水有关的疾病。人类的生存依赖于水。水与太阳能相互作用决定气候,并转化和输送地球上所有生命所必需的物理和化学物质。农业、工业和城市之间对有限水资源的竞争已经制约了包括印度在内的许多国家的发展努力。随着人口的增长和经济的增长,对有限供水的竞争很可能加剧,在未来的日子里导致用水者之间潜在的冲突局势。尽管水资源短缺,但滥用水资源的现象很普遍,无论是在小社区还是大城市、农民或工业、发展中国家还是工业化经济体,凡是水资源管理不善的地方都很明显。由于城市和工业废物的影响,主要流域的地表水水质正在恶化。农业通常无法与城市和工业竞争水,因为它无法为所需的水支付更多的钱。此外,灌溉农业预计将在未来以比现在更少的水生产更多的产品。目前,24亿人依靠灌溉农业获得就业、粮食和收入(约55%的小麦和水稻产量是灌溉的)。在接下来的30年里,据估计,养活世界人口所需的额外粮食供应的80%将依赖灌溉。2012年1月,印度政府水利部发布了一份国家水政策草案,供各邦政府和其他利益相关者审议和征求意见。印度需要一项全面的国家政策,其根源在于整个印度不断变化的用水模式——包括个人用水和工业用水。这包括必须提供清洁饮用水和充足的灌溉资源;着眼于水电等可再生能源的举措;以及灾难性洪水和干旱后的自然灾害管理和恢复。该政策还寻求提供经济激励和惩罚措施,以减少污染和浪费。为了扭转预测未来需求的通常方法,并带来供应方面的反应来满足需求,我们必须从自然界中可获得的淡水是有限的这一事实出发,并学会在可获得的范围内管理我们的水需求。这意味着限制对水的“需求”的增长(除了基本需求),这将是困难的,并将涉及痛苦的调整;但这已不可避免。因此,要实现更加公平和包容的水资源管理,首要任务必须从大型、集中、资本密集型的“水资源开发”(WRD)项目(包括大型水坝、水库和运河系统)转变为小型、分散的、地方的、社区主导的集水和流域开发项目,大型项目被视为最后的选择;为了保护资源和公平,必须严格限制地下水的开采。
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