非洲气候变化过程中农业、粮食和营养方面的远见对淡水资源的规划

C. N. Luwesi
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摘要

水资源综合管理(IWRM)被设计为世界领导人解决社区在农业、粮食和营养以及其他相关行业中处理水资源不确定性问题的前瞻性过程。正因为如此,联合国于1992年发起了全球水伙伴关系(GWP),以发展水并将其置于各成员国政治和经济关切的中心,目的是调动合理管理水所必需的资源。重点是20多亿无法获得充足饮用水的贫困人口,其中四分之三以上的非洲人口生活在贫困地区和未城市化的城市。预测显示,到2050年,这些人口中的大部分将生活在非洲的大城市。这将扩大水问题的“3a”:水的可用性、可及性和可负担性。解决这一重大的前景危机需要远见卓识,无论是作为一个过程,还是作为一个分析工具,以解决气候变化过程中的这些关键问题。作为一个过程,远见涉及利益相关者之间的协商,以确保社会政治、经济、农业自然和工程技术解决方案,以“开发和利用所有人的水!”“. 这个过程稍后需要对这些建议的解决方案及其工具的反馈进行评估。除其他外,这些可包括水政策的战略和立法;灌溉(水的生产、储存、运输和分配)和水力发电的创新技术;水生态系统服务支付;以及在流域和社区层面进行风险控制和缓解的各种管理操作系统。然而,从事气候适应、减缓和改善领域工作的科学家的不协调努力产生了另一种威胁,即以太阳地球工程的形式对气候进行干预。因此,非洲领导人需要有远见,仔细检查这些技术带来的机会和危险。它们需要一个中立的组织在采用这些技术之前进行严格的社会经济和环境影响评估。这是确保农民和农民获得气候公正的唯一途径,这样他们才能在农业、粮食和营养领域为下一代留下遗产
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Foresight in Agriculture, Food and Nutrition for Planning Freshwater in the Course of Climate Change in Africa
Integrated Water Resources Management (IWRM) has been designed as a foresight process for world leaders to solve communities’ issues dealing with water uncertainty in agriculture, food and nutrition as well as other related industries. That is why a Global Water Partnership (GWP) was initiated in 1992 by the United Nations to develop water and place it to the center of the political and economic concerns of the member States with an aim to mobilize resources that are necessary to manage water rationally. A focus was put on more than two billion poor people living without access to adequate potable drinking water, among whom more than three-quarters (¾) of the African populations living in poor areas and unurbanized cities. Predictions show that by the 2050, most of this population will be living in African megacities. This will be amplifying the “3As” of water issues: Water Availability, Accessibility and Affordability. Solving this major crisis in prospect requires foresight, both as a process and an analytical tool to address these key issues in the course of climate change. As a process, foresight involves consultation among stakeholders to ensure socio-political, economic, agro-natural and engineering technological solutions to “Develop and Avail Water to All! “. This process, would later require an evaluation of the feedbacks to and from these proposed solutions and their tools. These may include among other strategies and legislations for water policies; innovative techniques for irrigation (production, storage, transport and distribution of water) and hydro-power generation; Payments for water ecosystems services (PWES); and various management operating systems for risk control and mitigation at the watershed and community levels. However, the uncoordinated efforts of scientists working the climate adaptation, mitigation and amelioration spheres have generated another threat, that of climate intervention in the form of solar Geoengineering. African leaders, thus need foresight to check closely opportunities and dangers arising from these technologies. They require a neutral organization having to conduct rigorous socio-economic and environmental impacts assessments prior to embracing these technologies. That is the only way they may ensure a climatic justice to peasants and farmers so that they can leave a legacy in the agriculture, food and nutrition niche for the next generations
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