Niger - Land, Climate, Energy, Agriculture and Development: A Study in the Sudano-Sahel Initiative for Regional Development, Jobs, and Food Security

R. Adamou, B. Ibrahim, A. Bonkaney, A. Seyni, M. Idrissa
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引用次数: 13

Abstract

The Sahel is one of the most vulnerable regions to climate change in the world. Located in the central part, Niger is facing many complex and interconnected challenges which strongly hinder the achievement of the key sustainable development goals (SDGs). The high population growth rate (3.8% per year), weak infrastructure capacity, shortage of essential resources (including water, energy, food) coupled with the adverse impacts of variability and climate change threaten the population and reduce the country’s economic growth efforts. With more than 77% of landmass area receiving less than 150 mm of precipitation yearly, and about 80% of the population depending on rainfed agriculture, water scarcity and dryness constitute serious constraints for the agriculture and livestock sectors. In addition, the unequal distribution of agricultural land and livestock worsens the poverty incidence among households, which is characterized by a GINI coefficient of 0.46 and 0.68 for land and livestock respectively. Access to drinking water remains very poor with high disparities between urban (64%) and rural areas (48%). Water sanitation amounting to only 2% in rural and 38% in urban areas, respectively, also remains a great issue. Elsewhere, several drought and flood episodes have negatively impacted agricultural productivity, causing recurrent famines and livestock losses. The situation is exacerbated by the impacts of land degradation, the advancement of desertification and also by climate change and variability threats, which are projected to increase in magnitude, intensity, duration and number over the country under all climate change scenarios. The country’s high potential of renewable and non-renewable groundwater resources can be used for residential, agricultural and industrial purposes to overcome negative climate change impacts. Regarding the energy sector, the country is currently in an undesirable state, with very limited modern energy services (2% of the population), low electricity access (average rate of 18%, with around 10% in rural areas) and high dependency on traditional biomass (77% of primary energy consumption). However, the country is fortunate to have a tremendous amount of energy resources, including fossil fuels (oil, coal and gas) and renewables (solar, hydropower, and wind), that can be used to overcome many of the observed challenges and thereby contribute significantly in the achievement of various SDGs, including those related to affordable and clean energy, no poverty, and zero hunger. Indeed, in addition to resources for electricity production, Niger has a large surface water potential in the Niger River, with an average discharge of 6000 m3/s and length of about 550 km, which can be mobilized for irrigation to enable food security. Therefore, socioeconomic development requires an integrated approach that brings all the key sectors into a common framework in order to solve the aforementioned challenges. Hence, in key development areas, several development policies and strategies from government, NGOs, and technical and financial partners have been initiated and implemented for inequality and poverty reduction to improve livelihoods in the country.
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尼日尔:土地、气候、能源、农业与发展:苏丹-萨赫勒地区发展、就业和粮食安全倡议研究
萨赫勒地区是世界上最易受气候变化影响的地区之一。尼日尔位于中部,面临着许多复杂且相互关联的挑战,这些挑战严重阻碍了关键可持续发展目标的实现。高人口增长率(每年3.8%)、基础设施能力薄弱、基本资源(包括水、能源、食物)短缺,加上可变性和气候变化的不利影响,威胁着人口,降低了该国的经济增长努力。超过77%的陆地面积年降水量低于150毫米,约80%的人口依赖雨养农业,水资源短缺和干旱对农业和畜牧业构成严重制约。此外,农地和牲畜分配不均加剧了农户的贫困发生率,土地和牲畜的基尼系数分别为0.46和0.68。获得饮用水的情况仍然很差,城市(64%)和农村(48%)之间的差距很大。水卫生设施在农村和城市地区分别仅占2%和38%,这仍然是一个大问题。在其他地方,几次干旱和洪水对农业生产力产生了负面影响,造成经常性饥荒和牲畜损失。土地退化的影响、沙漠化的进展以及气候变化和变率的威胁加剧了这种情况,预计在所有气候变化情景下,这些威胁在规模、强度、持续时间和数量上都将增加。该国可再生和不可再生地下水资源的巨大潜力可用于住宅、农业和工业目的,以克服气候变化的负面影响。关于能源部门,该国目前处于不受欢迎的状态,现代能源服务非常有限(占人口的2%),电力获取率低(平均为18%,农村地区约为10%),高度依赖传统生物质(占一次能源消耗的77%)。然而,该国幸运地拥有大量的能源资源,包括化石燃料(石油、煤炭和天然气)和可再生能源(太阳能、水电和风能),可以用来克服许多观察到的挑战,从而为实现各种可持续发展目标做出重大贡献,包括与负担得起的清洁能源、无贫困和零饥饿有关的目标。事实上,除了发电资源外,尼日尔河的地表水潜力巨大,平均流量为6000立方米/秒,长度约550公里,可用于灌溉,以保障粮食安全。因此,社会经济发展需要采取综合办法,将所有关键部门纳入一个共同框架,以解决上述挑战。因此,在关键发展领域,政府、非政府组织以及技术和金融合作伙伴发起并实施了若干发展政策和战略,以减少不平等和贫困,改善该国的生计。
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