Identification et classification des terres cultivables et des sites potentiels pour l’aménagement de retenues collinaires dans l’est du bassin méditerranéen: le cas du Haut-Jbeil (Liban)

Arnaud Caiserman, Ghaleb Faour, D. Dumas, Karine Bennafla, Georges Chemaly, Salim Kouroz
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Abstract

In the Mount-Lebanon, the agricultural territory of Aaqoura is significant despite high elevations reaching 2100 m. In the 1960’s, apple orchards were subsidized by a state-owned service of planning: the Green Plan, but the increasing urbanization in Lebanon requires nowadays a solid knowledge of the remaining and not yet developed lands for agricultural extension. The challenge of this study is dual: environmental and socio-economic. Two models of potential site identification and location of new cultivable lands and new hill lakes have been developed in this study. These models are based on pedologic, topographic, geologic criteria and simultaneously integrate socio-economic surveys with farmers in order to assess the convenience of such new infrastructures and to strengthen its relevance in this region. The results of these models lead to two maps that locate sites with high potential for the implementation of new infrastructure, but its analysis must be completed through survey’s results. After field verifications of these maps, 14% of the area is still available for new agricultural lands and only 4% for hill lakes on account of steep slopes, permeability of soil, and farmers stressed out economic challenges, such as the lack of profitable markets, which undermines the local agricultural growth. However, farmers are interested in new hill lakes for the purpose of satisfying orchard high water needs. This integrated approach of rural development, appeared as an interesting tool for planning office such as the Green Plan as much as for farmers since they are the first users of these infrastructures.
确定和分类东地中海盆地丘陵水库开发的可耕地和潜在地点:上Jbeil(黎巴嫩)的案例
在黎巴嫩山,尽管海拔高达2100米,但Aaqoura的农业区意义重大。在20世纪60年代,苹果园得到了一项国有规划服务的补贴:绿色计划,但黎巴嫩日益增长的城市化要求如今对剩余和尚未开发的农业推广土地有扎实的了解。这项研究的挑战是双重的:环境和社会经济。本研究开发了两个新的可耕地和新的丘陵湖泊的潜在地点识别和定位模型。这些模型以土壤、地形和地质标准为基础,同时将社会经济调查与农民相结合,以评估这些新基础设施的便利性,并加强其在该地区的相关性。这些模型的结果产生了两张地图,这些地图定位了实施新基础设施的高潜力地点,但其分析必须通过调查结果来完成。在对这些地图进行实地核实后,由于坡度陡峭、土壤渗透性强,14%的面积仍可用于新的农业用地,只有4%的面积可用于丘陵湖泊,农民们强调了经济挑战,例如缺乏有利可图的市场,这破坏了当地的农业增长。然而,农民们对新的丘陵湖泊感兴趣,以满足果园的高用水需求。这种农村发展的综合方法似乎是绿色计划等规划办公室和农民的一个有趣工具,因为他们是这些基础设施的第一批用户。
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