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Identification of potential aquaculture sites in solar saltscapes via the Analytic Hierarchy Process

机译:通过层次分析法确定太阳盐景中潜在的水产养殖场所

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摘要

The European Commission has identified competition for space as one of the main factors contributing to the stagnation of EU aquaculture production and has recommended coordinated spatial planning, as a mean to identify sites with favorable operational characteristics for aquaculture and lower potential for conflict with other activities. In coastal areas of the Mediterranean, pond aquaculture has emerged as an alternative to salt production in abandoned artisanal Salinas, compromising the delivery of Ecosystem Services in wetland areas. To establish a methodology to estimate the physical carrying capacity for coastal pond aquaculture, and the contribution of the ecosystem to the value of provisioning services from aquaculture, while minimizing the competition for space with solar salt production, we applied a multicriteria-decision making tool (AHP method) to identify priority areas for extensive and semi-intensive aquaculture development in solar saltscapes, taking into account physical factors of ecological and social nature. The study presents spatial allocation scenarios for aquaculture development in the saltscapes of the Figueira da Foz, in the Atlantic coastal zone of Portugal. The physical carrying capacity for the two scenarios presented indicates a potential increase of the area occupied by aquaculture farms in ponds previously occupied by inactive farms and flooded/land filled salterns, whose sites tend to minimize conflict with salt production through avoiding the same water input location and being adjacent to active farms. In conclusion, the approach applied has proven to be successful to manage space competition between aquaculture and salt production, contributing to a sustainable increase of the value of the provisioning of ecosystem services from aquaculture. In future studies, estimation of the social carrying capacity should be combined with the approach followed in this study to improve the definition of the acceptable social limits for aquaculture development in saltscapes.
机译:欧盟委员会已将对空间的竞争确定为造成欧盟水产养殖生产停滞的主要因素之一,并建议进行协调的空间规划,以此来确定具有良好水产养殖经营特征且与其他活动发生冲突的可能性较低的地点。在地中海沿岸地区,池塘水产养殖已成为在废弃的手工盐沼中替代盐分生产的替代品,这损害了湿地地区生态系统服务的提供。为了建立一种方法来估算沿海池塘水产养殖的物理承载能力,以及生态系统对水产养殖提供服务的价值的贡献,同时最大程度地减少与太阳盐生产之间的空间竞争,我们应用了多标准决策工具( AHP方法),在考虑到生态和社会性质的物理因素的情况下,确定太阳盐景中广泛和半集约化水产养殖发展的优先领域。这项研究提出了葡萄牙大西洋沿岸地区菲盖拉达福斯盐田中水产养殖发展的空间分配方案。所呈现的两种情况的实际承载能力表明,以前不活跃的农场和淹没/充满土地的盐罐所占用的池塘中水产养殖场所占面积的潜在增加,其地点往往通过避免使用相同的水输入位置而将与盐生产的冲突减至最小并且与活跃的农场相邻。总之,事实证明,所采用的方法成功地管理了水产养殖和盐生产之间的空间竞争,从而为水产养殖提供生态系统服务的价值可持续增长做出了贡献。在未来的研究中,应将社会承载力的估算与本研究中采用的方法相结合,以改善盐场水产养殖发展可接受的社会界限的定义。

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