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Sustainable development indicators for integrated coastal management: definition area and spatial properties

机译:沿海综合管理的可持续发展指标:定义区域和空间特性

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When designing a sustainability indicator system (SIS) within the integrated coastal management (ICM) development process, there are still to be encountered a number of difficulties in the constructing of the system both in the indicator selection process and later when analysing the system and assessing its degree of correspondence to the direct objective of application, reflecting the set of planning targets and accounting for the specifics of the particular coastal territory. During research and development work in the coastal municipalities in Latvia, particularly, in Saulkrasti municipality, there was developed municipal level SIS, being locally discussed and acknowledged by experts and municipality specialists. Saukrasti SIS was developed, based on the adaptation of the known theoretical approaches and previous national case studies research done. This practice based experience also gave an inspiration for a number of theoretical generalisations about coastal indicators definition area, their spatial properties and, especially, algorithmic scheme for designing sustainability indicators.
机译:在沿海综合管理(ICM)开发过程中设计可持续性指标系统(SIS)时,在指标选择过程中以及随后的系统分析和评估过程中,在构建系统时仍然会遇到许多困难它与应用的直接目标的对应程度,反映了规划目标的集合并考虑了特定沿海地区的具体情况。在拉脱维亚沿海城市,特别是在索尔克拉斯蒂市的研发工作中,开发了市级SIS,并在当地进行了讨论并得到专家和市政专家的认可。 Saukrasti SIS的开发是基于对已知理论方法的改编和之前完成的国家案例研究。基于实践的经验也为沿海指标定义区域,其空间属性,尤其是用于设计可持续性指标的算法方案的许多理论概括提供了启发。

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