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Broad sustainability contra sustainability: the proper construction of sustainability indicators

机译:广泛的可持续性与可持续性背道而驰:可持续性指标的正确构建

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Sustainability indicators covering economic, social and environmental aspects of human activities have emerged, including one by a state research institute advocating the construction of sustainability indicators on the basis of different world views. The proposed indicators have essentially an additive character, that is, the composing elements are added up, with or without weighing. Economic and social elements so far suggested for inclusion in such indicators have no demonstrated or plausible causal relation to sustainability defined as a production level that does not threaten the living conditions of future generations. Such a sustainable level is dependent on the lasting availability of the vital functions of our nonhuman-made physical surroundings (the environment) because loss of one or more vital functions leads to a collapse of production. Both the construction on the basis of different world views and the essentially additive character of indicators conceal conflicts and consequently difficult choices. Therefore, economic and social elements should be presented as separate indicators. Physical indicators for sustainability for renewable resources should focus on the processes that form part of life support systems. One attempt at sustainability indicators, the so-called 'genuine savings' (GS), is only a proper indicator of sustainability when a number of conditions are met; this is currently not yet the case.
机译:已经出现了涵盖人类活动的经济,社会和环境方面的可持续性指标,其中包括一家州立研究机构提出的可持续性指标,其中主张根据不同的世界观点来构建可持续性指标。所提出的指标本质上具有加性,即,在有或没有称重的情况下,将组成元素相加。迄今为止,建议纳入这些指标的经济和社会因素与可持续性之间没有得到证实或合理的因果关系,可持续性被定义为不威胁后代生活条件的生产水平。这种可持续水平取决于我们非人造物理环境(环境)的生命功能的持久可用性,因为丧失一项或多项生命功能会导致生产崩溃。基于不同世界观的建构和指标本质上的累加特征都掩盖了冲突,因此掩盖了困难的选择。因此,经济和社会因素应作为单独的指标提出。可再生资源可持续性的物理指标应着重于构成生命支持系统一部分的过程。可持续性指标的一种尝试,即所谓的“真正的节约”,只是在满足许多条件时才是可持续性的适当指标。目前还不是这样。

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