This paper applies a Geocybernetic Assessment Matrix (GAM) to evaluate the UN’s Sustainable Development Goals (SDGs). The purpose of the GAM evaluation was to determine the potential strategic level and nature of sustainability outcomes of the SDGs and their targets. Specifically, to determine, from a geocybernetics perspective, the nature of the co-evolutionary relationship and pathway which the SDGs are attempting to foster sustainable development. The results indicate that the SDGs consist of complex paradigms which have 4 or all 5 fundamental paradigms present within them. This has consequently created goals and targets which overall have conflicting and contradictory visions and approaches within and between them in fostering sustainable development. Based on the results obtained, the paper proposes a fundamental new co-evolutionary strategy for each SDGs and provides the reasons for their implementation. The paper concludes by stating the imperative for a co-evolutionary strategy for the SDGs in the era of Anthropocene and anthropogenically induced global environmental change.

中文翻译：

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地球控制评估矩阵在联合国 2030 年可持续发展目标中的应用

本文应用地球控制评估矩阵 (GAM) 来评估联合国的可持续发展目标 (SDG)。GAM 评估的目的是确定可持续发展目标及其目标的可持续性成果的潜在战略水平和性质。具体而言，从地球控制论的角度确定可持续发展目标试图促进可持续发展的共同进化关系和途径的性质。结果表明，可持续发展目标由复杂的范式组成，其中包含 4 个或所有 5 个基本范式。因此，这产生了总体上在促进可持续发展方面存在冲突和矛盾的愿景和方法的目标和指标。根据获得的结果，该文件为每个可持续发展目标提出了一个基本的新共同进化战略，并提供了实施的理由。本文最后指出，在人类世和人为引起的全球环境变化时代，制定可持续发展目标共同进化战略的必要性。