Monitoring the bioeconomy transformation potential for Germany's largest lignite mining region: The Rheinische Revier

Pia Hilgert , Sascha Stark , Moritz von Cossel , Iris Lewandowski , Ulrich Schurr , Sandra Venghaus
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Abstract

The German government's decision to phase out coal power generation by 2038 has spurred the regional transformation of the Rheinische Revier (RR), Germany's largest lignite mining region, towards sustainable, circular bioeconomy. Leveraging robust agricultural, industrial, and scientific sectors, the region shows promise for successful transition. This study aims to identify characteristics, trends, and opportunities of the bioeconomy transformation in the RR. Semi-structured expert interviews and a qualitative content analysis were carried out utilizing a comprehensive evaluation framework to identify key factors influencing the transformation. While stakeholders view the transition positively, challenges such as institutional guidance and stakeholder involvement persist. Recommendations such as the stakeholder-driven development of a regional vision and roadmap and the development of a biodiversity protection strategy and corresponding monitoring system aim to enhance the transformation process. These recommendations also provide guidance for regions undergoing similar changes, although locally-specific socio-economic conditions must be taken into account.
监测德国最大的褐煤矿区:莱茵河的生物经济转型潜力
德国政府决定到2038年逐步淘汰燃煤发电,这促使德国最大的褐煤矿区莱茵河(rhinische Revier)向可持续的循环生物经济转型。借助强大的农业、工业和科学部门,该地区有望实现成功转型。本研究旨在找出东北地区生物经济转型的特征、趋势和机遇。利用综合评价框架进行半结构化专家访谈和定性内容分析,以确定影响转型的关键因素。虽然利益相关者积极看待转型,但机构指导和利益相关者参与等挑战仍然存在。诸如利益相关者驱动的区域愿景和路线图的发展以及生物多样性保护战略和相应监测系统的发展等建议旨在加强转型进程。这些建议也为经历类似变化的区域提供指导,但必须考虑到当地的具体社会经济条件。
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