Rosa Josianne Claudia Sales, Sánchez Luis E
Dep. Mining and Petroleum Engineering, Escola Politécnica, University of São Paulo, Brazil.
Dep. Mining and Petroleum Engineering, Escola Politécnica, University of São Paulo, Brazil.
J Environ Manage. 2016 Sep 15;180:485-92. doi: 10.1016/j.jenvman.2016.05.079. Epub 2016 Jun 7.
An ecosystem services approach (ESA) to assess the environmental and social impacts of projects is a conceptual innovation that contributes to overcome two widely acknowledged deficiencies of impact assessment (IA): integration of knowledge areas and participation of affected communities. This potential was demonstrated through a practical application to a large mining project, showing evidence of advances in relation to current practice and identifying challenges. Data was obtained from the environmental impact study of the reviewed project and its supplements; additional data to fulfill the needs of the ESA were collected using rapid appraisal techniques. Results show that the ESA provides: (i) a more effective scoping; (ii) a contribution to delimitate the study area; (iii) a more detailed identification of impacts; (iv) a determination of significance inclusive of the perspective of affected communities; (v) a design of mitigation focused on human well-being. The challenges of using the ESA fall into two groups: the limitations inherent to the concept and those that can be overcome by furthering research and advancing practical applications. This research added evidence to previous studies showing that incorporating ecosystem services into IA can improve practice.
采用生态系统服务方法(ESA)来评估项目的环境和社会影响是一项概念创新,有助于克服影响评估(IA)中两个广为人知的缺陷:知识领域的整合以及受影响社区的参与。通过对一个大型采矿项目的实际应用证明了这种潜力,显示出相对于当前实践的进展证据并识别出挑战。数据取自所审查项目的环境影响研究及其补充材料;使用快速评估技术收集了满足ESA需求的额外数据。结果表明,ESA提供了:(i)更有效的范围界定;(ii)对划定研究区域的贡献;(iii)对影响的更详细识别;(iv)包括受影响社区视角在内的重要性确定;(v)以人类福祉为重点的缓解措施设计。使用ESA的挑战分为两类:该概念固有的局限性以及可通过进一步研究和推进实际应用来克服的局限性。这项研究为先前的研究增添了证据,表明将生态系统服务纳入影响评估可以改进实践。