Erlandsson Jennifer, Bergmark Pernilla, Höjer Mattias
Ericsson Research, Ericsson, SE-164 80, Stockholm, Sweden.
KTH Royal Institute of Technology, Department of Sustainable Development Environmental Science and Engineering, SE 100 44, Stockholm, Sweden.
J Environ Manage. 2023 Mar 1;329:117032. doi: 10.1016/j.jenvman.2022.117032. Epub 2022 Dec 24.
The Planetary Boundaries framework provides a holistic view of Earth's resilience by defining boundaries of a safe operating space for humanity and measurable control variables that describe the state of the Earth-system processes. Humanity is altering these processes, which has resulted in the transgression of several Planetary Boundaries. Researchers have downscaled the Planetary Boundaries framework onto smaller settings, yet its implementation on a company scale is rare and even more so when considering corporate sustainability reporting. In an attempt to assist ICT companies in identifying their negative impact on the Earth-system processes, this paper explores how the Planetary Boundaries framework can be integrated to complement current Information and Communication Technology (ICT) corporate sustainability indicators. The purpose is to define reportable company-scale proxy indicators (hereinafter 'proxies') based on the Planetary Boundary control variables, to assist companies in monitoring how impacts related to the Earth-system processes change over time. Based on data collected through an extensive literature review and interviews, sixteen reportable proxies are defined. The applicability of these proxies is also tested using one ICT company as a test case. The test case concludes that the current reporting practices of the studied ICT company are sufficient for two of the proxies but require minor or major refinements for the remaining ones. The deliverables of this study can assist in establishing corporate policies and aid companies to measure and follow up on the environmental impacts associated with the Planetary Boundaries framework over time. Moreover, this study does not address the downscaling of the safe operating space associated with the different boundaries, since defining such spaces for a specific company is not possible at this point. Therefore, applying the suggested proxies would not determine whether a company is operating within a fair and reasonable share of the safe operating space but rather indicate how its impacts develop over time.
行星边界框架通过定义人类安全运行空间的边界以及描述地球系统过程状态的可测量控制变量,提供了对地球恢复力的整体看法。人类正在改变这些过程,这导致了多个行星边界被突破。研究人员已将行星边界框架缩小到更小的范围,但在公司层面的实施却很少见,在考虑企业可持续发展报告时更是如此。为了帮助信息通信技术(ICT)公司识别其对地球系统过程的负面影响,本文探讨了如何整合行星边界框架以补充当前的ICT企业可持续发展指标。目的是基于行星边界控制变量定义可报告的公司层面代理指标(以下简称“代理指标”),以帮助公司监测与地球系统过程相关的影响如何随时间变化。基于通过广泛的文献综述和访谈收集的数据,定义了16个可报告的代理指标。还以一家ICT公司为测试案例对这些代理指标的适用性进行了测试。测试案例得出的结论是,所研究的ICT公司当前的报告做法对于其中两个代理指标是足够的,但其余指标需要进行 minor或 major的改进。本研究的成果有助于制定公司政策,并帮助公司随着时间的推移测量和跟踪与行星边界框架相关的环境影响。此外,本研究未涉及与不同边界相关的安全运行空间的缩小问题,因为目前还无法为特定公司定义这样的空间。因此,应用建议的代理指标不会确定公司是否在安全运行空间的公平合理份额内运营,而是表明其影响如何随时间发展。