Related content for project "Identifying and Assessing Interactions between International Climate and Resource Policy (ICARE)" (project ID 3554)
Decoupling economic growth and resource use is a core objective of the "European Green Deal". How this is to be achieved is formulated in the new "Action Plan for the Circular Economy" and the "Industrial Strategy" of 2020. Reason enough to take a closer look at the current but also the older strategy papers – which concrete goals do the strategy papers contain – and which ones not? Which areas are addressed and which measures proposed – and what is announced for the near future? Is today's resource conservation policy more ambitious than in its early days? This paper presents the key political documents of European resource policy and traces lines of development.
This ICARE-project online seminar served to discuss issues and relevance of the climate-resources-nexus among academic institutions. Mandy Hinzmann from Ecologic Institute, Dr. Thomas Gibon from Luxembourg Institute for Science and Technology LIST and Prof. Edgar Hertwich from Norwegian University of Science and Technology NTNU presented findings of recent research projects dealing with the nexus.
As part of the ICARE-project (Interactions between international measures for Climate Action and Resource Efficiency), the present study aimed to investigate key findings on the climate-resource-nexus from literature and identify international measures for climate protection and resource conservation. The study then analysed these measures as regards (i.) possible interactions (synergies and trade-offs) between them and (ii.) their potential relevance and fit for different world regions.
Climate and resource policy are important fields of action at international and national level. In contrast to climate protection, there is no international policy regime for resource conservation and its societal relevance appears lower than for climate protection. However, scientific findings and political debates are increasingly pointing out that climate protection and resource conservation must be considered together, since interactions can offer both synergies and trade-offs. For example, saving primary raw material use by fostering recycling could help reducing greenhouse gas emissions. Renewable energy technologies that reduce greenhouse gas emissions require large quantities of metallic and mineral raw materials whose extraction and production are associated with environmental impacts (e.g. land consumption and environmental pollution due to the extraction of mineral resources as well as energy-intensive processing) and which are partly considered as critical raw materials. Hence, in the context of the nexus of resource conservation and greenhouse gas neutrality, positive and negative effects on resource consumption and energy consumption are equally conceivable.