Kemper, Melanie, Chiara Mazzetti 2017: MinFuture Guidance documentation for dissemination and communication, D6.2. Berlin, unpublished.

Kemper, Melanie 2017: MinFuture Web Platform Concept – www.minfuture.eu – Milestone MS8, Berlin, August 2017, unpublished.

Many of today’s large societal challenges, such as climate change mitigation, resource security, urbanisation and migration require a fundamental transformation of the way we use natural resources. However, our understanding of the stocks and flows of materials and energy (the physical economy) is highly fragmented and involves significant knowledge gaps. The MinFuture project developed a framework aimed at providing guidance on how to perform more systematic monitoring of the physical economy, as well as steps helping to implement such a system. The MinFuture Policy Brief is available for download.

The MinFuture project has developed a framework aimed at providing guidance on how to perform a more systematic physical accounting, as well as steps to help implement such a system. The MinFuture Business Brief is available for download.

Robust strategies for sustainable resource management depend on a solid understanding of the physical economy – the anthropogenic stocks and flows of matter and energy. MinFuture provides a framework for the description and monitoring of the physical economy using Material Flow Analysis (MFA). It distinguishes and visualises seven components, which are organised in a hierarchical structure (pyramid). This factsheet presents the framework and summarizes the project results.

As part of the visual identity for project "Global Material Flows and Demand-supply Forecasting for Mineral Strategies" (MinFuture), Ecologic Institute designed promotional flyers in small postcard format. The postcards summarize general objectives and aims of the project, are styled according to the project style-guides and draw the reader's attention to facts about mineral usage. The three postcards also contain contact information and a QR-code directing to the project website.

The goal of MinFuture is to develop a common methodology to mineral raw material flows at global level, which can be agreed and used at international level. The goal is not to collect data but to support data collectors. Hence this methodology workshop served to discuss how MinFuture could support data collectors, providers and users. The MinFuture Workshop Synthesis Brief is available for download.

The MinFuture workshop "Enhancing data robustness on global level" served to present and test the MinFuture approach of placing statistical data in a system context so that global information flows on mineral raw material become less fragmented and provide a more complete, comprehensive and realistic picture. The MinFuture Workshop Synthesis Brief is available for download.

The MinFuture flyer illustrates the main project outline, objectives and modules. An overview of the project process is illustrated, together with details of the partner countries implementing the project. The flyer is styled according to the project style-guides, contains contact information and an QR-code directing to the project website.

As part of the visual identity for project "Global Material Flows and Demand-supply Forecasting for Mineral Strategies" (MinFuture), Ecologic Institute designed promotional flyers in small postcard format. The postcards summarize general objectives and aims of the project, are styled according to the project style-guides and draw the reader's attention to facts about mineral usage. The three postcards also contain contact information and a QR-code directing to the project website.

The MinFuture website provides an overview of the project objectives, structure and partners as well as events and news related to relevant issues of the project. Furthermore, project outputs such as deliverables, policy briefs and publications are regularly promoted on the website. Ecologic Institute is responsible for the concept, design and programming.

Global demand for minerals is growing rapidly, driven by rapid population growth, urbanisation and an increasingly diverse range of technical applications. Global material supply chains linking the extraction, transport and processing stages of raw materials have become increasingly complex and today involve multiple players and product components. An interactive platform that provides transparency about existing approaches and information gaps concerning global material flows is needed to understand these global supply chains; developing this capability is critical for maintaining competitiveness in the European economy.