The reduction of natural resource use – in terms of energy, materials and land area – for production and consumption activities is a central prerequisite for achieving environmentally sustainable development in Europe. SERI develops new approaches of environmental governance, which take a systemic view of the economy-environment relationship, acknowledging that many current environmental problems are related to the overall scale of resource use rather than to toxicities of specific substances. SERI favours input-oriented policy strategies (such as the concept of dematerialisation) as the means to tackling persistent environmental problems at their source.

Theme

Since the 1980s the amount and complexity of environmental problems changed drasticaly. It's no longer local or regional problems caused by e.g. air or water pollution which dominate the discussions but more and more complex and global environmental challanges related to the changing prodcution, consumption and trade patterns. Rising material and ebergy flows as well as more and more intense forms of land use are caused by the increase of economic activities. They are responsible for changes and even collaps of complete eeco systems. 

Policy relevance

Resource efficiency is part of the Europe 2020 Strategy, the EU's growth strategy for a smart, inclusive and sustainable economy. It supports the shift towards sustainable growth via a resource-efficient, low-carbon economy. The Roadmap to a resource efficient Europe is one of the main building blocks of the resource efficiency flagship initiative. The Roadmap sets out a framework for the design and implementation of future actions. It also outlines the structural and technological changes needed by 2050, including milestones to be reached by 2020. The explicit aim is to create more with less and to deliver greater value with less input. Also other intergovernmental organizations like the OECD or the UN within the Sustainable Development Goals call for the improvement of resource efficiency.

Specific contribution by SERI

The SERI approach tends to be more realistic that assuming we can achieve ‘more with less’. Instead our focus is on ‘how to achieve the best with the available’. Towards this goal SERI develops innovative approaches for environmental policies. Based on the insight that most of the recent environmental problems mainly depend on the sheer amount of resources flowing into the economy than single ‘end of pipe’ problems we prefer input-oriented strategies like dematerialization to fight environmental problems at their roots. Through integrated models linking economy and environment SERI evaluates impact and effectiveness of various policy instruments, from voluntary agreements within the business sector via economic approaches like taxes and subsidies to administrative regulations. The overarching goal we envision is a substantial dematerialization whether through the increase of resource productivity or reduced levels of (resource) consumption.

Other areas of activity:

Biodiversity

Biodiversity loss, the most significant transgression of the planetary boundaries so far, is going...

Read more

Strong sustainable consumption

Where can households make a difference to reduce the environmental aspect of their every day life?...

Read more

Environmental justice

The access to a healthy environment and to natural resouces is rather unevenly distributes between...

Read more

Resource efficiency and demateralisation

The reduction of natural resource use – in terms of materials, energy and land area – for...

Read more

Degrowth, labour and reproduction

Work and ecology are policy issues highly relevant on the agenda for both the EU as a whole and all...

Read more

Ecosystem services

Ecosystem services ESS are providing the benefits humans derive from nature. Many services are at...

Read more

Stakeholder activation

Vox populi, or: democracy requires listening. Conceptually, stakeholder participation...

Read more

Science-Policy Interface

“Truth speaks to power, and power implements” is still how many scientists understand their role (if...

Read more