How Stockholm applied greening concepts and what we can learn from it

The researchers published their findings in the journal Urban Forestry & Urban Greening on 26 April 2022.

Scant works on real-world planning processes

“We examined what changes we could find in the academic literature with regard to topics, methods and practical types of planning support,” explains Dr. Blal Adem Esmail from the RUB research lab. 574 articles reflecting the extensive research on greening concepts in Sweden were included in the analysis. “The studies initially focused on biodiversity aspects, later on ecosystem services and more recently on nature-based solutions,” says Christian Albert. “However, there are only a few works that deal with real planning processes.”

For the Stockholm Metropolitan Region, population growth and densification, green space management and biodiversity conservation emerged as the most frequently addressed societal challenges. The most common type of greening is parks and (semi-)natural urban green spaces, followed by water bodies and green spaces associated with so-called grey infrastructure such as roads and railway lines. “Overall, we found that there is a chronological correlation between the inclusion of greening concepts in policy discourses and their adoption in academic publications with a focus on spatial planning practice,” says Blal Adem Esmail.

Recommendations for implementation in practice

The researchers derive recommendations for practice from their findings: in the first step, planners should draw on both the wide range of existing evidence and the established research and practice community on greening concepts. Translation is still needed to harness this scientific knowledge; here, academia can also play a crucial role.

Secondly, the currently emerging narratives that present the conservation and sustainable use of biodiversity and ecosystem services as contributing to human well-being and as solutions to societal challenges offer many opportunities to popularise ideas and actions.

Thirdly, the study highlighted the wide variety of methods and data already available for practical implementation of greening concepts, including monitoring of changes in biodiversity and ecosystem services. “These methods could be adapted for planning applications and integrated into decision support systems, in order to better understand the status and trends of ecosystems and their services in Stockholm, and to inform studies of future development trajectories and their likely impacts on people and nature,” concludes Adem Esmail.

Cooperation partners

The project brought together teams from Ruhr-Universität Bochum (Germany), the Royal Institute of Technology – KTH (Sweden), Humboldt-Universität zu Berlin (Germany) and the University of Trento (Italy).