Toward resilient urban environments: transition pathways in nature-based solutions
Elsevier
2025
1-s2.0-S0016328725000576-main.pdf - Publisher's version - 1.48 MB
How to cite:
A. Viljanen, C. Harju, J. Harmanen, K. Lähtinen, A. Toppinen, Toward resilient urban environments: Transition pathways in nature-based solutions, Futures, Volume 169, 2025, 103595, ISSN 0016-3287, https://doi.org/10.1016/j.futures.2025.103595.
Pysyvä osoite
Tiivistelmä
Resilient urban built environment countering environmental risks and supporting transformation into a bio-based circular economy may be fostered by nature-based solutions (NBS), e.g., innovations in green infrastructure and regenerative building materials. Our research contributes to the scarce literature within sustainability transition studies linked with research questions: 1) What factors catalyze the NBS innovation? 2) What kinds of visions and pathways for the futures of NBS are envisioned by local innovation actors? 3) How do NBS in the innovation ecosystem contribute to future urban resilience in the case cities? Our empirical data were collected in focus groups of two multi-actor workshops organized in two large Finnish cities and supplemented with 11 expert interviews in 2023. From this material, future-related pathways were created up to 2050, showing similarities across two cities regarding preferable futures to make cities greener, calmer, and more comfortable places to live. Furthermore, learning was an overreaching theme with strong connections to all other aspects of the NBS innovation ecosystem. Consequently, mainstreaming NBS is characterized with expanding the knowledge base of innovation ecosystem actors via experiments and co-creative activities.
ISBN
OKM-julkaisutyyppi
A1 Alkuperäisartikkeli tieteellisessä aikakauslehdessä
Julkaisusarja
Futures
Volyymi
169
Numero
Sivut
Sivut
14 p.
ISSN
0016-3287
1873-6378
1873-6378
