Anticipating climate risk in Norwegian municipalities
Permanent lenke
https://hdl.handle.net/10037/35638Dato
2024-10-11Type
Journal articleTidsskriftartikkel
Peer reviewed
Sammendrag
Climate change is increasingly being coupled to extreme weather and climate events, with an
observed increase in intensity and occurrence of climate-related events. Norway is no exception.
Though generally considered quite resilient to climate risk, with favorable conditions for adapting
on a national level, studies point to regional and local differences. Applying a mixed methods
approach we combine a literature review on climate adaptation in Norwegian municipalities
showing patterns and trends, with a small-N case study allowing for an in-depth exploration of
four Arctic municipalities, where warming occurs faster. We investigate how Norwegian municipalities observe, identify, and prepare for climate-related hazards, by applying the anticipation stage of resilience as an analytical approach. Findings demonstrate how municipal
anticipatory capabilities largely rely on external expertise to gather information and/or reduce
uncertainty. Experience and familiar hazards form the basis for preparing for future risk. This
leaves municipalities running the risk of adapting to present risks while neglecting future developments in vulnerability and exposure to weather and climate events. Climate adaptation has
been embedded in the existing processes for risk management, applying statutory risk- and
vulnerability assessments as the primary tool for identifying climate risk. We find that this
framing leaves a significant imprint on the municipal adaptation efforts. Based on our findings we
recommend that municipalities look to strengthen in-house competency on climate adaptation
and implement the use of distinct climate risk assessments to better capture long-term risk and
identify local adaptation needs and measures.
Forlag
ElsevierSitering
Lie, Lysgaard, Sydnes. Anticipating climate risk in Norwegian municipalities. Climate Risk Management. 2024;46Metadata
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Copyright 2024 The Author(s)