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Uncertainty and Climate Change Adaptation: a Systematic Review of Research Approaches and People’s Decision-Making

  • Progress in the Solution Space of Climate Adaptation (E Gilmore, Section Editor)
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Abstract

Purpose of Review

This review (1) describes the intersecting literature on climate change adaptation (CCA) and uncertainty (N= 562), and (2) synthesizes the findings of empirical studies about decision-maker uncertainty (n = 97).

Recent Findings

Uncertainty can be a barrier to adaptation, yet it is most often studied in relation to the scientific process, while uncertainties in people’s decision-making and their impact on CCA are less studied.

Summary

Despite the predominance of scientific uncertainties (52%), we see an upward-trend in studies of decision-making uncertainty (24%), and in combining natural and social sciences approaches (24%). Multiple sources of uncertainty influence CCA decisions besides climate trends, and their saliency and people’s responses vary depending on the role/function of the decision-maker and the timeframe of the decision. Concerns involve situational uncertainties, response options, and their consequences. Decision-makers are more likely to incorporate uncertainties in their adaptation decisions than suppress them or delay action, although the response is sensitive to the type of information sought and timeframes.

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Fig. 1

Adapted from the PRISMA guidelines

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This project has received funding from the European Union’s Horizon 2020 research and innovation program under the Marie Skłodowska-Curie grant agreement No 801199.

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Appendix 1 Final query and Web of Science subject categories included for refinement of keyword search results

Appendix 1 Final query and Web of Science subject categories included for refinement of keyword search results

TI= (uncertain* OR ambigu* OR hesitan* OR ambivalen* OR ignoran* OR certain* OR unknown* OR indetermina*)

AND TS= (adapt* OR "climat* change*" OR "climate variability*" OR "perception* of climate change" OR "risk perception" OR "perce* risk*" OR "climat* stress" OR "climat* shock" OR "environment* stress" OR "climat* risk*" OR "climat* polic*" OR "climat* information" OR "environment* decision*" OR "natural hazard*" OR "environment* hazard*" OR "flood risk" OR "drought risk" OR "sea level rise")

Refined by:

WEB OF SCIENCE CATEGORIES: ( Environmental Sciences OR Green Sustainable Science Technology OR Communication OR Meteorology Atmospheric Sciences OR Psychology OR Business OR Water Resources OR Regional Urban Planning OR Forestry OR Construction Building Technology OR Remote Sensing OR Operations Research Management Science OR Public Administration OR Engineering Multidisciplinary OR Behavioral Sciences OR Mathematics Interdisciplinary Applications OR Biodiversity Conservation OR Agriculture Multidisciplinary OR Geosciences Multidisciplinary OR History Philosophy Of Science OR Plant Sciences OR Environmental Studies OR Oceanography OR Transportation OR Geography OR Sociology OR Psychology Experimental OR Ecology OR Biology OR Fisheries OR Economics OR Agronomy OR Multidisciplinary Sciences OR Psychology Multidisciplinary OR Energy Fuels OR Social Sciences Interdisciplinary OR Statistics Probability OR Social Sciences Mathematical Methods OR Engineering Environmental OR International Relations OR Political Science OR Management )

AND [excluding] WEB OF SCIENCE CATEGORIES: (Automation Control Systems)

Timespan: All years. Indexes: SCI-EXPANDED, SSCI, A&HCI, CPCI-S, CPCI-SSH, BKCI-S, BKCI-SSH, ESCI, CCR-EXPANDED, IC.

Table 5

Table 5 Selection criteria during abstract screening

Table 6

Table 6 Structure of the dataset (n = 562)

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Moure, M., Jacobsen, J.B. & Smith-Hall, C. Uncertainty and Climate Change Adaptation: a Systematic Review of Research Approaches and People’s Decision-Making. Curr Clim Change Rep 9, 1–26 (2023). https://doi.org/10.1007/s40641-023-00189-x

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