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Treesearch

Accelerating climate change: an exploration of cascading future implications

Formally Refereed
Download (PDF 7.46 MB): https://research.fs.usda.gov/download/treesearch/65469.pdf

Abstract

The impacts of climate change have accelerated significantly in recent decades. This paper explores the cascading effects of accelerating climate change using a participatory Futures Research method. The Implications Wheel® method was used to identify and score possible higher-order implications of three key direct impacts of accelerating climate change: Increasing crop failures; more frequent, severe, and longer-lasting heatwaves; and more frequent, intense, and larger wildfires. Analysis of the many second- and third-order implications that were generated revealed implications with significance for proactive planning, surprising insights, major emergent themes, and a handful of potential high-impact wild cards.

Citation

​Bengston, David N.; Adwan, Noor; Bierwerth, Abby; Cahill, Meghan S.; Deaven, Mia H.; Dohm-Palmer, Celeste M.; Esch, Nicholas; Gillette, Emily E.; Grandbois, Courtney L.; Jopp, Emilly A.; Kelley, Derek J.; Knauss, Thomas; Kubik, George H.; Schroeder, Jack D.; Shankar, Swetha; Silver, Eidan R.; Wille, Kiersten L. 2022. Accelerating climate change: an exploration of cascading future implications. Journal of Futures Studies. 27(1): 29-40. https://doi.org/10.6531/JFS.202209_27(1).0003.
Citations