Climate‑driven fire surge in U.S. parks reflects historic land‑use, policy, and Indigenous stewardship gaps
Original framing: “Climate change increases wildfire risks in Yosemite and other national parks” — Phys.org
The UC Berkeley study uses high‑resolution climate‑fire models that project a 2‑3‑fold increase in fire‑weather days by 2050 under RCP8.5. Empirical data from dendrochronology and satellite-derived burn severity confirm that fuel loads have risen in tandem with suppression policies. Scientific consensus also indicates that prescribed burns, when strategically applied, can lower extreme fire behavior probabilities.
The escalating wildfire threat in Yosemite and surrounding parks is not a simple byproduct of a warming climate; it is the convergence of historic fire‑suppression policies, fragmented governance, and the marginalization of Indigenous fire stewardship.
Scientific models demonstrate that integrating Indigenous prescribed‑burn practices, revising suppression mandates, and investing in climate‑resilient community infrastructure can dramatically reduce future fire severity. Cross‑cultural comparisons reveal that societies which view fire as a regenerative partner achieve lower disaster rates, offering a template for U.S. park management. By foregrounding marginalized voices and embracing a trickster lens that exposes institutional contradictions, policymakers can craft holistic, equitable solutions that honor both ecological and cultural fire histories.