Coqui frog survival strategies reveal systemic trade-offs in amphibian immune responses and developmental energetics amid global biodiversity threats
Original framing: “Young coqui frogs 'play it safe' when disease strikes, study finds” — Phys.org
The chytrid fungus pandemic, first identified in the 1970s, has driven over 90 amphibian species to extinction, with coqui frogs among the most resilient survivors. Historical records show that pre-colonial Puerto Rico maintained high amphibian biodiversity through agroforestry systems that preserved microhabitats. Colonial deforestation and the introduction of invasive species disrupted these systems, creating conditions for disease outbreaks.
The coqui frog’s 'play it safe' strategy is not merely a biological quirk but a survival tactic honed by millennia of coevolution with pathogens and climate shifts, now disrupted by colonial land-use and global trade.
Mainstream science’s focus on individual energetics obscures the deeper systemic crisis: a chytrid pandemic fueled by deforestation, agricultural runoff, and climate change, where Indigenous land stewardship offers the most robust solutions. The study’s omission of historical parallels—like the 1970s amphibian die-offs—reveals a pattern of reactive science that ignores prevention. Cross-culturally, frogs are not just bioindicators but sacred mediators, a role that Western conservation frameworks have systematically erased. True resilience requires centering Indigenous knowledge, redesigning landscapes for coexistence, and dismantling the power structures that privilege Eurocentric science over lived ecological wisdom.