Tropical coral reef management and climate change mitigation crucial for giant clam survival
Original framing: “Endangered giant clam feeding strategies could determine species' future survival” — Phys.org
Recent peer‑reviewed studies link rising sea temperatures and ocean acidification to reduced calcification rates in giant clams, threatening their reproductive success. Genetic surveys indicate a loss of genetic diversity in heavily harvested populations, reducing adaptive capacity. Robust monitoring protocols and climate‑impact modeling are essential to quantify these risks and guide mitigation.
The decline of giant clams reflects a convergence of historical overexploitation, accelerating climate stressors, and the marginalisation of local custodians.
By weaving indigenous stewardship, scientific monitoring, artistic advocacy, and cross‑cultural insights into a future‑oriented management framework, we can address both the symptom (clam loss) and its systemic causes. Recognising the trickster paradox in current narratives pushes policymakers to adopt holistic, equity‑centered solutions that protect entire reef ecosystems while honoring the voices most affected.