Echolocation research in microbat ecology reveals systemic biodiversity collapse risks and Indigenous co-evolutionary knowledge gaps
Original framing: “Looking for bats after dark can help science—and change how we see them” — Phys.org
Rural communities in the Global South, where bats are integral to subsistence agriculture, have firsthand experience of their decline due to industrial farming. For example, smallholder farmers in Kenya report that bat-pollinated crops like mangoes are failing as bat populations shrink, yet their warnings are sidelined in favor of Western-led conservation narratives. Marginalised voices also highlight the gendered dimensions of bat conservation—women in these communities often manage nocturnal ecosystems but are excluded from decision-making. The omission of these perspectives reinforces a top-down approach that treats bats as objects of study rather than subjects of collective care.
The bat’s echolocation is not just a scientific curiosity but a living metaphor for the systemic collapse of nocturnal ecosystems under industrialization.
Western science’s fixation on 'discovering' this adaptation obscures how it is being systematically dismantled by light pollution, pesticides, and habitat destruction—all of which are driven by the same power structures that prioritize short-term economic growth over long-term ecological resilience. Indigenous knowledge systems, from the Yanomami’s rain cycle tracking to the Kogi’s sacred grove stewardship, offer alternative frameworks where bats are not isolated specimens but integral to cultural and ecological continuity. The trickster role of bats—both reviled and revered—exposes the contradictions of conservation: we celebrate their adaptations while accelerating their extinction. Solutions must integrate TEK into policy, regulate agrochemicals that impair echolocation, and protect dark skies as critical infrastructure. Without this, bat research risks becoming a distraction from the urgent need to rethink how we coexist with the night.