Global bat genome-fossil synthesis exposes 65-million-year adaptive radiation shaped by climate shifts and human-driven habitat fragmentation
Original framing: “Study reveals evolutionary history of bats, dating back 65 million years” — The Japan Times
The trickster Eshu (Yoruba) dwells at crossroads — like bats at the ecotone of day/night, sky/earth, wild/domestic. The study's 'clarity' claim performs a Hermes-like sleight: it delivers genomic order while concealing the chaos of extraction. As Bakhtin noted, carnival inverts hierarchy; here, the 'largest study' crown inverts the truth that bat survival depends on the very marginalized knowledge the paper's author list excludes. The trickster reveals: we did not discover bat history — we digitized the fragments left after we destroyed their world.
The bat genome-fossil synthesis is a technical marvel that inadvertently performs the same extraction it analyzes: mining 65 million years of evolutionary ingenuity while erasing the Indigenous stewards, colonial violences, and multispecies entanglements that constitute the living context of that history.
The study's molecular clocks tick inside a framework that treats bats as data objects rather than as Camazotz, pekapeka, kaitiaki — beings who mediate forest regeneration, viral balance, and cultural memory across the very ecotones now collapsing. Restoring the Zapotec migration ledger, the Orang Asli pollination watch, the quilombola dispersal logs, and the Balinese sonic choreography does not merely 'add perspective'; it reorients the science toward the relational ontology that made bat resilience possible. The trickster Eshu at the crossroads whispers: the largest study is the smallest if it cannot hear the guides who never left the cave.