AI Could Speed Sequencing of 1.8 Million Species as Kākāpō Population Nears 300
Updated
Updated · The Washington Post · Jun 9
AI Could Speed Sequencing of 1.8 Million Species as Kākāpō Population Nears 300
2 articles · Updated · The Washington Post · Jun 9
Summary
1.8 million species are the target of the Earth Biogenome Project, and researchers say AI could make that goal more realistic by automating genome assembly and cutting weeks of manual sequencing work.
More than 6,000 species have been sequenced so far at only hundreds of genomes a year; reaching the project’s timeline would require scaling to thousands a week, a jump scientists say AI could help deliver.
Kākāpō data shows the conservation payoff: after the first genome was sequenced in 2015, scientists built datasets for more than 100 birds, helping manage inbreeding and disease risk as the population doubled to over 200 adults.
This year’s record breeding season could lift the New Zealand parrot’s total to around 300, illustrating how genomics can guide relocations and breeding decisions when paired with habitat protection and other recovery measures.
Researchers still note a trade-off: AI’s heavy energy use could raise emissions and threaten biodiversity even as the technology promises faster conservation genomics and broader biological discoveries.
Will high costs and data laws reserve AI genomics for a few flagship species, leaving most of global biodiversity behind?
As AI helps 'design' resilient species, are we saving nature or just creating a more sophisticated global zoo?
With AI decoding DNA, how will we ethically manage the power to alter the evolutionary path of life on Earth?
From 91 to 235: The Kākāpō’s 2026 Comeback and the Genomic Revolution in Conservation
Overview
In 2026, kākāpō conservation reached a milestone as the population grew to 235 birds, thanks to a record-breaking breeding season with 95 chicks hatched. This success was driven by rare forest conditions, including a bumper crop of rimu berries that stimulated breeding, and the largest group of breeding-age females ever seen. Intensive human intervention, such as careful monitoring and advanced conservation techniques, also played a crucial role. Together, these factors brought renewed hope for the kākāpō’s long-term stability and highlighted the impact of combining natural events with dedicated conservation efforts.