For the first time, human-caused extinction rate falls below 0.001%

Story: 2090 C.E. ???  |  Last updated: April 1, 2026

Note: This is an imagined future story, written as if a projected milestone has occurred. It is based on current trends and evidence, not confirmed events.

For the first time in recorded history, the rate at which human activity drives species to extinction has dropped below 0.001% of all species per year — a threshold scientists once called impossible within this century. The announcement, released jointly by the IUCN and the newly formed Global Biodiversity Monitoring Consortium, marks a turning point six decades in the making and caps what researchers are calling the most consequential ecological recovery effort in human history.

Key projections

• Human-caused extinction rate: Fell to an estimated 0.00089% of species per year as of 2090 C.E. — down from a peak range of 0.01–0.1% annually recorded in the early 21st century.
• Protected area coverage: Roughly 45% of Earth’s land surface and 38% of coastal and marine areas now fall under active conservation management, compared to just 17% and 8% respectively in 2024 C.E.
• Species recovery: More than 4,200 species have been downlisted on the IUCN Red List since 2030 C.E., with over 900 removed from threatened categories entirely following verified population recoveries.

What changed

The path here was neither straight nor easy. In the 2020s C.E., scientists were documenting a 73% average collapse in vertebrate populations since 1970 C.E. The IPBES estimated that one million species faced extinction. The crisis was accelerating — and the political will to address it was fractured.

What turned the tide was not a single intervention but a compounding of many.

The TRAFFIC wildlife trade monitoring network and its successor institutions helped shut down the commercial pipelines that had been quietly driving dozens of species toward the edge. Illegal wildlife trade, once the fourth-largest criminal enterprise globally, shrank dramatically after coordinated international enforcement and demand-reduction campaigns took hold across East and Southeast Asia in the 2030s C.E.

Simultaneously, a shift in how governments valued land broke a decades-long stalemate. By the 2040s C.E., more than 80 nations had embedded natural capital accounting into their national budgets — making the destruction of a mangrove forest or a mountain grassland show up as an economic loss, not just an environmental one. Deforestation in the Amazon basin, which had seemed intractable, fell by over 90% between 2030 C.E. and 2070 C.E.

The science that made it possible

Better data changed everything. One of the thorniest problems in early 21st-century conservation was that the extinction rate itself was largely unknown. Scientists were extrapolating from incomplete records, often with wide uncertainty ranges.

The Global Biodiversity Monitoring Consortium, established by treaty in 2041 C.E., deployed a network of AI-assisted environmental DNA sampling stations across every major biome. For the first time, scientists could track species presence and absence at a resolution that made the extinction rate a real-time, empirically grounded figure — not an estimate with a tenfold margin of error.

That clarity changed the politics, too. When governments could see exactly which species were declining and where, conservation priorities became harder to ignore and easier to fund.

Habitat restoration at scale also proved more effective than early models predicted. Studies from the 2020s C.E. had already shown that conservation interventions improved biodiversity or slowed declines in more than two-thirds of documented cases. By the 2060s C.E., restored corridors connecting fragmented habitats in Southeast Asia, Central Africa, and the Brazilian Cerrado were producing measurable rebounds — a dynamic that IUCN Red List updates began reflecting year over year.

Communities at the center

No part of this story is more consequential — or more underreported in earlier decades — than the role of Indigenous land stewardship.

Research published as early as the 2010s C.E. documented that lands managed by Indigenous communities consistently harbored higher biodiversity than equivalent areas under conventional conservation management. By the 2050s C.E., dozens of national conservation frameworks had restructured around Indigenous territorial sovereignty, shifting from extraction-and-protection models to partnerships grounded in traditional ecological knowledge.

In the Amazon, the Congo Basin, and across the Pacific Islands, Indigenous-led stewardship programs became anchors of the global recovery. Many of the species now removed from the threatened list survived specifically because of these efforts. Their contributions are no longer a footnote — they are the story.

The parallel drop in the global suicide rate over recent decades has been cited by some researchers as a related indicator: communities with stronger ecological and cultural ties show measurable gains in wellbeing, and the relationship between biodiversity and human mental health is now a well-established field of study.

What remains unfinished

The 0.001% threshold is a milestone, not a finish line. The figure refers to a rate — species are still being lost. Scientists estimate that tens of thousands of species remain at elevated risk, particularly among invertebrates, fungi, and plants in the less-studied tropical regions where monitoring infrastructure is still sparse.

Ocean biodiversity, while improving in some regions, continues to lag behind land-based recovery. Coral systems have stabilized in many areas following advances in heat-resistant reef restoration, but the deep ocean remains poorly understood and largely unprotected. UNEP’s World Conservation Monitoring Centre has flagged deep-sea mining activity as an emerging threat that could undo gains in marine biodiversity within decades if not carefully governed.

The energy transition played a quieter but real supporting role here. As renewables expanded to nearly half of global power capacity in the 2020s C.E. and continued scaling through mid-century, the pressure on fossil fuel extraction — and the habitat destruction that accompanied it — eased substantially. Climate stabilization and biodiversity recovery turned out to be the same project, pursued through overlapping means.

The Nature Positive Initiative, launched in the 2020s C.E., set a framework that future generations have now made real. The goal was simple to state and extraordinarily hard to achieve: leave nature in a better state than you found it. As of 2090 C.E., for the first time, the data says humanity is doing exactly that.

Read more

For more on this story, see: TRAFFIC — About Us

For more from Good News for Humankind, see:

• Renewables now make up at least 49% of global power capacity
• Global suicide rate has fallen by 40% since 1995
• The Good News for Humankind archive on environment

About this article

• 🤖 This article is AI-generated, based on a framework created by Peter Schulte.
• 🌍 It aims to be inspirational but clear-eyed, accurate, and evidence-based, and grounded in care for the Earth, peace and belonging for all, and human evolution.
• 💬 Leave your notes and suggestions in the comments below — I will do my best to review and implement where appropriate.
• ✉️ One verified piece of good news, one insight from Antihero Project, every weekday morning. Subscribe free.