When botanists in the Republic of Congo snapped photos of an unfamiliar plant deep in a peatland and sent them to experts at Kew, they weren’t just sharing images—they were launching a scientific discovery in real time. That plant, now believed to be a new species in the genus Sabicea, exemplifies how digital tools are transforming conservation, turning smartphones and specimen scans into lifelines for biodiversity. The Royal Botanic Gardens, Kew has just completed a landmark digitization project, making 7.4 million plant and fungal specimens freely accessible through its Data Portal—a treasure trove of biological history that, if laid end to end, would stretch nearly 3,000 kilometers, from London to Tehran.
This digital leap is more than archival; it’s urgent. The sixth State of the World’s Plants and Fungi report, published June 16, 2026, in New Phytologist and authored by over 400 scientists across 40 countries, reveals how AI and digitization are reshaping the fight to save nature. Plants and fungi underpin life on Earth—they regulate climate, store carbon, feed billions, and provide the raw material for medicines. Yet without accurate, accessible data, conservation efforts risk missing the most vulnerable species. "The digital revolution is breaking down the barriers of physical distance and access," says Professor Alexandre Antonelli, Kew’s executive director of science. "This report makes me increasingly hopeful that we'll succeed."
Already, the impact is tangible. In Costa Rica, scientists boosted the known diversity of fungi by nearly 20% simply by combining published records with digitized collections—revealing how climate shapes fungal life and setting baselines for future protection. AI is now being trained to identify notoriously difficult plants like sedges and peat mosses, whose distinguishing features are often microscopic, accelerating taxonomic work and flagging potential new species. Meanwhile, researchers at Kew’s Millennium Seed Bank and the Morton Arboretum in the U.S. are using digitized collection data to estimate genetic diversity in seed stores, guiding smarter decisions about habitat restoration and species reintroduction.
Digitization also resurrects forgotten stories. Among the newly scanned specimens is a Sinapis alba collected in Mesopotamia in 1918 by a World War I serviceman—proof that even century-old pressed plants, once locked in cabinets, can now inform modern science. With 7 million specimens now online and AI tools growing more sophisticated, the world’s botanical knowledge is no longer confined by geography or institutional walls. The data is free, global, and growing. As new species emerge from digital scrutiny and hidden extinction risks come into focus, the message is clear: technology isn’t just documenting life—it’s helping save it.