AI Transforms UK Collections into a Digital Super-Museum

Researchers are employing artificial intelligence and robotics to create a vast digital museum containing an estimated 70 million specimens from collections across the United Kingdom. This initiative, known as Distributed System of Scientific Collections (DiSSCo UK), aims to enhance understanding of the natural world and has the potential to predict future shifts in climate, food supplies, and species loss.

Initially, the project will make millions of plants, animals, fossils, and rocks accessible online. The process of scanning these specimens, including detailed photography and the digitization of often centuries-old handwritten labels, is being significantly expedited by AI. What would have manually taken hundreds of years can now be accomplished within a decade, according to Sarah Addezio, DiSSCo UK's program delivery director. This accelerated analysis allows for connections and insights at an unprecedented scale.

Over 100 institutions, including museums, botanical gardens, and universities, are participating in DiSSCo UK. The initial phase will focus on smaller specimens such as beetles, butterflies, moths, flies, pressed flowers, and ferns, which serve as sensitive indicators of environmental change. In Cardiff, approximately half a million insect and plant specimens will be scanned, while Scotland's Royal Botanic Garden Edinburgh and National Museums Scotland collectively hold 13 million specimens, forming the UK's second-largest natural science collection. These combined collections, spanning diverse landscapes from sea level to mountaintops, will provide a two-century record of changes in plants and insects.

Dr. Vincent Smith of the Natural History Museum in London stated that the project will "supercharge" research into the natural world. Natural history collections document long-term changes, including those during periods like the Industrial Revolution. By analyzing these historical records, scientists can better predict future environmental outcomes. The digitized specimens will allow researchers to refine computer models for predicting how climate change and other human activities will impact species loss.

Furthermore, DiSSCo UK will support preparedness for future challenges. The inclusion of more fossils and rock material will aid research into minerals crucial for green technology. This comprehensive digital resource will not only serve the scientific community but also be accessible to the public, allowing for broader engagement with the planet's history and ongoing changes.