2-Minute Takeaway

Biodiversity genomics is entering a new era.

As the Earth BioGenome Project works toward generating reference genomes for 150,000 species, the challenge is no longer simply sequencing individual genomes. It is building the scientific, technical, and operational infrastructure needed to sequence biodiversity at an unprecedented scale.

That requires far more than faster sequencing technologies. It depends on automation, laboratory innovation, taxon-specific expertise, integrated information systems, and production workflows that can continue moving while using failures to improve future success.

At the Wellcome Sanger Institute's Tree of Life Research and Development team, that transformation is already underway. Samples that move smoothly through production continue through the pipeline, while difficult organisms become opportunities for research. By identifying recurring biological challenges across taxonomic groups, the team develops methods that improve genome production for many related species rather than solving one problem at a time.

The result is a fundamental shift in how biodiversity genomics is practiced. Producing high-quality genomes remains the goal, but success increasingly depends on building scalable systems—combining people, protocols, automation, and operational infrastructure—that can continuously adapt to the extraordinary diversity of life on Earth.