Darwin Tree of Life Extension Funding
Year of award: 2022
Grantholders
Dr Fergal Martin
European Bioinformatics Institute, United Kingdom
Dr Guy Cochrane
European Bioinformatics Institute, United Kingdom
Dr Alexander Twyford
University of Edinburgh, United Kingdom
Prof Peter Hollingsworth
Royal Botanic Garden Edinburgh, United Kingdom
Prof Richard Durbin
University of Cambridge, United Kingdom
Prof Thomas Richards
University of Oxford, United Kingdom
Dr Nova Mieszkowska
Marine Biological Association, United Kingdom
Dr Gavin Broad
Natural History Museum, United Kingdom
Prof Ian Barnes
Natural History Museum, United Kingdom
Prof Peter Holland
University of Oxford, United Kingdom
Dr Ester Gaya
Kew Royal Botanic Gardens, United Kingdom
Dr Seanna McTaggart
Earlham Institute, United Kingdom
Prof Willie Wilson
Marine Biological Association, United Kingdom
Prof Owen Lewis
University of Oxford, United Kingdom
Dr Alan Buddie
CABI, United Kingdom
Prof Neil Hall
Earlham Institute, United Kingdom
Dr Michael Cunliffe
Marine Biological Association, United Kingdom
Dr Michelle Hart
Royal Botanic Garden Edinburgh, United Kingdom
Dr Paul Kersey
Kew Royal Botanic Gardens, United Kingdom
Project summary
Life has evolved from a single origin to generate over 1.8 million eukaryotic species. Sequencing the genomes of all species will provide an inventory of life, transform understanding of evolution, catalogue eukaryotic gene toolkits for biology and biotechnology, and enable monitoring of ecosystems under increasing stress. The Darwin Tree of Life (DToL) project was founded to collaboratively sequence all species (~70,000 described) in Britain and Ireland to the highest quality standards to demonstrate the feasibility of large scale biodiversity genomics. We believe that these data will transform biology forever. Our consortium of biodiversity, sequencing and analytic partners has through the last three years - and despite the covid pandemic - built systems for collection, identification, extraction, sequencing, assembly and annotation of genomes at scale, with all data released openly. We will have collected ~5000 species and released ~2000 genomes by the end of the first phase of DToL this year. With the core competencies in place, we are now seeking two years of funding to support our biodiversity and analytic partners in extending their collection and data delivery activities. During these two years we will broaden our funding base to be able to complete our goals by 2030.