The genetic codes of all animals, plants and fungi in the UK will be sequenced in a mbadive new project that scientists believe should benefit everything from conservation to medicine.
Nicknamed the Darwin Tree of Life Project, the initiative is part of a mbadive global effort to reveal the DNA of all life on Earth.
The code of 66,000 species will be obtained over a decade, offering naturalists unprecedented insights that will revolutionize the study of British wildlife. .
Samples will be collected by teams across the country and the latest technologies will be used to treat thousands of genomes each year in a network of British institutions.
Amidst warnings of a collapse in global biodiversity, scientists say that an understanding of the code that underlies these species will guide efforts to preserve them from extinction
This could also bring huge benefits to humanity, according to researchers the genetic information obtained will likely form the basis of new drugs, foods and even fuels.
The project was launched to coincide with the global program known as the Earth BioGenome Project, which will sequence the genomes of all 1.5 million known species. animals, plants, fungi and protozoa – life forms known collectively as eukaryotes.
The Wellcome Sanger Institute near Cambridge will serve as the hub of genome sequencing in the UK, with institutions ranging from the Natural History Museum to the University of Edinburgh . their expertise.
The project would cost about £ 100 million in the first five years.
"More than half of the vertebrate population has been lost in the past 40 years and 23,000 species are at risk of extinction. Professor Sir Mike Stratton, Director of the Wellcome Sanger Institute.
"By using the biological knowledge that we will get from the genomes of all eukaryotic species, we can rely on our responsibility as guardians of life on this planet, watching life on Earth in a more enlightened way. using these genomes, at a time when nature is under considerable pressure, especially from us. "
The work will build on a previous project of Sanger scientists who observed 25 key British species, including red and gray squirrels, blackbirds and blackberries
The chairman of the Earth BioGenome Project, Professor Harris Lewin of the University of California at Davis, announced British efforts would serve as a model for projects around the world to follow as part of their great mission.
For the United Kingdom, Dr. Tim Littlewood of the Natural History Museum stated that this initiative would allow scientists to re-evaluate their knowledge of well-known species.
"A large part of the UK's species lists and identification guides are now over 100 years old," he said.
Support free journalism and subscribe to Independent Minds
"We did not cure our own natural history, nor did we return to it for a very long time in a large system. And we have not looked at it in a modern way.
In recent months and years, it has become clear that the iconic British species, from puffin hedgehogs, are seriously threatened by pollution, industrial agriculture and climate change.
Genetic data can help protect these creatures by revealing their strengths and vulnerabilities, such as their ability to withstand changes in temperature or vulnerability to certain diseases.
They can also reveal the presence of new species that are not immediately obvious until researchers dig into their DNA.
The data from the new project will be stored in a public database so that all members of the scientific community can draw on this knowledge to inform their research.