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California scientists unravel genetic mysteries of world’s tallest trees - San Francisco Chronicle
Scientists have unlocked the genetic codes of California’s most distinguished, longest-lasting residents — coast redwood and giant sequoia trees — in what is a major breakthrough in the quest to protect the magnificent forests from the ravages of climate change, researchers announced Tuesday.
The sequencing of the towering conifers’ genomes is being presented as a transformational moment for the ancient groves because it will allow scientists to figure out which trees are best suited for a warmer, more volatile future.
“This is the fundamental modern resource that enables genetic discovery going forward,” said David Neale, a UC Davis plant scientist and the lead researcher for the project, which he called “a 23andMe for trees.”
Scientists have unlocked the genetic codes of California’s most distinguished, longest-lasting residents — coast redwood and giant sequoia trees — in what is a major breakthrough in the quest to protect the magnificent forests from the ravages of climate change, researchers announced Tuesday.
The sequencing of the towering conifers’ genomes is being presented as a transformational moment for the ancient groves because it will allow scientists to figure out which trees are best suited for a warmer, more volatile future.
“This is the fundamental modern resource that enables genetic discovery going forward,” said David Neale, a UC Davis plant scientist and the lead researcher for the project, which he called “a 23andMe for trees.”