redwood genome

Redwood Genome Project

by Save the Redwoods League on April 23, 2019

The Redwood Genome Project is a five-year effort that will sequence the coast redwood and giant sequoia genomes and develop tools to assess genetic diversity.

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Sequenced Genome Sizes: The coast redwood and giant sequoia genomes were sequenced by Save the Redwoods League, University of California, Davis and Johns Hopkins University.

Coast Redwood Genome, Second Largest Ever Sequenced, Now Completed by Save the Redwoods League, UC Davis and Johns Hopkins University

by Save the Redwoods League on April 23, 2019

Save the Redwoods League, University of California, Davis, and Johns Hopkins University have successfully sequenced the coast redwood and giant sequoia genomes, reaching the first major milestone of a five-year project to develop the tools to study these forests’ genomic diversity.

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In the first year, researchers will develop and publicly release genome sequences using a tree from the pictured Butano State Park for the coast redwood genome and a tree from Sequoia National Park for the giant sequoia genome.

Groundbreaking Project to Map the Redwood Genomes

by Save the Redwoods League on October 5, 2017

The genome sequences and the screening tools developed will allow researchers to quickly assess genetic diversity in redwood forests to inform plans that restore the health and resilience of these forests as they face environmental stressors such as climate change.

Learn more in the inaugural edition of Redwoods magazine.

With your annual membership of $19 or more, you’ll receive a year’s subscription to Redwoods, the new magazine of Save the Redwoods League.

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Butano State Park. Photo by Julie Martin

Save the Redwoods League Launches Genome Project

by Save the Redwoods League on September 26, 2017

University of California, Davis, John Hopkins University and Save the Redwoods League today announced an ambitious plan to fully sequence the coast redwood and giant sequoia genomes — for the first time — utilizing conifer genetic sequencing techniques unavailable until now.

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