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September 24, 2021

Eucalyptus plantation_Zander Myburg_CSP22

In their approved proposal, Zander Myburg of the University of Pretoria and colleagues aim to unlock the genomic diversity within the eucalypts, a group of fast-growing tree species that are a sustainable source of carbon and energy rich biomass globally. Eucalypts are widely grown as feedstocks for lignocellulosic and other biorefinery products. The work builds off a previous international collaboration that produced the reference genome sequence for Eucalyptus grandis. (Courtesy of Zander Myburg)

In their approved proposal, Zander Myburg of the University of Pretoria and colleagues aim to unlock the genomic diversity within the eucalypts, a group of fast-growing tree species that are a sustainable source of carbon and energy rich biomass globally. Eucalypts are widely grown as feedstocks for lignocellulosic and other biorefinery products. The work builds off a previous international collaboration that produced the reference genome sequence for Eucalyptus grandis. (Courtesy of Zander Myburg)

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