Today, scientists have revealed the discovery of a new polyploid group of forest trees, which they believe could have a major impact on our understanding of genetic regulation. This exciting news could have huge implications for how we manage forests and trees in the future. The new group of trees, known as the ‘Quercus Polyploid Group’, was discovered in a study led by researchers at the University of California, Santa Cruz. The researchers identified a number of genetic mutations in the trees, which they believe have enabled them to form a new polyploid group. The findings could provide insight into how genetic regulation works, and how it could be used to develop sustainable forest management practices.

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source: Phys.org