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Creator:: Lorenz, W. Walter, Ayyampalayam, Savavanaraj, Bordeaux, John M., Howe, Glenn T., Jermstad, Kathleen D., Neale, David B., Rogers, Deborah L., and Dean, Jeffrey F. D.
Abstract:: Conifers comprise an ancient and widespread plant lineage of enormous commercial and ecological value. However, compared to model woody angiosperms, such as Populus and Eucalyptus, our understanding of conifers remains quite limited at a genomic level. Large genome sizes (10,000–40,000 Mbp) and large amounts of repetitive DNA have limited efforts...

Creator:: Lorenz, W. Walter, Ayyampalayam, Savavanaraj, Bordeaux, John M., Howe, Glenn T., Jermstad, Kathleen D., Neale, David B., Rogers, Deborah L., and Dean, Jeffrey F. D.
Abstract:: Conifers comprise an ancient and widespread plant lineage of enormous commercial and ecological value. However, compared to model woody angiosperms, such as Populus and Eucalyptus, our understanding of conifers remains quite limited at a genomic level. Large genome sizes (10,000–40,000 Mbp) and large amounts of repetitive DNA have limited efforts...

Creator:: Lorenz, W. Walter, Ayyampalayam, Savavanaraj, Bordeaux, John M., Howe, Glenn T., Jermstad, Kathleen D., Neale, David B., Rogers, Deborah L., and Dean, Jeffrey F. D.
Abstract:: Conifers comprise an ancient and widespread plant lineage of enormous commercial and ecological value. However, compared to model woody angiosperms, such as Populus and Eucalyptus, our understanding of conifers remains quite limited at a genomic level. Large genome sizes (10,000–40,000 Mbp) and large amounts of repetitive DNA have limited efforts...

Creator:: Lorenz, W. Walter, Ayyampalayam, Savavanaraj, Bordeaux, John M., Howe, Glenn T., Jermstad, Kathleen D., Neale, David B., Rogers, Deborah L., and Dean, Jeffrey F. D.
Abstract:: Conifers comprise an ancient and widespread plant lineage of enormous commercial and ecological value. However, compared to model woody angiosperms, such as Populus and Eucalyptus, our understanding of conifers remains quite limited at a genomic level. Large genome sizes (10,000–40,000 Mbp) and large amounts of repetitive DNA have limited efforts...

Creator:: Lorenz, W. Walter, Ayyampalayam, Savavanaraj, Bordeaux, John M., Howe, Glenn T., Jermstad, Kathleen D., Neale, David B., Rogers, Deborah L., and Dean, Jeffrey F. D.
Abstract:: Conifers comprise an ancient and widespread plant lineage of enormous commercial and ecological value. However, compared to model woody angiosperms, such as Populus and Eucalyptus, our understanding of conifers remains quite limited at a genomic level. Large genome sizes (10,000–40,000 Mbp) and large amounts of repetitive DNA have limited efforts...

Creator:: Lorenz, W. Walter, Ayyampalayam, Savavanaraj, Bordeaux, John M., Howe, Glenn T., Jermstad, Kathleen D., Neale, David B., Rogers, Deborah L., and Dean, Jeffrey F. D.
Abstract:: Conifers comprise an ancient and widespread plant lineage of enormous commercial and ecological value. However, compared to model woody angiosperms, such as Populus and Eucalyptus, our understanding of conifers remains quite limited at a genomic level. Large genome sizes (10,000–40,000 Mbp) and large amounts of repetitive DNA have limited efforts...
Resource Type:: Article

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