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Highlight IDTitleStrategic Program Area(s)YearStation
Photo of On the leaf is a normal tree compared to a tree with a chromosomal break that leads to altered wood development and growth habit. On the right is a diagram showing the precise location of the chromosome break. The genes responsible for the wood and growth habit changes reside in this region, and can now be studied in detail. Andrew Groover, USDA Forest Service
ID: 689
Breakthroughs in Poplar Genomics Improve Bioenergy Feedstock Options

Developing fast growing poplar cultivars for biofuels production is a major step towards renewable, tree-based energy. Optimal properties of sho ...

Principal Investigator : Andrew T. Groover

Resource Management and Use2014PSW
Photo of
ID: 233
Historic Critchfield Memorial Herbarium Goes Digital: Believed to Be the Largest Collection of Pine Specimens in the World

The USDA Forest Service's Pacific SouthwestResearch Station, Institute of Forest Genetics, Placerville, CA, has released the online version of i ...

Principal Investigator : Andrew T. Groover

Resource Management and Use
Inventory and Monitoring
Photo of Normally tree stems make a single layer of wood (blue cells, bottom of left panel). Changing expression of a single regulatory gene results in the formation of a second wood forming layer (right panel). Dr. Juan Du, Forest Service
ID: 365
Regulation of bark and wood growth in trees

The dividing cells of the cambium meristem provide cells that differentiate in either wood or bark. Although fundamental to how trees grow, regu ...

Principal Investigator : Andrew T. Groover

Resource Management and Use2011PSW