Genetically Modified Poplar Trees Yield Sustainable High-Strength Wood

University of Maryland researchers develop chemical-free method to enhance wood's structural properties and carbon storage capabilities.

New technique reduces lignin content in poplar trees by 12.8% without chemical treatments.
Genetically modified wood shows comparable strength to chemically processed wood, outperforming untreated wood.
Compressed wood from modified trees has tensile strength similar to aluminum alloy 6061.
The innovation offers a low-cost, environmentally sustainable alternative to traditional building materials.
Potential applications include furniture and construction, contributing to carbon sequestration efforts.