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NC State’s Sederoff Honored for Molecular Genetics Work With Forest Trees

forest biotechnology

Spruce weevil

Jul 10, 2023

Study Reveals How a Tall Spruce Develops Defense Against Hungry Weevils

Findings from a new study could help researchers breed genetically improved Sitka spruce trees resistant to a nibbling insect. 
Baugh seen from the side, working at his lab bench.

Feb 1, 2022

Soft Materials Are an Interdisciplinary Game-Changer

At NC State, transformative research into soft material occurs in numerous colleges and departments. 
The sun peeks through the leaves of a tree at the Court of North Carolina.

Jun 2, 2021

Turning Tree Residue Into Smart Hydrogels

NC State researchers are turning wood byproducts into sensory hydrogels and sustainable, biodegradable smart materials. 
Diagram of transcriptional regulatory network and scanning electron micrograph of a poplar stem cross-section

Mar 6, 2019

Transcription Factor Network Gets to Heart of Wood Formation

Research from NC State's Forest Biotechnology Group has applications in timber, paper and biofuels, as well as healthier forests. 
Dead ash tree

Jan 18, 2019

Can Genetic Engineering Save Disappearing Forests?

Forests in the U.S. face many threats: climate change, invasive species, pests and pathogens. Could genetically engineering trees make these plants more resilient? 

Mar 17, 2017

NC State’s Sederoff Honored for Molecular Genetics Work With Forest Trees

An international prize goes to Ron Sederoff, a forestry professor whose research has given us a better understanding of forest trees' biology and accelerated advances in plant breeding.