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AHB Newsletter – Volume 3, No. 1 [Spring 2014]

Editor’s Notes

The Hardwood Biofuels Wednesday Webinar series started the year with a webinar on soil quality in January followed with a February webinar covering the best locations for growing poplar in the Pacific Northwest. The webinar series will finish off this spring with webinars on endophytes in poplars, modeling poplar growth, and creating a bioenergy curriculum. This issue of the AHB E-Newsletter focuses on finding ways to limit herbivory in poplars, measuring greenhouse gas emissions in poplar demonstration sites, and exploring the diversity of students in the Bioenergy Minor at Oregon State University. The AHB Extension Team is busy planning two conferences in Seattle: the Northwest Wood-based Biofuels and Co-products Conference and the Short Rotation Woody Crops Working Group Conference. The abstract submission deadlines for both conferences are at the beginning of April. We have also set the dates for the summer field tours at the AHB demonstration sites. More details coming soon!

Patricia Townsend, Ph.D.
Regional Extension Specialist and Educator
Washington State University

Detecting Unpalatable Poplars:

Jeff Kallestad, a member of the Advanced Hardwood Biofuels Northwest (AHB) research team is developing screening tools to help poplar breeders, like AHB partner Greenwood Resources, breed plants that are less nutritious and more toxic for pests, so that poplar growers can apply fewer pesticides, insecticides, and rodenticides to their tree farms.

Do Poplar Bioenergy Farm Soils Contribute to Greenhouse Gas Emissions?

Understanding how much carbon is released versus stored in the soil when land is converted to poplar farms and during poplar production is an important aspect of how poplar-based biofuels may alter greenhouse gas concentrations in the atmosphere.

Bioenergy Minor Brims with Diverse Students at Oregon State University

Twenty imaginative undergraduate students from diverse backgrounds are exploring ways to create sustainable energy solutions while gaining valuable research experience through the new interdisciplinary Bioenergy Minor established in fall 2012 at Oregon State University (OSU).

Washington State University