Developing high biofuel coastal, Douglas-fir feedstocks by genetic selection

Keith Jayawickrama; Glenn Howe; Terrance Ye; Matt Trappe; Jennifer Kling; Scott Kolpak; Xiao Zhang; Scott Gelyense; Stephanie Guida; Callum Bell

Developing high biofuel coastal, Douglas-fir feedstocks by genetic selection

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Developing high biofuel coastal, Douglas-fir feedstocks by genetic selection

Keith Jayawickrama, Glenn Howe, Terrance Ye, Matt Trappe, Jennifer Kling, Scott Kolpak, Xiao Zhang, Scott Gelyense, Stephanie Guida and Callum Bell

NARA Final Reports

2017

Handle:

https://hdl.handle.net/2376/12237

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Abstract

Douglas fir

Northwest Advanced Renewables Alliance

Biofuels

Single nucleotide polymorphisms genotyping

Tree breeding

This report describes the development of a state-of-the-science genotyping array based on SNP technology for marker-based selection of phenotypes conducive to production of biofuels from woody residuals.

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Title: Developing high biofuel coastal, Douglas-fir feedstocks by genetic selection
Creators: Keith Jayawickrama (Author)
Glenn Howe (Author)
Terrance Ye (Author)
Matt Trappe (Author)
Jennifer Kling (Author)
Scott Kolpak (Author)
Xiao Zhang (Author)
Scott Gelyense (Author)
Stephanie Guida (Author)
Callum Bell (Author)
Academic Unit: Cumulative and Final Reports, Northwest Advanced Renewables Alliance
Series: NARA Final Reports
Identifiers: 99900501920301842
Copyright: Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International ; https://creativecommons.org/licenses/by-nc-nd/4.0/
Language: English
Resource Type: Report