Additive main effects and multiplicative interaction 1 (AMMI1) biplots based on PC1 illustrating GxE interactions of quinoa genotypes.

<p>Additive main effects and multiplicative interaction 1 (AMMI1) biplots based on PC1 illustrating GxE interactions of quinoa genotypes.</p>

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Bibliographic Details
Main Author:	Van Loc Nguyen (1438657) (author)
Other Authors:	Hue Nhan Luu (19819314) (author), Thi Hong Nhung Phan (19819317) (author), Viet Long Nguyen (2076457) (author), Duc Ha Chu (19819320) (author), Daniel Bertero (19819323) (author), Néstor Curti (19819326) (author), Peter C. McKeown (12203936) (author), Charles Spillane (49775) (author)
Published:	2024
Subjects:	Ecology Plant Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified representing control conditions real1 x ruy937 hydroponic experimental conditions g × e field conditions matched div >< p analysed ge interactions additive main effects measured quinoa traits chenopodium quinoa </ grain yield indicate cropping season response water stress tolerance identify quinoa (< ph ), number hydroponic growth conditions genotype × environment water regime effects quinoa genotypes across water regime quinoa (< interaction effects quinoa genotypes quinoa cultivars yield among exhibit tolerance cropping seasons wide adaptation total ). stage evaluation stable yields significantly affected polyethylene glycol plant height multiplicative interaction major challenges identifying germplasm identifying cultivars gge analysis genotypes g18 findings provide dry weight diverse set cultivars g18 classified within 58 varieties
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