Stability and Genotype by Environment Interaction Analysis Based on AMMI Model for Seed Yield and Oil Content of Advanced Linseed Breeding Lines
Author(s) -
Birhanu Aboye,
A Chobe,
A Ararsa,
A Cherinet,
D Tadesse,
J Crossa,
H Gauch,
R Zobel,
H Gollob,
M Jacobsz,
W Merwe,
M Westhuizen,
J L Purchase,
H Hatting,
C Van Deventer,
D Reta,
D Nigussie,
I Romagosa,
P Fox,
L Del Moral,
J Ramos,
B Del Moral,
F De Togores,
J Molina-Cano,
S Samonte,
L Wilson,
A Mcclung,
J Medley,
M Sneller,
J Wang,
J Dale,
W Strober,
L Middelton,
Y Choi,
T Fleisher,
M Lim,
E Jaffe,
J Puck,
M Lenardo,
T Tadesse,
A Toure,
X Xueming,
W Yan,
N Tinker,
W Yan,
W Yan,
R Zobel,
M Wright,
H Gauch
Publication year - 2021
Publication title -
international journal of research studies in agricultural sciences
Language(s) - English
Resource type - Journals
ISSN - 2454-6224
DOI - 10.20431/2454-6224.0702004
Subject(s) - ammi , yield (engineering) , linseed oil , agronomy , gene–environment interaction , stability (learning theory) , agriculture , agricultural revolution , interaction , genotype , mathematics , microbiology and biotechnology , agricultural engineering , biology , food science , engineering , computer science , ecology , biochemistry , machine learning , materials science , gene , metallurgy
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