ANALYSIS OF YIELD STABILITY OF BARLEY (HORDEUM VULGARE L.) GENOTYPES- USING ADDITIVE MAIN EFFECTS AND MULTIPLICATIVE INTERACTION (AMMI) MODEL

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NIKKHAH H.R.; YOUSEFI AHMAD; MORTAZAVIAN S.M.M.; ARAZMJOU M.

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Journal: Iranian Journal of Crop Sciences Year:2007 | Volume:9 | Issue:1 (33) Page(s): 1-13

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Title

ANALYSIS OF YIELD STABILITY OF BARLEY (HORDEUM VULGARE L.) GENOTYPES- USING ADDITIVE MAIN EFFECTS AND MULTIPLICATIVE INTERACTION (AMMI) MODEL

Author(s)

NIKKHAH H.R. | YOUSEFI AHMAD | MORTAZAVIAN S.M.M. | ARAZMJOU M. | Issue Writer Certificate

Keywords

GENOTYPE × ENVIRONMENT INTERACTIONQ2

BARLEYQ3

GRAIN YIELDQ2

AMMI ANALYSISQ3

TEMPERATE AGROECOLOGICAL ZONEQ2

Abstract

Significance genotype × environment (G × E) interactions effects in a major constraint in evaluation and release of new cultivars. To achieve this goal and in order to evaluate and advance towards new high-yielding and stable/adaptable cultivars suitable for the temperate agro-ecological zone in Iran, a set of yield trials was conducted with 20 elite BARLEY lines using a Randomized Complete Block Design (RCBD) with three replicates at nine different experimental field stations during two successive years (1380-1382). GRAIN YIELD was studied and the results obtained from the combined analysis of variance revealed significance of all effects i.e. genotype, environment and GENOTYPE × ENVIRONMENT INTERACTIONs. Genotypes mean showed that the entries No. 9 (LB. Iran/Una8271//Gloria"S"/Come"s"-11M/3/Kavir) and No. 16 (L.131/Cerbel//Alger-eres/3/Gloria"s"-Copal"s") had the highest GRAIN YIELD. To have a better interpretation of G × E interaction multivariate AMMI method was used, which resulted in five main principle components that explained 74.68% of the interaction mean square. Additionally, the genotypes No. 16 (L.131/Cerbel//Alger-Ceres/3/Gloria"s"-Copal"s") and No. 17 (L.131/Cerbel//Alger-Ceres/3/Kavir) had the lowest IPC1 and IPC2 and the highest levels of stability. Using the results of biplot and AMMI ANALYSIS, parameters integrated with those of GRAIN YIELD, the entries 9 and 16 were selected as candidates lines with both best performance and GRAIN YIELD stability.

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APA: Copy

NIKKHAH, H.R., YOUSEFI, AHMAD, MORTAZAVIAN, S.M.M., & ARAZMJOU, M.. (2007). ANALYSIS OF YIELD STABILITY OF BARLEY (HORDEUM VULGARE L.) GENOTYPES- USING ADDITIVE MAIN EFFECTS AND MULTIPLICATIVE INTERACTION (AMMI) MODEL. IRANIAN JOURNAL OF CROP SCIENCES, 9(1 (33)), 1-13. SID. https://sid.ir/paper/57416/en

Vancouver: Copy

NIKKHAH H.R., YOUSEFI AHMAD, MORTAZAVIAN S.M.M., ARAZMJOU M.. ANALYSIS OF YIELD STABILITY OF BARLEY (HORDEUM VULGARE L.) GENOTYPES- USING ADDITIVE MAIN EFFECTS AND MULTIPLICATIVE INTERACTION (AMMI) MODEL. IRANIAN JOURNAL OF CROP SCIENCES[Internet]. 2007;9(1 (33)):1-13. Available from: https://sid.ir/paper/57416/en

IEEE: Copy

H.R. NIKKHAH, AHMAD YOUSEFI, S.M.M. MORTAZAVIAN, and M. ARAZMJOU, “ANALYSIS OF YIELD STABILITY OF BARLEY (HORDEUM VULGARE L.) GENOTYPES- USING ADDITIVE MAIN EFFECTS AND MULTIPLICATIVE INTERACTION (AMMI) MODEL,” IRANIAN JOURNAL OF CROP SCIENCES, vol. 9, no. 1 (33), pp. 1–13, 2007, [Online]. Available: https://sid.ir/paper/57416/en

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