INDUSTRIAL TOMATO CULTIVARS AND INBRED LINES YIELD STABILITY ANALYSIS

Phenotypic plasticity refers to the ability of genotypes to exhibit different phenotypes in response to environmental conditions. The AMMI model is often used to analyze this interaction in multienvironment trials. In a study involving six tomato genotypes grown in different environments, genotype L88 yielded the highest average at nearly 31 t/ha, while L27 and L53 had the lowest yields. The AMMI biplot indicated that genotypes L49 and L21 had strong interactions with the Pazardzhik environment, while L88 had a positive interaction with the Požega environment. The analysis concluded that AMMI is effective for assessing trait stability in multienvironment trials.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.46793/sbt30.06nb
Primary Topic
Agricultural Practices and Plant Genetics
Type
article
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article

INDUSTRIAL TOMATO CULTIVARS AND INBRED LINES YIELD STABILITY ANALYSIS

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Agricultural Practices and Plant Genetics
article

INDUSTRIAL TOMATO CULTIVARS AND INBRED LINES YIELD STABILITY ANALYSIS

N. Shaban, Vladan Pešić, Nenad Đurić, Vladimir Perišić, Nenad Bunjac
article en

Abstract

Phenotypic plasticity refers to the ability of genotypes to exhibit different phenotypes in response to environmental conditions. The AMMI model is often used to analyze this interaction in multienvironment trials. In a study involving six tomato genotypes grown in different environments, genotype L88 yielded the highest average at nearly 31 t/ha, while L27 and L53 had the lowest yields. The AMMI biplot indicated that genotypes L49 and L21 had strong interactions with the Pazardzhik environment, while L88 had a positive interaction with the Požega environment. The analysis concluded that AMMI is effective for assessing trait stability in multienvironment trials.

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Agricultural Practices and Plant Genetics
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