GENOTYPE X ENVIRONMENT INTERACTION FOR GRAIN YIELD IN COWPEA
Madras Agricultural Journal, 1987 Seven parents of cowpea (Co 3. Co 4, V 87, KC 199. C 152, KC 195 and CoVu 4) and their twelve F hybrids were evaluated for stability parameters with respect to grain yield in six environments.
K. THIYAGARAJAN and S. RAJASEKARAN
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Milling yield components of local dryland rice varieties
Pesquisa Agropecuária Tropical, 2020 Family farmers in the western Santa Catarina state, Brazil, have conserved local dryland rice varieties. However, the literature lacks data about the milling performance of these varieties, as well as about the effects of genotypes, environment ...
Otavio Rechsteiner Maghelly +4 more
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Application of nonlinear factor analysis to genotype-environment interaction [PDF]
, 1987 The intention of this paper is to show how the methods of nonlinear factor analysis as developed by McDonald (Br. J. Math. Stat. Psychol. 20:205-215, 1967) can be used to study genotype-environment interaction. The method is applied to the interaction of
Boomsma, D.I. +4 more
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Genotype x Environment Interaction in Glycine max (L.) Merrill Varietal Tests
Madras Agricultural Journal, 1978 Studies of 31 soybean cultivars grown at two locations under six bimonthly sowings revealed genotype x location interaction relatively large for plant height, number of nodes, pods and seeds and seed yield and highly significant for all the traits ...
R. N. KAW and P. MADHAVA MENON
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Genotype×environment interactions [PDF]
Heredity, 1975 An algebraic formulation, alternative to that of Mather and Jones (1958) and hierarchial rather than factorial in nauture, is presented for describing the differences among the phenotypes produced by a number of genotypes each grown in each of a number of environments.
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Genetic variance and genotype reaction norms in response to larval food manipulation for a trait important in scorpionfly sperm competition. [PDF]
, 2008 Engqvist L. Genetic variance and genotype reaction norms in response to larval food manipulation for a trait important in scorpionfly sperm competition. Functional Ecology. 2008;22(1):070915213639001-???Sperm competition is an important attribute of many
L. Engqvist +1 more
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Genotype x Environment Interaction of Palatability in Rice.
Japanese Journal of Crop Science, 1996 To develop cultivars with high and stable values of palatability in any growth environment, genotype x environment interaction of palatability in rice was statistically estimated from the replicated sensory test data. The following interactions of palatability were significant: genotype x year, genotype x cropping season, and genotype x storage ...
OOSATO, Kumi F. +3 more
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Genotype x Environment Interaction and Its Stability Measures; Major emphasis in Arabica Coffee: A Review [PDF]
, 2021 Understanding the implication of genotype x environment interaction (GEI) structure is an important consideration in plant breeding programs. The phenotype of an individual is determined by both the genotype and the environment, these two effects are not
Beksisa, Lemi
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Genotype X Environment Interaction and Yield Stabliity of Breade Wheat (Triticum Eastivum L.) Genotype in Ethiopia using the Ammi Analisis [PDF]
, 2015 The G x E interaction makes it difficult to select the best performing as well as the most stable genotypes and so its efficient interpretation is important issue in plant improvement in Ethiopia.
Bacha, Temesgen +2 more
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Balanced Parameters for Genotype X Environment Interaction in Some Alfalfa Genotypes [PDF]
Alexandria Journal of Agricultural Sciences, 2019 Identification of alfalfa genotypes, with high yield potential and good forage quality along with the least seasonal fluctuation over a wide range of environments, is important for crop improvement programs. Trials were conducted to evaluate seven alfalfa (Medicago sativa, L) genotypes over three years at the Nubaria Agricultural Research Station Site.
Seiam Mofeeda, A. Farag Sahar
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