Analyses of Diallel Crosses Among Ten Varieties of Soybeans<sup>1</sup>

Leffel, R. C.; Weiß, Martin G.

doi:10.2134/agronj1958.00021962005000090010x

Cited by 24 publications

(30 citation statements)

References 7 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…New findings on cytoplasmic male sterility (Davis 1986) and somatic embryogenesis (Komatsuda and Ohyama 1988) (Jinling and Fanglan 1985 (Brim and Cockerham 1961;Weber et al 1910' Nelson andBernard 1984). Significant positive heterosis for oil has been found (Leffel and Weiss 1958;Sabbouh 1987 Soldati and Keller (1985) in Switzerland …”

Section: Stittistical Proceduresmentioning

confidence: 97%

Analysis of Agronomic Characters for an Eleven-Parent Diallel of Early-Maturing Soybean Genotypes in Eastern Canada

Loiselle¹,

St-Pierre²,

Voldeng³

et al. 1990

Can. J. Plant Sci.

View full text Add to dashboard Cite

Similarly, Henghe (1987) and Sabbour (1987) reported that general combining abilities (GCA) were more important than specific combining abilities (SCA) for prorein and oil Stittistical ProceduresThe total variation among populations was subdivided using the Analysis II least squares procedure as suggested by Gardner and Eberhart (1966).The model used was the following:Yu' : tt, + t/z(vjl v,l + th+ 1th,+ h, ) * "ys',;wlLere the terms are genetic effects as defined by

show abstract

Section: Stittistical Proceduresmentioning

confidence: 97%

Analysis of Agronomic Characters for an Eleven-Parent Diallel of Early-Maturing Soybean Genotypes in Eastern Canada

Loiselle¹,

St-Pierre²,

Voldeng³

et al. 1990

Can. J. Plant Sci.

View full text Add to dashboard Cite

show abstract

“…A variância de dominância também apresenta importância para alguns caracteres: produtividade de grãos e altura da planta (Leffel & Weiss, 1958), periodo reprodutivo e produtividade de grãos (Brim & Cockerham, 1961); altura da planta (Croissant & Torrie, 1971). Em alguns casos, pode ocorrer da variância dominante ser superior à variância aditiva, como foi observado por Chaudary & Singh (1974) para produtividade de grãos; por Leffel & Hanson (1961) para produtividade, maturidade e altura da planta; por Camacho (1971) para periodo reprodutivo e altura da planta no florescimento.…”

Section: Produtividade Altura Da Planta E Valor Agronômicounclassified

Interação genótipos x ambientes em topocruzamentos de soja tipo alimento com tipo grão

Yokomizo¹

View full text Add to dashboard Cite

This research aimed to verify the performance of soybean (Glycine max (L.) Merrill) progenies over three environments, to evaluate the genotype x environment (G x E) interaction, and to estimate the correlation among characters. The estimates of these parameters can to facilitate the future selection steps, and the release of new food type, large-seeded genotypes for three kinds of use: vegetable soybean (edamame, imature, large-poded, without limitations on seed-coat and hilum-color); sweetmeat soybean (kuromame, mature seeds with black coat and hilum); salad soybean (mature seeds with light coat and hilum). The three environments were: a) Piracicaba-summer season (PV), sowing on November 15, 1996; b) Piracicaba-autumn season (PU), sowing on March 07, 1997; c) Anhembi-summer season (AV), sowing on November 17, 1996. The localities Piracicaba and Anhembi have as main contrast the physical-chemical properties of soils: Piracicaba has alfisol type; Anhembi presents a sandy soil, commonly found in the Brazilian savannas (cerrados) and with the acidity neutralized by using lime. There were evaluated 24 topcrossed progenies in F 9 : 4 , derived from 15 different topcrosses; the following two topcrosses has contributed with more than one progeny: Late Giant x Doko and Aliança Preta x Doko. The three experiments were designed in randomized complete blocks, each one with two replications stratified in experimental sets with common checks. The replications were stratified in two sets, each one having 12 progenies and four checks (food type, large-seeded soybeans cultivars). The experimental plot was represented by ten hills of individual plant, spaced l.OOm x O.SOm. Between plots the space was l.OOm. The following characters were evaluated: number of days to maturity (NDM), plant height at maturity (APM), lodging (AC), agronomic value (V A), visual width pod (L VV), one hundred seed weight (PCS), and seed yield (PG). The results permitted the following conclusions: a) Various of the superior progenies in F 9 : 4 had already exceeded in the previous generations (F 2 , F3:2 or F 5 : 4). b) It was obtained early progenies having less than 110 days of cycle, despite they were originated from topcrosses with the late parental 'Doko'. c) In the selection for increase plant height at maturity (APM) it is obligatory to consider the lodging (AC) together. d) The favorable environment (PV) permitted the best differentiation among progenies for the characters APM, L VV, and PG. The stressing environment (PU) permitted the differentiation among progenies for ali characters, except AC. The Anhembi-summer environment was relatively intermediate in discriminating the progenies. e) The correlation coefficients among characters were much altered by the environmental variations. f) The "Box-plot" evidenced significative environmental effects on the characters: V A, NDM, PG and APM. However the seed size, evaluated by the one hundred seed weight (PCS), was not much influenced by the environmental variations. g) The ecovalence method was mor...

show abstract

“…Most evidence suggests that maturity is primarily a func tion of additive gene action (Weber, 1950;Mahmud andKramer, 1951» Homer andWeber, 1956;Leffel and Weiss, 1958;Gates et al, I96O;Hanson and Weber, 1962;Weber et al, 1970;Bernard, 1971;Croissant and Torrie, 1971;Thseng and Hosokawa, 1972b;and Lee et al, 1974), but Hanson et al (I967) reported that half of the total genotypic variance was due to epistasis.…”

Section: Maturitymentioning

confidence: 99%

“…Several reports (Kalton, 1948;Leffel and Weiss, 1958;Nagata, 1960a;Brim and Cockerham, 196I;Tang and Tai, 1962;Caviness and Prongsirivathana, I968;and Weber et al, 1970) indicated that dominance was the most important type of gene action, with tall dominant to short. Mahmud and Kramer (1951), Thseng et al (I971), and Croissant and Torrie (1971) showed that additive gene action comprised most of the genotypic variance for plant height.…”

Section: Plant Height At Maturitymentioning

confidence: 99%

Inheritance of time to flowering, time to physiological maturity and growth habit in soybeans grown at a tropical latitude

Buhr

View full text Add to dashboard Cite

Analyses of Diallel Crosses Among Ten Varieties of Soybeans¹

Abstract: Synopsis Three methods of statistical analysis were similar in detecting lines exhibiting unexpected performance in the F1 generation, but gave different estimates on which were based the interpretations of parental‐F1 relationships.

Cited by 24 publications

References 7 publications

Analysis of Agronomic Characters for an Eleven-Parent Diallel of Early-Maturing Soybean Genotypes in Eastern Canada

Analysis of Agronomic Characters for an Eleven-Parent Diallel of Early-Maturing Soybean Genotypes in Eastern Canada

Interação genótipos x ambientes em topocruzamentos de soja tipo alimento com tipo grão

Inheritance of time to flowering, time to physiological maturity and growth habit in soybeans grown at a tropical latitude

Contact Info

Product

Resources

About

Analyses of Diallel Crosses Among Ten Varieties of Soybeans1

Abstract: Synopsis Three methods of statistical analysis were similar in detecting lines exhibiting unexpected performance in the F1 generation, but gave different estimates on which were based the interpretations of parental‐F1 relationships.

Cited by 24 publications

References 7 publications

Analysis of Agronomic Characters for an Eleven-Parent Diallel of Early-Maturing Soybean Genotypes in Eastern Canada

Analysis of Agronomic Characters for an Eleven-Parent Diallel of Early-Maturing Soybean Genotypes in Eastern Canada

Interação genótipos x ambientes em topocruzamentos de soja tipo alimento com tipo grão

Inheritance of time to flowering, time to physiological maturity and growth habit in soybeans grown at a tropical latitude

Contact Info

Product

Resources

About

Analyses of Diallel Crosses Among Ten Varieties of Soybeans¹