Research Article

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04/27/2016
Bayes factor; Genotype x environment interaction; Informative prior; Phaseolus vulgaris L.

This study used Bayesian inference to investigate the genotype x environment interaction in common bean grown in Mato Grosso do Sul State, and it also evaluated the efficiency of using informative and minimally informative a priori distributions. Six trials were conducted in randomized blocks, and the grain yield of 13 common bean genotypes was assessed. To represent the ... more

A.M. Corrêa; P.E. Teodoro; M.C. Gonçalves; L.M.A. Barroso; M. Nascimento; A. Santos; F.E. Torres; A.M. Corrêa; P.E. Teodoro; M.C. Gonçalves; L.M.A. Barroso; M. Nascimento; A. Santos; F.E. Torres; A.M. Corrêa; P.E. Teodoro; M.C. Gonçalves; L.M.A. Barroso; M. Nascimento; A. Santos; F.E. Torres
05/23/2016
Incompatibility; Meiosis; mitosis; Phaseolus vulgaris L.; Pollen viability

The common bean has great social and economic importance in Brazil and is the subject of a high number of publications, especially in the fields of genetics and breeding. Breeding programs aim to increase grain yield; however, mitosis and meiosis represent under explored research areas that have a direct impact on grain yield. Therefore, the study of cell division could be another tool ... more

D.C. Lima; G.T. Braz; G.Bdos Reis; V.H. Techio; L.C. Davide; deF.B. Abreu; D.C. Lima; G.T. Braz; G.Bdos Reis; V.H. Techio; L.C. Davide; deF.B. Abreu
05/09/2016
Antinutrients; Bean; Nutrients; Phaseolus vulgaris L.; Protein digestibility

The bean represents the main source of proteins for the low income populations, although the digestibility of those proteins is relatively low. Consequently, the programs of plant genetic breeding have been working on the search for new lines with higher protein levels. Thus, with the purpose of supplying information to the researchers, in this study, 21 bean (Phaseolus vulgaris ... more

F.R. Mesquita; M.I.A. Silva; A.D. Corrêa; F.R. Mesquita; M.I.A. Silva; A.D. Corrêa
04/28/2016
Artificial neural networks; Eberhart and Russell method; Genotype x environment interaction; Phaseolus vulgaris L.

Artificial neural networks have been used for various purposes in plant breeding, including use in the investigation of genotype x environment interactions. The aim of this study was to use artificial neural networks in the selection of common bean genotypes with high phenotypic adaptability and stability, and to verify their consistency with the Eberhart and Russell method. Six trials ... more

A.M. Corrêa; P.E. Teodoro; M.C. Gonçalves; L.M.A. Barroso; M. Nascimento; A. Santos; F.E. Torres; A.M. Corrêa; P.E. Teodoro; M.C. Gonçalves; L.M.A. Barroso; M. Nascimento; A. Santos; F.E. Torres
09/02/2016
Genotype-environment interaction; Natural selection; Phaseolus vulgaris L.; Sampling effect

Grain yield is strongly influenced by the environment, has polygenic and complex inheritance, and is a key trait in the selection and recommendation of cultivars. Breeding programs should efficiently explore the genetic variability resulting from crosses by selecting the most appropriate method for breeding in segregating populations. The goal of this study was to evaluate and compare the ... more

V.A.Pontes Júnior; P.G.S. Melo; H.S. Pereira; L.C. Melo; V.A.Pontes Júnior; P.G.S. Melo; H.S. Pereira; L.C. Melo
08/05/2016
Agronomic traits; Bi-segmented regression; Cultivars; Genetic gain; Phaseolus vulgaris L.

We aimed to evaluate 40 common bean cultivars recommended by various Brazilian research institutions between 1970 and 2013 and estimate the genetic progress obtained for grain yield and other agronomic traits. Additionally, we proposed a bi-segmented nonlinear regression model to infer the year in which breeding began to show significant gains in Brazil. The experiment was carried out in ... more

L.D. Barili; N.M. Vale; L.M. Moura; R.G. Paula; F.F. Silva; J.E.S. Carneiro; L.D. Barili; N.M. Vale; L.M. Moura; R.G. Paula; F.F. Silva; J.E.S. Carneiro
08/05/2016
Genotype x environment interaction; Multivariate analysis; Phaseolus vulgaris L.

Recently, the genotype plus genotype x environment interaction (GGE) biplot methodology has been used to investigate genotype x environment interactions in several crop species, but has not been applied to the common bean (Phaseolus vulgaris L.) crop in Brazil. The aim of this study was to identify common bean genotypes that exhibit high grain yield and stability in the State of ... more

A.M. Corrêa; P.E. Teodoro; M.C. Gonçalves; A. Santos; F.E. Torres; A.M. Corrêa; P.E. Teodoro; M.C. Gonçalves; A. Santos; F.E. Torres
10/05/2016
Additive genetic variance; diallel analysis; Fiber fineness; Fiber traits; Non-additive genetic variance; Water stress

Cotton germplasm was analyzed to investigate its potential for developing water stress tolerance in varieties in the future. Four tolerant (NIAB-78, CIM-482, BH-121, and VH-142) and four susceptible (CIM-446, FH-1000, FH-900, and FH-901) lines were identified of 50 accessions based on their seedling root length. A complete set of diallel crosses among eight selected genotypes was ... more

R.A. Nasimi; I.A. Khan; M.A. Iqbal; A.A. Khan; R.A. Nasimi; I.A. Khan; M.A. Iqbal; A.A. Khan
09/25/2018
diallel analysis; Genetic effects; Phaseolus vulgaris; Plant breeding

We examined the general and specific combining abilities of common bean cultivars and varieties and tested promising hybrid combinations for the development of productive strains. Two cultivars (IPR Uirapuru and IPR Campos Gerais) and five local varieties (BGU-1, BGU-7, BGU-13, BGU-25 and BGU-36) were planted in a full diallel cross. Treatments were assessed based ... more

V.P. da Silva; M.A.A. Barelli; J.P.E. Lira; M.J. Arruda; J.P. Poletine; L.G. Neves
09/28/2015
Genetic control; Phaseolus vulgaris L.; Plant architecture; Repeatability

Cultivars of common bean with more erect plant architecture and greater tolerance to degree of lodging are required by producers. Thus, to evaluate the potential of hypocotyl diameter (HD) in family selection for plant architecture improvement of common bean, the HDs of 32 F2 plants were measured in 3 distinct populations, and the characteristics related to plant architecture ... more

A.M.C. Oliveira; R.O. Batista; P.C.S. Carneiro; J.E.S. Carneiro; C.D. Cruz

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