Morphological and Physiological Parameters of Soybean Resistance to Agromyzid Beanflies

Chiang, H. S.; Norris, Dale M.

doi:10.1093/ee/12.1.260

Cited by 33 publications

(22 citation statements)

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“…Miklas et al (2006) suggested that improving bean varieties for resistance to insect pests can help reduce the dependence on pesticides to enable stable bean production across varied and unfavourable environments. Moderate to high levels of resistance have been reported in soybean (Chiang and Norris 1983;Talekar and Tengkano 1993;Wang and Gai 2001) and mungbean (Talekar and Hu 1993). The identification of such sources of resistance has lead to wide use of host-plant resistance against bean fly and related agromyzids in mungbean and soybean (Chiang and Norris 1983;Taleker et al 1988;Talekar and Tengkano 1993;Wang and Gai 2001).…”

Section: Application Of Host-plant Resistancementioning

confidence: 99%

“…Moderate to high levels of resistance have been reported in soybean (Chiang and Norris 1983;Talekar and Tengkano 1993;Wang and Gai 2001) and mungbean (Talekar and Hu 1993). The identification of such sources of resistance has lead to wide use of host-plant resistance against bean fly and related agromyzids in mungbean and soybean (Chiang and Norris 1983;Taleker et al 1988;Talekar and Tengkano 1993;Wang and Gai 2001). The breeding methods applied in soybean were mainly conventional approaches (Talekar and Tengkano 1993;Wang and Gai 2001).…”

Section: Application Of Host-plant Resistancementioning

confidence: 99%

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Breeding options for improving common bean for resistance against bean fly (Ophiomyia spp.): a review of research in eastern and southern Africa

et al. 2011

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Bean fly (Ophiomyia spp.) is a key pest of common bean (Phaseolus vulgaris L.) throughout eastern and southern Africa. It is known to cause total crop loss especially under drought stress and low soil fertility. This review underscores the importance of bean fly to bean production. It discusses the research achievements on genetic improvement of common bean for resistance against bean fly attack and highlights further opportunities available for rapid advance. The paper dwells on conventional breeding approaches and possibilities for utilization of markerassisted selection. Mechanisms of common bean resistance to bean fly have been considered with a view to understand the genetic control. To maximize the effectiveness of host-plant resistance against bean fly, multiple insect resistances should be incorporated into a single bean genotype in order to ensure stability. However, this should be within the background of integrated pest management strategy.

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Section: Application Of Host-plant Resistancementioning

confidence: 99%

Section: Application Of Host-plant Resistancementioning

confidence: 99%

Breeding options for improving common bean for resistance against bean fly (Ophiomyia spp.): a review of research in eastern and southern Africa

et al. 2011

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“…In leafhopper-resistant soybeans, resistance has been shown to be related to the orientation and size of trichomes rather than their density (Turnipseed, 1977). Soybean trichome length and density has also been implicated in resistance to beanflies, whiteflies, pod borers, and bean leaf beetles (Chiang & Norris, 1983;Lambert et al, 1995;Lam & Pedigo, 2001;Talekar & Lin, 1994). Pod trichomes have been implicated in resistance to coreid bugs (Koona et al, 2002).…”

Section: Structural Defencesmentioning

confidence: 99%

Resistance to insect pests: What do legumes have to offer?

Edwards

Singh

2006

Euphytica

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Insect pests are major problems for all crops, worldwide. In this review we will focus on legumes, which are attacked by a range of insect pests including pod/seed feeders, defoliators and sap feeders. We review the history of breeding for resistance to insect pests in legumes, which has had mixed success, and discuss further opportunities in this area. We also review the extraordinary array of direct and indirect mechanisms contributing to insect defence in legumes, the understanding and exploitation of which offer opportunities for both legume and non-legume crops. There is also good potential to improve insect resistance in legume crops through a detailed understanding of the signaling pathways that regulate induced responses to insect feeding, and recent progress in this area, primarily obtained from non-legume systems, is reviewed. The importance legumes play in farming systems, their wide range of novel chemistry and the emergence of model systems suitable for genomic approaches present opportunities for research in this area strongly linked to breeding programs to help develop legume crops with enhanced insect resistance.

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“…The females of several species are deterred from oviposition by dense trichomes on the leaf surface (CHIANG & NORRIS, 1983a;FAGOONEE & TOORY, 1983).…”

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confidence: 99%

“…Other parameters influencing the well-being of the larvae can be stem diameter, leaf area, water content and chemical characteristics (CHIANG & NORRIS, 1983a;CHIANG & NORRIS, 1983b;CHIANG & NORRIS, 1983c;TALEKAR et al, 1988;WEI et al, 2000).…”

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confidence: 99%

Biosystematic contributions to Agromyzidae (Diptera)

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Morphological and Physiological Parameters of Soybean Resistance to Agromyzid Beanflies

Cited by 33 publications

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Breeding options for improving common bean for resistance against bean fly (Ophiomyia spp.): a review of research in eastern and southern Africa

Breeding options for improving common bean for resistance against bean fly (Ophiomyia spp.): a review of research in eastern and southern Africa

Resistance to insect pests: What do legumes have to offer?

Biosystematic contributions to Agromyzidae (Diptera)

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