Defoliation of Soybean Expressing Cry1Ac by Lepidopteran Pests
Abstract
:1. Introduction
2. Materials and Methods
2.1. Larval Collection
2.2. Insect Rearing
2.3. Greenhouse Studies
2.4. Data Analysis
3. Results
4. Discussion
5. Conclusions
Author Contributions
Funding
Acknowledgments
Conflicts of Interest
References
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Study | Species * | Identity of Species ** | Environmental Conditions (Controlled or Field Conditions) | Type of Infestation | Crop or Artificial Diet Used | Evaluations | Impacts |
---|---|---|---|---|---|---|---|
Present study | Sf, Se, Sa, Sc, Hg | individual | controlled (greenhouse) | artificial | soybean (Bt and non-Bt) | Performance and potencial risk | Bt soybean had the best control of Hg and a suppressive effect on Sf and Sa. Se and Sc were not susceptible to the Bt soybean. Se represents a potential risk in soybean crops |
[60] | Sc, Se, Sf | individual | controlled | artificial | soybean (Bt and non-Bt) and diet | Susceptibility to Cry1Ac protein | Bt soybean showed poor control of Sc, Se, Sf |
[16] | Sf, Se, Sc | individual | controlled | artificial | soybean genotypes | Larva consumption foliage | Sc defoliated nearly twice the leaf area of Sa and Sf |
[5] | S. spp. | general | field conditions | natural | soybean | Different chemical alternatives for the management of the complex pest | Diamide + neonicotinoid had the best control |
[6] | Sc | individual | field conditions | natural | soybean | Moment of application of different insecticides | Early application of diamide delayed the damage of larvae |
[7] | H. spp., S. spp. | general | field conditions | natural | soybean (Bt and non-Bt) | Pest management | Early application of diamide delayed the damage of larvae |
[8] | H. spp. | general | field conditions | natural | soybean (Bt and non-Bt) | Strategies for prevention of insect resistance | Low presence of H. spp. in Bt soybean and refuge |
[19] | S. spp., H. spp. | general | field conditions | natural | soybean (Bt and non-Bt) | Behavior of Bt soybean on the pests and its predators | Bt soybean provided a good control of S. spp. and H. spp. and did not affect its predators |
[18] | Se | individual | controlled | artificial | soybean cultivars (non-Bt) | Development, survival, and reproductive capacity | The development of Se was affected by the cultivar |
[73] | Sf, Se, Sa, Sc | individual | controlled | artificial | diet | Susceptibility to chlorantraniliprole and flubendiamide | Chlorantraniliprole showed a higher mortality than flubendiamide for all Lepidoptera species tested |
[70] | S. spp., Sf | general | field conditions | natural | soybean (Bt and non-Bt) | Diversity, composition, and population dynamics | Bt soybean reduced the target insect pests and favored populations of natural enemies |
[71] | Sf, Sc, Hg | individual | field conditions | natural | soybean (Bt and non-Bt) | Insect abundance | Densities of the species were low in both treatment |
[27] | Sa | controlled | artificial | diet | Developmental parameters and host plants | Complete detail of biological parameters of Sa and 55 host plant species of Sa are listed | |
[26] | Se | individual | controlled | artificial | diet | Biotic potential and reproductive parameters | Complete detail of reproductive and population parameters of Se |
[28] | Se | individual | controlled | artificial | diet | Developmental parameters and host plants | Complete detail of biological parameters of Se and 202 host plant species of Se are listed |
[29] | Sa | controlled | artificial | diet | Biotic potential, life table parameters and fertility | Complete detail of reproductive and population parameters of Sa | |
[72] | Sf, Sc, Hg | individual | field conditions | natural | soybean (Bt and non-Bt) | Strategies of refuge management | The management of refuges with selective insecticides and high persistence allowed to reduce the number of applications and to achieve greater survival of predators and adults of target pests |
[15] | Se | individual | controlled | artificial | cotton, soybean, and Ipomoea grandifolia (L.) (Convolvulaceae) | Biology on different host plant | Soybean was the least suitable for the development of Se, and I. grandifolia was shown a suitable alternate host for Se |
[20] | Sc | individual | controlled | artificial | corn (Bt and non-Bt), soybean (Bt and non-Bt), and diet | Development and reproduction | Bt and non-Bt corn adversely affect the development of Sc, and Bt soybean did not affect its biology, suggesting that Sc has major potential to become an important pest in Bt soybean crops |
[76] | Se, Sc | individual | controlled | artificial | soybean, cotton, corn, Triticum aestivum (L.) (Poaceae), Avena sativa (L.), and diet | Biology on different host plants | Soybean and cotton were more suitable hosts for the development of Se and Sc |
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Murúa, M.G.; Vera, M.A.; Herrero, M.I.; Fogliata, S.V.; Michel, A. Defoliation of Soybean Expressing Cry1Ac by Lepidopteran Pests. Insects 2018, 9, 93. https://doi.org/10.3390/insects9030093
Murúa MG, Vera MA, Herrero MI, Fogliata SV, Michel A. Defoliation of Soybean Expressing Cry1Ac by Lepidopteran Pests. Insects. 2018; 9(3):93. https://doi.org/10.3390/insects9030093
Chicago/Turabian StyleMurúa, María G., Martín A. Vera, María I. Herrero, Sofia V. Fogliata, and Andrew Michel. 2018. "Defoliation of Soybean Expressing Cry1Ac by Lepidopteran Pests" Insects 9, no. 3: 93. https://doi.org/10.3390/insects9030093
APA StyleMurúa, M. G., Vera, M. A., Herrero, M. I., Fogliata, S. V., & Michel, A. (2018). Defoliation of Soybean Expressing Cry1Ac by Lepidopteran Pests. Insects, 9(3), 93. https://doi.org/10.3390/insects9030093