Influence of voltine ecotype and geographic distance on genetic and haplotype variation in the Asian corn borer

Diapause is an adaptive dormancy strategy by which arthropods endure extended periods of adverse climatic conditions. Seasonal variation in larval diapause initiation and duration in Ostrinia furnacalis may influence adult mating generation number (voltinism) across different local environments. The...

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Published inEcology and evolution Vol. 11; no. 15; pp. 10244 - 10257
Main Authors Wang, Yangzhou, Kim, Kyung Seok, Li, Qiyun, Zhang, Yunyue, Wang, Zhen‐Ying, Coates, Brad Steven
Format Journal Article
LanguageEnglish
Published Bognor Regis John Wiley & Sons, Inc 01.08.2021
John Wiley and Sons Inc
Wiley
Subjects
Arthropods
Chromosomes
Circadian rhythm
Climatic conditions
Cytochrome
Diapause
Divergence
divergent phenotypic selection
Dormancy
ecological adaptation
Ecological effects
Ecotypes
Environmental conditions
Gene flow
Gene polymorphism
Genes
Genetic diversity
Genetic structure
Genotypes
Haplotypes
Loci
Mitochondria
Nucleotides
Original Research
Polymorphism
Population
Population genetics
Quantitative genetics
Seasonal variations
Single-nucleotide polymorphism
Sympatric populations
Voltinism
United States > US
China
Jilin China
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Abstract Diapause is an adaptive dormancy strategy by which arthropods endure extended periods of adverse climatic conditions. Seasonal variation in larval diapause initiation and duration in Ostrinia furnacalis may influence adult mating generation number (voltinism) across different local environments. The degree to which voltine ecotype, geographic distance, or other ecological factors influence O. furnacalis population genetic structure remains uncertain. Genetic differentiation was estimated between voltine ecotypes collected from 8 locations. Mitochondrial haplotypes were significantly different between historically allopatric univoltine and bivoltine locations, but confounded by a strong correlation with geographic distance. In contrast, single nucleotide polymorphism (SNP) genotypes show low but significant levels of variation and a lack of influence of geographic distance between allopatric voltine locations. Regardless, 11 of 257 SNP loci were predicted to be under selection, suggesting population genetic homogenization except at loci proximal to factors putatively under selection. These findings provide evidence of haplotype divergent voltine ecotypes that may be maintained in allopatric and sympatric areas despite relatively high rates of nuclear gene flow, yet influence of voltinism on maintenance of observed haplotype divergence remains unresolved. The Asian corn borer (ACB) is a major pest insect of cultivated maize throughout China, including Jilin Province where ecotypes of this species differ in voltine traits. The distribution of significant mitochondrial haplotype and nuclear genetic variation among sample locations suggests geography and voltinism are factors influencing contemporary ACB genetic structure in Jilin Province.
AbstractList Abstract Diapause is an adaptive dormancy strategy by which arthropods endure extended periods of adverse climatic conditions. Seasonal variation in larval diapause initiation and duration in Ostrinia furnacalis may influence adult mating generation number (voltinism) across different local environments. The degree to which voltine ecotype, geographic distance, or other ecological factors influence O. furnacalis population genetic structure remains uncertain. Genetic differentiation was estimated between voltine ecotypes collected from 8 locations. Mitochondrial haplotypes were significantly different between historically allopatric univoltine and bivoltine locations, but confounded by a strong correlation with geographic distance. In contrast, single nucleotide polymorphism (SNP) genotypes show low but significant levels of variation and a lack of influence of geographic distance between allopatric voltine locations. Regardless, 11 of 257 SNP loci were predicted to be under selection, suggesting population genetic homogenization except at loci proximal to factors putatively under selection. These findings provide evidence of haplotype divergent voltine ecotypes that may be maintained in allopatric and sympatric areas despite relatively high rates of nuclear gene flow, yet influence of voltinism on maintenance of observed haplotype divergence remains unresolved.
Diapause is an adaptive dormancy strategy by which arthropods endure extended periods of adverse climatic conditions. Seasonal variation in larval diapause initiation and duration in Ostrinia furnacalis may influence adult mating generation number (voltinism) across different local environments. The degree to which voltine ecotype, geographic distance, or other ecological factors influence O. furnacalis population genetic structure remains uncertain. Genetic differentiation was estimated between voltine ecotypes collected from 8 locations. Mitochondrial haplotypes were significantly different between historically allopatric univoltine and bivoltine locations, but confounded by a strong correlation with geographic distance. In contrast, single nucleotide polymorphism (SNP) genotypes show low but significant levels of variation and a lack of influence of geographic distance between allopatric voltine locations. Regardless, 11 of 257 SNP loci were predicted to be under selection, suggesting population genetic homogenization except at loci proximal to factors putatively under selection. These findings provide evidence of haplotype divergent voltine ecotypes that may be maintained in allopatric and sympatric areas despite relatively high rates of nuclear gene flow, yet influence of voltinism on maintenance of observed haplotype divergence remains unresolved. The Asian corn borer (ACB) is a major pest insect of cultivated maize throughout China, including Jilin Province where ecotypes of this species differ in voltine traits. The distribution of significant mitochondrial haplotype and nuclear genetic variation among sample locations suggests geography and voltinism are factors influencing contemporary ACB genetic structure in Jilin Province.
Abstract Diapause is an adaptive dormancy strategy by which arthropods endure extended periods of adverse climatic conditions. Seasonal variation in larval diapause initiation and duration in Ostrinia furnacalis may influence adult mating generation number (voltinism) across different local environments. The degree to which voltine ecotype, geographic distance, or other ecological factors influence O. furnacalis population genetic structure remains uncertain. Genetic differentiation was estimated between voltine ecotypes collected from 8 locations. Mitochondrial haplotypes were significantly different between historically allopatric univoltine and bivoltine locations, but confounded by a strong correlation with geographic distance. In contrast, single nucleotide polymorphism (SNP) genotypes show low but significant levels of variation and a lack of influence of geographic distance between allopatric voltine locations. Regardless, 11 of 257 SNP loci were predicted to be under selection, suggesting population genetic homogenization except at loci proximal to factors putatively under selection. These findings provide evidence of haplotype divergent voltine ecotypes that may be maintained in allopatric and sympatric areas despite relatively high rates of nuclear gene flow, yet influence of voltinism on maintenance of observed haplotype divergence remains unresolved.
Diapause is an adaptive dormancy strategy by which arthropods endure extended periods of adverse climatic conditions. Seasonal variation in larval diapause initiation and duration in Ostrinia furnacalis may influence adult mating generation number (voltinism) across different local environments. The degree to which voltine ecotype, geographic distance, or other ecological factors influence O. furnacalis population genetic structure remains uncertain. Genetic differentiation was estimated between voltine ecotypes collected from 8 locations. Mitochondrial haplotypes were significantly different between historically allopatric univoltine and bivoltine locations, but confounded by a strong correlation with geographic distance. In contrast, single nucleotide polymorphism (SNP) genotypes show low but significant levels of variation and a lack of influence of geographic distance between allopatric voltine locations. Regardless, 11 of 257 SNP loci were predicted to be under selection, suggesting population genetic homogenization except at loci proximal to factors putatively under selection. These findings provide evidence of haplotype divergent voltine ecotypes that may be maintained in allopatric and sympatric areas despite relatively high rates of nuclear gene flow, yet influence of voltinism on maintenance of observed haplotype divergence remains unresolved.
Diapause is an adaptive dormancy strategy by which arthropods endure extended periods of adverse climatic conditions. Seasonal variation in larval diapause initiation and duration in Ostrinia furnacalis may influence adult mating generation number (voltinism) across different local environments. The degree to which voltine ecotype, geographic distance, or other ecological factors influence O. furnacalis population genetic structure remains uncertain. Genetic differentiation was estimated between voltine ecotypes collected from 8 locations. Mitochondrial haplotypes were significantly different between historically allopatric univoltine and bivoltine locations, but confounded by a strong correlation with geographic distance. In contrast, single nucleotide polymorphism (SNP) genotypes show low but significant levels of variation and a lack of influence of geographic distance between allopatric voltine locations. Regardless, 11 of 257 SNP loci were predicted to be under selection, suggesting population genetic homogenization except at loci proximal to factors putatively under selection. These findings provide evidence of haplotype divergent voltine ecotypes that may be maintained in allopatric and sympatric areas despite relatively high rates of nuclear gene flow, yet influence of voltinism on maintenance of observed haplotype divergence remains unresolved. The Asian corn borer (ACB) is a major pest insect of cultivated maize throughout China, including Jilin Province where ecotypes of this species differ in voltine traits. The distribution of significant mitochondrial haplotype and nuclear genetic variation among sample locations suggests geography and voltinism are factors influencing contemporary ACB genetic structure in Jilin Province.
Author Kim, Kyung Seok
Li, Qiyun
Coates, Brad Steven
Wang, Yangzhou
Wang, Zhen‐Ying
Zhang, Yunyue
AuthorAffiliation 1 Northeast Agricultural Research Center of China Jilin Academy of Agricultural Sciences Changchun China
3 Institute of Plant Protection Chinese Academy of Agricultural Sciences Beijing China
2 Natural Resource Ecology and Management Iowa State University Ames IA USA
4 Corn Insects and Crop Genetics Research Unit USDA ARS Ames IA USA
AuthorAffiliation_xml – name: 1 Northeast Agricultural Research Center of China Jilin Academy of Agricultural Sciences Changchun China
– name: 4 Corn Insects and Crop Genetics Research Unit USDA ARS Ames IA USA
– name: 2 Natural Resource Ecology and Management Iowa State University Ames IA USA
– name: 3 Institute of Plant Protection Chinese Academy of Agricultural Sciences Beijing China
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  surname: Wang
  fullname: Wang, Yangzhou
  organization: Jilin Academy of Agricultural Sciences
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  fullname: Kim, Kyung Seok
  organization: Iowa State University
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  surname: Li
  fullname: Li, Qiyun
  organization: Jilin Academy of Agricultural Sciences
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  orcidid: 0000-0001-8908-1529
  surname: Coates
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  organization: USDA ARS
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Snippet Diapause is an adaptive dormancy strategy by which arthropods endure extended periods of adverse climatic conditions. Seasonal variation in larval diapause...
Abstract Diapause is an adaptive dormancy strategy by which arthropods endure extended periods of adverse climatic conditions. Seasonal variation in larval...
Abstract Diapause is an adaptive dormancy strategy by which arthropods endure extended periods of adverse climatic conditions. Seasonal variation in larval...
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pubmedcentral
proquest
crossref
wiley
SourceType Open Website
Open Access Repository
Aggregation Database
Publisher
StartPage 10244
SubjectTerms Arthropods
Chromosomes
Circadian rhythm
Climatic conditions
Cytochrome
Diapause
Divergence
divergent phenotypic selection
Dormancy
ecological adaptation
Ecological effects
Ecotypes
Environmental conditions
Gene flow
Gene polymorphism
Genes
Genetic diversity
Genetic structure
Genotypes
Haplotypes
Loci
Mitochondria
Nucleotides
Original Research
Polymorphism
Population
Population genetics
Quantitative genetics
Seasonal variations
Single-nucleotide polymorphism
Sympatric populations
Voltinism
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Title Influence of voltine ecotype and geographic distance on genetic and haplotype variation in the Asian corn borer
URI https://onlinelibrary.wiley.com/doi/abs/10.1002%2Fece3.7829
https://www.proquest.com/docview/2557267290
https://search.proquest.com/docview/2559672805
https://pubmed.ncbi.nlm.nih.gov/PMC8328404
https://doaj.org/article/551614db99eb4e81ad0e9dfb1086479f
Volume 11
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