• Title/Summary/Keyword: 재래꿀벌

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Electron-Morphometric Classification of the Native Honeybees from Korea. Part II. Discriminant Analysis for Different Populations Based on the Total Characters (한국산 재래꿀벌의 전자계량형태학적 분류. II. 전 47형질에 대한 각 지역개체군간 판정분석)

  • 권용정;허은엽
    • Korean journal of applied entomology
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    • v.32 no.1
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    • pp.30-41
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    • 1993
  • In the present investigation, some multivariate discriminant analyses were done for each population of the native honeybee workers (Apis cerana), which were selected for 15 different localities in spring and 16 in summer form Korea. when the comparison of both seasons for different populations and regardless of seasons were conducted, all the classification results revealed that the differences were significantly prominent. And the length of fore tibia(FTL) was the best contributed character among the 47 morphometric characters used in the analysis.

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Electron-Morphometric Classification of the Native Honeybees from Korea. Part III. Discriminant Analysis for Different Localities Based on the Total Characters (한국산 재래꿀벌의 전자계량형태학적 분류. III. 전 47형질에 대한 각 지역간 판정분석)

  • 권용정;허은엽
    • Korean journal of applied entomology
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    • v.32 no.1
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    • pp.42-50
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    • 1993
  • Some multivariate discriminant analyses were done for each population of the native honeybee workers (Apis cerana), which were selected for 11 different localities in spring and 12 in summer from Korea. When the comparison for different localities was conducted, the correct assignment was averaged at 91.67% in spring and 88.44% in summer. And for the comparison between the 2 different seasons, it was averaged at 97.58%. Whereas, that regardless of seasons revealed the lowest correct assignment at 70.16%.

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Electron-Morphometric Classification of the Native Honeybees from Korea Part V. Cluster Analysis by Canonical Function Score (한국산 재래꿀벌의 전자계량형태학적 분류 V. 정준판별함수값을 이용한 군분석)

  • Kwon Yong Jung;Huh Eun Yeop
    • Animal Systematics, Evolution and Diversity
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    • v.8 no.2
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    • pp.189-200
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    • 1992
  • In the present investigation, some cluster analyses were done for each population of the native honeybee workers(Apis cerana), which were selected for 15 different localities in spring and 16 in summer from Korea. In this analysis, the seasonal segregation was perfectly revealed by both Ward's and the average linkage between groups methods, whereas, it did not necessarily revealed any systematic relationship between geographical groups.

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