Pollen collection and foraging force by European and European Africanized hHybrid honey bees (Hymenoptera: Apidae) in mixed genotyped colonies are similar

E. Guzman-Novoa, Robert Page

Research output: Contribution to journalArticle

4 Citations (Scopus)

Abstract

The foraging force and pollen collection of European and European X Africanized hybrid worker honey bees. Apis mellifera L. housed in a common nest environment were compared. Significant heterogeneity was found within both genotype populations for the proportion of the bees that foraged, as well as for the proportion of foragers that collected pollen. However, there was not a consistent bias for either genotype to collect pollen or to field a greater proportion of the total foraging population. These results suggest that when sharing a common environment. European X Africanized hybrids and European honey bees do not differ with respect to individual foraging decisions. Results also suggest that the pollinating efficiency of commercial colonies maintained in Africanized areas will probably not diminish as a consequence of introgression of African honey bee genes, if problems associated with their management can be controlled.

Original languageEnglish (US)
JournalAnnals of the Entomological Society of America
Volume93
Issue number1
StatePublished - 2000
Externally publishedYes

Fingerprint

Africanized honey bees
Apidae
Hymenoptera
foraging
pollen
honey bees
worker honey bees
genotype
Apis mellifera
introgression
Apoidea
pollination
nests
genes

Keywords

  • Afrcanized bees
  • Apis mellifera
  • Foraging decisions
  • Foraging heterogeneity
  • Pollen

ASJC Scopus subject areas

  • Insect Science

Cite this

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abstract = "The foraging force and pollen collection of European and European X Africanized hybrid worker honey bees. Apis mellifera L. housed in a common nest environment were compared. Significant heterogeneity was found within both genotype populations for the proportion of the bees that foraged, as well as for the proportion of foragers that collected pollen. However, there was not a consistent bias for either genotype to collect pollen or to field a greater proportion of the total foraging population. These results suggest that when sharing a common environment. European X Africanized hybrids and European honey bees do not differ with respect to individual foraging decisions. Results also suggest that the pollinating efficiency of commercial colonies maintained in Africanized areas will probably not diminish as a consequence of introgression of African honey bee genes, if problems associated with their management can be controlled.",
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T1 - Pollen collection and foraging force by European and European Africanized hHybrid honey bees (Hymenoptera

T2 - Apidae) in mixed genotyped colonies are similar

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AU - Page, Robert

PY - 2000

Y1 - 2000

N2 - The foraging force and pollen collection of European and European X Africanized hybrid worker honey bees. Apis mellifera L. housed in a common nest environment were compared. Significant heterogeneity was found within both genotype populations for the proportion of the bees that foraged, as well as for the proportion of foragers that collected pollen. However, there was not a consistent bias for either genotype to collect pollen or to field a greater proportion of the total foraging population. These results suggest that when sharing a common environment. European X Africanized hybrids and European honey bees do not differ with respect to individual foraging decisions. Results also suggest that the pollinating efficiency of commercial colonies maintained in Africanized areas will probably not diminish as a consequence of introgression of African honey bee genes, if problems associated with their management can be controlled.

AB - The foraging force and pollen collection of European and European X Africanized hybrid worker honey bees. Apis mellifera L. housed in a common nest environment were compared. Significant heterogeneity was found within both genotype populations for the proportion of the bees that foraged, as well as for the proportion of foragers that collected pollen. However, there was not a consistent bias for either genotype to collect pollen or to field a greater proportion of the total foraging population. These results suggest that when sharing a common environment. European X Africanized hybrids and European honey bees do not differ with respect to individual foraging decisions. Results also suggest that the pollinating efficiency of commercial colonies maintained in Africanized areas will probably not diminish as a consequence of introgression of African honey bee genes, if problems associated with their management can be controlled.

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