Utilisation of multiple queens and pupae transplantation to boost early colony growth of weaver ants Oecophylla smaragdina

Renkang Peng, M. G. Nielsen, J Offenberg, D Birkmose

    Research output: Contribution to journalArticleResearchpeer-review

    Abstract

    Weaver ants (Oecophylla smaragdina (Fabricius)) have been increasingly used as biocontrol agents of insect pests and as insect protein for human food and animals. For either of these purposes, mature ant colonies are essential. However, for a newly established colony to develop to a suitable mature size takes three years, which is too long for most users to spend rearing them. Multiple queens and non-nestmate pupae transplantation may be ways to boost early colony growth. An experiment on newly-founded O. smaragdina colonies with two, three and four founding queens, together with transplantation of 0, 30 and 60 non-nestmate pupae from a mature donor colony, was conducted in 2010 at Darwin, Australia. The survival rates of the workers from transplanted pupae ranged between 73 and 97%, suggesting that queens in incipient colonies accepted foreign pupae. At the end of the experiment, colony size was positively related to the number of founding queens. Compared with the colonies without pupae transplantation, colonies with 30 and 60 transplanted pupae produced 110% and 200% more brood, respectively. Production of 476% more brood was achieved by four-queen colonies with 60-pupae transplantation than by two-queen colonies without pupae transplantation. These results suggest that selecting incipient colonies with multiple queens, and increasing worker numbers by transplanting pupae from other colonies, will promote early colony growth of weaver ants. � Renkang Peng, Mogens Gissel Nielsen, Joachim Offenberg and Dorthe Birkmose.
    Original languageEnglish
    Pages (from-to)177-184
    Number of pages8
    JournalAsian Myrmecology
    Volume5
    Issue number1
    Publication statusPublished - 2013

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    Oecophylla smaragdina
    transplantation
    pupa
    queen insects
    ant
    pupae
    Formicidae
    insect proteins
    insect pests
    insect
    biological control agents
    foods
    rearing
    biocontrol agent
    survival rate

    Cite this

    Peng, Renkang ; Nielsen, M. G. ; Offenberg, J ; Birkmose, D. / Utilisation of multiple queens and pupae transplantation to boost early colony growth of weaver ants Oecophylla smaragdina. In: Asian Myrmecology. 2013 ; Vol. 5, No. 1. pp. 177-184.
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    title = "Utilisation of multiple queens and pupae transplantation to boost early colony growth of weaver ants Oecophylla smaragdina",
    abstract = "Weaver ants (Oecophylla smaragdina (Fabricius)) have been increasingly used as biocontrol agents of insect pests and as insect protein for human food and animals. For either of these purposes, mature ant colonies are essential. However, for a newly established colony to develop to a suitable mature size takes three years, which is too long for most users to spend rearing them. Multiple queens and non-nestmate pupae transplantation may be ways to boost early colony growth. An experiment on newly-founded O. smaragdina colonies with two, three and four founding queens, together with transplantation of 0, 30 and 60 non-nestmate pupae from a mature donor colony, was conducted in 2010 at Darwin, Australia. The survival rates of the workers from transplanted pupae ranged between 73 and 97{\%}, suggesting that queens in incipient colonies accepted foreign pupae. At the end of the experiment, colony size was positively related to the number of founding queens. Compared with the colonies without pupae transplantation, colonies with 30 and 60 transplanted pupae produced 110{\%} and 200{\%} more brood, respectively. Production of 476{\%} more brood was achieved by four-queen colonies with 60-pupae transplantation than by two-queen colonies without pupae transplantation. These results suggest that selecting incipient colonies with multiple queens, and increasing worker numbers by transplanting pupae from other colonies, will promote early colony growth of weaver ants. � Renkang Peng, Mogens Gissel Nielsen, Joachim Offenberg and Dorthe Birkmose.",
    author = "Renkang Peng and Nielsen, {M. G.} and J Offenberg and D Birkmose",
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    Utilisation of multiple queens and pupae transplantation to boost early colony growth of weaver ants Oecophylla smaragdina. / Peng, Renkang; Nielsen, M. G.; Offenberg, J; Birkmose, D.

    In: Asian Myrmecology, Vol. 5, No. 1, 2013, p. 177-184.

    Research output: Contribution to journalArticleResearchpeer-review

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    AU - Birkmose, D

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    AB - Weaver ants (Oecophylla smaragdina (Fabricius)) have been increasingly used as biocontrol agents of insect pests and as insect protein for human food and animals. For either of these purposes, mature ant colonies are essential. However, for a newly established colony to develop to a suitable mature size takes three years, which is too long for most users to spend rearing them. Multiple queens and non-nestmate pupae transplantation may be ways to boost early colony growth. An experiment on newly-founded O. smaragdina colonies with two, three and four founding queens, together with transplantation of 0, 30 and 60 non-nestmate pupae from a mature donor colony, was conducted in 2010 at Darwin, Australia. The survival rates of the workers from transplanted pupae ranged between 73 and 97%, suggesting that queens in incipient colonies accepted foreign pupae. At the end of the experiment, colony size was positively related to the number of founding queens. Compared with the colonies without pupae transplantation, colonies with 30 and 60 transplanted pupae produced 110% and 200% more brood, respectively. Production of 476% more brood was achieved by four-queen colonies with 60-pupae transplantation than by two-queen colonies without pupae transplantation. These results suggest that selecting incipient colonies with multiple queens, and increasing worker numbers by transplanting pupae from other colonies, will promote early colony growth of weaver ants. � Renkang Peng, Mogens Gissel Nielsen, Joachim Offenberg and Dorthe Birkmose.

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