Using citizen science to scout honey bee colonies that naturally survive varroa destructor infestations
Citizen Science contributes significantly to the conservation of biodiversity, but its application to honey bee research has remained minimal. Even though certain European honey bee (Apis mellifera) populations are known to naturally survive Varroa destructor infestations, it is unclear how widespread or common such populations are. Such colonies are highly valuable for investigating the mechanisms enabling colony survival, as well as for tracking the conservation status of free-living honey bees. Here, we use targeted Citizen Science to identify potentially new cases of managed or free-living A. mellifera populations that survive V. destructor without mite control strategies. In 2018, a survey containing 20 questions was developed, translated into 13 languages, and promoted at beekeeping conferences and online. After three years, 305 reports were collected from 28 countries: 241 from managed colonies and 64 from free-living colonies. The collected data suggest that there could be twice as many naturally surviving colonies worldwide than are currently known. Further, online and personal promotion seem to be key for successful recruitment of participants. Although the survivor status of these colonies still needs to be confirmed, the volume of reports and responses already illustrate how effectively Citizen Science can contribute to bee research by massively increasing generated data, broadening opportunities for comparative research, and fostering collaboration between scientists, beekeepers, and citizens. The success of this survey spurred the development of a more advanced Citizen Science platform, Honey Bee Watch, that will enable a more accurate report-ing, confirmation, and monitoring of surviving colonies, and strengthen the ties between science, stakeholders, and citizens to foster the protection of both free-living and managed honey bees.
Main Authors: | , , , , , , , , , , , |
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Format: | Article/Letter to editor biblioteca |
Language: | English |
Subjects: | COLOSS, Citizen Science, Honey Bee Watch, Honey bee, Monitoring, Natural selection, Varroa destructor, |
Online Access: | https://research.wur.nl/en/publications/using-citizen-science-to-scout-honey-bee-colonies-that-naturally- |
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dig-wur-nl-wurpubs-5845892025-01-14 Moro, Arrigo Beaurepaire, Alexis Dall’olio, Raffaele Rogenstein, Steve Blacquière, Tjeerd Dahle, Bjørn de Miranda, Joachim R. Dietemann, Vincent Locke, Barbara Licón Luna, Rosa María Le Conte, Yves Neumann, Peter Article/Letter to editor Insects 12 (2021) 6 ISSN: 2075-4450 Using citizen science to scout honey bee colonies that naturally survive varroa destructor infestations 2021 Citizen Science contributes significantly to the conservation of biodiversity, but its application to honey bee research has remained minimal. Even though certain European honey bee (Apis mellifera) populations are known to naturally survive Varroa destructor infestations, it is unclear how widespread or common such populations are. Such colonies are highly valuable for investigating the mechanisms enabling colony survival, as well as for tracking the conservation status of free-living honey bees. Here, we use targeted Citizen Science to identify potentially new cases of managed or free-living A. mellifera populations that survive V. destructor without mite control strategies. In 2018, a survey containing 20 questions was developed, translated into 13 languages, and promoted at beekeeping conferences and online. After three years, 305 reports were collected from 28 countries: 241 from managed colonies and 64 from free-living colonies. The collected data suggest that there could be twice as many naturally surviving colonies worldwide than are currently known. Further, online and personal promotion seem to be key for successful recruitment of participants. Although the survivor status of these colonies still needs to be confirmed, the volume of reports and responses already illustrate how effectively Citizen Science can contribute to bee research by massively increasing generated data, broadening opportunities for comparative research, and fostering collaboration between scientists, beekeepers, and citizens. The success of this survey spurred the development of a more advanced Citizen Science platform, Honey Bee Watch, that will enable a more accurate report-ing, confirmation, and monitoring of surviving colonies, and strengthen the ties between science, stakeholders, and citizens to foster the protection of both free-living and managed honey bees. en application/pdf https://research.wur.nl/en/publications/using-citizen-science-to-scout-honey-bee-colonies-that-naturally- 10.3390/insects12060536 https://edepot.wur.nl/550203 COLOSS Citizen Science Honey Bee Watch Honey bee Monitoring Natural selection Varroa destructor https://creativecommons.org/licenses/by/4.0/ https://creativecommons.org/licenses/by/4.0/ Wageningen University & Research |
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COLOSS Citizen Science Honey Bee Watch Honey bee Monitoring Natural selection Varroa destructor COLOSS Citizen Science Honey Bee Watch Honey bee Monitoring Natural selection Varroa destructor |
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COLOSS Citizen Science Honey Bee Watch Honey bee Monitoring Natural selection Varroa destructor COLOSS Citizen Science Honey Bee Watch Honey bee Monitoring Natural selection Varroa destructor Moro, Arrigo Beaurepaire, Alexis Dall’olio, Raffaele Rogenstein, Steve Blacquière, Tjeerd Dahle, Bjørn de Miranda, Joachim R. Dietemann, Vincent Locke, Barbara Licón Luna, Rosa María Le Conte, Yves Neumann, Peter Using citizen science to scout honey bee colonies that naturally survive varroa destructor infestations |
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Citizen Science contributes significantly to the conservation of biodiversity, but its application to honey bee research has remained minimal. Even though certain European honey bee (Apis mellifera) populations are known to naturally survive Varroa destructor infestations, it is unclear how widespread or common such populations are. Such colonies are highly valuable for investigating the mechanisms enabling colony survival, as well as for tracking the conservation status of free-living honey bees. Here, we use targeted Citizen Science to identify potentially new cases of managed or free-living A. mellifera populations that survive V. destructor without mite control strategies. In 2018, a survey containing 20 questions was developed, translated into 13 languages, and promoted at beekeeping conferences and online. After three years, 305 reports were collected from 28 countries: 241 from managed colonies and 64 from free-living colonies. The collected data suggest that there could be twice as many naturally surviving colonies worldwide than are currently known. Further, online and personal promotion seem to be key for successful recruitment of participants. Although the survivor status of these colonies still needs to be confirmed, the volume of reports and responses already illustrate how effectively Citizen Science can contribute to bee research by massively increasing generated data, broadening opportunities for comparative research, and fostering collaboration between scientists, beekeepers, and citizens. The success of this survey spurred the development of a more advanced Citizen Science platform, Honey Bee Watch, that will enable a more accurate report-ing, confirmation, and monitoring of surviving colonies, and strengthen the ties between science, stakeholders, and citizens to foster the protection of both free-living and managed honey bees. |
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Article/Letter to editor |
topic_facet |
COLOSS Citizen Science Honey Bee Watch Honey bee Monitoring Natural selection Varroa destructor |
author |
Moro, Arrigo Beaurepaire, Alexis Dall’olio, Raffaele Rogenstein, Steve Blacquière, Tjeerd Dahle, Bjørn de Miranda, Joachim R. Dietemann, Vincent Locke, Barbara Licón Luna, Rosa María Le Conte, Yves Neumann, Peter |
author_facet |
Moro, Arrigo Beaurepaire, Alexis Dall’olio, Raffaele Rogenstein, Steve Blacquière, Tjeerd Dahle, Bjørn de Miranda, Joachim R. Dietemann, Vincent Locke, Barbara Licón Luna, Rosa María Le Conte, Yves Neumann, Peter |
author_sort |
Moro, Arrigo |
title |
Using citizen science to scout honey bee colonies that naturally survive varroa destructor infestations |
title_short |
Using citizen science to scout honey bee colonies that naturally survive varroa destructor infestations |
title_full |
Using citizen science to scout honey bee colonies that naturally survive varroa destructor infestations |
title_fullStr |
Using citizen science to scout honey bee colonies that naturally survive varroa destructor infestations |
title_full_unstemmed |
Using citizen science to scout honey bee colonies that naturally survive varroa destructor infestations |
title_sort |
using citizen science to scout honey bee colonies that naturally survive varroa destructor infestations |
url |
https://research.wur.nl/en/publications/using-citizen-science-to-scout-honey-bee-colonies-that-naturally- |
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