Competition between managed honeybees and wild bumblebees depends on landscape context

Honeybees might outcompete wild bees by depleting common resources, possibly more so in simplified landscapes where flower-rich habitats have been lost. We tested this by experimentally adding honeybee hives to nine sites while ensuring that ten additional sites were free from hives. The landscape s...

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Published inBasic and applied ecology Vol. 17; no. 7; pp. 609 - 616
Main Authors Herbertsson, Lina, Lindström, Sandra A.M., Rundlöf, Maj, Bommarco, Riccardo, Smith, Henrik G.
Format Journal Article
LanguageEnglish
Published Elsevier GmbH 01.11.2016
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Abstract Honeybees might outcompete wild bees by depleting common resources, possibly more so in simplified landscapes where flower-rich habitats have been lost. We tested this by experimentally adding honeybee hives to nine sites while ensuring that ten additional sites were free from hives. The landscape surrounding each geographically separated site either held low (homogeneous landscape) or high (heterogeneous landscape) proportions of semi-natural grassland. Adding honeybees suppressed bumblebee densities in field borders and road verges in homogeneous landscapes whereas no such effect was detected in heterogeneous landscapes. The proportional abundance of bumblebee species with small foraging ranges was lower at honeybee sites than at control sites in heterogeneous landscapes, whereas bumblebee communities in homogeneous landscapes were dominated by a single species with long foraging range irrespective of if honeybees were added or not. We conclude that honeybees can impact bumblebee densities, but that landscape heterogeneity modified this effect. Honigbienen können Wildbienen durch Konkurrenz verdrängen, indem sie häufige Ressourcen erschöpfen, was möglicherweise häufiger in einfach strukturierten Landschaften geschieht, in denen blütenreiche Habitate verloren gegangen sind. Wir testeten dies, indem wir experimentell Bienenstöcke an neun Standorten hinzufügten und in zehn weiteren sicherstellten, dass keine Bienenstöcke vorhanden waren. Die Landschaften, die die geographisch voneinander getrennten Standorte umgaben, enthielten entweder einen geringen (homogene Landschaft) oder einen hohen (heterogene Landschaft) Anteil von naturnahem Grasland. In homogenen Landschaften reduzierte die Hinzugabe von Honigbienen die Hummeldichten in Feldrainen und im Straßenbegleitgrün, während in heterogenen Landschaften kein derartiger Effekt beobachtet werden konnte. In heterogenen Landschaften war der proportionale Anteil von Hummelarten mit kleinem Sammelaktionsgebiet an Honigbienenstandorten geringer als an Kontrollstandorten. In homogenen Landschaften wurden die Hummelgemeinschaften dagegen von einer Art mit großem Sammelaktionsgebiet dominiert, unabhängig davon, ob Honigbienen hinzugefügt worden waren oder nicht. Wir schließen, dass Honigbienen Hummeldichten beeinflussen können, dass aber dieser Effekt durch die Heterogenität der Landschaft modifiziert wird.
AbstractList Honeybees might outcompete wild bees by depleting common resources, possibly more so in simplified landscapes where flower-rich habitats have been lost. We tested this by experimentally adding honeybee hives to nine sites while ensuring that ten additional sites were free from hives. The landscape surrounding each geographically separated site either held low (homogeneous landscape) or high (heterogeneous landscape) proportions of semi-natural grassland. Adding honeybees suppressed bumblebee densities in field borders and road verges in homogeneous landscapes whereas no such effect was detected in heterogeneous landscapes. The proportional abundance of bumblebee species with small foraging ranges was lower at honeybee sites than at control sites in heterogeneous landscapes, whereas bumblebee communities in homogeneous landscapes were dominated by a single species with long foraging range irrespective of if honeybees were added or not. We conclude that honeybees can impact bumblebee densities, but that landscape heterogeneity modified this effect.
Honeybees might outcompete wild bees by depleting common resources, possibly more so in simplified landscapes where flower-rich habitats have been lost. We tested this by experimentally adding honeybee hives to nine sites while ensuring that ten additional sites were free from hives. The landscape surrounding each geographically separated site either held low (homogeneous landscape) or high (heterogeneous landscape) proportion of semi-natural grasslands. Adding honeybees suppressed bumblebee densities in field borders and road verges in homogeneous landscapes whereas no such effect was detected in heterogeneous landscapes. The proportional abundance of bumblebee species with small foraging ranges was lower at honeybee sites than at control sites in heterogeneous landscape, whereas bumblebee communities in homogeneous landscapes were dominated by a single species with long foraging range irrespective of if honeybees were added or not. We conclude that honeybees can impact bumblebee densities, but that landscape heterogeneity modified this effect.
Honeybees might outcompete wild bees by depleting common resources, possibly more so in simplified landscapes where flower-rich habitats have been lost. We tested this by experimentally adding honeybee hives to nine sites while ensuring that ten additional sites were free from hives. The landscape surrounding each geographically separated site either held low (homogeneous landscape) or high (heterogeneous landscape) proportions of semi-natural grassland. Adding honeybees suppressed bumblebee densities in field borders and road verges in homogeneous landscapes whereas no such effect was detected in heterogeneous landscapes. The proportional abundance of bumblebee species with small foraging ranges was lower at honeybee sites than at control sites in heterogeneous landscapes, whereas bumblebee communities in homogeneous landscapes were dominated by a single species with long foraging range irrespective of if honeybees were added or not. We conclude that honeybees can impact bumblebee densities, but that landscape heterogeneity modified this effect. Honigbienen können Wildbienen durch Konkurrenz verdrängen, indem sie häufige Ressourcen erschöpfen, was möglicherweise häufiger in einfach strukturierten Landschaften geschieht, in denen blütenreiche Habitate verloren gegangen sind. Wir testeten dies, indem wir experimentell Bienenstöcke an neun Standorten hinzufügten und in zehn weiteren sicherstellten, dass keine Bienenstöcke vorhanden waren. Die Landschaften, die die geographisch voneinander getrennten Standorte umgaben, enthielten entweder einen geringen (homogene Landschaft) oder einen hohen (heterogene Landschaft) Anteil von naturnahem Grasland. In homogenen Landschaften reduzierte die Hinzugabe von Honigbienen die Hummeldichten in Feldrainen und im Straßenbegleitgrün, während in heterogenen Landschaften kein derartiger Effekt beobachtet werden konnte. In heterogenen Landschaften war der proportionale Anteil von Hummelarten mit kleinem Sammelaktionsgebiet an Honigbienenstandorten geringer als an Kontrollstandorten. In homogenen Landschaften wurden die Hummelgemeinschaften dagegen von einer Art mit großem Sammelaktionsgebiet dominiert, unabhängig davon, ob Honigbienen hinzugefügt worden waren oder nicht. Wir schließen, dass Honigbienen Hummeldichten beeinflussen können, dass aber dieser Effekt durch die Heterogenität der Landschaft modifiziert wird.
Author Herbertsson, Lina
Lindström, Sandra A.M.
Rundlöf, Maj
Bommarco, Riccardo
Smith, Henrik G.
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  givenname: Sandra A.M.
  surname: Lindström
  fullname: Lindström, Sandra A.M.
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  organization: Swedish University of Agricultural Sciences, Department of Ecology, SE-750 07 Uppsala, Sweden
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  givenname: Maj
  surname: Rundlöf
  fullname: Rundlöf, Maj
  email: maj.rundlof@biol.lu.se
  organization: Lund University, Department of Biology, SE-223 62 Lund, Sweden
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  givenname: Riccardo
  surname: Bommarco
  fullname: Bommarco, Riccardo
  email: riccardo.bommarco@slu.se
  organization: Swedish University of Agricultural Sciences, Department of Ecology, SE-750 07 Uppsala, Sweden
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  givenname: Henrik G.
  surname: Smith
  fullname: Smith, Henrik G.
  email: henrik.smith@cec.lu.se
  organization: Lund University, Centre for Environmental and Climate Research, SE-223 62 Lund, Sweden
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Snippet Honeybees might outcompete wild bees by depleting common resources, possibly more so in simplified landscapes where flower-rich habitats have been lost. We...
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proquest
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elsevier
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StartPage 609
SubjectTerms Agricultural and Veterinary sciences
Agricultural Sciences
Annan lantbruksvetenskap
Apis mellifera
Apis mellifera Bombus
Biologi
Biological Sciences
Bombus
Borders
Bumblebees
Communities
Density
Ecology
Ecology (including Biodiversity Conservation)
Ekologi
Environmental Sciences and Nature Conservation (including Biodiversity)
Environmental Sciences related to Agriculture and Land-use
Flower resources
Forages
foraging
grasslands
habitats
Heterogeneity
honey bees
Interspecific competition
Landscape complexity
Landscapes
Lantbruksvetenskap och veterinärmedicin
Miljö- och naturvårdsvetenskap
Miljö- och naturvårdsvetenskap (Här ingår: Biodiversitet)
Natural Sciences
Naturvetenskap
Other Agricultural Sciences
Pollinators
Verges
Title Competition between managed honeybees and wild bumblebees depends on landscape context
URI https://dx.doi.org/10.1016/j.baae.2016.05.001
https://www.proquest.com/docview/1817814366
https://www.proquest.com/docview/1837293029
https://www.proquest.com/docview/1845809228
https://lup.lub.lu.se/record/5d691f91-0382-4530-a027-01b3d3a9cf40
oai:portal.research.lu.se:publications/5d691f91-0382-4530-a027-01b3d3a9cf40
https://res.slu.se/id/publ/78332
Volume 17
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