The potential impacts of insecticides on the life-history traits of bees and the consequences for pollination
Maintaining the relationships between plants and pollinators is vital to ecosystem stability. Insecticides may disturb these interactions with poorly understood consequences for pollination. Community level research is essential, if we are to understand the wider effects of insecticides on a variety...
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Published in | Basic and applied ecology Vol. 12; no. 4; pp. 321 - 331 |
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Main Authors | , |
Format | Journal Article |
Language | English |
Published |
Elsevier GmbH
01.06.2011
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Subjects | |
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Abstract | Maintaining the relationships between plants and pollinators is vital to ecosystem stability. Insecticides may disturb these interactions with poorly understood consequences for pollination. Community level research is essential, if we are to understand the wider effects of insecticides on a variety of pollinating taxa and the impacts on the plants they pollinate. In this article we discuss the potential effects of both the lethal and sub-lethal impacts of insecticide use in agro-ecosystems on pollination services by bees. In particular, we consider how particular life-history traits of pollinators, such as sociality and floral specialisation may be differentially affected by insecticides. We discuss how this might translate through to pollination services. We propose that a trait-based approach can give insight into the potential impacts of insecticides on plant–pollinator communities.
Die Beziehung zwischen Pflanzen und Bestäubern aufrechtzuerhalten ist lebensnotwendig für die Stabilität von Ökosystemen. Insektizide können jedoch Auswirkungen auf diese Interaktion haben, mit bis heute noch unbekannt Auswirkungen auf die Bestäubung. Untersuchungen auf der Ebene von Lebensgemeinschaften sind notwendig, wenn wir die Effekte von Insektiziden auf unterschiedliche Bestäubungsarten und deren Einflüsse auf die zu bestäubenden Pflanzen verstehen wollen. In dieser Studie diskutieren wir die möglichen Effekte von lethalen und sublethalen Auswirkungen des Insektizideinsatzes in Agrarökosystemen auf die Bestäubungleistungen durch Bienen. Insbesondere betrachten wir, wie sich Insektizide auf die Eigenschaften einer Biene im Laufe ihres Lebens auswirken können, wie z.B. auf ihr soziales Gefüge und ihre Spezialisierung auf bestimmte Pflanzen beim Blütenbesuch.
Wir diskutieren, wie sich diese Veränderungen auf die Bestäubungsleistung auswirken könnten und damit auch auf die Pflanzenlebensgemeinschaften. Wir nehmen an, dass ein Forschungsansatz, der die einzelen Merkmale von Bienen berücksichtigt, uns gute Einblicke bietet, welchen Einfluss Insektizide auf die Pflanzen-Bestäuber-Lebensgemeinschaften haben. |
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AbstractList | Maintaining the relationships between plants and pollinators is vital to ecosystem stability. Insecticides may disturb these interactions with poorly understood consequences for pollination. Community level research is essential, if we are to understand the wider effects of insecticides on a variety of pollinating taxa and the impacts on the plants they pollinate. In this article we discuss the potential effects of both the lethal and sub-lethal impacts of insecticide use in agro-ecosystems on pollination services by bees. In particular, we consider how particular life-history traits of pollinators, such as sociality and floral specialisation may be differentially affected by insecticides. We discuss how this might translate through to pollination services. We propose that a trait-based approach can give insight into the potential impacts of insecticides on plant-pollinator communities.Original Abstract: Die Beziehung zwischen Pflanzen und Bestaeubern aufrechtzuerhalten ist lebensnotwendig fuer die Stabilitaet von Oekosystemen. Insektizide konnen jedoch Auswirkungen auf diese Interaktion haben, mit bis heute noch unbekannt Auswirkungen auf die Bestaeubung. Untersuchungen auf der Ebene von Lebensgemeinschaften sind notwendig, wenn wir die Effekte von Insektiziden auf unterschiedliche Bestaeubungsarten und deren Einfluesse auf die zu bestaeubenden Pflanzen verstehen wollen. In dieser Studie diskutieren wir die moglichen Effekte von lethalen und sublethalen Auswirkungen des Insektizideinsatzes in Agrarokosystemen auf die Bestaeubungleistungen durch Bienen. Insbesondere betrachten wir, wie sich Insektizide auf die Eigenschaften einer Biene im Laufe ihres Lebens auswirken konnen, wie z.B. auf ihr soziales Gefuege und ihre Spezialisierung auf bestimmte Pflanzen beim Bluetenbesuch. Wir diskutieren, wie sich diese Veraenderungen auf die Bestaeubungsleistung auswirken konnten und damit auch auf die Pflanzenlebensgemeinschaften. Wir nehmen an, dass ein Forschungsansatz, der die einzelen Merkmale von Bienen beruecksichtigt, uns gute Einblicke bietet, welchen Einfluss Insektizide auf die Pflanzen-Bestaeuber-Lebensgemeinschaften haben. Maintaining the relationships between plants and pollinators is vital to ecosystem stability. Insecticides may disturb these interactions with poorly understood consequences for pollination. Community level research is essential, if we are to understand the wider effects of insecticides on a variety of pollinating taxa and the impacts on the plants they pollinate. In this article we discuss the potential effects of both the lethal and sub-lethal impacts of insecticide use in agro-ecosystems on pollination services by bees. In particular, we consider how particular life-history traits of pollinators, such as sociality and floral specialisation may be differentially affected by insecticides. We discuss how this might translate through to pollination services. We propose that a trait-based approach can give insight into the potential impacts of insecticides on plant–pollinator communities. Maintaining the relationships between plants and pollinators is vital to ecosystem stability. Insecticides may disturb these interactions with poorly understood consequences for pollination. Community level research is essential, if we are to understand the wider effects of insecticides on a variety of pollinating taxa and the impacts on the plants they pollinate. In this article we discuss the potential effects of both the lethal and sub-lethal impacts of insecticide use in agro-ecosystems on pollination services by bees. In particular, we consider how particular life-history traits of pollinators, such as sociality and floral specialisation may be differentially affected by insecticides. We discuss how this might translate through to pollination services. We propose that a trait-based approach can give insight into the potential impacts of insecticides on plant–pollinator communities. Die Beziehung zwischen Pflanzen und Bestäubern aufrechtzuerhalten ist lebensnotwendig für die Stabilität von Ökosystemen. Insektizide können jedoch Auswirkungen auf diese Interaktion haben, mit bis heute noch unbekannt Auswirkungen auf die Bestäubung. Untersuchungen auf der Ebene von Lebensgemeinschaften sind notwendig, wenn wir die Effekte von Insektiziden auf unterschiedliche Bestäubungsarten und deren Einflüsse auf die zu bestäubenden Pflanzen verstehen wollen. In dieser Studie diskutieren wir die möglichen Effekte von lethalen und sublethalen Auswirkungen des Insektizideinsatzes in Agrarökosystemen auf die Bestäubungleistungen durch Bienen. Insbesondere betrachten wir, wie sich Insektizide auf die Eigenschaften einer Biene im Laufe ihres Lebens auswirken können, wie z.B. auf ihr soziales Gefüge und ihre Spezialisierung auf bestimmte Pflanzen beim Blütenbesuch. Wir diskutieren, wie sich diese Veränderungen auf die Bestäubungsleistung auswirken könnten und damit auch auf die Pflanzenlebensgemeinschaften. Wir nehmen an, dass ein Forschungsansatz, der die einzelen Merkmale von Bienen berücksichtigt, uns gute Einblicke bietet, welchen Einfluss Insektizide auf die Pflanzen-Bestäuber-Lebensgemeinschaften haben. |
Author | Potts, Simon G. Brittain, Claire |
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PublicationDecade | 2010 |
PublicationTitle | Basic and applied ecology |
PublicationYear | 2011 |
Publisher | Elsevier GmbH |
Publisher_xml | – name: Elsevier GmbH |
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Snippet | Maintaining the relationships between plants and pollinators is vital to ecosystem stability. Insecticides may disturb these interactions with poorly... |
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SubjectTerms | Apoidea Biodiversity Disturbance Ecosystem service ecosystems Environmental chemicals insecticides life history Pesticide pressure pollination Pollinator pollinators |
Title | The potential impacts of insecticides on the life-history traits of bees and the consequences for pollination |
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