Interacting effects of landscape context and habitat quality on flower visiting insects in agricultural landscapes
Landscape context and habitat quality may have pronounced effects on the diversity of flower visiting insects. We investigated whether the effects of landscape context and habitat quality on flower visiting insects interact in agricultural landscapes in the Netherlands. Landscape context was express...
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| Published in: | Basic and applied ecology Vol. 7; no. 3; pp. 201 - 214 |
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| Main Authors: | , |
| Format: | Journal Article |
| Language: | English |
| Published: |
Elsevier GmbH
01.01.2006
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| Subjects: | |
| ISSN: | 1439-1791 |
| Online Access: | Get full text |
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| Abstract | Landscape context and habitat quality may have pronounced effects on the diversity of flower visiting insects. We investigated whether the effects of landscape context and habitat quality on flower visiting insects interact in agricultural landscapes in the Netherlands. Landscape context was expressed as the area of semi-natural habitats or the density of linear landscape features, and was quantified at spatial scales ranging from 250 to 2000
m. Habitat quality was determined as flower abundance. Species richness and abundance of hoverflies and bees were determined along 16 stream banks experiencing similar environmental conditions but situated in areas with contrasting landscape context. Only flower abundance and the area of semi-natural habitats within 500–1000
m were significantly related to species richness of hoverflies and bees and these factors had interacting effects on both species groups. Our results suggest that the regional area of semi-natural habitats had a positive effect on hoverfly species richness when flower abundance was relatively high, but not when flower abundance was low. Moreover, flower abundance had positive effects on hoverfly species richness only in areas with relatively many semi-natural habitats. Contrastingly, flower abundance had a more positive effect on bee species richness in landscapes with few semi-natural habitats compared to landscapes with more semi-natural habitats. Our results suggest that the importance of landscape context for the species richness of flower visiting insects depends upon the quality of the habitat patches.
Landschaftseinbindung und Habitatqualität könnten deutliche Auswirkungen auf die Diversität blütenbesuchender Insekten haben. Wir untersuchten, ob die Auswirkungen der Landschaftseinbindung und der Habitatqualität auf blütenbesuchende Insekten in Agrarlandschaften in den Niederlanden interagieren. Die Landschaftseinbindung wurde durch die Fläche der halbnatürlichen Habitate oder die Dichte linienhafter Landschaftsstrukturen ausgedrückt und auf räumlichen Skalen quantifiziert, die von 250
m bis 2000
m reichten. Die Habitatqualität wurde als Blütenabundanz bestimmt. Es wurde der Artenreichtum und die Abundanz von Schwebfliegen und Bienen entlang von Flussufern bestimmt, die gleiche Umweltbedingungen aufwiesen, sich aber in Gebieten unterschiedlicher Landschaftseinbindung befanden. Nur die Blütenabundanz und die Fläche halbnatürlicher Habitate innerhalb von 500–1000
m war signifikant mit dem Artenreichtum der Schwebfliegen und Bienen verbunden und die Faktoren hatten interagierende Auswirkungen auf beide Artengruppen. Unsere Ergebnisse weisen darauf hin, dass die regionale Fläche der halbnatürlichen Habitate einen positiven Effekt auf den Artenreichtum der Schwebfliegen hat, wenn die Blütenabundanz relativ hoch ist, jedoch nicht, wenn die Blütenabundanz gering ist. Darüber hinaus hatte die Blütenabundanz nur in Gebieten mit relativ vielen halbnatürlichen Habitaten positive Auswirkungen auf den Artenreichtum der Schwebfliegen. Im Gegensatz dazu hatte die Blütenabundanz in den Landschaften einen stärkeren positiven Effekt auf den Artenreichtum der Bienen, die im Vergleich zu Landschaften mit vielen halbnatürlichen Habitaten nur wenige halbnatürliche Habitate aufwiesen. Unsere Ergebnisse weisen darauf hin, dass die Bedeutung der Landschaftseinbindung für den Artenreichtum von blütenbesuchenden Insekten von der Qualität der Habitatflecken abhängt. |
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| AbstractList | Landscape context and habitat quality may have pronounced effects on the diversity of flower visiting insects. We investigated whether the effects of landscape context and habitat quality on flower visiting insects interact in agricultural landscapes in the Netherlands. Landscape context was expressed as the area of semi-natural habitats or the density of linear landscape features, and was quantified at spatial scales ranging from 250 to 2000 m. Habitat quality was determined as flower abundance. Species richness and abundance of hoverflies and bees were determined along 16 stream banks experiencing similar environmental conditions but situated in areas with contrasting landscape context. Only flower abundance and the area of semi-natural habitats within 500¿1000 m were significantly related to species richness of hoverflies and bees and these factors had interacting effects on both species groups. Our results suggest that the regional area of semi-natural habitats had a positive effect on hoverfly species richness when flower abundance was relatively high, but not when flower abundance was low. Moreover, flower abundance had positive effects on hoverfly species richness only in areas with relatively many semi-natural habitats. Contrastingly, flower abundance had a more positive effect on bee species richness in landscapes with few semi-natural habitats compared to landscapes with more semi-natural habitats. Our results suggest that the importance of landscape context for the species richness of flower visiting insects depends upon the quality of the habitat patches Landscape context and habitat quality may have pronounced effects on the diversity of flower visiting insects. We investigated whether the effects of landscape context and habitat quality on flower visiting insects interact in agricultural landscapes in the Netherlands. Landscape context was expressed as the area of semi-natural habitats or the density of linear landscape features, and was quantified at spatial scales ranging from 250 to 2000 m. Habitat quality was determined as flower abundance. Species richness and abundance of hoverflies and bees were determined along 16 stream banks experiencing similar environmental conditions but situated in areas with contrasting landscape context. Only flower abundance and the area of semi-natural habitats within 500–1000 m were significantly related to species richness of hoverflies and bees and these factors had interacting effects on both species groups. Our results suggest that the regional area of semi-natural habitats had a positive effect on hoverfly species richness when flower abundance was relatively high, but not when flower abundance was low. Moreover, flower abundance had positive effects on hoverfly species richness only in areas with relatively many semi-natural habitats. Contrastingly, flower abundance had a more positive effect on bee species richness in landscapes with few semi-natural habitats compared to landscapes with more semi-natural habitats. Our results suggest that the importance of landscape context for the species richness of flower visiting insects depends upon the quality of the habitat patches. Landschaftseinbindung und Habitatqualität könnten deutliche Auswirkungen auf die Diversität blütenbesuchender Insekten haben. Wir untersuchten, ob die Auswirkungen der Landschaftseinbindung und der Habitatqualität auf blütenbesuchende Insekten in Agrarlandschaften in den Niederlanden interagieren. Die Landschaftseinbindung wurde durch die Fläche der halbnatürlichen Habitate oder die Dichte linienhafter Landschaftsstrukturen ausgedrückt und auf räumlichen Skalen quantifiziert, die von 250 m bis 2000 m reichten. Die Habitatqualität wurde als Blütenabundanz bestimmt. Es wurde der Artenreichtum und die Abundanz von Schwebfliegen und Bienen entlang von Flussufern bestimmt, die gleiche Umweltbedingungen aufwiesen, sich aber in Gebieten unterschiedlicher Landschaftseinbindung befanden. Nur die Blütenabundanz und die Fläche halbnatürlicher Habitate innerhalb von 500–1000 m war signifikant mit dem Artenreichtum der Schwebfliegen und Bienen verbunden und die Faktoren hatten interagierende Auswirkungen auf beide Artengruppen. Unsere Ergebnisse weisen darauf hin, dass die regionale Fläche der halbnatürlichen Habitate einen positiven Effekt auf den Artenreichtum der Schwebfliegen hat, wenn die Blütenabundanz relativ hoch ist, jedoch nicht, wenn die Blütenabundanz gering ist. Darüber hinaus hatte die Blütenabundanz nur in Gebieten mit relativ vielen halbnatürlichen Habitaten positive Auswirkungen auf den Artenreichtum der Schwebfliegen. Im Gegensatz dazu hatte die Blütenabundanz in den Landschaften einen stärkeren positiven Effekt auf den Artenreichtum der Bienen, die im Vergleich zu Landschaften mit vielen halbnatürlichen Habitaten nur wenige halbnatürliche Habitate aufwiesen. Unsere Ergebnisse weisen darauf hin, dass die Bedeutung der Landschaftseinbindung für den Artenreichtum von blütenbesuchenden Insekten von der Qualität der Habitatflecken abhängt. Landscape context and habitat quality may have pronounced effects on the diversity of flower visiting insects. We investigated whether the effects of landscape context and habitat quality on flower visiting insects interact in agricultural landscapes in the Netherlands. Landscape context was expressed as the area of semi-natural habitats or the density of linear landscape features, and was quantified at spatial scales ranging from 250 to 2000 m. Habitat quality was determined as flower abundance. Species richness and abundance of hoverflies and bees were determined along 16 stream banks experiencing similar environmental conditions but situated in areas with contrasting landscape context. Only flower abundance and the area of semi-natural habitats within 500- 1000 m were significantly related to species richness of hoverflies and bees and these factors had interacting effects on both species groups. Our results suggest that the regional area of semi-natural habitats had a positive effect on hoverfly species richness when flower abundance was relatively high, but not when flower abundance was low. Moreover, flower abundance had positive effects on hoverfly species richness only in areas with relatively many semi-natural habitats. Contrastingly, flower abundance had a more positive effect on bee species richness in landscapes with few semi-natural habitats compared to landscapes with more semi-natural habitats. Our results suggest that the importance of landscape context for the species richness of flower visiting insects depends upon the quality of the habitat patches.Original Abstract: Landschaftseinbindung und Habitatqualitaet koennten deutliche Auswirkungen auf die Diversitaet bluetenbesuchender Insekten haben. Wir untersuchten, ob die Auswirkungen der Landschaftseinbindung und der Habitatqualitaet auf bluetenbesuchende Insekten in Agrarlandschaften in den Niederlanden interagieren. Die Landschaftseinbindung wurde durch die Flaeche der halbnatuerlichen Habitate oder die Dichte linienhafter Landschaftsstrukturen ausgedrueckt und auf raeumlichen Skalen quantifiziert, die von 250 m bis 2000 m reichten. Die Habitatqualitaet wurde als Bluetenabundanz bestimmt. Es wurde der Artenreichtum und die Abundanz von Schwebfliegen und Bienen entlang von Flussufern bestimmt, die gleiche Umweltbedingungen aufwiesen, sich aber in Gebieten unterschiedlicher Landschaftseinbindung befanden. Nur die Bluetenabundanz und die Flaeche halbnatuerlicher Habitate innerhalb von 500-1000 m war signifikant mit dem Artenreichtum der Schwebfliegen und Bienen verbunden und die Faktoren hatten interagierende Auswirkungen auf beide Artengruppen. Unsere Ergebnisse weisen darauf hin, dass die regionale Flaeche der halbnatuerlichen Habitate einen positiven Effekt auf den Artenreichtum der Schwebfliegen hat, wenn die Bluetenabundanz relativ hoch ist, jedoch nicht, wenn die Bluetenabundanz gering ist. Darueber hinaus hatte die Bluetenabundanz nur in Gebieten mit relativ vielen halbnatuerlichen Habitaten positive Auswirkungen auf den Artenreichtum der Schwebfliegen. Im Gegensatz dazu hatte die Bluetenabundanz in den Landschaften einen staerkeren positiven Effekt auf den Artenreichtum der Bienen, die im Vergleich zu Landschaften mit vielen halbnatuerlichen Habitaten nur wenige halbnatuerliche Habitate aufwiesen. Unsere Ergebnisse weisen darauf hin, dass die Bedeutung der Landschaftseinbindung fuer den Artenreichtum von bluetenbesuchenden Insekten von der Qualitaet der Habitatflecken abhaengt. |
| Author | Kleijn, David van Langevelde, Frank |
| Author_xml | – sequence: 1 givenname: David surname: Kleijn fullname: Kleijn, David email: David.Kleijn@wur.nl organization: Nature Conservation and Plant Ecology Group, Wageningen University, Bornsesteeg 69, 6708 PD Wageningen, The Netherlands – sequence: 2 givenname: Frank surname: van Langevelde fullname: van Langevelde, Frank organization: Resource Ecology, Wageningen University, Bornsesteeg 69, 6708 PD Wageningen, The Netherlands |
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| Issue | 3 |
| Keywords | Hoverflies Bumblebees Spatial scale Flower abundance Species richness Linear landscape features |
| Language | English |
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| SubjectTerms | agri-environment schemes biodiversity bumble-bees Bumblebees butterflies communities conservation field boundaries Flower abundance fragmented landscape Hoverflies Hymenoptera Linear landscape features scale Spatial scale Species richness Syrphidae |
| Title | Interacting effects of landscape context and habitat quality on flower visiting insects in agricultural landscapes |
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