A positive association between ants and spiders and potential mechanisms driving the pattern

Biotic interactions play a central role in determining species distribution and abundance. Some ants act as keystone species affecting the distribution and abundance of other species, including spiders. In coffee plantations Pocobletus sp. spiders are significantly more abundant in coffee plants patrolled by the aggressive arboreal ants Azteca sericeasur. However, it is unknown if other ant species influence this ant-spider association, how these associates are spatially distributed, and which are the potential drivers of this association. Here we examine the influence of ants, Azteca sericeasur and Pheidole synanthropica, and coffee branch density on Pocobletus abundance in a coffee farm in southern Mexico. We also analyze the spatial distribution and abundance of Pocobletus sp., in relation to the spatial distribution of A. sericeasur and P. synanthropica. Finally, we examine prey availability and enemy-free space as potential mechanisms underlying this ant-spider association. Results show that Pocobletus abundance is positively correlated with coffee branch density and A. sericeasur and P. synanthropica presence. Furthermore, the spatial distribution analysis shows that in 20  20 m plots Pocobletus is strongly associated to A. sericeasur, but not to P. synanthropica. Results show that insect abundance in both Pocobletus's webs and sticky traps was significantly higher in the presence of A. sericeasur whereas the abundance of the predators of Pocobletus decreased in A. sericeasur's presence; suggesting positive direct and indirect effects of A. sericeasur on Pocobletus. Overall, this study highlights the strong influence of ants and plant characteristics on the abundance and spatial distribution of spiders as well their indirect effects on other taxa.

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Main Authors: Rivera Marín, Linda Esmeralda Doctora autora 14193, Jackson, Doug autor/a, Perfecto, Ivette Doctora autor/a 22535
Format: Texto biblioteca
Language:eng
Subjects:Azteca sericeasur, Pheidole synanthropica, Pocobletus, Hormigas, Arañas, Mutualismo (Biología), Zoogeografía, Cafetal, Artfrosur,
Online Access:http://onlinelibrary.wiley.com/doi/10.1111/oik.01913/abstract
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spelling KOHA-OAI-ECOSUR:131202024-08-17T11:26:09ZA positive association between ants and spiders and potential mechanisms driving the pattern Rivera Marín, Linda Esmeralda Doctora autora 14193 Jackson, Doug autor/a Perfecto, Ivette Doctora autor/a 22535 textengBiotic interactions play a central role in determining species distribution and abundance. Some ants act as keystone species affecting the distribution and abundance of other species, including spiders. In coffee plantations Pocobletus sp. spiders are significantly more abundant in coffee plants patrolled by the aggressive arboreal ants Azteca sericeasur. However, it is unknown if other ant species influence this ant-spider association, how these associates are spatially distributed, and which are the potential drivers of this association. Here we examine the influence of ants, Azteca sericeasur and Pheidole synanthropica, and coffee branch density on Pocobletus abundance in a coffee farm in southern Mexico. We also analyze the spatial distribution and abundance of Pocobletus sp., in relation to the spatial distribution of A. sericeasur and P. synanthropica. Finally, we examine prey availability and enemy-free space as potential mechanisms underlying this ant-spider association. Results show that Pocobletus abundance is positively correlated with coffee branch density and A. sericeasur and P. synanthropica presence. Furthermore, the spatial distribution analysis shows that in 20  20 m plots Pocobletus is strongly associated to A. sericeasur, but not to P. synanthropica. Results show that insect abundance in both Pocobletus's webs and sticky traps was significantly higher in the presence of A. sericeasur whereas the abundance of the predators of Pocobletus decreased in A. sericeasur's presence; suggesting positive direct and indirect effects of A. sericeasur on Pocobletus. Overall, this study highlights the strong influence of ants and plant characteristics on the abundance and spatial distribution of spiders as well their indirect effects on other taxa.Biotic interactions play a central role in determining species distribution and abundance. Some ants act as keystone species affecting the distribution and abundance of other species, including spiders. In coffee plantations Pocobletus sp. spiders are significantly more abundant in coffee plants patrolled by the aggressive arboreal ants Azteca sericeasur. However, it is unknown if other ant species influence this ant-spider association, how these associates are spatially distributed, and which are the potential drivers of this association. Here we examine the influence of ants, Azteca sericeasur and Pheidole synanthropica, and coffee branch density on Pocobletus abundance in a coffee farm in southern Mexico. We also analyze the spatial distribution and abundance of Pocobletus sp., in relation to the spatial distribution of A. sericeasur and P. synanthropica. Finally, we examine prey availability and enemy-free space as potential mechanisms underlying this ant-spider association. Results show that Pocobletus abundance is positively correlated with coffee branch density and A. sericeasur and P. synanthropica presence. Furthermore, the spatial distribution analysis shows that in 20  20 m plots Pocobletus is strongly associated to A. sericeasur, but not to P. synanthropica. Results show that insect abundance in both Pocobletus's webs and sticky traps was significantly higher in the presence of A. sericeasur whereas the abundance of the predators of Pocobletus decreased in A. sericeasur's presence; suggesting positive direct and indirect effects of A. sericeasur on Pocobletus. Overall, this study highlights the strong influence of ants and plant characteristics on the abundance and spatial distribution of spiders as well their indirect effects on other taxa.Azteca sericeasurPheidole synanthropicaPocobletusHormigasArañasMutualismo (Biología)ZoogeografíaCafetalArtfrosurOikoshttp://onlinelibrary.wiley.com/doi/10.1111/oik.01913/abstractDisponible para usuarios de ECOSUR con su clave de acceso
institution ECOSUR
collection Koha
country México
countrycode MX
component Bibliográfico
access En linea
En linea
databasecode cat-ecosur
tag biblioteca
region America del Norte
libraryname Sistema de Información Bibliotecario de ECOSUR (SIBE)
language eng
topic Azteca sericeasur
Pheidole synanthropica
Pocobletus
Hormigas
Arañas
Mutualismo (Biología)
Zoogeografía
Cafetal
Artfrosur
Azteca sericeasur
Pheidole synanthropica
Pocobletus
Hormigas
Arañas
Mutualismo (Biología)
Zoogeografía
Cafetal
Artfrosur
spellingShingle Azteca sericeasur
Pheidole synanthropica
Pocobletus
Hormigas
Arañas
Mutualismo (Biología)
Zoogeografía
Cafetal
Artfrosur
Azteca sericeasur
Pheidole synanthropica
Pocobletus
Hormigas
Arañas
Mutualismo (Biología)
Zoogeografía
Cafetal
Artfrosur
Rivera Marín, Linda Esmeralda Doctora autora 14193
Jackson, Doug autor/a
Perfecto, Ivette Doctora autor/a 22535
A positive association between ants and spiders and potential mechanisms driving the pattern
description Biotic interactions play a central role in determining species distribution and abundance. Some ants act as keystone species affecting the distribution and abundance of other species, including spiders. In coffee plantations Pocobletus sp. spiders are significantly more abundant in coffee plants patrolled by the aggressive arboreal ants Azteca sericeasur. However, it is unknown if other ant species influence this ant-spider association, how these associates are spatially distributed, and which are the potential drivers of this association. Here we examine the influence of ants, Azteca sericeasur and Pheidole synanthropica, and coffee branch density on Pocobletus abundance in a coffee farm in southern Mexico. We also analyze the spatial distribution and abundance of Pocobletus sp., in relation to the spatial distribution of A. sericeasur and P. synanthropica. Finally, we examine prey availability and enemy-free space as potential mechanisms underlying this ant-spider association. Results show that Pocobletus abundance is positively correlated with coffee branch density and A. sericeasur and P. synanthropica presence. Furthermore, the spatial distribution analysis shows that in 20  20 m plots Pocobletus is strongly associated to A. sericeasur, but not to P. synanthropica. Results show that insect abundance in both Pocobletus's webs and sticky traps was significantly higher in the presence of A. sericeasur whereas the abundance of the predators of Pocobletus decreased in A. sericeasur's presence; suggesting positive direct and indirect effects of A. sericeasur on Pocobletus. Overall, this study highlights the strong influence of ants and plant characteristics on the abundance and spatial distribution of spiders as well their indirect effects on other taxa.
format Texto
topic_facet Azteca sericeasur
Pheidole synanthropica
Pocobletus
Hormigas
Arañas
Mutualismo (Biología)
Zoogeografía
Cafetal
Artfrosur
author Rivera Marín, Linda Esmeralda Doctora autora 14193
Jackson, Doug autor/a
Perfecto, Ivette Doctora autor/a 22535
author_facet Rivera Marín, Linda Esmeralda Doctora autora 14193
Jackson, Doug autor/a
Perfecto, Ivette Doctora autor/a 22535
author_sort Rivera Marín, Linda Esmeralda Doctora autora 14193
title A positive association between ants and spiders and potential mechanisms driving the pattern
title_short A positive association between ants and spiders and potential mechanisms driving the pattern
title_full A positive association between ants and spiders and potential mechanisms driving the pattern
title_fullStr A positive association between ants and spiders and potential mechanisms driving the pattern
title_full_unstemmed A positive association between ants and spiders and potential mechanisms driving the pattern
title_sort positive association between ants and spiders and potential mechanisms driving the pattern
url http://onlinelibrary.wiley.com/doi/10.1111/oik.01913/abstract
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