Local and Landscape Drivers of Ant Parasitism in a Coffee Landscape
Parasitism of ants that nest in rotting wood by eucharitid wasps was studied in order to examine whether habitat and season influence ant parasitism, vegetation complexity and agrochemical use correlate with ant parasitism, and whether specific local and landscape features of agricultural landscapes correlate with changes in ant parasitism. In a coffee landscape, 30 coffee and 10 forest sites were selected in which local management (e.g., vegetation, agrochemical use) and landscape features (e.g., distance to forest, percent of rustic coffee nearby) were characterized. Rotten logs were sampled and ant cocoons were collected from logs and cocoons were monitored for parasitoid emergence. Sixteen ant morphospecies in three ant subfamilies (Ectatomminae, Ponerinae, and Formicinae) were found. Seven ant species parasitized by two genera of Eucharitidae parasitoids (Kapala and Obeza) were reported and some ant-eucharitid associations were new. According to evaluated metrics, parasitism did not differ with habitat (forest, high-shade coffee, low-shade coffee), but did increase in the dry season for Gnamptogenys ants. Parasitism increased with vegetation complexity for Gnamptogenys and Pachycondyla and was high in sites with both high and low agrochemical use. Two landscape variables and two local factors positively correlated with parasitism for some ant genera and species. Thus, differences in vegetation complexity at the local and landscape scale and agrochemical use in coffee landscapes alter ecological interactions between parasitoids and their ant hosts.
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Subjects: | Hormigas, Parasitismo, Hábitat (Ecología), Cafetal, Paisaje agrícola, Agroecosistemas, Agentes biológicos para el control de plagas, Artfrosur, |
Online Access: | http://ee.oxfordjournals.org/content/ee/44/4/939.full.pdf |
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KOHA-OAI-ECOSUR:68452024-08-17T11:26:08ZLocal and Landscape Drivers of Ant Parasitism in a Coffee Landscape De la Mora, Aldo Pérez Lachaud, Gabriela Doctora autor/a 5440 Lachaud, Jean Paul Doctor autor/a 2090 Philpott, Stacy M. Doctora autor/a 13454 textengParasitism of ants that nest in rotting wood by eucharitid wasps was studied in order to examine whether habitat and season influence ant parasitism, vegetation complexity and agrochemical use correlate with ant parasitism, and whether specific local and landscape features of agricultural landscapes correlate with changes in ant parasitism. In a coffee landscape, 30 coffee and 10 forest sites were selected in which local management (e.g., vegetation, agrochemical use) and landscape features (e.g., distance to forest, percent of rustic coffee nearby) were characterized. Rotten logs were sampled and ant cocoons were collected from logs and cocoons were monitored for parasitoid emergence. Sixteen ant morphospecies in three ant subfamilies (Ectatomminae, Ponerinae, and Formicinae) were found. Seven ant species parasitized by two genera of Eucharitidae parasitoids (Kapala and Obeza) were reported and some ant-eucharitid associations were new. According to evaluated metrics, parasitism did not differ with habitat (forest, high-shade coffee, low-shade coffee), but did increase in the dry season for Gnamptogenys ants. Parasitism increased with vegetation complexity for Gnamptogenys and Pachycondyla and was high in sites with both high and low agrochemical use. Two landscape variables and two local factors positively correlated with parasitism for some ant genera and species. Thus, differences in vegetation complexity at the local and landscape scale and agrochemical use in coffee landscapes alter ecological interactions between parasitoids and their ant hosts.Parasitism of ants that nest in rotting wood by eucharitid wasps was studied in order to examine whether habitat and season influence ant parasitism, vegetation complexity and agrochemical use correlate with ant parasitism, and whether specific local and landscape features of agricultural landscapes correlate with changes in ant parasitism. In a coffee landscape, 30 coffee and 10 forest sites were selected in which local management (e.g., vegetation, agrochemical use) and landscape features (e.g., distance to forest, percent of rustic coffee nearby) were characterized. Rotten logs were sampled and ant cocoons were collected from logs and cocoons were monitored for parasitoid emergence. Sixteen ant morphospecies in three ant subfamilies (Ectatomminae, Ponerinae, and Formicinae) were found. Seven ant species parasitized by two genera of Eucharitidae parasitoids (Kapala and Obeza) were reported and some ant-eucharitid associations were new. According to evaluated metrics, parasitism did not differ with habitat (forest, high-shade coffee, low-shade coffee), but did increase in the dry season for Gnamptogenys ants. Parasitism increased with vegetation complexity for Gnamptogenys and Pachycondyla and was high in sites with both high and low agrochemical use. Two landscape variables and two local factors positively correlated with parasitism for some ant genera and species. Thus, differences in vegetation complexity at the local and landscape scale and agrochemical use in coffee landscapes alter ecological interactions between parasitoids and their ant hosts.Adobe Acrobat profesional 6.0 o superiorHormigasParasitismoHábitat (Ecología)CafetalPaisaje agrícolaAgroecosistemasAgentes biológicos para el control de plagasArtfrosurDisponible en líneaEnvironmental Entomologyhttp://ee.oxfordjournals.org/content/ee/44/4/939.full.pdfDisponible para usuarios de ECOSUR con su clave de acceso |
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Hormigas Parasitismo Hábitat (Ecología) Cafetal Paisaje agrícola Agroecosistemas Agentes biológicos para el control de plagas Artfrosur Hormigas Parasitismo Hábitat (Ecología) Cafetal Paisaje agrícola Agroecosistemas Agentes biológicos para el control de plagas Artfrosur |
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Hormigas Parasitismo Hábitat (Ecología) Cafetal Paisaje agrícola Agroecosistemas Agentes biológicos para el control de plagas Artfrosur Hormigas Parasitismo Hábitat (Ecología) Cafetal Paisaje agrícola Agroecosistemas Agentes biológicos para el control de plagas Artfrosur De la Mora, Aldo Pérez Lachaud, Gabriela Doctora autor/a 5440 Lachaud, Jean Paul Doctor autor/a 2090 Philpott, Stacy M. Doctora autor/a 13454 Local and Landscape Drivers of Ant Parasitism in a Coffee Landscape |
description |
Parasitism of ants that nest in rotting wood by eucharitid wasps was studied in order to examine whether habitat and season influence ant parasitism, vegetation complexity and agrochemical use correlate with ant parasitism, and whether specific local and landscape features of agricultural landscapes correlate with changes in ant parasitism. In a coffee landscape, 30 coffee and 10 forest sites were selected in which local management (e.g., vegetation, agrochemical use) and landscape features (e.g., distance to forest, percent of rustic coffee nearby) were characterized. Rotten logs were sampled and ant cocoons were collected from logs and cocoons were monitored for parasitoid emergence. Sixteen ant morphospecies in three ant subfamilies (Ectatomminae, Ponerinae, and Formicinae) were found. Seven ant species parasitized by two genera of Eucharitidae parasitoids (Kapala and Obeza) were reported and some ant-eucharitid associations were new. According to evaluated metrics, parasitism did not differ with habitat (forest, high-shade coffee, low-shade coffee), but did increase in the dry season for Gnamptogenys ants. Parasitism increased with vegetation complexity for Gnamptogenys and Pachycondyla and was high in sites with both high and low agrochemical use. Two landscape variables and two local factors positively correlated with parasitism for some ant genera and species. Thus, differences in vegetation complexity at the local and landscape scale and agrochemical use in coffee landscapes alter ecological interactions between parasitoids and their ant hosts. |
format |
Texto |
topic_facet |
Hormigas Parasitismo Hábitat (Ecología) Cafetal Paisaje agrícola Agroecosistemas Agentes biológicos para el control de plagas Artfrosur |
author |
De la Mora, Aldo Pérez Lachaud, Gabriela Doctora autor/a 5440 Lachaud, Jean Paul Doctor autor/a 2090 Philpott, Stacy M. Doctora autor/a 13454 |
author_facet |
De la Mora, Aldo Pérez Lachaud, Gabriela Doctora autor/a 5440 Lachaud, Jean Paul Doctor autor/a 2090 Philpott, Stacy M. Doctora autor/a 13454 |
author_sort |
De la Mora, Aldo |
title |
Local and Landscape Drivers of Ant Parasitism in a Coffee Landscape |
title_short |
Local and Landscape Drivers of Ant Parasitism in a Coffee Landscape |
title_full |
Local and Landscape Drivers of Ant Parasitism in a Coffee Landscape |
title_fullStr |
Local and Landscape Drivers of Ant Parasitism in a Coffee Landscape |
title_full_unstemmed |
Local and Landscape Drivers of Ant Parasitism in a Coffee Landscape |
title_sort |
local and landscape drivers of ant parasitism in a coffee landscape |
url |
http://ee.oxfordjournals.org/content/ee/44/4/939.full.pdf |
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_version_ |
1809098541354713088 |