Co-occurrence in ant primary parasitoids a Camponotus rectangularis colony as host of two eucharitid wasp genera

Different assemblages of parasitoids may attack a given host species and non-random distribution patterns in parasitoid species assemblages have been reported on various occasions, resulting in co-occurrence at the population, colony, or even individual host levels. This is the case for different closely related species of eucharitid wasps (a family of specialized ant parasitoids) sharing similar niches and co-occurring on the same host at different levels. Here we reviewed all known associations between eucharitid wasps and the ant host genus Camponotus Mayr, 1861 and reported new ant parasitoid associations. In addition, we report a new case of co-occurrence in eucharitid wasps, at the host colony level, involving a new undescribed species of Pseudochalcura Ashmead, 1904 and an unidentified species of Obeza Heraty, 1985, which attack the common but very poorly known neotropical arboreal ant Camponotus rectangularis Emery, 1890. Most attacks were solitary, but various cocoons were parasitized by two (16%) or three (8%) parasitoids. Globally, parasitism prevalence was very low (3.7%) but showed an important variability among samples. Low parasitism prevalence along with host exposure to parasitoid attack on host plants and overlapping reproductive periods of both parasitoid species may have allowed the evolution of co-occurrence. We also provided some additional data regarding the host ant nesting habits, the colony composition and new symbiotic associations with membracids and pseudococcids. The seemingly polydomous nesting habits of C. rectangularis could play a part in the reduction of parasitism pressure at the population level and, combined with occasionally important local parasitism rates, could also contribute to some parts of the colonies escaping from parasites, polydomy possibly representing an effective parasitism avoidance trait.

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Main Authors: Pérez Lachaud, Gabriela Doctora autora 5440, Lachaud, Jean Paul Doctor autor 2090
Format: Texto biblioteca
Language:eng
Subjects:Camponotus rectangularis, Hormigas, Eucharitidae, Avispas parásitas, Relaciones huésped-patógeno, Parasitismo, Simbiosis,
Online Access:http://doi.org/10.7717/peerj.11949
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id KOHA-OAI-ECOSUR:61510
record_format koha
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 Camponotus rectangularis
Hormigas
Eucharitidae
Avispas parásitas
Relaciones huésped-patógeno
Parasitismo
Simbiosis
Camponotus rectangularis
Hormigas
Eucharitidae
Avispas parásitas
Relaciones huésped-patógeno
Parasitismo
Simbiosis
spellingShingle Camponotus rectangularis
Hormigas
Eucharitidae
Avispas parásitas
Relaciones huésped-patógeno
Parasitismo
Simbiosis
Camponotus rectangularis
Hormigas
Eucharitidae
Avispas parásitas
Relaciones huésped-patógeno
Parasitismo
Simbiosis
Pérez Lachaud, Gabriela Doctora autora 5440
Lachaud, Jean Paul Doctor autor 2090
Co-occurrence in ant primary parasitoids a Camponotus rectangularis colony as host of two eucharitid wasp genera
description Different assemblages of parasitoids may attack a given host species and non-random distribution patterns in parasitoid species assemblages have been reported on various occasions, resulting in co-occurrence at the population, colony, or even individual host levels. This is the case for different closely related species of eucharitid wasps (a family of specialized ant parasitoids) sharing similar niches and co-occurring on the same host at different levels. Here we reviewed all known associations between eucharitid wasps and the ant host genus Camponotus Mayr, 1861 and reported new ant parasitoid associations. In addition, we report a new case of co-occurrence in eucharitid wasps, at the host colony level, involving a new undescribed species of Pseudochalcura Ashmead, 1904 and an unidentified species of Obeza Heraty, 1985, which attack the common but very poorly known neotropical arboreal ant Camponotus rectangularis Emery, 1890. Most attacks were solitary, but various cocoons were parasitized by two (16%) or three (8%) parasitoids. Globally, parasitism prevalence was very low (3.7%) but showed an important variability among samples. Low parasitism prevalence along with host exposure to parasitoid attack on host plants and overlapping reproductive periods of both parasitoid species may have allowed the evolution of co-occurrence. We also provided some additional data regarding the host ant nesting habits, the colony composition and new symbiotic associations with membracids and pseudococcids. The seemingly polydomous nesting habits of C. rectangularis could play a part in the reduction of parasitism pressure at the population level and, combined with occasionally important local parasitism rates, could also contribute to some parts of the colonies escaping from parasites, polydomy possibly representing an effective parasitism avoidance trait.
format Texto
topic_facet Camponotus rectangularis
Hormigas
Eucharitidae
Avispas parásitas
Relaciones huésped-patógeno
Parasitismo
Simbiosis
author Pérez Lachaud, Gabriela Doctora autora 5440
Lachaud, Jean Paul Doctor autor 2090
author_facet Pérez Lachaud, Gabriela Doctora autora 5440
Lachaud, Jean Paul Doctor autor 2090
author_sort Pérez Lachaud, Gabriela Doctora autora 5440
title Co-occurrence in ant primary parasitoids a Camponotus rectangularis colony as host of two eucharitid wasp genera
title_short Co-occurrence in ant primary parasitoids a Camponotus rectangularis colony as host of two eucharitid wasp genera
title_full Co-occurrence in ant primary parasitoids a Camponotus rectangularis colony as host of two eucharitid wasp genera
title_fullStr Co-occurrence in ant primary parasitoids a Camponotus rectangularis colony as host of two eucharitid wasp genera
title_full_unstemmed Co-occurrence in ant primary parasitoids a Camponotus rectangularis colony as host of two eucharitid wasp genera
title_sort co-occurrence in ant primary parasitoids a camponotus rectangularis colony as host of two eucharitid wasp genera
url http://doi.org/10.7717/peerj.11949
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AT lachaudjeanpauldoctorautor2090 cooccurrenceinantprimaryparasitoidsacamponotusrectangulariscolonyashostoftwoeucharitidwaspgenera
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spelling KOHA-OAI-ECOSUR:615102024-03-12T12:44:16ZCo-occurrence in ant primary parasitoids a Camponotus rectangularis colony as host of two eucharitid wasp genera Pérez Lachaud, Gabriela Doctora autora 5440 Lachaud, Jean Paul Doctor autor 2090 textengDifferent assemblages of parasitoids may attack a given host species and non-random distribution patterns in parasitoid species assemblages have been reported on various occasions, resulting in co-occurrence at the population, colony, or even individual host levels. This is the case for different closely related species of eucharitid wasps (a family of specialized ant parasitoids) sharing similar niches and co-occurring on the same host at different levels. Here we reviewed all known associations between eucharitid wasps and the ant host genus Camponotus Mayr, 1861 and reported new ant parasitoid associations. In addition, we report a new case of co-occurrence in eucharitid wasps, at the host colony level, involving a new undescribed species of Pseudochalcura Ashmead, 1904 and an unidentified species of Obeza Heraty, 1985, which attack the common but very poorly known neotropical arboreal ant Camponotus rectangularis Emery, 1890. Most attacks were solitary, but various cocoons were parasitized by two (16%) or three (8%) parasitoids. Globally, parasitism prevalence was very low (3.7%) but showed an important variability among samples. Low parasitism prevalence along with host exposure to parasitoid attack on host plants and overlapping reproductive periods of both parasitoid species may have allowed the evolution of co-occurrence. We also provided some additional data regarding the host ant nesting habits, the colony composition and new symbiotic associations with membracids and pseudococcids. The seemingly polydomous nesting habits of C. rectangularis could play a part in the reduction of parasitism pressure at the population level and, combined with occasionally important local parasitism rates, could also contribute to some parts of the colonies escaping from parasites, polydomy possibly representing an effective parasitism avoidance trait.Different assemblages of parasitoids may attack a given host species and non-random distribution patterns in parasitoid species assemblages have been reported on various occasions, resulting in co-occurrence at the population, colony, or even individual host levels. This is the case for different closely related species of eucharitid wasps (a family of specialized ant parasitoids) sharing similar niches and co-occurring on the same host at different levels. Here we reviewed all known associations between eucharitid wasps and the ant host genus Camponotus Mayr, 1861 and reported new ant parasitoid associations. In addition, we report a new case of co-occurrence in eucharitid wasps, at the host colony level, involving a new undescribed species of Pseudochalcura Ashmead, 1904 and an unidentified species of Obeza Heraty, 1985, which attack the common but very poorly known neotropical arboreal ant Camponotus rectangularis Emery, 1890. Most attacks were solitary, but various cocoons were parasitized by two (16%) or three (8%) parasitoids. Globally, parasitism prevalence was very low (3.7%) but showed an important variability among samples. Low parasitism prevalence along with host exposure to parasitoid attack on host plants and overlapping reproductive periods of both parasitoid species may have allowed the evolution of co-occurrence. We also provided some additional data regarding the host ant nesting habits, the colony composition and new symbiotic associations with membracids and pseudococcids. The seemingly polydomous nesting habits of C. rectangularis could play a part in the reduction of parasitism pressure at the population level and, combined with occasionally important local parasitism rates, could also contribute to some parts of the colonies escaping from parasites, polydomy possibly representing an effective parasitism avoidance trait.Camponotus rectangularisHormigasEucharitidaeAvispas parásitasRelaciones huésped-patógenoParasitismoSimbiosisPeerJhttp://doi.org/10.7717/peerj.11949Acceso en línea sin restricciones