Agroecological pest management in the city experiences from California and Chiapas

Urban gardens are a prominent part of agricultural systems, providing food security and access within cities; however, we still lack sufficient knowledge and general principles about how to manage pests in urban agroecosystems in distinct regions. We surveyed natural enemies (ladybeetles and parasitoids) and conducted sentinel pest removal experiments to explore local management factors and landscape characteristics that influence the provisioning of pest control services in California, USA, and Chiapas, Mexico. We worked in 29 gardens across the two locations. In each location, we collected data on garden vegetation, floral availability, ground cover management, and the percentage of natural, urban, and agricultural land cover in the surrounding landscape. We sampled ladybeetles, Chalcidoidea, and Ichneumonoidea parasitoids with sticky traps, and monitored the removal of three different pest species. Ladybeetle abundance did not differ between locations; abundance decreased with garden size and with tree cover and increased with herbaceous richness, floral abundance, and barren land cover. Chalcicoidea and Ichneumonoidea parasitoids were more abundant in Chiapas. Chalcicoidea abundance decreased with herbaceous richness and with urban cover. Ichneumonoidea abundance increased with mulch and bare ground cover, garden size, garden age, and with agriculture land cover but decreased with tree richness and urban cover. Predators removed between 15–100% of sentinel prey within 24 h but prey removal was greater in California. Generally, prey removal increased with vegetation diversity, floral abundance, mulch cover, and urban land cover, but declined with vegetation cover and bare ground. Although some factors had consistent effects on natural enemies and pest control in the two locations, many did not; thus, we still need more comparative work to further develop our understanding of general principles governing conservation biological control in urban settings.

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Bibliographic Details
Main Authors: Morales, H. Doctora autora 5470, Ferguson, Bruce G. Doctor 1967- autor 5468, Rivera Marín, Linda Esmeralda Doctora autora 14193, Navarrete Gutiérrez, Darío Alejandro Doctor autor 8377, Bichier, Peter autor, Philpott, Stacy M. Doctora autora 13454
Format: Texto biblioteca
Language:eng
Subjects:Agricultura urbana, Control de plagas, Huertos comunitarios, Enemigos naturales, Ecología urbana, Artfrosur,
Online Access:https://www.mdpi.com/2071-1050/10/6/2068
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id KOHA-OAI-ECOSUR:59137
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 Agricultura urbana
Control de plagas
Huertos comunitarios
Enemigos naturales
Ecología urbana
Artfrosur
Agricultura urbana
Control de plagas
Huertos comunitarios
Enemigos naturales
Ecología urbana
Artfrosur
spellingShingle Agricultura urbana
Control de plagas
Huertos comunitarios
Enemigos naturales
Ecología urbana
Artfrosur
Agricultura urbana
Control de plagas
Huertos comunitarios
Enemigos naturales
Ecología urbana
Artfrosur
Morales, H. Doctora autora 5470
Ferguson, Bruce G. Doctor 1967- autor 5468
Rivera Marín, Linda Esmeralda Doctora autora 14193
Navarrete Gutiérrez, Darío Alejandro Doctor autor 8377
Bichier, Peter autor
Philpott, Stacy M. Doctora autora 13454
Agroecological pest management in the city experiences from California and Chiapas
description Urban gardens are a prominent part of agricultural systems, providing food security and access within cities; however, we still lack sufficient knowledge and general principles about how to manage pests in urban agroecosystems in distinct regions. We surveyed natural enemies (ladybeetles and parasitoids) and conducted sentinel pest removal experiments to explore local management factors and landscape characteristics that influence the provisioning of pest control services in California, USA, and Chiapas, Mexico. We worked in 29 gardens across the two locations. In each location, we collected data on garden vegetation, floral availability, ground cover management, and the percentage of natural, urban, and agricultural land cover in the surrounding landscape. We sampled ladybeetles, Chalcidoidea, and Ichneumonoidea parasitoids with sticky traps, and monitored the removal of three different pest species. Ladybeetle abundance did not differ between locations; abundance decreased with garden size and with tree cover and increased with herbaceous richness, floral abundance, and barren land cover. Chalcicoidea and Ichneumonoidea parasitoids were more abundant in Chiapas. Chalcicoidea abundance decreased with herbaceous richness and with urban cover. Ichneumonoidea abundance increased with mulch and bare ground cover, garden size, garden age, and with agriculture land cover but decreased with tree richness and urban cover. Predators removed between 15–100% of sentinel prey within 24 h but prey removal was greater in California. Generally, prey removal increased with vegetation diversity, floral abundance, mulch cover, and urban land cover, but declined with vegetation cover and bare ground. Although some factors had consistent effects on natural enemies and pest control in the two locations, many did not; thus, we still need more comparative work to further develop our understanding of general principles governing conservation biological control in urban settings.
format Texto
topic_facet Agricultura urbana
Control de plagas
Huertos comunitarios
Enemigos naturales
Ecología urbana
Artfrosur
author Morales, H. Doctora autora 5470
Ferguson, Bruce G. Doctor 1967- autor 5468
Rivera Marín, Linda Esmeralda Doctora autora 14193
Navarrete Gutiérrez, Darío Alejandro Doctor autor 8377
Bichier, Peter autor
Philpott, Stacy M. Doctora autora 13454
author_facet Morales, H. Doctora autora 5470
Ferguson, Bruce G. Doctor 1967- autor 5468
Rivera Marín, Linda Esmeralda Doctora autora 14193
Navarrete Gutiérrez, Darío Alejandro Doctor autor 8377
Bichier, Peter autor
Philpott, Stacy M. Doctora autora 13454
author_sort Morales, H. Doctora autora 5470
title Agroecological pest management in the city experiences from California and Chiapas
title_short Agroecological pest management in the city experiences from California and Chiapas
title_full Agroecological pest management in the city experiences from California and Chiapas
title_fullStr Agroecological pest management in the city experiences from California and Chiapas
title_full_unstemmed Agroecological pest management in the city experiences from California and Chiapas
title_sort agroecological pest management in the city experiences from california and chiapas
url https://www.mdpi.com/2071-1050/10/6/2068
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spelling KOHA-OAI-ECOSUR:591372024-03-12T12:54:18ZAgroecological pest management in the city experiences from California and Chiapas Morales, H. Doctora autora 5470 Ferguson, Bruce G. Doctor 1967- autor 5468 Rivera Marín, Linda Esmeralda Doctora autora 14193 Navarrete Gutiérrez, Darío Alejandro Doctor autor 8377 Bichier, Peter autor Philpott, Stacy M. Doctora autora 13454 textengUrban gardens are a prominent part of agricultural systems, providing food security and access within cities; however, we still lack sufficient knowledge and general principles about how to manage pests in urban agroecosystems in distinct regions. We surveyed natural enemies (ladybeetles and parasitoids) and conducted sentinel pest removal experiments to explore local management factors and landscape characteristics that influence the provisioning of pest control services in California, USA, and Chiapas, Mexico. We worked in 29 gardens across the two locations. In each location, we collected data on garden vegetation, floral availability, ground cover management, and the percentage of natural, urban, and agricultural land cover in the surrounding landscape. We sampled ladybeetles, Chalcidoidea, and Ichneumonoidea parasitoids with sticky traps, and monitored the removal of three different pest species. Ladybeetle abundance did not differ between locations; abundance decreased with garden size and with tree cover and increased with herbaceous richness, floral abundance, and barren land cover. Chalcicoidea and Ichneumonoidea parasitoids were more abundant in Chiapas. Chalcicoidea abundance decreased with herbaceous richness and with urban cover. Ichneumonoidea abundance increased with mulch and bare ground cover, garden size, garden age, and with agriculture land cover but decreased with tree richness and urban cover. Predators removed between 15–100% of sentinel prey within 24 h but prey removal was greater in California. Generally, prey removal increased with vegetation diversity, floral abundance, mulch cover, and urban land cover, but declined with vegetation cover and bare ground. Although some factors had consistent effects on natural enemies and pest control in the two locations, many did not; thus, we still need more comparative work to further develop our understanding of general principles governing conservation biological control in urban settings.Urban gardens are a prominent part of agricultural systems, providing food security and access within cities; however, we still lack sufficient knowledge and general principles about how to manage pests in urban agroecosystems in distinct regions. We surveyed natural enemies (ladybeetles and parasitoids) and conducted sentinel pest removal experiments to explore local management factors and landscape characteristics that influence the provisioning of pest control services in California, USA, and Chiapas, Mexico. We worked in 29 gardens across the two locations. In each location, we collected data on garden vegetation, floral availability, ground cover management, and the percentage of natural, urban, and agricultural land cover in the surrounding landscape. We sampled ladybeetles, Chalcidoidea, and Ichneumonoidea parasitoids with sticky traps, and monitored the removal of three different pest species. Ladybeetle abundance did not differ between locations; abundance decreased with garden size and with tree cover and increased with herbaceous richness, floral abundance, and barren land cover. Chalcicoidea and Ichneumonoidea parasitoids were more abundant in Chiapas. Chalcicoidea abundance decreased with herbaceous richness and with urban cover. Ichneumonoidea abundance increased with mulch and bare ground cover, garden size, garden age, and with agriculture land cover but decreased with tree richness and urban cover. Predators removed between 15–100% of sentinel prey within 24 h but prey removal was greater in California. Generally, prey removal increased with vegetation diversity, floral abundance, mulch cover, and urban land cover, but declined with vegetation cover and bare ground. Although some factors had consistent effects on natural enemies and pest control in the two locations, many did not; thus, we still need more comparative work to further develop our understanding of general principles governing conservation biological control in urban settings.Agricultura urbanaControl de plagasHuertos comunitariosEnemigos naturalesEcología urbanaArtfrosurSustainabilityhttps://www.mdpi.com/2071-1050/10/6/2068Acceso en línea sin restricciones