2016
DOI: 10.3958/059.041.0123
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Entomofauna Asociada al Nopal Verdura (Opuntia ficusindicaMiller) en San Andrés Cholula, Puebla, México

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Cited by 3 publications
(4 citation statements)
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“…After the removal of literature not related to flower-visiting insect species and duplicated papers, the final number of studies was reduced to 33 articles to be analyzed. However, only 29 articles were worked on ( Table S1 ), because two of them gave no evidence that the capture of insects was directly on the Opuntia flowers [ 35 , 36 ]. The screening process is described in the Supporting Material (Figure S1) .…”
Section: Resultsmentioning
confidence: 99%
“…After the removal of literature not related to flower-visiting insect species and duplicated papers, the final number of studies was reduced to 33 articles to be analyzed. However, only 29 articles were worked on ( Table S1 ), because two of them gave no evidence that the capture of insects was directly on the Opuntia flowers [ 35 , 36 ]. The screening process is described in the Supporting Material (Figure S1) .…”
Section: Resultsmentioning
confidence: 99%
“…The feeding of D. opuntiae causes chlorosis, necrosis and malformations; in addition, it facilitates the entry of infectious agents (rots), and even the death of plants with severe infestations (Badii & Flores, 2001;Rodrigo, Catalá-Oltra & Granero, 2010;González, García, Olguín, Rivera & Martínez, 2016;Vanegas-Rico et al, 2010); this causes direct losses due to the reduction of productivity and the cost of inputs used for its control. Wild cochineal infestations on cactus pear plots in the northwest of Brazil on more than 100,000 ha, economic losses greater than 25 million dollars had been reported (Lopes et al, 2009), and they were attributed to destructive capacity, speed of dispersion and high biotic potential of D. opuntiae, in addition to the absence of integral management programs.…”
Section: Introductionmentioning
confidence: 99%
“…La alimentación de D. opuntiae provoca clorosis, necrosis y malformaciones; además, facilita la entrada de agentes infecciosos (pudriciones), e incluso, la muerte de las plantas con infestaciones severas (Badii & Flores, 2001;Rodrigo, Catalá-Oltra & Granero, 2010;González, García, Olguín, Rivera & Martínez, 2016;Vanegas-Rico et al, 2010); esto causa pérdidas directas por la reducción de la productividad y el costo de los insumos usados en su control. Estimaciones hechas en parcelas de nopal en el noroeste de Brasil sugieren daños en más de 100,000 ha que representan pérdidas económicas mayores a 25 millones de dólares (Lopes et al, 2009), atribuidas a la capacidad destructiva, velocidad de dispersión y alto potencial biótico, además de ausencia de programas integrales de manejo de D. opuntiae.…”
Section: Introductionunclassified
“…1 y 2). Hesperolabops nigriceps ocurre en el Estado de México, Ciudad de México, Puebla, y Zacatecas (Palomares-Pérez et al 2010, Ruiz-Machuca et al 2010, Mena-Covarrubias 2011, De Jesús-González et al 2016). Ruiz-Machuca et al (2010) reportaron su presencia en 20 municipios del oriente del Estado de México desde los 2,256 hasta 2,930 metros de altitud sobre el nivel del mar.…”
unclassified