Abstract Introduction. Beekeeping in Honduras is an important activity for the livestock sector, threatened by the presence of pests and diseases that affect its development and production. Objective. To determine the parasitic load of Varroa destructor and Vairimorpha (Nosema) spp. associated with hygienic behavior, productivity, and the presence of other pests in Apis mellifera hives in the municipality of Tomalá, Lempira department, Honduras. Materials and Methods. A study was carried out on 57 samples from hives in 19 apiaries to determine the infestation rate of V. destructor. The average infection rate of Vairimorpha spp. was determined using the Cantwell method. Additionally, the association between parasitic loads and productivity, hygienic behavior, and the presence of other pests was determined through a stratified analysis based on whether or not treatment against Varroa spp. was used. Associations were determined using the non-parametric Mann-Whitney U and Kruskal-Wallis tests. Results. The infestation rates for V. destructor in dispersal and larval stages were 3.48 % and 6.82 %, respectively. The use of chemical treatment showed no association with the infestation rate of V. destructor in either larvae or a dults (p≥0.05). The presence of the small hive beetle (SHB) was associated with a higher infestation of V. destructor in larvae (p<0.007) in untreated hives. The infection range of Vairimorpha spp. was classified as very light with 5×104 spores per sample. The Vairimorpha spp. load showed no association with the mentioned variables (p≥0.05). Conclusion. The results indicate that varroosis is a disease of importance in the municipality of Tomalá, Lempira department, Honduras, associated with hygienic behavior and the presence of SHB in the hives. Nosemosis showed a very light infection.

Resumen Introducción. La apicultura en Honduras es una actividad importante para el sector pecuario, amenazada por la presencia de plagas y enfermedades que afectan su desarrollo y producción. Objetivo. Determinar la carga parasitaria de Varroa destructor y Vairimorpha (Nosema) spp. asociadas al comportamiento higiénico, productividad y presencia de otras plagas en colmenas de Apis mellifera en el municipio de Tomalá, departamento de Lempira, Honduras. Materiales y métodos. Se realizó un estudio en 57 muestras de colmenas de 19 apiarios, para determinar la tasa de infestación de V. destructor. La tasa media de infección de Vairimorpha spp., se determinó mediante el método de Cantwell. Además, se determinó la asociación entre las cargas parasitarias y la productividad, comportamiento higiénico y presencia de otras plagas, mediante un análisis estratificado según el uso o no de tratamiento contra Varroa spp. La determinación de asociaciones se realizó mediante las pruebas no paramétricas U de Mann Whitney y Kruskal Wallis. Resultados. Las tasas de infestación para V. destructor en fase de dispersión y larval fueron de un 3,48 % y un 6,82 %, respectivamente, el uso de tratamiento químico no mostró asociación con la tasa de infestación de V. destructor en larvas ni en adultos (p≥0,05), la presencia del pequeño escarabajo de las colmenas (PEC), se asoció con una mayor infestación de V. destructor en larvas (p<0,007) en las colmenas sin tratamiento. El rango de infección de Vairimorpha spp. se encontró dentro de la clasificación muy ligera con 5×104 esporas por muestra, la carga de Vairimorpha spp. no mostró asociación con las variables mencionadas (p≥0,05). Conclusión. Los resultados indican que varroasis es una enfermedad de importancia en el municipio de Tomalá, departamento de Lempira, Honduras, asociada con el comportamiento higiénico y la presencia de PEC en las colmenas. Nosemosis presentó una infección muy ligera.

ABSTRACT The cowpea is a legume with a high nutritional value and represents one of the most important self-consumption items in the country. However, under storage conditions its main problem are bruchids, which decrease the nutritional value and fertility of the seeds. Bruchids spread more frequently unintentionally throughout the world, this is due their adaptability. In the first months of 2023, damage was observed to stored cowpea grains of the species Vigna unguiculata, presenting round holes, decreasing the nutritional value and fertility of the seeds. The inspection of grains recorded the presence of a beetle, which was identified as Decellebruchus atrolineatus, Family Chrysomelidae, Subfamily Bruchinae.

RESUMEN El poroto es una leguminosa comestible con un alto valor nutritivo y representa uno de los rubros de autoconsumo más importantes en el país. Sin embargo, en condiciones de almacenamiento su principal problema son los brúquinos, quienes disminuyen el valor nutricional y la fertilidad de las semillas. Por la adaptación que poseen, los brúquinos, se diseminan con mayor frecuencia de manera involuntaria. En los primeros meses del año 2023, fueron observados daños en granos almacenados de poroto de la especie Vigna unguiculata, presentando orificios redondeados. La inspección de dichos granos registró la presencia de un coleóptero, que fue identificado como Decellebruchus atrolineatus, Familia Chrysomelidae, Subfamilia Bruchinae.

Resumen Se informa sobre nuevas asociaciones entre el parasitoide Habrobracon hebetor (Say) y dos géneros de coleópteros plaga de postcosecha en frutos descascarados de Juglans regia L, Carpophilus Stephens (Nitidulidae) y Oryzaephilus Ganglbauer (Silvanidae) en la provincia de La Rioja. Además, se registró este parasitoide a partir de larvas de Plodia interpunctella (Hübner) (Lepidoptera: Pyralidae). Se amplía la distribución de H. hebetor para la provincia de La Rioja. Se proporcionan datos sobre porcentajes de parasitoidismo.

Abstract New associations are reported between the parasitoid Habrobracon hebetor (Say) and two genera of postharvest pest coleopters on shelled fruits of Juglans regia L, Carpophilus Stephens (Nitidulidae) and Oryzaephilus Ganglbauer (Silvanidae) in the province of La Rioja. Furthermore, this parasitoid was recorded from larvae of Plodia interpunctella (Hübner) (Lepidoptera: Pyralidae). The distribution of H. hebetor is expanded to the province of La Rioja. Data on percentages of parasitoidism are provided.

Resumo A cultura do milho é utilizada na alimentação humana, pecuária e avícola, bem como na panificação, flocos de milho, xarope de milho, amido de milho e óleos de milho. O estudo de campo consistiu em um ensaio experimental sobre a incidência desse complexo de insetos-praga na cultivar de milho Azam durante a temporada de Kharif 2020 na Estação de Pesquisa Agrícola, Baffa, Mansehra. O ensaio foi estabelecido no Randomized Complete Block Design (RCBD) e, em seguida, dividido em três repetições. O resultado obtido no ensaio mostrou que várias espécies de pragas foram registradas durante o período experimental; no entanto, foi observado um baixo nível da população. As espécies de insetos obtidas foram pulgão-da-folha-do-milho (6,90 ± 5,5) – por polegada quadrada –, cigarrinha-do-milho (1,32 ± 0,63), broca-do-caule-do-milho (0,63 ± 0,29), besouro-da-pulga-do-milho (0,43 ± 0,28), tripses (0,38 ± 0,22), lagarta-cabeluda (0,21 ± 0,22), gafanhoto (0,17 ± 0,11) e mosca (0,11 ± 0,08) ao longo da temporada

Abstract The maize crop is used as food for humans, livestock and poultries forms, it is also used in bread making, corn flakes, corn syrup, corn starch and corn oils. The field study consisted of one experimental trial, about the incidence of that insect pest complex on maize cultivar Azam during the Kharif season 2020 at the Agricultural, Research Station, Baffa, Mansehra. The trial was laid out in the Randomized Complete Block Design (RCBD), and then it was divided into three replications. The result obtained from the trial showed that a number of the pest species were recorded during the experimental period; however, the population was noticed at a low level. The obtained insect species were corn leaf aphid (6.90 ± 5.5) per square inch, corn leafhopper (1.32 ± 0.63), maize stem borer (0.63 ± 0.29), corn flea beetle (0.43 ± 0.28), Thrips (0.38 ± 0.22), Hairy caterpillar (0.21 ± 0.22), Grasshopper (0.17 ± 0.11) and shoot fly (0.11 ± 0.08) throughout the season

Resumo Os besouros terrestres (besouros carabídeos) podem ser encontrados em praticamente todos os hábitats do mundo. Eles são uma das três famílias mais diversas de besouros existentes, com 34.275 espécies documentadas, e servem como marcadores ecológicos vitais em todos os ambientes. Os besouros vivos edáficos capturam e comem uma grande variedade de artrópodes que vivem no solo. No caso de ervas daninhas, os besouros terrestres, em sua maioria, comem sementes delas e ajudam a regular suas populações. Os resultados do estudo de campo em agrocenoses no sudeste do Cazaquistão de 2019 a 2020 são apresentados neste artigo. Foram descobertas 27 espécies de besouros terrestres de 9 gêneros como consequência do estudo. As 670 armadilhas de solo renderam um total de 1.012 besouros. Besouros mesófilos politópicos fornecem a base para a fauna de agrocenoses. Higrófilos, mesófilos e euribiontes estão entre os besouros encontrados em áreas irrigadas, assim como espécies mistas e herbívoras. Em campos e estepes, a família Carabidae de besouros é a mais numerosa. Como resultado, dependendo do hábitat e da temperatura do ar, podem ser encontrados besouros de dieta mista. As espécies de besouros em todos os campos da área de investigação estão de acordo com o complexo dos insetos. Durante a estação de crescimento, a dieta dos besouros muda: os besouros predadores têm precedência, seguidos dos besouros de dieta mista.

Abstract Ground beetles (Carabid beetles) may be found in virtually all of the world's habitats. They are one of the three most diverse families of extant beetles, with 34,275 species documented, and they serve as vital ecological markers in all environments. Edaphic living beetles catch and eat a wide variety of arthropods that live in the soil. In the case of weeds, most of the ground beetles eat their seeds and help regulate their populations. The findings of a field study in agrocenoses in South-East Kazakhstan from 2019 to 2020 are presented in this article. Twenty-seven ground beetle species from 9 genera were discovered as a consequence of the study. 670 soil traps yielded a total of 1012 beetles. Polytopic mesophilic beetles provide the foundation of the agrocenoses fauna. Hygrophils, mesophiles, and eurybionts are among the beetles found in irrigated areas, as are mixed and herbivorous species. The Carabidae family of beetles is the most numerous in fields and steppe settings. As a result, mixed-diet beetles can be found depending on the habitat and air temperature. The species of beetles in all fields in the investigation area are in accordance with the insects’ complex. During the growth season, the diet of beetles shifts: predatory beetles take precedence initially, followed by mixed-diet beetles.

A highly threatened and range-restricted, mountain-relic stag beetle species in the genus Colophon Gray, 1832 (Coleoptera: Lucanidae), Colophon scholtzi Roets & Durie sp. nov. is described from a peak in the Riviersonderend Mountain range of South Africa. It is morphologically allied to species in the Colophon stokoei Barnard, 1929 species complex that are confined to the neighbouring Hottentots-Holland Mountain range. Colophon scholtzi seems highly range-restricted and rare as no living specimens have been observed on the single peak from where the only known fragments were collected, despite repeated surveys over the past 12 years.

Sub-cortical beetles and mites contribute to tree mortality by creating wounds and by spreading potential pathogens. Here we elucidate associations between sub-cortical beetles, mites, and ophiostomatoid fungi from trees in Afromontane forests in South Africa. Bark and wood samples were collected from native tree species and exotic Pinus radiata and Acacia mearnsii that showed signs of sub-cortical beetle activity, or from wounds on storm-damaged trees. Ophiostomatoid fungi, a group that contains numerous tree pathogens, were isolated from beetles that emerged from samples, their galleries, phoretic mites on these beetles, and from wounds and wound-associated mites. Fungal isolates were identified using multiple DNA markers. Twenty sub-cortical beetle, 22 mite and 16 ophiostomatoid fungal species were recovered from only a few native and exotic host tree species. Three fungal species are likely undescribed despite increased focus on this ecologically and economically important group worldwide. Significantly, some mites and fungi were isolated from native and non-native hosts. Wound-associated fungi and mites were less host-specific than sub-cortical beetle-associated taxa. We highlight the rich and still unexplored symbioses between sub-cortical beetles, mites, and ophiostomatoid fungi in Afromontane forests and provide a foundation for future studies on the ecology of these important organisms.

Widdringtonia is a genus of native southern African Cupressaceae trees comprising two species that occur in the mountains of the Western Cape province, South Africa. Widdringtonia cedarbergensis has a localised distribution and is critically endangered, while W. nodiflora is widespread and common. Little is known regarding the biotic associations of these trees. The aim of this study was, consequently, to identify bark beetles (Curculionidae: Scolytinae) and their associated fungi on Widdringtonia species in the Western Cape. Bark beetles were collected from infested W. cedarbergensis at three different locations in the Cederberg and from W. nodiflora at one site on the Franschhoek Pass. Beetle identification was based on morphology and sequence data of the COI gene region. Fungi were isolated from beetles, their frass and the walls of their tunnels and grouped according to morphology. Morphogroups were identified by sequencing the ITS region of representative isolates. Four phylogenetically closely related bark beetle species residing in the genus Lanurgus (Micracidini) were identified, three from W. cedarbergensis stem sections, twigs and cones, respectively, and one from W. nodiflora stems. Of these, only the W. cedarbergensis twig beetle is of a previously described species and is currently known as Diplotrichus widdringtoniae. Piskurozyma sp. (Tremellomycetes) and Yamadazyma sp. (Saccharomycetes) yeasts were most closely associated with D. widdringtoniae (Lanurgus sp. 1) and Lanurgus sp. 2 beetles, whereas Geosmithia spp. (Sordariomycetes) had a strong association with Lanurgus sp. 3 and Lanurgus sp. 4. This is the first comprehensive report of bark beetles and their associated fungi infesting Widdringtonia.

A rare sighting of two male carrion specialist dung beetles, Scarabaeolus carniphilus Deschodt & Davis, 2015, burying a freshly dead Herald snake (Crotaphopeltis hotamboeia (Laurenti, 1768)) is documented from its discovery in the field and subsequent reburial under laboratory conditions. The species studied is a member of the telecoprid (dung roller) Scarabaeini, but behaved here like a paracoprid; it deliberately cut into and removed flesh from the dead snake; these pieces were then taken into a feeding burrow; later a pheromone release stance was taken up near an established burrow; and under laboratory conditions the snake was completely buried. These observations, mostly novel for this species and its genus are clearly documented via photographs and an online time lapse video taken every hour for 24-hours during the snake's-(re)burial. This note introduces relevant aspects of dung beetle natural history and new biological information for Scarabaeolus and particularly for Sc. carniphilus. It records and interprets a carrion specialist Scarabaeini dung beetle burying and feeding on fresh carrion; highlights natural history findings (pheromone release) previously not considered for the evolution of the Scarabaeini; and aims to stimulate behavioural research into this interesting and under studied genus Scarabaeolus.

Antibiotics can contaminate the environment as a result of improper disposal. The induction of doxycycline in the environment could give rise to lineages of the cucurbit beetle Diabrotica speciosa containing resistant endosymbiotic microorganisms, giving rise to bacterial strains capable of biodegrading these antibiotic residues. This work determined the relationship between the intestinal microbiota of D. speciosa and its ability to biodegrade an antibiotic. Bacterial strains of Enterobacter cloacae and Stenotrophomonas maltophila isolated from the gastrointestinal tract of D. speciosa were evaluated for the biodegradation of doxycycline. An analytical method for the extraction and quantification of doxycycline by high-efficiency liquid chromatography-ultraviolet detection (HPLC-UV) was developed and applied to monitor the biodegradation rates during bacterial growth for nutrient and nutrient-deficient media, both supplemented with the antibiotic. Degradation kinetics showed a decrease in antibiotic concentration after 96 h in saline medium, with recoveries of 63.1 and 87.7% for E. cloacae and S. maltophilia, respectively. Two degradation products were then identified and characterized from the liquid chromatography-high resolution mass spectrometry data after bioassays with E. cloacae. The gastrointestinal tract of insects such as D. speciosa can be a source of useful microbes for biotechnological processes such as the biodegradation of exogenous organic compounds in the environment. disposal microorganisms residues D highefficiency high efficiency chromatographyultraviolet chromatography ultraviolet HPLCUV HPLC UV (HPLC-UV nutrientdeficient deficient media 9 medium 631 63 1 63. 877 87 7 87.7 E S maltophilia respectively chromatographyhigh 6 8 87.

Abstract In phytophagous insects, adaptation to a new host is a dynamic process, in which early and later steps may be underpinned by different features of the insect genome. Here, we tested the hypothesis that early steps of this process are underpinned by a shift in gene expression patterns. We set up a short-term artificial selection experiment (10 generations) for the use of an alternative host (Cicer arietinum) on populations of the bean beetle Zabrotes subfasciatus. Using Illumina sequencing on young adult females, we show the selected populations differ in the expression of genes associated to stimuli, signalling, and developmental processes. Particularly, the “C. arietinum” population shows upregulation of histone methylation genes, which may constitute a strategy for fine-tuning the insect global gene expression network. Using qPCR on body regions, we demonstrated that the “Phaseolus vulgaris” population upregulates the genes polygalacturonase and egalitarian and that the expression of an odorant receptor transcript variant changes over generations. Moreover, in this population we detected the existence of vitellogenin (Vg) variants in both males and females, possibly harbouring canonical reproductive function in females and extracellular unknown functions in males. This study provides the basis for future genomic investigations seeking to shed light on the nature of the proximate mechanisms involved in promoting differential gene expression associated to insect development and adaptation to new hosts. insects genome Here patterns shortterm short term 10 (1 generations Cicer arietinum subfasciatus stimuli signalling processes Particularly C. C “C finetuning fine tuning network regions Phaseolus vulgaris Moreover Vg (Vg hosts 1 (

ABSTRACT Great advances were made in recent years regarding the description of immatures of Cassidinae and their taxonomy as a whole, but many taxa remain undescribed. This study focuses on updating morphological data for Hybosa acutangula Spaeth, 1913 (Chrysomelidae: Cassidinae: Ischyrosonychini), a tortoise beetle native of South America, which was collected in Fridericia florida (DC.) L. G. Lohmann in the Brazilian Cerrado. We provide descriptions and illustrations of the morphology of the larva, pupa, and genitalia of adults, all of which are novel for this genus. The main discerning features for this species among other Ischyrosonychini are the lack of dark patterns in the dorsum of either the larvae, being limited to the dark scoli and the cranium, or the pupae, and a much reduced anal fork. We also present the first record of parasitism by Chalcididae wasps, Brachymeria sp. Westwood, 1832 and Conura sp. Spinola, 1837. Morphological comparisons remain limited demanding further studies with other species of Ischyrosonychini, as to better understand the placement of this species within the taxonomy of tortoise beetles. whole undescribed Spaeth 191 Chrysomelidae (Chrysomelidae , Ischyrosonychini) America DC. DC (DC. L G Cerrado larva pupa adults genus larvae cranium pupae fork wasps sp Westwood 183 Spinola 1837 beetles 19 (DC 18 1

Abstract Fire is an important component of ecosystems, however, for many years it was perceived as a threat and an attempt was made to exclude it, affecting the process of ecological succession, and increasing the fuel load. One of the most used strategies to restore the fire regime is prescribed burning, nonetheless the consequences on the different components of the ecosystem are still not clearly known. For this reason, in the present work the effect of a prescribed burn on the biodiversity of beetle morphospecies in a Pinus montezumae forest was evaluated, through the collection of insects in traps baited with frontalin. Statistically, significant differences were found in the morphospecies biodiversity index of the area with prescribed burning and the surrounding area to which the fire was not applied. More specimens were collected in the burned area, mainly representatives of the families Bruchidae and Curculionidae (specifically Scolytinae). In the site without prescribed burning, only 18 families of Coleoptera were present out of the 21 that were registered in the burned area, however, the Non-metric Multidimensional Scaling (NMDS) analysis showed that the composition of both communities was similar.

Resumen El fuego es un componente importante de los ecosistemas, sin embargo, durante muchos años se percibió como una amenaza y se intentó excluir, afectando el proceso de sucesión ecológica y aumentando la carga de combustibles. Una de las estrategias más utilizadas para restaurar el régimen del fuego son las quemas prescritas, pero aún no se conocen claramente las consecuencias en los distintos componentes del ecosistema. Es por esto, que en el presente trabajo se evaluó el efecto de una quema prescrita sobre la biodiversidad de morfoespecies de coleópteros en un bosque de Pinus montezumae, a través de la recolecta de insectos en trampas cebadas con frontalina. Se encontraron diferencias estadísticamente significativas en el índice de biodiversidad de morfoespecies del área con quema prescrita y el área aledaña a la que no se le aplicó el fuego. Se recolectaron más especímenes en el área con quema, sobre todo representantes de las familias Bruchidae y Curculionidae (específicamente Scolytinae). En el sitio sin quema prescrita se presentaron solo 18 familias de Coleoptera de las 21 que se registraron en el área quemada, sin embargo, el análisis de Escalamiento Multidimensional No-métrico (NMDS) mostró que la composición de ambas comunidades fue semejante.

RESUMO Excrementos de aves correspondem a um recurso alimentar pouco comum para insetos coprófagos, sendo utilizados geralmente por decompositores oportunistas. Entre eles, os rola bostas se alimentam principalmente de fezes, entretanto a plasticidade alimentar varia entre as espécies. Neste estudo nós reportamos um registro do rola bosta Canthidium cf. gracilipes se aproximando de e manipulando os excrementos de uma ave passeriformes, Dendrocincla fuliginosa (Dendrocolaptidae). O comportamento foi observado em um fragmento localizado na cidade amazônica de Manaus, Brasil. Duas horas depois de que a ave defecou, o rola bosta se aproximou das fezes e começou a manipulá-las com as patas anteriores e posteriores. Entretanto, não se observou consumo do excremento. Para uma compreensão mais clara das relações entre os excrementos de aves e os rola bostas amazônicos, é importante a realização de experimentos padronizados com uma ampla variedade de fezes e carcaças nativas. coprófagos oportunistas eles espécies cf passeriformes Dendrocolaptidae. Dendrocolaptidae . (Dendrocolaptidae) Manaus Brasil defecou manipulálas manipulá las posteriores Entretanto excremento amazônicos nativas (Dendrocolaptidae

ABSTRACT Bird droppings are an unusual food resource for coprophagous insects and used mostly by opportunistic decomposers. Among them, dung beetles feed mainly on dung, although the species differ in their trophic plasticity. Here we report a record of a dung beetle, Canthidium cf. gracilipes, reaching and manipulating the dropping of a passeriform bird, Dendrocincla fuliginosa (Dendrocolaptidae). The behavior was observed in an urban forest fragment located in the Amazonian city of Manaus, Brazil. Two hours after the bird defecated, the dung beetle reached the dropping and started manipulating them with its fore- and hindlegs. It did not eat the dung, though. For a clear understanding of the relationships between bird droppings and Amazonian dung beetles, it will be important to perform standardized experiments with a wide variety of native dung and carrion types. decomposers plasticity cf gracilipes Dendrocolaptidae. Dendrocolaptidae . (Dendrocolaptidae) Manaus Brazil defecated fore hindlegs though types (Dendrocolaptidae

Abstract The work was carried out at Laboratory III, Agricultural Sciences Faculty, University of Sancti Spíritus. Its aim was to determine the effect of four doses of strains LBb-111 and LBb-1234 of Beauveria bassiana Bals. and Ma-34 of Metarhyzum anisopliae L. on the mortality of Aethina tumida larvae and adults collected in infected beehives. A mixture of 375 g of soil + 100 g of washed sand + four doses of entomopathogens was used for the experiment. Then, 500 g of the mixture were placed in boxes (6.2 cm high x 15.5 cm diameter). Ten larvae/boxes/dose were placed in a first assay and 10 adults/boxes/dose in others, with seven replicates per treatment, respectively. Mortality percentages were determined every 24 hours and a factorial analysis was carried out with an interaction between the doses and the strains used. As a result, Strain LBb-111 of B. bassiana and Ma-34 of M. anisopliae reached the highest percentage of adult mortality with 40g and 60g, with values higher than 50 % in 96 hours. The highest percentage of larval mortality was reached with the 60g dose with strain LBb-111 of B. bassiana in 96 hours.

Resumen El trabajo se realizó en el Laboratorio III de la Facultad de Ciencias Agropecuarias en la Universidad de Sancti Spíritus para determinar el efecto de cuatro dosis de las cepas LBb-111 y LBb-1234 de Beauveria bassiana Bals. y la Ma-34 de Metarhyzum anisopliae L. en la mortalidad de larvas y adultos de Aethina tumida colectados en apiarios infectados. Para el desarrollo del experimento, se elaboró una mezcla con 375g de suelo + 100g de arena lavada + cuatro dosis de los entomopatógenos. Luego se colocaron 500g de la mezcla en boxes (6,2cm de alto x15,5cm de diámetro). En un primer ensayo, se colocaron 10 larvas/boxes/dosis y en otros, 10 adultos/boxes/dosis con siete réplicas por tratamiento, respectivamente. Cada 24 horas se determinó el porcentaje de mortalidad y se realizó un análisis factorial con interacción entre las dosis y las cepas empleadas. La cepa LBb-111 de B. bassiana y Ma-34 de M. anisopliae alcanzaron el mayor porcentaje de mortalidad de adultos con 40g y 60g, con valores superiores al 50 % en 96 horas. El mayor porcentaje de mortalidad de larvas se alcanzó con la dosis de 60g con la cepa LBb-111de B. bassiana en 96 horas.