Abstract:ABSTRACT. Spheciformes Wasps (Hymenoptera, Apoidea) from Mato Grosso do Sul, Brazil. Here we present a species list of spheciformes wasps of the families Ampulicidae, Sphecidae and Crabronidae, registered in west and southwest of the Mato Grosso do Sul state, Brazil. The surveys were conducted in 22 sampling points, with emphasis on Serra da Bodoquena region, covering the biomes: Cerrado, Atlantic Forest and Chaco. We recorded 506 individuals distributed in 47 genera and 109 species. Trypoxylon Latreille was t… Show more
“…Although the diversity of wasps is certainly higher and more sampled in the present study, the number of bee species known to Mato Grosso do Sul indicates that this group is best studied at this moment (Auko & silvestre 2013;Moure et al 2013;Auko et al 2017;liMA & silvestre 2017;luz et al 2017;shiMbori et al 2017;trAd & silvestre 2017).…”
Section: Discussionmentioning
confidence: 65%
“…The current knowledge of Hymenoptera in the state of Mato Grosso do Sul comprises about 386 species (260 nominal) in 107 genera of bees (Moure et al 2013;liMA & silvestre 2017), and at least 420 species in 286 genera of wasps (Auko & silvestre 2013;Auko et al 2017;luz et al 2017;shiMbori et al 2017;trAd & silvestre 2017). However, many of these records are generic identifications, and some of these are outside the Pantanal biome.…”
We reported the hymenopteran fauna (except Formicidae) in a floodable area in the South Pantanal, Mato Grosso do Sul, Brazil. The study was conducted in a riparian forest of the Miranda river, located in the Passo do Lontra region, Corumbá. The collection occurred in the dry season of August 2016 using different capture methods. A total of 137 individuals distributed in 18 families, 43 genera, and 64 morphospecies (10 nominal) were collected. The families with the greatest richness were Diapriidae and Ichneumonidae with 11 morphospecies each (17% of the total), followed by Platygastridae and Braconidae with 10 and nine, respectively. Two species were newly recorded for Brazil: Gryonoides pulchellus Dodd, 1920 (Platygastridae) and Losada penai Fritz, 1873 (Crabronidae), plus 22 new records for Mato Grosso do Sul. This study increases about 5.2% of the wasp fauna recorded in Mato Grosso do Sul, as well as for the Pantanal.
“…Although the diversity of wasps is certainly higher and more sampled in the present study, the number of bee species known to Mato Grosso do Sul indicates that this group is best studied at this moment (Auko & silvestre 2013;Moure et al 2013;Auko et al 2017;liMA & silvestre 2017;luz et al 2017;shiMbori et al 2017;trAd & silvestre 2017).…”
Section: Discussionmentioning
confidence: 65%
“…The current knowledge of Hymenoptera in the state of Mato Grosso do Sul comprises about 386 species (260 nominal) in 107 genera of bees (Moure et al 2013;liMA & silvestre 2017), and at least 420 species in 286 genera of wasps (Auko & silvestre 2013;Auko et al 2017;luz et al 2017;shiMbori et al 2017;trAd & silvestre 2017). However, many of these records are generic identifications, and some of these are outside the Pantanal biome.…”
We reported the hymenopteran fauna (except Formicidae) in a floodable area in the South Pantanal, Mato Grosso do Sul, Brazil. The study was conducted in a riparian forest of the Miranda river, located in the Passo do Lontra region, Corumbá. The collection occurred in the dry season of August 2016 using different capture methods. A total of 137 individuals distributed in 18 families, 43 genera, and 64 morphospecies (10 nominal) were collected. The families with the greatest richness were Diapriidae and Ichneumonidae with 11 morphospecies each (17% of the total), followed by Platygastridae and Braconidae with 10 and nine, respectively. Two species were newly recorded for Brazil: Gryonoides pulchellus Dodd, 1920 (Platygastridae) and Losada penai Fritz, 1873 (Crabronidae), plus 22 new records for Mato Grosso do Sul. This study increases about 5.2% of the wasp fauna recorded in Mato Grosso do Sul, as well as for the Pantanal.
“…The preference of smaller diameter orifices for nest building and provisioning may reflect behavioral strategies adopted to minimize energetic expenditure in relation to the morphological characteristics and body structure of each species, which presumably replicates the wasps' behavior in their natural environment. Furthermore, Trad and Silvestre (2017) found that most wasp species are correlated with a specific type of phytophysiognomy, and that the distribution and diversity of these wasps are determined by the heterogeneity of habitats, their spatial arrangement, the availability of resources, including nest-building materials, and land use. Aguiar and Martins (2002) concluded that the occupation of larger orifices would require the expenditure of more energy and material for the construction of the nest, with the preference for a given diameter reflecting the body size of the female wasp.…”
Wasps contribute to environmental quality and ecosystem services, and play a key role in the functioning of many environments. The present study identified the diversity of species of solitary wasps that occupied trap-nests in farming environments. as well as the architecture of the nests found. The study focused on three areas of agroecosystem, where 30 blocks of trap-nests, with four diameters (5 mm, 7 mm, 9 mm, and 11 mm), were installed. A total of 56 nests were occupied by solitary wasps, with the most frequent species being Trypoxylon sp.1 (N=100, 54.9%), Pachodynerus cf. brevithorax (N=31, 17.0%), Trypoxylon sp.2 (N=27, 14.8%) and Caenochrysis nigropolita (N=9, 4.9%). The wasps occupied preferentially the trap-nests of 5 mm and 7 mm in diameter. Six wasp families were recorded, with the most abundant being the Crabronidae with 127 individuals, followed by the family Vespidae (N=36). Reduced number of species was recorded in the study area with frequent use of pesticides, and farming practices, which may damage nesting sites. These findings provide important guidelines for the use of agricultural practices, and emphasize the need for the adoption of effective strategies for the conservation and sustainable management of the populations of these potentially beneficial insects.
KEY-WORD: Conservation, hymenopterans, agroecosystems.
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