196 resultados para Berg, Edmund v.: Kertomus Suomenmaan metsistä 1858
Resumo:
O artigo apresenta uma ferramenta da Aprendizagem Significativa denominada V de Gowin e a possibilidade de seu uso em um processo de desempacotamento de produções acadêmicas de Enfermagem. Objetiva construir uma proposta de alteração da ferramenta com a utilização dos elementos que compõem a trajetória processual da Teoria da Intervenção Práxica da Enfermagem em Saúde Coletiva (TIPESC) e analisar uma dissertação produzida nesta área de conhecimento. Trata-se de um estudo descritivo e exploratório que apresenta o V de Gowin, propondo alterações no seu domínio metodológico. Constatou-se a possibilidade de utilização para análises de produções acadêmicas de enfermagem deste instrumento heurístico que já se mostrou útil para apoiar processos de ensino e aprendizagem e analisar produções acadêmicas na área, pela capacidade de captar e interpretar qualquer fenômeno articulado aos processos de produção e reprodução social.
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Sharpshooter leafhoppers (Hemiptera, Cicadellidae, Cicadellinae) in citrus groves of the area of Bebedouro, SP, with description of a new species of Acrogonia Stål. Sixteen species of Cicadellidae, subfamily Cicadellinae, were collected and identified: 11 of the tribe Cicadellini and five of the tribe Proconiini. The ten most common species, together with a new species, are characterized based on external morphology and male genitalia: Acrogonia citrina Marucci & Cavichioli sp. nov.; Bucephalogonia xanthophis (Berg, 1879); Dilobopterus costalimai Young, 1977; Ferrariana trivittata (Signoret, 1854); Hortensia similis (Walker, 1851); Macugonalia cavifrons (Stål, 1862); M. leucomelas (Walker, 1851); Oncometopia facialis (Signoret, 1854); Plesiommata corniculata Young, 1977 and P. mollicella (Fowler, 1900). The leafhopper samples were collected in citrus groves and in adjacent habitats (woods, swamp, cultivable plain, spontaneous vegetation of the grove, coffee crop and sugarcane) at the counties of Bebedouro and Monte Azul Paulista and in the district of Turvínia. The collecting methods were: insect net, yellow sticky cards, portable suction trap and Malaise trap. Identification keys were elaborated for the 16 species. There is a great diversity of Cicadellinae species in the citric groves. In the three areas sampled, it was collected a larger number of species of the tribe Cicadellini than of the tribe Proconiini. In the Bebedouro area, the vector species of Xylella fastidiosa, A. citrina sp. nov., B. xanthophis, D. costalimai and O. facialis, were collected in the citrus groves and in all adjacent habitats.
Resumo:
Revision of the genus Mecocephala Dallas, 1851 (Heteroptera, Pentatomidae). The genus Mecocephala Dallas, 1851 is revised, and some taxonomic and geographical distribution data are evaluated. The following species are considered to belong to this genus: M. acuminata Dallas, 1851 = M. holmbergi Pirán, 1969 syn. nov., M. curculionoides Pirán, 1959, M. bonariensis sp. nov., M. magna sp. nov., M. maldonadensis sp. nov., and M. zikani sp. nov.; their distribution is restricted to southern Neotropical Region. Other species, formerly placed in Mecocephala, are considered, respectively: M. rubripes Berg, 1894 incertae sedis, M. darwini Kirkaldy, 1909 incertae sedis, M. atra Bergroth, 1914 incertae sedis, Paramecocephala uruguayensis (Pirán, 1970) comb. nov., Paramecocephala fusca (Haglund, 1868) comb. nov. A key to the species is presented.
Resumo:
Restructure of the genus Deois Fennah; description of a new genus and new species (Homoptera, Cercopidae, Tomaspidinae). The genus Deois Fennah is reviewed and some changes in the taxonomy are introduced. The genus and its four subgenera are redefined, having now the following composition: 1) subgenus Deois (Deois) with: D. (D.) correntina (Berg, 1879), D. (D.) grandis Sakakibara, 1979, D. (D.) knoblauchii (Berg, 1879) (formerly in D. (Pandysia)), D. (D.) morialis (China & Myers, 1934), D. (D.) mourei Cavichioli & Sakakibara, 1994, D. (D.) piraporae Sakakibara, 1979, D. (D.) pseudoflavopicta (Lallemand, 1938) comb. nov. (formerly in Mahanarva) = D. (D.) similis Sakakibara, 1979 syn. nov., D. (D.) rubropicta Sakakibara, 1979, D. (D.) spinulata sp. nov., D. (D.) terrea (Germar, 1821), D. (D.) uniformis (Distant, 1909). 2) subgenus Deois (Pandysia) with: D. (P.) bergi sp. nov., D. (P.) crenulata sp. nov., D. (P.) schach (Fabricius, 1787) = Sphenorhyna transiens Walker, 1851 syn. nov.. 3) Deois (Fennahia) with: D. (F.) coerulea (Lallemand, 1924), D. (F.) flexuosa (Walker, 1851). 4) Deois (Acanthodeois) with: D. (A.) flavopicta (Stål, 1854), Deois (A.) incompleta (Walker, 1851). The genus Orodamnis Fennah, 1953 stat. nov. (formerly Deois (Orodamnis)) with: Orodamnis rhynchosporae (China & Myers, 1934) comb. nov. The genus Deoisella gen. nov. is described for: Deoisella fasciata sp. nov. (type species) and Deoisella picklesi (China & Myers, 1934) comb. nov.
Resumo:
Dados sobre estágios imaturos e bionomia de Cyclomia mopsaria Guenée, [1858] são apresentados. O material procede de São Carlos, São Paulo, Brasil. As larvas alimentaram-se de Erythroxylum microphyllum St.-Hilaire (Erythroxylaceae).
Resumo:
O gênero Lophyraspis e as seguintes espécies, juntamente com algumas mudanças nomenclaturais, são tratados: Lophyraspis Stål, 1869 = Gerridius Fowler, 1896 syn. rest.; Lophyraspis muscaria (Fabricius, 1803) = Gerridius scutellatus Fowler, 1896 syn. nov. = Gerridius abbreviatus Baker, 1907 syn. nov.; Lophyraspis pygmaea (Fabricius, 1803); Lophyraspis scutellata (Fabricius, 1803) = L. cristata Stål, 1869 syn. nov. = L. armata Haviland, 1925 syn. nov.; Lophyraspis spinosa (Funkhouser, 1930) comb. nov. (anteriormente em Mina Walker, 1858); Lophyraspis fenestrata sp. nov. (Brasil, Amazonas); Lophyraspis diminuta sp. nov. (Brasil, Mato Grosso).
Resumo:
Novas sinonímias propostas: Strangalia flavocincta (Thomson, 1860) = Ophistomis tristis Melzer, 1922 syn. nov. = O. latifasciata Melzer, 1926 syn. nov.; Strangalia succincta (Redtenbacher, 1867) = O. auriflua Redtenbacher, 1867 syn. nov.; Strangalia melanura (Redtenbacher, 1867) = Euryptera dimidiata Redtenbacher, 1867 syn. nov.; Strangalia lyrata (Redtenbacher, 1867) = Ophistomis discophora Redtenbacher, 1867 syn. nov.; Strangalia fulvicornis (Bates, 1872) = Ophistomis variabilis Melzer, 1926 syn. nov. = O. flavovittata Melzer, 1926 syn. nov.; Strangalia melanophthisis (Berg, 1889) reval. = Euryptera melanura var. nigripennis Melzer, 1930 syn. nov.; Anastrangalia sanguinolenta (Linnaeus, 1761) (espécie introduzida na Argentina) = Leptura bonaeriensis Burmeister, 1865 syn. nov.
Resumo:
Kanaima Distant, 1909 é revisado, sendo suas espécies descritas e redefinidas. Este trabalho ressalta os caracteres taxonomicamente importantes das espécies de Kanaima, como os da morfologia externa e da genitália. Quatro espécies são reconhecidas como válidas: K. katzensteinii (Berg, 1879), K. fluvialis (Lallemand, 1924), K. fusca (Lallemand, 1927) comb. nov., e K. nigra sp. nov. (Brasil, RS). Os nomes Monecphora fluvialis var. lateralis Lallemand, 1924 e Monecphora fluvialis var. bipunctata Lallemand, 1924 são sinonimizados sob Kanaima fluvialis. Quatro espécies incluídas em Kanaima são transferidas para Mahanarva: M. (Ipiranga) vittata (Walker, 1851) comb. nov., M. (Ipiranga) fortunata (Lallemand, 1924) comb. nov., M. (Mahanarva) radiata (Walker, 1851) comb. nov. e M. (Mahanarva) dubia (Stancik & Cavichioli, 2003) comb. nov. Pachypterinella Lallemand, 1927 sin. nov.
Resumo:
Based on a study of the type material housed in the Muséum National d'Histoire Naturelle Paris, lectotypes are designated for the following species: 1) described by Jekel in 1855 - Ptychoderes columbianus, P. callosus, P. mixtus, P. antiquus, Hypselotropis batesi, Ectatotropis conicollis, and Tropipygus speciosus; 2) described by Thomson in 1858 - Phloeotragus sparsutus. The following species have the type specimens illustrated: Ptychoderes mixtus, lectotype female; P. tricostifrons, holotype male; Hypselotropis speciosa, lectotype male; Phloeotragus sparsutus, lectotype male and paralectotype female.
Resumo:
Review of Thoreyella Spinola with the description of two new species from Brazil (Heteroptera, Pentatomidae). Thoreyella Spinola is revised, with detailed descriptions of the four known species (T. brasiliensis Spinola, 1850, T. trinotata Berg, 1878, T. cornuta Berg, 1883 and, T. taurus Jensen-Haarup, 1931), and two new species from Brazil: T. maracaja sp. nov. (Minas Gerais, Santa Catarina, and Rio Grande do Sul states) and T. paraiba sp. nov. (Paraíba State). New geographical country and state/ province records are as follows: T. cornuta from Rio Grande do Sul; T. brasiliensis from Mato Grosso, Espírito Santo, Catamarca, and Córdoba; and T. trinotata from Brazil (Rio Grande do Sul). A key to all species is given.
Resumo:
Comparative morphology of the spermathecae of some species of Chrysomya Robineau-Desvoidy and Cochliomyia Townsend (Diptera, Calliphoridae). Little is known about the morphology of the chitinized structures of the spermathecae of the Calliphoridae. In this work, the spermathecae of Chrysomya albiceps Wiedemann, 1819, C. megacephala Fabricius, 1794, Cochliomyia macellaria Fabricius, 1775 and C. hominivorax Coquerel, 1858 are described and illustrated. The occurrence in one species of four spermathecae, an atypical form for blow flies, was recorded for the first time. The analysis of these structures will allow a better understanding of this group as well as provide taxonomic characters for future phylogenetic studies.
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First records of Glyphepomis adroguensis (Hemiptera, Pentatomidae) and its parasitoid, Telenomus podisi (Hymenoptera, Platygastridae), on rice fields in Rio Grande do Sul, Brazil. Eggs, nymphs, and adults of Glyphepomis adroguensis Berg, 1891 (Hemiptera, Pentatomidae) were observed for the first time on rice fields (Oryza sativa L.) in Charqueadas (29º59'S, 51º31'W) and Eldorado do Sul (30º02'S, 51º23'W) of Rio Grande do Sul state, Brazil. Telenomus podisi Ashmead, 1893 (Hymenoptera, Platygastridae) was found in G. adroguensis eggs.
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ABSTRACT This work has the objective to catalogue the information of Chrysodeixis includens (Walker, [1858]) (Lepidoptera: Noctuidae: Plusiinae) host plants. The list of plants comprehends new reports of host plants in Brazil and information from literature review around the world. It is listed 174 plants which are from 39 botanic families. The higher number of host plants of C. includens are in Asteraceae (29), Solanaceae (21), Fabaceae (18) and Lamiaceae (12).
Resumo:
The spatial variability of strongly weathered soils under sugarcane and soybean/wheat rotation was quantitatively assessed on 33 fields in two regions in São Paulo State, Brazil: Araras (15 fields with sugarcane) and Assis (11 fields with sugarcane and seven fields with soybean/wheat rotation). Statistical methods used were: nested analysis of variance (for 11 fields), semivariance analysis and analysis of variance within and between fields. Spatial levels from 50 m to several km were analyzed. Results are discussed with reference to a previously published study carried out in the surroundings of Passo Fundo (RS). Similar variability patterns were found for clay content, organic C content and cation exchange capacity. The fields studied are quite homogeneous with respect to these relatively stable soil characteristics. Spatial variability of other characteristics (resin extractable P, pH, base- and Al-saturation and also soil colour), varies with region and, or land use management. Soil management for sugarcane seems to have induced modifications to greater depths than for soybean/wheat rotation. Surface layers of soils under soybean/wheat present relatively little variation, apparently as a result of very intensive soil management. The major part of within-field variation occurs at short distances (< 50 m) in all study areas. Hence, little extra information would be gained by increasing sampling density from, say, 1/km² to 1/50 m². For many purposes, the soils in the study regions can be mapped with the same observation density, but residual variance will not be the same in all areas. Bulk sampling may help to reveal spatial patterns between 50 and 1.000 m.