5,223 research outputs found
Infograma de Correlação entre Arquivologia e a Ciência da informação.
No full text Projeto do graduando Bruno Cosme do curso de Arquivologia da UFPB. Infograma de correlação entre a Arquivologia e a Ciência da Informação. </p
infograma._assinado.pdf
No full text Projeto do graduando Bruno Cosme do curso de Arquivologia da UFPB. Infograma de correlação entre a Arquivologia e a Ciência da Informação. </p
FIGURE 1 in Craniella quirimure sp. nov. from the mangroves of Bahia (Brazil) (Tetillidae, Spirophorida, Demospongiae)
No full textFIGURE 1 Map showing the location of Camamu and Todos os Santos bays (State of Bahia, Brazil), indicating Craniella quirimure sp.nov.s typelocality and the other collecting station. A. Todos os Santos Bay (TSB), B Itaparica Channel, C. Itaparica Yacht Club, D. Jacuruna and E. Camamu.Published as part of Peixinho, Solange, Cosme, Bruno & Hajdu, Eduardo, 2005, Craniella quirimure sp. nov. from the mangroves of Bahia (Brazil) (Tetillidae, Spirophorida, Demospongiae), pp. 31-42 in Zootaxa 1036 on page 32, DOI: 10.5281/zenodo.16974
FIGURE 4 in Craniella quirimure sp. nov. from the mangroves of Bahia (Brazil) (Tetillidae, Spirophorida, Demospongiae)
No full textFIGURE 4 Schematic representation of the megasclere complement and SEM of the microscleres of the holotype. A. Protriaene I. B. Cladome of the prodiaene I. C. Protriaene II. D. Cladome of the prodiaene II. E. Oxea I (main, choanosomal). F. Oxea II (cortical). G. Oxea III (anisoxea, choanosomal). H. Oxea IV (rhizoidal). I. Anatriaene. J. Sigmaspire. Scale bar in m: AD, I = 25; E = 250; FH = 100 and J = 2.Published as part of Peixinho, Solange, Cosme, Bruno & Hajdu, Eduardo, 2005, Craniella quirimure sp. nov. from the mangroves of Bahia (Brazil) (Tetillidae, Spirophorida, Demospongiae), pp. 31-42 in Zootaxa 1036 on page 38, DOI: 10.5281/zenodo.16974
Riche (la) (Indre-et-Loire). Prieuré Saint-Cosme
No full textDeux diagnostics sont venus compléter la grande fouille du prieuré Saint-Cosme réalisée en 2009-2010. Ils avaient pour objectif de contrôler la présence de vestiges à la périphérie du prieuré, en prévision de travaux de mise en valeur du site. Les résultats des quatre séries de sondages se répartissent en deux grandes catégories : de nouvelles données sur la genèse de l’île de Saint-Cosme, et des informations nouvelles sur des bâtiments du prieuré, dont certains étaient encore pratiquement in..
Introducing “La fabrique du droit”. A Conversation with Bruno Latour
Get PDFBruno Latour talks with Paolo Landri about his book on the Conseil d'Etat (La Fabrique du droit). The conversation was held in 2006 at the time of the Italian translation of the book and illustrates the research project and the difficulties the author had in the field. At the same time, it clarifies the trajectories of Bruno Latour's work and theoretical framework of his program of study with respect to sociology, anthropology, and philosophy of law. The conversation helps to understand the open-ended character of Bruno Latour's research and reflection including STS as well as sociological, anthropological and philosophical themes
Manifestações lúdicas no Corre Cosme
No full textThis is a qualitative study aimed at describing the actions involved in Corre Cosme, a tradition that takes place in the region of Corumbá, MS and mobilizes children on September 27 to celebrate Cosme and Damião, leading to a race throughout the city, during the race and to analyze whether these manifestations have any religious connotations. A total of 48 students from various courses took part in the research. The research instrument used was a form, drawn up and made available online via Google Forms, with questions about participation in Corre Cosme, the times they took part in the race and the organization required for the race. Content analysis was used on the data collected, arriving at three categories: me, the runner; the race itself; and what Cosmemeant to me. The results show that the race is part of the culture of childhood in Corumba, a festive day that arouses feelings of euphoria and joy in those who take part. The playful manifestations that take place during the race are almost all spontaneous, unrelated to religion.Trata-se de uma pesquisa qualitativa cujo objetivo é descrever as ações que envolvem o Corre Cosme, uma tradição que acontece na região de Corumbá, MS que mobiliza crianças, no dia 27 de setembro para celebrar Cosme e Damião, levando a uma corrida por toda a cidade, desde a preparação para correr até a corrida propriamente dita. Além disso, busca-se elencar as manifestações lúdicas realizadas durante a corrida e analisar se essas manifestações possuem alguma conotação religiosa. Participaram da pesquisa 48 acadêmicos de diversos cursos. Foi utilizado como instrumento de pesquisa um formulário, elaborado e disponibilizado on-line pelo Google Forms, com questões sobre a participação no Corre Cosme, referentes aos tempos que participou da corrida e a organização necessária para essa corrida. Utilizou-se a análise de conteúdo frente aos dados coletados, chegando a três categorias: o eu corredor; a corrida propriamente dita; e o que o Cosme significou para mim. Os resultados apontam que a corrida faz parte das culturas da infância corumbaense, um dia festivo, que desperta sensações de euforia e alegria em quem participa. As manifestações lúdicas que acontecem durante o correr, são quase todas espontâneas, sem relação com a religião.Se trata de un estudio cualitativo cuyo objetivo es describir las acciones implicadas en Corre Cosme, una tradición que tiene lugar en la región de Corumbá, MS y que moviliza a los niños el 27 de septiembre para celebrar Cosme y Damião, dando lugar a una carrera por toda la ciudad, hasta la carrera en sí. Además, pretende enumerar las manifestaciones lúdicas que se llevan a cabo durante la carrera y analizar si estas manifestaciones tienen alguna connotación religiosa. Un total de 48 académicos de diversos cursos participaron en la investigación. El instrumento de investigación utilizado fue un formulario, elaborado y puesto a disposición en línea a través de Google Forms, con preguntas sobre la participación en Corre Cosme, las veces que participaron en la carrera y la organización necesaria para la carrera. Para analizar los datos recogidos se utilizó el análisis de contenido, llegando a tres categorías: yo como corredor; la carrera en sí; e lo que Cosme significó para mí. Los resultados muestran que la carrera forma parte de la cultura de la infancia en Corumba, una jornada festiva que despierta sentimientos de euforia y alegría en los participantes. Las manifestaciones lúdicas que tienen lugar durante la carrera son casi todas espontáneas, ajenas a la religión.PALAVRAS-CLAVE: Infancia; Juegos; Patrimonio histórico; Sincretismo religioso.***1 INTRODUÇÃOO presente texto tem os objetivos de descrever as ações que envolvem o Corre Cosme,na região de Corumbá, MS, desde a preparação para correr, até a corrida propriamente dita; elencar as manifestações lúdicas realizadas durante a corrida; e analisar se essasmanifestações possuem alguma conotação religiosa diante dos objetivos da corrida, como agradecer a São Cosme e São Damião por uma graça alcançada.Em Corumbá, município brasileiro localizado no estado de Mato Grosso do Sul (MS), o dia 27 de setembro, dia de São Cosme e Damião, é uma farra para as crianças e, em alguns casos, até para adolescentes e adultos, pois é dia de Corre Cosme. A tradição se inicia na madrugada e se estende até o pôr do sol. Devotos dos santos pagam suas promessas, distribuindo doces para as crianças e, ao longo do dia, é possível escutar os fogos de artifício que indicam o local onde a distribuição acontece
Manifestações lúdicas no Correr Cosme
Get PDFThis is a qualitative study whose aim is to describe the actions involved in Corre Cosme, from preparing to run to the race itself. In addition, it seeks to list the ludic manifestations carried out during the race and to analyze whether these manifestations have any religious connotations. A total of 48 students from various courses took part in the research. The research instrument used was a form, drawn up and made available online via Google Forms, with questions about participation in Corre Cosme, the times they took part in the race and the organization required for the race. Content analysis was used on the data collected, arriving at three categories: me, the runner; the race itself; and what Cosme meant to me. The results show that the race is part of the culture of childhood in Corumba, a festive day that arouses feelings of euphoria and joy in those who take part. The playful manifestations that take place during the race are almost all spontaneous, unrelated to religion.Se trata de un estudio cualitativo cuyo objetivo es describir las acciones implicadas en Corre Cosme, desde la preparación para correr hasta la carrera en sí. Además, pretende enumerar las manifestaciones lúdicas que se llevan a cabo durante la carrera y analizar si estas manifestaciones tienen alguna connotación religiosa. Un total de 48 académicos de diversos cursos participaron en la investigación. El instrumento de investigación utilizado fue un formulario, elaborado y puesto a disposición en línea a través de Google Forms, con preguntas sobre la participación en Corre Cosme, las veces que participaron en la carrera y la organización necesaria para la carrera. Para analizar los datos recogidos se utilizó el análisis de contenido, llegando a tres categorías: yo como corredor; la carrera en sí; e lo que Cosme significó para mí. Los resultados muestran que la carrera forma parte de la cultura de la infancia en Corumba, una jornada festiva que despierta sentimientos de euforia y alegría en los participantes. Las manifestaciones lúdicas que tienen lugar durante la carrera son casi todas espontáneas, ajenas a la religión.Trata-se de uma pesquisa qualitativa cujo objetivo é descrever as ações que envolvem o Corre Cosme, desde a preparação para correr até a corrida propriamente dita. Além disso, busca-se elencar as manifestações lúdicas realizadas durante a corrida e analisar se essas manifestações possuem alguma conotação religiosa. Participaram da pesquisa 48 acadêmicos de diversos cursos. Foi utilizado como instrumento de pesquisa um formulário, elaborado e disponibilizado on-line pelo Google Forms, com questões sobre a participação no Corre Cosme, referentes aos tempos que participou da corrida e a organização necessária para essa corrida. Utilizou-se a análise de conteúdo frente aos dados coletados, chegando a três categorias: o eu corredor; a corrida propriamente dita; e o que o Cosme significou para mim. Os resultados apontam que a corrida faz parte das culturas da infância corumbaense, um dia festivo, que desperta sensações de euforia e alegria em quem participa. As manifestações lúdicas que acontecem durante o correr, são quase todas espontâneas, sem relação com a religião
Craniella quirimure Peixinho, Cosme & Hajdu, 2005, sp. nov.
No full text<i>Craniella quirimure</i> sp. nov. <p>Figs. 2, 3, 4</p> <p>Holotype — UFBA 1812­POR, (1) Barra do Jacuruna (ca. 13o02.857’S 38o48.857’W, Itaparica Channel, Jaguaripe, State of Bahia, Brazil) intertidal, mangrove, coll. S. Peixinho, i.1976.</p> <p>Paratypes (1) Barra do Jacuruna (ca. 13o02.857’S 38o48.857’W, Itaparica Channel, Jaguaripe, State of Bahia, Brazil) intertidal, mangrove — UFBA 212­POR 15 specimens), coll. A. Sampaio, 02.xi.1975; UFBA 222­POR (7 specimens), coll. S.Peixinho, 24.viii.1975; UFBA 252­POR (9 specimens), coll. A. Sampaio, iv.1976; UFBA 254­POR (3 specimens), coll. S. Peixinho, i.1976; UFBA 262­POR, UFBA 161­ PGR, Coll. S.</p> <p>Peixinho, 1976 (49 specimens), UFBA 1811­POR, coll. S. Peixinho, 1976; MNRJ 601 (1 specimen), coll. E. Hajdu, S. Peixinho & R. Desqueyroux­Faúndez, 22.i.1997; UFBA 1776­POR (8 specimens), coll. S. Peixinho, E. Hajdu, R.G.S. Berlinck, C.P. Santos & E.L. Esteves, 05.vi.2004; MNRJ 8417 (5 specimens), coll. S. Peixinho, E. Hajdu, R.G.S. Berlinck, C.P. Santos & E.L. Esteves, 05.vi.2004. (2) Itaparica Marina (S12º53,340' / W38º41,075', Itaparica Island, State of Bahia, Brazil) ­ UFBA 1888­POR (2 specimens), coll. B. Cosme, 30.i.2005. (3) Maraú River Delta (S13º58´/ W38º59´, Bay of Camamu, State of Bahia, Brazil), mangrove ­ UFBA 999­POR (3 specimens), coll. M.C. Guerrazzi et coll., leg. U.S. Pinheiro, 13.vi.2004.</p> <p> <i>Diagnosis</i></p> <p> <i>Craniella quirimure</i> sp.nov. is the only <i>Craniella</i> in the Tropical Atlantic with cortical oxeas up to 1000 µm long and 28 µm thick, two categories of protriaenes, anatriaenes which can be larger than 9000 µm and sigmaspires smaller than 15 µm.</p> <p>Specimens Oxeas Protriaenes Anatriaenes Sigmaspires</p> <p>Holotype I. main choanosomal I. large rabdome rabdome 6,2­8,8 ­ 12,8 UFBA 0 1812 ­ 1671­2257 ­4551/9,9­21,1­28 1434­2148 ­3156/4,2­5,1­6,9>9600/4,1­6,2­8,6 POR II. cortical large cladi cladome</p> <p>574­839,7­1166/14,5­18,7­28 21,4­40,4­48,8 18­25,6­31</p> <p>III. anisoxeas large cladome 13­18,3­26</p> <p>407­675,3­960/3,6­6,3­11,1 II. small rabdome</p> <p>IV. rhizoidal 210­492­864/1­1,3­1,6</p> <p>419­569­727/7­11,8­17 small cladi</p> <p>25,3­46,4­64,7</p> <p>small cladome 8­20,6­44</p> <p>Paratype I. main choanosomal I. large rabdome Rabdome 7.7­9.8­11.6 UFBA 0 0 262 ­ 756.1­1877­2343.3/9.9­20.8­28.2 1497.5­1694.6­1882.8/4.2­5.9­7.7>9000/4.4­5.9­7.6 POR II. cortical large cladi cladome</p> <p>597.9­801.8­1041/9.9­18.4­33.3 29.6­36.4­42 21.7­28.2­33.2</p> <p>III. anisoxeas large cladome 12.9­19.1­23.8</p> <p>463.4­603.1­758.7/4.9­6.5­15.5 II. small rabdome</p> <p>IV. rhizoidal 368.8­494.7­798.1/0.9­1.4­2.3</p> <p>441.4­699.7­1124.8/9.7­15.4­28 small cladi</p> <p>14.6­38.3­50.1</p> <p>large cladome 6.2­22.6­33.8</p> <p>Paratype I. main choanosomal I. large rabdome Rabdome 5.2­8.6­12.1 UFBA 0 0 254 ­ 1598.3­2067.7­2704.9/11.1­18.8­25.5 1433.7­2147.7­3156.5/4.2­5.1­6.9>7000/5.9­6.7­7.7 POR II. cortical large cladi cladome</p> <p>521.1­842.5­1220.6/14.2­20.7­31.6 21.4­40.3­53.5 24.6­29.9­35.7</p> <p>III. anisoxeas large cladome 21.1­27.4­33.4</p> <p> 380.5 <i>­</i> 594.2­808.3/3.9­5.3­8.5 II. small rabdome</p> <p>IV. rhizoidal 209.8­491.6­864.2/1­1.3­1.6</p> <p>520.4­718.2­881/13.8­17.4­25.3 small cladi</p> <p>25.3­46.4­64.7</p> <p>large cladome 4.9­7.3­11</p> <p>Paratype I. main choanosomal I. large rabdome Rabdome 5.8­8.4­12.3 UFBA 0 1811 ­ 1362.8­1718.5­2489.8/7.4­16.3­21.2 1486.5­1713.9­1920.9/5.1­6.3­7.8>6000/4.3­5.9­6.8 POR II. cortical large cladi cladome</p> <p>493.4­687.3­1019.2/11.8­16.1­24.7 32­37.7­41 24.9­31.3­41</p> <p>III. anisoxeas large cladome 13.8­18.9­23.5</p> <p>462.8­540.4­726.3/3.9­6.6­10.7 II. small rabdome</p> <p>IV. rhizoidal 212.4­362.4­514.9/1.1­1.7­2.1</p> <p>269­466.2­637.2/2.9­11.2­16.2 small cladi</p> <p>331­36.7­42.8</p> <p>large cladome 10.3­15.1­22.5</p> <p> <i>Description</i></p> <p>External form irregularly ovoid, elliptical, barrel­shaped or nearly spherical. Specimens reach a maximum of 23mm in diameter and 25mm in height. Surface can be flat (more often) or slightly ridged, with or without perforations (inhalant apertures). Some specimens were seen to bear a crown of conulose­volcaniform projections on the rim of their apical side. Texture normally smooth. Consistency varies from easily compressible to nearly incompressible, what might be related to contraction after collection and handling. More often a single apical oscule occurs, also markedly contracted after collection. A few specimens possessed two or three oscula clustered. Aquiferous channels are clearly seen converging to the oscula in live specimens. In many preserved specimens oscula are not visible. The basal portion of the specimens bears rhizoidal extensions for anchoring in the soft sediment. These are variably intertwined, and can reach 73 mm (UFBA1812­POR) in length. In some specimens (ovoid and barrel­shaped) these extensions clearly project from several locations spread around the base of specimens. In others (elliptical), they appear to be more concentrated. In live specimens these extensions were either buried in the sediment, or entangled under the specimen, penetrating over 1­2 cm in the sediment. Live color is muddy­greenish and muddy­yellowish externally, turning brown in ethanol. Sectioned specimens are yellow inside, clearer on the central portion due to increased silica content, and have two conspicuous outer layers of distinct color. The outermost is sediment colored, reddish­brown, and is adjacent to a bright green sub­surface layer.</p> <p> <i>Skeleton</i></p> <p>Nearly perfect radial arrangement of conspicuous spicule tracts of larger choanossomal oxeas spiraling from the base towards the surface of the sponge (ca. 3 tracts in 1 cm of surface area), terminating within a palisade­like layer (ca. 1080 mm thick) of smaller cortical oxeas adjacent to, and slightly piercing (ca. 40 µm) the surface. The radial arrangement is somewhat obscured by a dense criss­crossed reticulation of isolated spicules. Aquiferous channels are seen here and there in the choanosome (up to 280 µm across). Protriaenes are piercing the surface abundantly as commonly seen on other tetillids. Sigmaspires are distributed all over the sponge. The basal rhizoidal extensions have abundant intertwined anchoring anatriaenes.</p> <p>Spicules (measures in m): Megascleres Protriaenes I, associated to the main cortical/ choanossomal tracts, but easier to spot in the cortical region; eventually of prodiaene form; slender. Rhabdome, long, straight, sometimes with a sinuous base, always tapering gradualy; 1434­1925.9­3156/4.2­5.6­ 7.8 m. Cladome, straight and sharp, ocasionally asymetrical; 21­38.7­54/13­20.8 ­ 33 m.</p> <p>Protrianes II, associated to the main cortical/choanossomal tracts, but easier to spot in the cortical region; eventually of prodiaene form; slender. Rhabdome, long, straight, sometimes with a sinuous base, always tapering gradualy; 210­473.1­908/0.8­1.4­ 2.2 m. Cladome, slender, straight or curved, and sharp, ocasionally asymetrical; 15­41.9­65/4.9­ 16.4­ 44 m.</p> <p>Anatriaenes, rhizoidal, forming long tracts embedded in the soft sediment, the cladomes acting as hooks. Extremely long rhabdome, tapering gradually to a sharp end (like a long hair);>6000/4­6.1­ 8.5 m. Cladome, straight and sharp 17.6­28.7­ 41 m.</p> <p>Oxeas I, main spicule of the choanosomal bundles; long, straight, stout in the central region and sharpening abruptly, 1363­1928.1­2705/7­17.5­ 26 m.</p> <p>Oxeas II, cortical; short and robust, straight, sometimes curved, abruptly sharpened, ocasionally styloid, 493­764.8­1221/12­18.3­ 32 m.</p> <p>Oxeas III, auxiliary spicules of the choanosomal bundles; anisoxeas, one end tapering gradually, the other abruptly, 381­567.2­808/3.9­5.9­ 11 m.</p> <p>Oxeas IV, rhizoidal; similar to oxeas I, but shorter, 269­592.2­881/5.9­14.3­ 25 m.</p> <p>Microscleres Sigmaspires, occurring both in the choanosome as well as in the rhizoidal extensions; small and acanthose, 5.7­9.0­ 12 m.</p> <p> <i>Ecology and distribution</i></p> <p> The species is abundant at least on part of the intertidal mangrove area studied (Barra do Jacuruna), where it is found on muddy­sand substrate attached by its rhizoidal projections. Observed density was about 12 individuals per square meter. Clusters had at most 2­3 individuals. Water temperature may reach above 30ºC in summer months (December­February), and emmersion is calculated to be of no more than 1­2h on the lowest tydes. This is a delta area where salinity has been reported to vary from 3 to 31/ 1000, with an annual mean around 25/1000 (Paredes et al., 1980). Other sponges occurring in the area are <i>Mycale microsigmatosa</i> Arndt, 1927 and <i>Haliclona coerulea</i> (Hechtel, 1965). The Itaparica Marina is situated in a marine environment.</p> <p>The Bay of Camamu is the target of an ongoing basic inventory of its benthic fauna (M.C. Guerrazzi et coll.). The species was seen on different locations in the bay, at varying distances from the entrance (U.S. Pinheiro, pers. comm.), which suggests considerable adaptation to salinity fluctuations (not recorded).</p> <p> <i>Etymology</i></p> <p>The species name, a name in apposition, is the Tupinambás Indians name for Todos os Santos Bay, its type locality, and where most of the specimens collected stem from.</p> <p> <i>Remarks</i></p> <p>The very disparate sampling effort undertaken on the three collecting localities precludes any discussion on possible morphologic trends established on these populations. New collections on the Bay of Camamu and on Itaparica Island will allow a study of variability, which is beyond the scope of this contribution.</p> <p> There are nearly 40 species of <i>Craniella</i> reported worldwide, seven of which from the Tropical Atlantic, viz.: <i>C. carteri</i> Sollas, 1886; <i>C. cranium</i> (Müller, 1789); <i>C. insidiosa</i> Schmidt, 1870; <i>C. laminaris</i> (George & Wilson, 1919); <i>C. lens</i> Schmidt, 1870; <i>C. schmidti</i> Sollas, 1888 and <i>C. tethyoides</i> Schmidt, 1870.</p> <p> The new species described here differs from <i>C. carteri</i> and <i>C. lens</i> because both latter species do not possess sigmaspires. Additionally, none of these were reported to possess two categories of protriaenes, and the main choanosomal oxeas of both seem to be always much stouter (always over 20ìm thick) than those of the new species (sometimes as small as 7 m thick). Of those Tropical Western Atlantic <i>Craniella</i> species with sigmaspires, <i>C. schmidti</i> and <i>C. tethyoides</i> have these microscleres much larger (respectively ca. 20 and 35 m in largest diameter). Both species are deep­water inhabitants being thus well differentiated on ecological grounds too, when compared to the new species apparent shallow, warm, mangrove restricted distribution. One further diagnostic character stems from <i>C. schmidti</i> s much stouter choanosomal oxeas.</p> <p> <i>Craniella cranium</i> is a problematic species in need of revision. Originally described from the Boreal Eastern Atlantic, the species has subsequently been reported from several other, mostly Boreal/Temperate localities, on many distinct biogeographic provinces. On an exclusively biogeographical probability rationale, Boreal records on both the Atlantic and the Pacific are likely, Southern Temperate records and a postulated anti­tropical distribution are less likely, and Tropical records and their implied cosmopolitanism are much less likely. With this in mind, it is very improbable on biogeographical grounds alone that <i>C. cranium</i> will be found on warm, shallow Tropical Brazil. Consequently, Carters (1890) record of <i>C. cranium</i> for the Fernando de Noronha Arquipelago, despite not revised here, is most probably equivocal. We have taken Van Soest et alls (2000) description as a recent revision of Boreal Western Atlantic <i>C. cranium</i>, and used it for a comparison with <i>C. quirimure</i> sp.nov. The Boreal species has much stouter cortical (up to 55 m thick) as well as choanosomal oxeas (up to 70 m thick). Its triaenes, both pro­ and ana­, were reported to be much longer than those in the new species (respectively, up to 8500ìm and 20000ìm). Sigmaspires in <i>C. cranium</i> may reach 20 m in diameter while in <i>C. quirimure</i> sp.nov. these are smaller than 15ìm. Given all these morphological differences, and keeping in mind both species apparent very low biogeographic relatedness, <i>C. quirimure</i> sp.nov. is considered very well differentiated from <i>C. cranium</i>.</p> <p> The two remaining <i>Craniella</i> reported from the Tropical (or nearly so) Atlantic are <i>C. insidiosa</i> and <i>C. laminaris</i>. The first one was poorly described by Schmidt (1870) and was considered unrecognizable already by Sollas (1888). No further comments can be made here on it status. <i>C. laminaris</i>, in spite of originally described from Newport River (eastern U.S.A.), a locality nearly 9000 km away from Bahia, appears to be the morphologically closest to the new species. Both share the very shallow water habitat, as well as comparably large cortical oxeas and sigmaspires, and possess additional categories of protrianes (cf. George & Wilson, 1919). A series of traits can be used to separate them. Cortical oxeas can be much stouter (up to 28 m thick) in <i>C. quirimure</i> sp.nov., choanosomal oxeas can be much longer (up to 4551 m) and stouter (up to 28 m thick), and anatriaenes can be over 4x larger (up to 9600 m). The new species is thus considered well distinguished from other congeners in the Tropical west Atlantic.</p>Published as part of <i>Peixinho, Solange, Cosme, Bruno & Hajdu, Eduardo, 2005, Craniella quirimure sp. nov. from the mangroves of Bahia (Brazil) (Tetillidae, Spirophorida, Demospongiae), pp. 31-42 in Zootaxa 1036</i> on pages 33-40, DOI: <a href="http://zenodo.org/record/169740">10.5281/zenodo.169740</a>
Author Correction: Collection of the digital data from the neurological examination.
Get PDFIn this article, the corresponding author was inadvertently designated only to “Bruno Kusznir Vitturi” but it should have been “Bruno Kusznir Vitturi” and “Walter Maetzler”. The original article has been corrected
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