58,516 research outputs found
Letter from Carl Hayden to F. R. Goodman, County Engineer
Letter from Carl Hayden to F. R. Goodman regarding the construction of new roads
Letter from Carl Hayden to F. R. Goodman
Letter from Carl T. Hayden to F. R. Goodman concerning the purchase of Bright Angel Trail and construction of an approach road to the park
Letter from F. R. Goodman to Carl Hayden
Letter from F. R. Goodman to Carl T. Hayden asking for clarification about the agreement to construct an approach road to the par
Annual patterns of nutrients and chlorophyll in a subtropical coastal lagoon under the upwelling influence (SW of Baja-California Peninsula)
Cervantes-Duarte, R., Prego, R., López-López, S., Aguirre-Bahena, F., & Ospina-Alvarez, N. (2013). Annual patterns of nutrients and chlorophyll in a subtropical coastal lagoon under the upwelling influence (SW of Baja-California Peninsula). Estuarine, Coastal and Shelf Science, 120, 54–63. doi:http://dx.doi.org/10.1016/j.ecss.2013.01.02
Erratum to: Effect of moderate red wine intake on cardiac prognosis after recent acute myocardial infarction of subjects with Type 2 diabetes mellitus (Diabetic Medicine, (2006), 23, 9, (974-981), 10.1111/j.1464-5491.2006.01886.x)
In an article by Marfella et al, the author name C. Saron is incorrect and should be listed as C. Sardu. Therefore the correct author list is: R. Marfella, F. Cacciapuoti, M. Siniscalchi, F. C. Sasso, F. Marchese, F. Cinone, E. Musacchio, M. A. Marfella, L. Ruggiero, G. Chiorazzo, D. Liberti, G. Chiorazzo, G. F. Nicoletti, C. Sardu, F. D'Andrea, C. Ammendola, M. Verza and L. Coppola.In an article by Marfella et al, the author name C. Saron is incorrect and should be listed as C. Sardu. Therefore the correct author list is: R. Marfella, F. Cacciapuoti, M. Siniscalchi, F. C. Sasso, F. Marchese, F. Cinone, E. Musacchio, M. A. Marfella, L. Ruggiero, G. Chiorazzo, D. Liberti, G. Chiorazzo, G. F. Nicoletti, C. Sardu, F. D'Andrea, C. Ammendola, M. Verza and L. Coppola
F. R. Leavis: The Creative University
This is a critical introduction to the educational thought of F. R. Leavis (1895-1978), the greatest English literary critic of the twentieth century, providing the first in-depth examination of Leavis's ideas in relation to contemporary mass higher education. During the course of a long, prolific and controversial academic career, which saw him take issue with figures such as Wittgenstein, T. S. Eliot and C. P. Snow, Leavis became one of the most articulate advocates for the idea of the university as 'a centre of consciousness and human responsibility' in the face of what he saw as the relentless technological drive of civilisation. With the journal Scrutiny which he co-founded, as well as his critical writings, Leavis became a decisive influence on generations of teachers in Britain and overseas. Widely misrepresented as narrowly elitist, his ideas about 'the creative university', with their radical, student-centred approach to teaching, constitute a powerful resource for a higher education system grappling with the contradictory demands of continuity and change. Based on original research, the study provides an overview of Leavis's life, work and heritage and his educational world view, and a comprehensive exploration of Leavis's pedagogy from theoretical and practical perspectives. It also includes a first-hand account by the author of being taught by Leavis in person
Body and Soul in Romantic Love, in ACT 9: Corpo e Paisagem Românticos, a cura di H. Carvalhâo Buescu, J. Ferreira Duarte e F. Fernandes da Silva, Lisboa, Ediçðes Colibri, pp. 15-37.
The model of Romantic Love: nody and soul in a communion. Examples from European Literature: Benjamin Constant, Stendhal, Foscolo, Tolstoj
Anisotropic quark stars in gravity
Within the metric formalism of theories of gravity, where is the
Ricci scalar, we study the hydrostatic equilibrium structure of compact stars
with the inclusion of anisotropic pressure. In particular, we focus on the
model and we examine small deviations from General
Relativity (GR) for . A suitable definition of mass
function is explicitly formulated from the field equations and the value of the
Ricci scalar at the center of each star is chosen such that it satisfies the
asymptotic flatness requirement. We find that both the mass and the radius of a
compact star are larger with respect to the general relativistic counterpart.
Furthermore, we remark that the substantial changes due to anisotropy occur
mainly in the high-central-density region.Comment: 10 pages, 4 figures, some references added, new figure added,
accepted for publication in Classical and Quantum Gravit
Limyra silvai Duarte 2017, sp. nov.
Limyra silvai sp. nov. (Figs 11–15, 22–31, 32) Diagnosis. The single known species may be recognized using diagnostic attributes of the genus. But the male and female genitalia must show the most important diagnostic features. In the male genitalia: (i) the ventral portion of the saccus dome-shaped with its edges concave with tapered corners; (ii) pseudotegumen with its ventral section flattened, enlarged at the base and expanded latero-distally; and (iii) vesica with cornuti separated or not. In the female genitalia: (i) lamella antevaginalis with two prolonged triangular plates meso-anteriorly that extends ventroposteriorly fusing to a mesal process, thus forming a depression between both structures; (ii) the mesal process conspicuous, tapered, curved upwards, slightly bifid dorsally process. Description. Male (Figs 11–13, 22). Forewing length: 16–21 mm; wingspan: 34–43 mm. Head. Eyes reduced. Frons dark orange-brown. Antenna with about 32 antennomeres. Thorax. Coloured as the head. Legs: epiphysis absent. Forewing dorsally: no distinct banding or broad patches, ground colour light pale brown to orange circles sometimes interspersed by dark grey stripes. Stigma sometimes marked by few light yellowish-white or pale yellow scales. Costal area darker with some light yellow spots. Dark grey to black spots sometimes sparsely present between Rs4 and CuA2, but a diagonal line or patch can be perceived distally to the cross veins. Hindwing dorsally: dark orange-brown proximately, lighter distally. Forewing and hindwing ventrally: uniformly coloured, light orange-brown without any markings. Abdomen. Dorsally as the thorax, ventrally lighter. Lateral longer scales distally. Tergum VIII concave, posteriorly bilobed, distally folded. Male genitalia. Tegumen mostly fused to the pseudotegumen, ventral portion articulated with saccus. Dorsal section of the saccus V-shaped with digitate projections postero-laterally almost at right angles; ventral portion dome-shaped, edges concave with tapered corners, the anterior corners strongly sclerotized. Tergal lobes slightly produced posteriorly as two separate and reduced setose lobes. Pseudotegumen compound as two inverted Lshaped formations; the shorter (dorsal) sections curved with a small hook-like process in their dorsal edge, the longer (ventral) sections flattened, enlarged at the base and expanded latero-distally, parallel, supporting the phallus. Fultura inferior boat-shaped ventrally, produced dorsally, curving and somewhat round in shape; fultura superior as a reduced rectangular bar, well sclerotized. Valvae slightly curved, extending from the base of the fultura to the posterior tip of the pseudotegumen. Phallus as long as the genitalia capsule; vesica bearing a lateral lobe medially; apically the vesica produces two processes with cornuti separated or not. Female (Figs 14, 15). Forewing length: 31 mm; wingspan: 68 mm. Only differences from the male are mentioned. Head. Antennae with ca. 30 segments. Thorax. Wing pattern the same as in the male, but paler and longer forewing. Female genitalia. Lamella antevaginalis with a reduced and tapered process laterally; from its inner edge emerges, on each side, a prolonged triangular and conspicuous plate that extends postero-ventrally, forming a depression between both structures, fusing to produce a curved and tapered upwards mesal, slightly bifid dorsally, posterior process. Antrum situated anteriorly to the prolonged triangular processes. Corpus bursae 1.5 times longer than ductus bursae, enlarged on its first half. Distribution. Limyra silvai sp. nov. is known from the municipality of Salesópolis and the type locality in Eastern São Paulo, Brazil from 800 m to about 1,600 m, respectively (Fig. 32). It is sympatric with C. endyra, C. ochracea, C. tesselata, and C. pluriargenteus. Ethology. All specimens at the type locality were attracted to light at dusk. Host plant. Unknown. Etymology. The specific name is dedicated to Renato Oliveira Silva, one of the members of the expedition and a technician at the MZSP, in recognition for his enthusiasm and efforts to collect Hepialidae moths. Type material. Holotype male with the following labels: /HOLOTYPUS, Limyra silvai C. Mielke, R. Dell’Erba & Duarte det. 2017/ Brasil. SP. Campos dos Jordão., P. E. C. Jordão [State Park]. T[rack]. Canhambora., S 22°41'38.9'' S, 45°29'28.5''W., 07–08.XII.2016. J. Lastra, R. Dell’Erba & R. O. Silva leg./ MZSP 30.632 / (MZSP). Paratypes (in total 7 males and 1 female). Brazil: São Paulo, Salesópolis, Biological Station of Boracéia, 800– 850 m: 1 male, 6.XII.1941, D’Almeida leg. (DZUP); 2 males, 20.XI.1959, L. Travassos F. & others leg. (MZSP 14.403, 14.405); 1 female, 13.XI.1958, L. Travassos F. leg. (MZSP 14.404); 1 male, 7.XII.1958, L. Travassos & L. Travassos leg. (MZSP 14.406); 1 male, 30.XI.1948, Travassos, Travassos F., & Pearson leg. (Z 4728 (CEIOC)); 1 male, 24.XI.1946, Travassos & Ventel leg. (1824 Oswaldo Cruz (CEIOC)); 1 male, 30.XI.1948, Travassos F. & Rabello leg. (MZSP).Published as part of Duarte, Marcelo, 2017, Description of Limyra, new genus with a new species and the redescription of Cibyra pluriargenteus (Viette), from southeastern Brazil (Lepidoptera: Hepialidae), pp. 581-591 in Zootaxa 4299 (4) on pages 588-589, DOI: 10.11646/zootaxa.4299.4.8, http://zenodo.org/record/99852
Método sem malha hp-clouds na análise de placas Reissner-Mindlin /
Dissertação (Mestrado) - Universidade Federal de Santa Catarina, Centro Tecnológico.O conteúdo deste trabalho trata da aplicação do método sem malha hp-Clouds ou simplesmente método de nuvens (C. A. Duarte e J. T. Oden [8]) à solução de problemas de placas de Reissner-Mindlin
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