25,493 research outputs found
La poesía de Tomás Quintero
No full textThe poetry of Tomás Quintero (Santiago de Cali, Colombia, 1945-1978) is not known among most of the Colombian poets. It has not been published in any renown national anthology. This is not because of a lack of poetic quality, but due to the lesser known nature of his work. The following article is critical attempts to analyze his poetry, with the purpose of subtract it from some form of silence and oblivion. The article address the poetic contexts, the thematic, conceptual and formal foundations through which Tomás Quintero raised his poetics.La poesía de Tomás Quintero (Santiago de Cali, Colombia, 1945- 1978) no es conocida entre la mayoría de los críticos literarios colombianos. De hecho, no ha sido publicado en ninguna antología nacional de renombre, no por falta de calidad poética, sino por el desconocimiento de su obra. En ese sentido, el siguiente artículo es un intento crítico de analizar su poesía, con el propósito de reivindicarla y sustraerla del silencio y el olvido. Para ello abordaremos los contextos poéticos, así como los cimientos temáticos, conceptuales y formales a través de los cuales Tomás Quintero construyó su poética
Del dicho al hecho: Necesidad de transformar los procesos de cambio educativo
No full textHow to cite:
Quintero, A. H. & Estrada, M. (2002). Del dicho al hecho: Necesidad de transformar los procesos de cambio educativo. Pedagogía, 36(1), 126-139.Cómo citar:
Quintero, A. H. & Estrada, M. (2002). Del dicho al hecho: Necesidad de transformar los procesos de cambio educativo. Pedagogía, 36(1), 126-139
Juan Pérez de Montalbán, «Obras. Segundo tomo de comedias. Volumen 2.4», ed. general María Moya, eds. D. Rodríguez Ortega, M. García Quintero, C. Demattè
No full textReseña de Juan Pérez de Montalbán, «Obras. Segundo tomo de comedias. Volumen 2.4», ed. general María Moya, eds. D. Rodríguez Ortega, M. García Quintero, C. Demattè
Built Heritage documentation and management: an integrated conservation approach in Bagan
No full textGood practices in heritage conservation are based on accurate information about conditions, materials, and transformation of built heritage sites. Therefore, heritage site documentation and its analysis are essential parts for their conservation. In addition, the devastating effects of recent catastrophic events in different geographical areas have highly affected cultural heritage places. Such areas include and are not limited to South Europe, South East Asia, and Central America. Within this framework, appropriate acquisition of information can effectively provide tools for the decision-making process and management. Heritage documentation is growing in innovation, providing dynamic opportunities for effectively responding to the alarming rate of destruction by natural events, conflicts, and negligence. In line with these considerations, a multidisciplinary team – including students and faculty members from Carleton University and Yangon Technological University, as well as staff from the Department of Archaeology, National Museum and Library (DoA) and professionals from the CyArk foundation – developed a coordinated strategy to document four temples in the site of Bagan (Myanmar). On-field work included capacity-building activities to train local emerging professionals in the heritage field (graduate and undergraduate students from the Yangon Technological University) and to increase the technical knowledge of the local DoA staff in the digital documentation field. Due to the short time of the on-field activity and the need to record several monuments, a variety of documentation techniques, including image and non-image based ones, were used. Afterwards, the information acquired during the fieldwork was processed to develop a solid base for the conservation and monitoring of the four documented temples. The relevance of developing this kind of documentation in Bagan is related to the vulnerability of the site, often affected by natural seismic events and flooding, as well as the lack of maintenance. Bagan provided an excellent case study to test the effectiveness of the proposed approach, to prevent and manage the damages of catastrophic events, and to support retrofitting actions. In order to test the flexibility of adopted methodology and workflow, temples with different features – in terms of architectural design, shape, and geometry – were selected. The goals of these documentation activities range from testing digital documentation workflows for the metric and visual recording of the site (reviewing strengths and limitations of particular recording techniques), to the definition of effective conditions assessment strategies
CAPACITY BUILDING FOR PREPAREDNESS AND RISK MANAGEMENT: AN INTEGRATED APPROACH FOR BAGAN BUILT HERITAGE
No full textAccording to the global assessment report on disaster risk reduction, prepared in 2015 by the United Nation Office for Disaster Risk Reduction, the economic losses resulting from disasters has been calculated to be about $250-300 billion per year. This situation clearly evidences the importance of developing effective documentation strategies able to support the reduction and preparedness ex ante and ex post catastrophic events. Appropriate acquisition of information can effectively provide tools for decision-making process, risk preparedness and management. This information has to take into consideration different aspects including: geometry, shape, color, building materials, construction systems, relative building condition, patterns of past repair and cultural aspects. In line with these considerations a multidisciplinary team - including students and faculty members from Carleton University and Yangon Technological University, as well as staff from the Department of Archeology, National Museum and Library (DoA) and professionals from the CyArk foundation - developed a coordinated strategy to document four temples in the site of Bagan (Myanmar). The information acquired during the field work has been processed in order to elaborate a solid base for the conservation and monitoring of the documented temples. The site of Bagan, strongly affected by several seismic events and other natural hazards, provided an excellent case study to test the effectiveness of the proposed approach, to prevent and manage the damages of catastrophic events and to support retrofitting actions. The research was articulated into three phases. The first phase consisted in setting up a documentation methodology to identify, prioritize and mitigate on-going disturbances and threats to the Bagan built heritage. Within this context, advanced 3D photogrammetric and Laser Scanning techniques as well as Electronic Distance Meter Measurement (EDM) applications for recording the "as found condition" have been experimented on the field. At the same time a detailed assessment of the conditions of the four temple has been developed in order to prevent further damages and mitigating their effects. In this phase, the analysis of the character defining elements of each temple has also been developed. The second phase consisted in the processing of the recorded information. The final phase involved the assessment of the adopted approach, techniques and tools employed and the development of recommendations for the replicability of the adopted methodology. The temples, different for architectural design, shape, geometry and affected by different kinds of natural hazards (such as flooding, earthquake and anthropic pressures) have been selected in order to test the flexibility of the adopted methodology, techniques and tools
Dasymutilla colorado Cambra, Williams and Quintero 2018, new species
No full textDasymutilla colorado Cambra, Williams and Quintero, new species (Fig. 17–22, 24) Holotype female. PANAMA, Panam á Province, Monumento Natural Barro Colorado, Península Gigante, 1.viii.1990, A. Mena (captured in copula, mounted on same pin with male Allotype, deposited in CDFA). Paratypes (MIUP except where noted). PANAMA: Panamá Province: same data as holo- type (1m, CDFA); 23.vii.1990, D. Quintero, 1f; 30.vii.1990, A. Mena, 1f; 27–29.viii.1990, 1f; 3.viii.1990, 1f; Barro Colorado Island: 14.vi.1993, J. Coronado, 1f; 27.iv.1994, J. Pickering, 1m; 4–11.v. 1994, 1m; 11–18.v. 1994, 1m; 18–25.v. 1994, 1m; 3–10.vi. 2002, 1m; 20–27.vii. 1994, 1m; 10–17.viii. 1994, 1m; 29.viii.2001, D. Windsor (1m, CDFA); 26.xii. 2001, 1m; 22–28.v. 2002, 1m; 29.v. 2002, 4m; 12–20.vi. 2002, 2m; 26.vi. 2002, 1m; 4–12.ix. 2002 (1m, CDFA); 11.vi. 2003, 1m; 10.ix. 2003, 1m; 17.ix. 2003, 1m; 24–31. iii. 2004, 1m; 5–12.v. 2004, 2m; 19.v. 2004, 5m; 26.v. 2004, 4m; 9.vi. 2004, 1m; 15.ix. 2004, 1m; 29.xii. 2004, 1m; 4.v. 2005, 1m; 11.v. 2005, 3m; 18.v. 2005, 3m; 25.v. 2005, 2m; 15.vi. 2005, 1m; 24–31.viii. 2005, 1m; 25.i. 2006, 1m; 19.iv. 2006, 1m; 26.iv. 2006, 1m; 3.v. 2006, 1m; 10.v. 2006, 3m; 27.ix. 2006, 1m; 28.iii. 2007, 1m; 3.vi.1981, 2f; 17.iv.1981, 1f; 7.v.1981, 1f; 25.v.1981, 1f; 21.viii. 1977, 1m; 3–6.vi.1967, M. Naumann, 1m; 7.vi.1956, C. Rettenmeyer, 1m; P. Nac. Soberanía, camino Plantación, 16.ix.2000, D. Quintero & A. Santos (1f, CDFA); Campana, Chica, 1–25.x.2013, Y. Cheng, 1m; P. Nac. Campana, 16.vi.1991, J. Coronado, 1f; 10.vi.2007, Y. Christopher (1f, CDFA); Cerro Azul, Urbanizacion Las Nubes, 2.ix.2001, D. Quintero, 1f. Coclé Province: El Copé, 900m, 24.ix.1990, D. Quintero, 2f. Darién Province: P. Nac. Darién, Pirre, Estación Rancho Frío, 3–17.x.2002, R. Cambra, 1f; P. Nac. Darién, Estación Cruce de Mono, 250 msnm, 7°55′N, 77°39′W, 8.ii.1993, R. Cambra & J. Coronado, 1f; 17.ii.1993, 1f; 26.ii.1993 (1m, CDFA). Diagnosis. FEMALE. This species can be separated from other Dasymutilla by the triangular pygidium. It can be separated from Traumatomutilla with a similar triangular pygidium by the unarmed posterolateral head margins, the rounded femoral apices, and the red mesosoma. The following diagnostic characters are also useful: the antennal scrobe has a dorsal carina that is sometimes weak; the gena has a distinct carina; the mesosoma is longer than broad and has a distinct scutellar scale; and T2 is marked with two yellow subcircular patches. MALE. This species has the integument black, clothed with black and white setae only; T4 and T5 each have a dense band of white setae; the tibial spurs are white; S2 lacks a seta-filled pit; the posterior margin of the hypopygium has a median notch, and the forewing marginal cell is apically acute. Description. FEMALE (holotype). Body length 11 mm. Body black, except apical flagellomeres, mandible, and leg joints partly brown, mesosoma largely reddish dorsally and laterally; and T2 with two distinct yellow subcircular patches. Head and mesosoma with appressed setae predominantly pale yellow and erect setae predominantly blackish; metasoma with distinct white setal patch on T1 and T2; with distinct whitish fringe or band on T4–5 and S2–5; whitish setae on T2 patches and laterally on T2–3; remaining metasomal setae black. Head. Genal carina present and distinct; subgenal carina absent; antennal scrobe with dorsal carina partially obliterated; head, including outer margin of eyes; broader than mesosoma; posterolateral angle of vertex without tubercle. Entire head with deep contiguous punctures, many interspaces cariniform. Mesosoma. Longer than broad in dorsal view, perpendicularly truncate posteriorly; dorsally with deep contiguous punctures, interspaces mostly cariniform; humeral carina weak, basically continuous to epaulet; scutellar scale present; lateral and posterior propodeal faces smoothly rounded together with similar dense punctation; mid and hind femora rounded apically; tarsomere five apex with laminar process notched medially, process covering base of claws. Metasoma. T1 narrowly petiolate with globose T2; T2–6 with deep contiguous punctures, interspaces mostly cariniform; pygidial area higher than wide, narrow at base, with few weak longitudinal striae. MALE. Body length 10.5 mm. Color. Entirely black except flagellum, mandible and leg joints partly brown. Setae predominantly scattered whitish except head with erect black setae; mesoscutum with erect and appressed black setae; T1, T4, and T5 with distinct white setal bands, remaining tergites with setae mostly black. Head. Genal carina absent; clypeus anterior margin with two denticles or tubercles; mandible apically oblique, tridentate; ocelli small: OOD ~5× DLO, IOD subequal to DLO; head slightly swollen posteromedially. Mesosoma. Mostly with deep confluent punctures; mesopleuron without protuberance near tegula; tegula mostly smooth; axilla punctate dorsally, apically oblique with truncate setose posterior face; propodeum reticulate; apices of mid and hind femora more or less rounded, not sulcate; tibial spur white; marginal cell with pointed apex to marginal vein. Metasoma. T1 narrowly petiolate with T2; S2 without seta-filled pit; S2 base without carina, evenly convex; T6 mostly smooth with apical setal fringe; hypopygium apical margin with median V-shaped notch; S7 Posterolateral angles not dentiform, lateral borders without carina. Distribution. Known only from central and eastern Panama. Etymology. From the Spanish “ colorado ” meaning red colored. Jointly named in reference to the female’s uncommon mesosomal color and Barro Colorado Island, where the type was collected and this project originated. Treat as noun in apposition. Remarks. In the key to Neotropical Dasymutilla (Manley and Pitts 2007), females of this species run to various couplets depending on how the antennal scrobe carina is scored. Most specimens key to couplet 32 with Dasymutilla twegeni Manley and Pitts, 2007 from Mexico. They can be separated from D. twegeni by having the mesosoma reddish and the pygidial area higher than wide, narrowed basally, and mostly unsculptured. Other specimens key to couplet 47 with Dasymutilla buenavista Manley and Pitts, 2007 from Mexico. They can be separated from D. buenavista by having the mesosoma reddish, T2 with two yellow maculae, without a sinuate carina anterior to the scutellar scale, and having the pygidial area mostly unsculptured. Still other females key to couplet 47 and were discussed briefly as potential members of the genus Traumatomutilla in Williams et al. (2017). The diagnostic characters and habitus photos presented here will allow immediate recognition of this species. Males are similar to Dasymutilla militaris nigriceps (Cresson, 1865) from Cuba, Bahamas and Dominican Republic. Both species have the integument black, clothed with black and white setae, S2 without seta-filled pit, and the posterior margin of the hypopygium with a median notch. It differs from D. m. nigriceps in the following combination of characters: the wings are uniform in color with the marginal cell apically acute; T2 has erect and sparse white setae basally; T3 is clothed mostly with black setae; the pygidial area is mostly unsculptured; while D. militaris has the wings banded and marginal cell apically truncate, has the T2 base and T3 totally with dense decumbent white pubescence that hides the integument; and the pygidial area is finely rugose. Dasymutilla and Traumatomutilla are notoriously difficult to separate and could eventually be synonymized (Manley and Pitts 2007). Both genera are diverse and morphologically variable, with Dasymutilla being predominantly North American and Traumatomutilla being predominantly South American. This species functionally represents a middle ground between the genera, having female coloration similar to Dasymutilla, male coloration similar to Traumatomutilla, and occurring at the border between North and South America. Because Dasymutilla is the older name, we place D. colorado in that genus.Published as part of Cambra, Roberto A., Williams, Kevin A., Quintero, Diomedes, Windsor, Donald M., Pickering, John & Saavedra, Daisy, 2018, Dasymutilla Ashmead (Hymenoptera, Mutillidae) in Panama: new species, sex associations and seasonal flight activity, pp. 1-17 in Insecta Mundi 608 on pages 6-8, DOI: 10.5281/zenodo.369706
A Qualitative Analysis of an Age Friendly Community Initiative
No full textIn this article, Alex Quintero discusses an age-friendly community initiative in Tallahassee, Florida where, although the planning process allowed information to be gathered efficiently, inclusion of a wider public wsa prevented by the narrow approach, lack of resources, centralized decision-making, and strategic selection of stakeholders. The author concludes by noting that existing partnerships can be used to broaden citizen involvement and ensure inclusive foundations for age-friendly initiatives to become solidified in the political, economic, and built enviromnent
Diagnostic Imaging of Infections and Inflammatory Diseases: A Multidisciplinary Approach
No full textThoroughly and systematically presents the state-of-the-art in the diagnostic uses of radiologic imaging and nuclear medicine in the diagnosis and management of infectious and inflammatory diseases
Although our understanding of microorganisms has advanced significantly and antimicrobial therapy has become increasingly available, infection remains a major cause of patient morbidity and mortality. Imaging of infection and inflammation provides a classic example of radiology and nuclear medicine’s strengths as well as weaknesses in the discovery and diagnosis of disease. Fortunately, the weaknesses are subsiding as new studies and techniques point to better planning and precision in the use of single and combined imaging modalities.
Diagnostic Imaging of Infections and Inflammatory Diseases: A Multidisciplinary Approach deals with the very latest developments in the use of radiologic techniques and modalities in the management of patients with a host of infectious and inflammatory diseases. Tremendously timely and useful, this innovative, multidisciplinary book covers a wide range of topics in three parts:
PART 1: Infections and Host Response
Epidemiology of Infections in the New Century
Bacterial Osteomyelitis: the Clinician Point of View
PART 2: Radiological Imaging
Radiological Imaging of Osteomyelitis
Radiological Imaging of Spine Infection
Radiological Imaging of Soft Tissue Infections
Radiological Imaging of Abdominal Infections and Inflammatory Disease
Radiological Imaging of Vascular Graft Infection
Radiological Imaging of TB and HIV
PART 3: Nuclear Medicine Imaging
Nuclear Medicine Imaging of Infections: Techniques, Acquisition Protocols, and Interpretation Criteria
Nuclear Medicine Imaging of Osteomyelitis: WBC, Monoclonal Antibody, or Bacterial Imaging?
Nuclear Medicine Imaging of Spondylodiscitis: The Emerging Role of PET
Nuclear Medicine Imaging of Soft Tissue Infections
Nuclear Medicine Imaging of Infections and Inflammatory Diseases of the Abdomen
Nuclear Medicine Imaging of Vascular Graft Infections: The Added Role of Hybrid Imaging
Nuclear Medicine Imaging of TB and HIV
Nuclear Medicine Imaging of Fever of Unknown Origin
Nuclear Medicine Imaging of Inflammatory Disease
Spanish archaeology in morocco, 1939-1946. Pelayo Quintero de Atauri
No full textHemos tenido ocasión de aproximarnos a la figura de Pelayo
Quintero de Atauri gracias al concurso de la Consejería de Cultura
de la Junta de Andalucía, del Observatorio Cultural “VIGíA” de la
Excma. Diputación Provincial de Cádiz y del Ministerio de Cultura
del Reino de Marruecos a través de su Delegación Provincial en Tetuán,
con cuyo responsable, el Dr. M. Zouak, director asimismo del
Museo Arqueológico de Tetuán, nos reconocemos en deuda por su
amabilidad y las múltiples facilidades prestadas para el curso de la
investigación y la elaboración de este trabajo.
El autor pertenece al grupo de investigación HUM-323, dirigido por el prof.
Dr. G. Chic García. Dpto. de Historia Antigua, Univ. Sevilla.Pelayo Quintero de Atauri fue uno de los pioneros de la Arqueología española, andaluza y marroquí; su obra se extendió por dos Continentes a lo largo demás de medio siglo. En este trabajo queremos acercarnos a los rasgos de su perfil profesional en Andalucía y especialmente en el Norte de África, en Tetuán (1939-1946).Pelayo Quintero de Atauri was one among the first archaeologists in Spain, Andalousia and Morocco; his efforts developed in between two Continents all through more than half a Century. In this paper we try to understand his proffessional profile in Andalucia and specially in North Africa, in Tetuan (1939-1946)
Interpretation of sensor-based 3D documentation
No full textIn contemporary architectural design and conservation, digital media
has increasingly been used to generate, visualize and manage new and existing
architecture. Digital 3D architectural models play different roles in the design
process, project management and the relationship with the client. The flourishing
3D industry has given rise to various 3D documentation and modeling software
and techniques, resulting in numerous types and formats. Starting from the analysis
of the state of the art and the international recommendations such as the
London Charter (2006), Seville Charter (2010) and Venice Charter (1964), this
contribution presents emerging issues and challenges in sensor-based 3D documentation,
such as the relationship with end users, visualization platforms and
interpretation of digital 3D models. Two different practical applications, a designated
heritage private building in Guadalajara, Mexico and a religious educational
institution in Ottawa, Canada, are presented to illustrate various digital techniques
for 3D documentation, such as Electronic Distance Meter (EDM), photogrammetry,
3D laser scanning and building information modeling (BIM). In the first
case, the clients were architects and professionals in the architecture, engineering
and construction (AEC) and conservation sector. Therefore, an informationoriented
approach was taken. In the second case, the client was not AEC related.
Hence, a visually oriented approach was chosen for straightforward information
interpretation and dissemination tailored to the client’s needs. We conclude with
some recommendations, tackling several issues including the need for standards
and common methodologies in 3D documentation, to improve strategies of
knowledge management, education and engagement through 3D modeling
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