4,668 research outputs found

    Ética y derecho

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    El artículo de Alejandro Angulo, de naturaleza filosófica, busca responder al problema de la fundamentación racional de los derechos humanos. Angulo se distancia del positivismo jurídico, que hacía depender exclusivamente del derecho positivo de la voluntad del legislador, para buscar la base del derecho en la estructura esencial del ser humano.I.Las nociones de la ética y del derecho ¿Qué es la ética y qué es el derecho? ¿Qué es la conciencia? ¿Qué son los derechos humanos? II.Elementos para una ética de la convivencia civil El orden La trascendencia III.La epistemología de los derechos humanos Premisas El modelo del orden IV.El caso colombiano La violencia de las relaciones El totalitarismo al revé

    Oficio de afiliación RedLCAU : Archivo Histórico Domingo Angulo

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    1 página en PDF.Oficio emitido por el Dr. Pablo Gustavo Sandoval López, director general de Bibliotecas y Publicaciones de la Universidad Nacional Mayor de San Marcos (UNMSM), dirigido al Dr. Federico Sartori, coordinador de la Red Red Latinoamericana y Caribeña de Archivos Universitarios – UDUAL, en el que se solicita la afiliación del Archivo Histórico Domingo Angulo a la Red Latinoamericana y Caribeña de Archivos Universitarios (RedLCAU) y en el que se designa como representante al Lic. Alejandro Salinas Sánchez, jefe de la Unidad de Archivo Histórico

    Manuela Angulo, soprano (Colombia)

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    Concierto interpretado por la soprano María Manuela Angulo. María Manuela fue estudiante de pregrado en música con énfasis en canto lírico, con el maestro Juan David Rojas y la maestra Gabriela Ruiz, en la Fundación Universitaria Juan N. Corpas.Fue seleccionada en la convocatoria Jóvenes Intérpretes 2015 del Banco de la República. Ha recibido clases magistrales con Humberto Ayerbe (Colombia), Andreas Scholl (Alemania), María Cristina Kiehr (Argentina), David Guzmán (Colombia), Alejandro Escobar (Colombia), Carsten Wittmoser (Alemania), Alfredo García (España) y Margot Pares Reyna (Venezuela). Ha participado como soprano solista en varias producciones en el marco del Festival Ópera al Parque de Bogotá: The Fairy Queen, de Henry Purcell, en 2010; La divina y Signor Delusso, de Thomas Pasatieri, en 2011; The Judgement of Paris, de John Eccles y El empresario, de W. A. Mozart, en 2012. Así mismo, participó en el estreno mundial de La muerte del anarquista, ópera del compositor colombiano Jorge Pinzón, en 2013, y en The Goose Girl, de Thomas Pasatieri, en 2014. También se destacó como soprano solista en el montaje The Seven Last Words of Jesus Christ, de Theodore Dubois, en el 32° Festival de música clásica de Zipacón, en 2011; en el montaje Vesperae solennes de confessore, en la 34a versión del mismo festival en 2013, y en el Réquiem de W. A. Mozart, en 2014, con el coro y la orquesta de la Fundación Universitaria Juan N. Corpas. Este concierto también se celebró en Barranquilla el 26 de febrero de 2015 a las 7:00 p.m. en el Teatro Amira de la Rosa

    La dimensión de fe en el Programa de Desarrollo y Paz del Magdalena Medio

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    Alejandro Angulo y Jairo Arboleda se aproximan al análisis del Programa de Desarrollo y Paz del Magdalena Medio desde las motivaciones que la dimensión de fe de muchos de sus participantes aportan como sentido de su actividad. Desde los orígenes del programa se destaca la presencia de instituciones de la Iglesia Católica y del CINEP, lo mismo que sea una organización no gubernamental la catalizadora del proyecto

    Peace Laboratory of Magdalena Medio: a peace laboratory"? "

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    This paper focuses on a very original and peculiar peacebuilding experience - the Peace Laboratory of Magdalena Medio. Based on the civil society and located in a highly conflictual region of Colombia, it represents a peacebuilding from below initiative with the political and financial support of the European Union. The Peace Laboratory seeks new paths to peace and development and an alternative model of peacebuilding, in a country which desperately needs new and imaginative solutions and formulas to peace.Above all, what is at stake is to question if the Peace Laboratory is a real peace laboratory" and where is it heading for."

    Author response

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    Detecting pathogens and mounting immune responses upon infection is crucial for animal health. However, these responses come at a high metabolic price (McKean and Lazzaro, 2011, Kominsky et al., 2010), and avoiding pathogens before infection may be advantageous. The bacterial endotoxins lipopolysaccharides (LPS) are important immune system infection cues (Abbas et al., 2014), but it remains unknown whether animals possess sensory mechanisms to detect them prior to infection. Here we show that Drosophila melanogaster display strong aversive responses to LPS and that gustatory neurons expressing Gr66a bitter receptors mediate avoidance of LPS in feeding and egg laying assays. We found the expression of the chemosensory cation channel dTRPA1 in these cells to be necessary and sufficient for LPS avoidance. Furthermore, LPS stimulates Drosophila neurons in a TRPA1-dependent manner and activates exogenous dTRPA1 channels in human cells. Our findings demonstrate that flies detect bacterial endotoxins via a gustatory pathway through TRPA1 activation as conserved molecular mechanism.sponsorship: Vlaams Instituut voor Biotechnologie Alessia Soldano Luis Franco Guangda Liu Natalia Mora Emre Yaksi Bassem A Hassanr Fonds Wetenschappelijk Onderzoek G.0702.12 Alessia Soldano Yeranddy A Alpizar Brett Boonen Alejandro Lopez-Requena Natalia Mora Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talaverar Fonds Wetenschappelijk Onderzoek G.0077.15 Alessia Soldano Yeranddy A Alpizar Brett Boonen Alejandro Lopez-Requena Natalia Mora Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talaverar Fonds Wetenschappelijk Onderzoek G.0680.10 Alessia Soldano Yeranddy A Alpizar Brett Boonen Alejandro Lopez-Requena Natalia Mora Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talaverar Fonds Wetenschappelijk Onderzoek G.0681.10 Alessia Soldano Yeranddy A Alpizar Brett Boonen Alejandro Lopez-Requena Natalia Mora Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talaverar Fonds Wetenschappelijk Onderzoek G.0503.12 Alessia Soldano Yeranddy A Alpizar Brett Boonen Alejandro Lopez-Requena Natalia Mora Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talaverar Fonds Wetenschappelijk Onderzoek G.0654.15 Alessia Soldano Yeranddy A Alpizar Brett Boonen Alejandro Lopez-Requena Natalia Mora Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talaverar Fonds Wetenschappelijk Onderzoek G.0761.10N Alessia Soldano Yeranddy A Alpizar Brett Boonen Alejandro Lopez-Requena Natalia Mora Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talaverar Fonds Wetenschappelijk Onderzoek G.0596.12 Alessia Soldano Yeranddy A Alpizar Brett Boonen Alejandro Lopez-Requena Natalia Mora Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talaverar Fonds Wetenschappelijk Onderzoek G.0565.07 Alessia Soldano Yeranddy A Alpizar Brett Boonen Alejandro Lopez-Requena Natalia Mora Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talaverar KU Leuven GOA/14/011 Alessia Soldano Yeranddy A Alpizar Brett Boonen Luis Franco Alejandro Lopez-Requena Guangda Liu Natalia Mora Emre Yaksi Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talaverar European Commission IUAP P7/13 Alessia Soldano Yeranddy A Alpizar Brett Boonen Luis Franco Alejandro Lopez-Requena Guangda Liu Natalia Mora Emre Yaksi Thomas Voets Rudi Vennekensr KU Leuven OT/12/091 Alessia Soldano Yeranddy A Alpizar Brett Boonen Luis Franco Alejandro Lopez-Requena Guangda Liu Natalia Mora Emre Yaksi Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talaverar KU Leuven PF-TRPLe Alessia Soldano Yeranddy A Alpizar Brett Boonen Luis Franco Alejandro Lopez-Requena Guangda Liu Natalia Mora Emre Yaksi Thomas Voets Rudi Vennekens Bassem A Hassan Karel Talavera (Vlaams Instituut voor Biotechnologie, Fonds Wetenschappelijk Onderzoek|G.0702.12, Fonds Wetenschappelijk Onderzoek|G.0077.15, Fonds Wetenschappelijk Onderzoek|G.0680.10, Fonds Wetenschappelijk Onderzoek|G.0681.10, Fonds Wetenschappelijk Onderzoek|G.0503.12, Fonds Wetenschappelijk Onderzoek|G.0654.15, Fonds Wetenschappelijk Onderzoek|G.0761.10N, Fonds Wetenschappelijk Onderzoek|G.0596.12, KU Leuven|GOA/14/011, KU Leuven|OT/12/091, European Commission|IUAP P7/13, KU Leuven PF-TRPLe)status: Publishe

    The blind spots of secularization

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    According to several international surveys Spain is among the western countries with the most negative views of Jews. While quantitative data on the topic accumulates, there is a significant lack of interpretative approaches that might explain the particular Spanish case. This paper presents the background, methodology and major results of a discussion group-based study on antisemitism, which was conducted in Spain in the autumn of 2009. The study identifies and locates in different socio-economic and ideological milieus the range of stereotypical discourses on Jews, Judaism and the Arab–Israeli conflict in Spain. Analysis of the group meetings shows that, despite growing secularization in Spanish society, the central explanatory variable for persisting and resurging antisemitism in this country is still religion in a broad cultural sense.N

    Ceiba camba Drawert, Angulo & Catari 2024, sp. nov.

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    <i>Ceiba camba</i> Drawert, Angulo & Catari, <i>sp. nov</i>. (Figures 1, 2 & 3) <p> <b>Type</b>:— BOLIVIA. Santa Cruz, Provincia Obispo Santistevan, Municipio Montero: at 0.3 km E of Puente Eisenhower/Puente de la Amistad, on small dirt road ca. 0.2 km N from the Montero-Buena Vista highway (“carretera nueva a Cochabamba ”), 17º19ʹ09ʺ S, 63º19ʹ18ʺ W, 10 May 2007, <i>M. H. Nee 55409</i> (holotype, here designated: USZ!, isotypes COL, CTES, K, LPB, MEXU, MO, NSW, NY, US).</p> <p> It differs from all species of the genus <i>Ceiba</i> by the combination of short and winged petiolules; calyx cylindrical to elongated-campanulate; petals distally pale pink to magenta and basally white to deep yellow; 5 lobed staminal appendages, lobes bifid, scarcely pilose to pilose and whitish, yellow to pinkish; stamens fused into staminal tube; and stigma deep red to carmine.</p> <p> <i>Tree</i>, deciduous, 20–30 m tall when mature; trunk conical, pachycaulous, usually ventricose in the basal section, up to 2 m diameter at breast height and with low buttresses; bark in juveniles green, turning gray to dark gray and often developing green striations, especially in juveniles usually covered with conoidal aculei up to 25 mm, regularly scattered and extending to the main branches; canopy generally open with erect-patent branches. <i>Leaves</i> alternate, palmately compound with (3–) 5 (–7) leaflets, usually the two posterior ones smaller than the anterior ones; petioles 30–150 mm long, the petiolules short, not more than 12–15 mm long, marginate-winged; leaflets 43–125 mm × 18–52 mm, with length/width (l/w) ratio about (1.4–) 2.3 (–3.1), elliptic to oblanceolate or even slightly obovate, the base attenuate to cuneate and apex acute to acuminate, pinnatinerved, the margin medially and distally dentate and usually entire at basal section, the upper surface dark green, the lower face paler. <i>Inflorescences</i> of few-flowered fascicles or of single flowers. <i>Flowers</i> stellate, 75–120 mm long when extended; peduncle 8–25 mm long; calyx 16–26 mm tall × 8–13 mm diameter, gamosepalous with 3–5 lobes, tubular to slightly elongate-campanulate, green to yellowish green; corolla dialipetalous, actinomorphic and pentamerous; petals 70–90 mm × 15–35 mm, with ca. 4 (2.5–5.1) l/w ratio, spatulate to oblanceolate, slightly arched from base, the margin undulate, abaxially sericeous, whitish pink to pale pink and basally usually white, adaxially glabrous, distally deep pink to pale pink, or even white with faint pink only on the margins, basal third to half yellow to ivory, usually with some irregular longitudinal deep pink to red lines in some cases concentrated near the base to form an inverted “ V ”, in senescent flowers the color intensity of petals gradually reduced and a brown spot arising from the base, the base usually becoming whitish; androecium with stamens fused into a staminal tube 58–78 mm in total length, basal section below staminal appendages 13–21 mm long × 3.1–5 mm diameter, glabrous and caniculate, staminal appendages 5, 2.1–5.5 mm high, scarcely pilose to pilose, strongly bi-lobed, forming usually an asymmetrical crown, yellow to ivory and sometimes pink towards apex, with whitish trichomes, the staminal tube above the staminal appendages 42–56 mm long × 1.8–2.7 mm diameter, pink to white, usually lightening towards the base, slightly curved with concrescent filaments up to the apex, the anthers welded into a collar 6.3–8.4 mm high × 5–8 mm diameter, and rarely split at the apex; pollen white to ivory; gynoecium with subglobose semi-inferior ovary 4–9.6 mm high × 2.7–4.4 mm diameter; style white, extending 5.7–13 mm above the anther collar; stigma globose and velutinous red to crimson. <i>Fruit</i> a capsule 100–200 mm long × 50–120 mm diameter, the shape variable, usually ellipsoid to pyriform, green to dark green, with 5 valves; endocarp with trichomes forming dense white cottony filling in which the seeds embedded. <i>Seeds</i> 4–8 mm diameter, spheroid, slightly prolate and mamelonate, dark brown to chestnut-colored.</p> <p> <b>Paratypes</b>:— BOLIVIA. <b>Beni</b>: Prov. Ballivián, Mun. San Borja, serranía Pilón Lajas carretera Yucumo-Quiquibey 13 km al suroeste de Yucumo, [15º17’26’’ S, 67º04’25’’ W], 400 m, 08 May 1991, <i>T. Killeen 3260</i> (LPB, MO image!, USZ!); Prov. Vaca Díez, Tumi Chucua, 30 km S of Riberalta along the Río Beni, 11º08’ S, 66º10’ W, 210 m, 15 May 1982, <i>J. C. Solomon 7604</i> (F image!). <b>La Paz</b>: Prov. Larecaja, Guanay, [15º28’59’’ S, 67º52’59’’ W], 2000 ft. [609.6 m], October 1885, <i>H. H. Rusby 661</i> (US image!). <b>Santa Cruz</b>: Prov. Andrés Ibáñez, Mun. La Guardia, along new highway from Santa Cruz to Abapó, 5 km S of Río Peji bridge, 18°01’ S, 63°12’ W, 500 m, 02 May 1991, <i>M. H. Nee 49222</i> (USZ!); along Brecha 7, 3.1 km E of the Santa Cruz-Abapo highway, 18º08’12.8’’ S, 63º09’38.2’’ W, 455 m, 13 May 2007, <i>M. H. Nee, D. McClelland & S. Stern 55426</i> (US image!); [ex Prov. Cercado], Mun. Santa Cruz de la Sierra, Quinta de Santa Cruz, [17º42’ S, 63º12’ W], 450 m, 31 May 1925, <i>J. Steinbach 7129</i> (BM image!); J. Botanique de Santa Cruz de la Sierra [Jardín Botánico antiguo], [17º47’08’’ S, 63º13’29’’ W], 18 May 1978, <i>J. P. Ybert 639</i> (P image!); Santa Cruz de la Sierra, 22 April 1979, <i>A. Krapovickas & A. Schinini 35189</i> (F image!); Santa Cruz [de la Sierra], 07 June 1989, <i>C. Orellana-Soto 4</i> (USZ!); Santa Cruz de la Sierra, Avenida Piraí, W side of city of Santa Cruz [de la Sierra], [17º46’48’’ S, 63º12’00’’ W], 420 m, 14 May 1991, <i>M. H. Nee 40440</i> (NY image!); Santa Cruz de la Sierra, alrededores de la Plaza 24 de Septiembre, [17º47’00’’ S, 63º10’55’’ W], 420 m, 11 March 1995, <i>A. Jiménez, M. Villegas & M. Menacho 1</i> (USZ!); Santa Cruz de la Sierra, Plazuela Blacutt, from 1–2 blocks south of Irala Ave. on Velarde Ave., [17º47’ S, 63º10’ W], 400 m, 10 April 1995, <i>J. R. Abbott 16568</i> (UF image!, USZ!); Santa Cruz de la Sierra, campus universitario facultad de veterinaria, 17°46’ S, 63°11’ W, 400 m, 29 March 1996, <i>M. Menacho & A. Jiménez 781</i> (USZ!); Prov. Ichilo, Buena Vista, cultivated on main plaza, 17º27’ S, 63º40’ W, 375 m, 26 May 1991, <i>M. H. Nee 40575</i> (NY image!, USZ!); cultivated on the main plaza, 17º27’ S, 63º40’ W, 375 m, 27 May 1991, <i>M. H. Nee 40576</i> (NY image!); Prov. Sara, Mun. Santa Rosa del Sara, Propiedad Juan Deriba aprox. 4.4 km al este de Santa Rosa, 17°07’12” S, 63°33’40” W, 260 m, 30 May 2022, <i>A. A. Angulo, J. C. Catari & H. A. Drawert 1</i> (USZ!); Propiedad Juan Deriba aprox. 4.6 km al este de Santa Rosa, 17°06’49” S, 63°33’29” W, 252 m, 30 May 2022, <i>A. A. Angulo, J. C. Catari & H. A. Drawert 2</i> (USZ!); Propiedad Juan Deriba aprox. 4.9 km al este de Santa Rosa, 17°06’44” S, 63°33’17” W, 285 m, 30 May 2022, <i>A. A. Angulo, J. C. Catari & H. A. Drawert 3</i> (USZ!); Propiedad Juan Deriba aprox. 5.5 km al este de Santa Rosa, 17°07’01” S, 63°33’02” W, 274 m, 30 May 2022, <i>A. A. Angulo, J. C. Catari & H. A. Drawert 4</i> (USZ!); Santa Rosa, ca. 150 m al este del Estadio Municipal, 17°06’41” S, 63°35’39” W, 277 m, 31 May 2022, <i>A. A. Angulo, J. C. Catari & H. A. Drawert 5</i> (USZ!); Prov. Velasco, Mun. San Ignacio de Velasco, en el pueblo en la plaza, [16º22’26’’ S, 60º57’37’’ W], 30 April 1986, <i>S. G. Beck & R. Seidel 12433</i> (US image!); Reserva forestal Bajo Paraguá, Laja Granitica, 14°32’20” S, 61°30’00” W, 250–500 m, 12 May 1994, <i>T. Killeen 6303</i> (USZ!); Prov. Warnes, Mun. Warnes, pampa de Viru Viru a 17 km de Santa Cruz de la Sierra, aeropuerto Int. de Viru-Viru, 17°39’46” S, 63°69’24” W, 30 April 1995, <i>M. Menacho & J. Balcazar 733</i> (USZ!). BRAZIL. <b>Mato Grosso</b>: Mun. Barra dos Bugres, Serra das Araras, Fazenda Currupira, 15°10’ S, 56º51’ W, 17 May 1998, <i>B. Dubs 2346</i> (E, K, MBM, S, U image!, Z); Cotriguaçu, road Cotriguaçu to Juruena, 18 km S of Cotriguaçu, [15º10’ S, 56º51’ W], 26 May 1998, <i>B. Dubs 2443</i> (E, S, Z image!); Mun. Jauru, Rodovia Jauru-Araputanga próximo ao km 30, [15º27’19’’ S, 58º38’59’’ W], 6 May 1995, <i>G. Hatschbach et al. 62447</i> (US image!). <b>Rondônia</b>: Mun. Ji-Paraná, Linha 56 a 45 km da cidade, [10º52’45’’ S, 61º56’57’’ W], 4 May 1987, <i>C. A. Cid Ferreira 9024</i> (NY image!); Mun. Ouro Preto do Oeste, Estrada para o morro da Embratel, pista sul de voô de Paraclaide, 10º43’16.8’’ S, 62º13’24.9’’ W, 4 June 2015, <i>H. Medeiros et al. 1768</i> (NY image!); Mun. Presidente Medici, BR 364, rodovia Cuiabá-Porto Velho, km 300, estrada para Alvorada do Oeste, km 24, linha 110, 11º12’ S, 62º63’ W, 28 June 1984, <i>C.A. Cid Ferreira et al. 4868</i> (NY image!). PERÚ. <b>Madre de Dios</b>: Prov. Tahuamanu, Distr. Iñapari, Rio Acre, [10º56’ S, 69º57’ W], May 1911, <i>E. H. G. Ule 9597</i> (L image!).</p> <p> <b>Phenology</b>:—With flower buds in February to May and flowers in anthesis from March to June at beginning of the dry season. Capsules open and disperse seeds from June to September. Leaves usually drop shortly before and/or at the beginning of flowering.</p> <p> <b>Distribution and habitat</b>:—The species is reported from the lowlands of the departments of Beni, Pando and Santa Cruz in eastern Bolivia, the states of Rondônia and Matto Grosso in central-western Brazil, and the department of Madre de Dios in southeastern Peru (Fig. 4). It inhabits humid to sub-humid and often seasonally dry, semi-deciduous to evergreen forests in the southern portion of the southwestern Amazon moist forests and northern Chiquitano dry forests (Olson <i>et al.</i> 2001), mainly in transitional ecosystems between the two biomes. According to the biogeographic classification of Navarro & Ferreira (2009) for Bolivia, the species is found throughout the Benianian province (“Beniana”); in the Chiquitano-Crucenian (“Chiquitano Cruceño”) and Chiquitanian transitional to Amazonian (“Chiquitano transicional a la Amazonía”) sectors of the Western Cerradense (“Cerradense Occidental”) province; the sectors Pre-Andean of northern Bolivia and southern Peru (“Preandino del Norte de Bolivia y Sur de Perú ”), Heath and lower Madidi (“Health y bajo Madidi”), and Acre and Madre de Dios (“Acre y Madre de Dios ”) of the Southwestern Amazonian (“Amazónica Suroccidental”) province; and the Guaporé and upper Madeira sectors of the Central-Southern Amazonian (“Amazónica Centro-Suereña”) province.</p> <p> <b>Etymology</b>:—The specific epithet “ <i>camba</i> ” is a noun used as a demonym to refer to the inhabitants of the eastern lowlands in Bolivia, mainly in the departments of Santa Cruz, Beni and Pando, and largely coincides with the distribution of the species.</p> <p> <b>Conservation status</b>:—The species is relatively extensively distributed in western and central South America, where it is abundant in some localities. The extent of occurrence (EOO) of the species, calculated from the analyzed data in this description, is approximately of 1000000 km 2. There are stable natural populations within several protected areas in Bolivia, and possibly also in Brazil. It is also widely cultivated in urban and peri-urban areas because of its ornamental qualities, even outside its natural range.</p> <p> Although there are anthropogenic pressures, such as the expansion of agricultural frontiers and changes in land cover, that can locally impact population sizes, <i>Ceiba camba</i> thrives in areas that have experienced some degree of ecological degradation. Furthermore, the species exhibits a remarkable resilience to forest fires, a major threat to biodiversity within its distribution range. Although <i>C. camba</i> holds cultural and ornamental value, it currently lacks economic significance as a timber resource, thus mitigating risks associated with logging and illegal trade.</p> <p> Therefore, according to the International Union for Conservation of Nature (IUCN) categories and criteria (IUCN Standards and Petitions Subcommittee 2022), <i>Ceiba camba</i> should be classified as of “Lower Concern” (LC) since it does not meet any of the criteria for inclusion in a threatened category (Critically Endangered, Endangered or Vulnerable).</p> <p> <b>Taxonomic observations</b>:—Similar to <i>Ceiba speciosa</i> and <i>C. crispiflora</i> in color of petals; but differs in light (whitish, yellow to pink) and never dark (red to crimson) color of staminal appendages, dark (red to crimson) and never light (pale red to white) color of stigma, cylindrical to elongate-campanulate (<i>vs</i>. globular-campanulate) calyx, and short and winged (<i>vs</i>. long) petiolule (Fig. 5). Similar to <i>C. lupuna</i> in color of stigma and basal section of petals, but differs in distal petal color (pink to deep pink <i>vs</i>. red) and petal shape (spatulate to obovate, 15–35 mm wide with slightly undulate margin <i>vs</i>. narrowly oblong to elongate-spatulate, 14–18 mm wide with markedly undulate margin) and the color and pubescence of staminal appendages (whitish, yellow to pink and sparely pilose to pilose <i>vs</i>. dark red and densely pilose) (Fig. 5). Similar to <i>C. chodatii</i> and <i>C. insignis</i> in color of staminal appendages but differs in that they are sparely pilose to pilose and not glabrous to sparsely pilose; also differs by cylindrical to elongate-campanulate shape of calyx rather than campanulate to globose, and petals externally sericeous rather than sericeous to villous, distally pink to deep pink <i>vs.</i> white, ivony to pale pink or yellow. It differs from <i>C. boliviana</i> and <i>C. pubiflora</i> by filaments fused in staminal tube and anthers in collar (rarely slightly fissured), and never free filaments and separate anthers.</p>Published as part of <i>Drawert, Heinz A., Angulo, Alejandro A. & Catari, Juan C., 2024, A new species of Ceiba (Malvaceae, Bombacoideae), previously confused with Ceiba speciosa, pp. 207-219 in Phytotaxa 636 (3)</i> on pages 209-214, DOI: 10.11646/phytotaxa.636.3.1, <a href="http://zenodo.org/record/10650373">http://zenodo.org/record/10650373</a&gt

    Métricas de autor Alejandro Gómez Jaramillo

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    Informe de las métricas de autor del Dr. Alejandro Gómez Jaramillo de las publicaciones indexadas en Google Académico cuyo objetivo es entregar un insumo para el fortalecimiento de las capacidades y potencialidades de los autores de la Universidad Santo Tomás en el posicionamiento y visibilidad de sus publicacionesReport of the author metrics Alejandro Gómez Jaramillo of the publications indexed in Google Scholar whose objective is to provide an input for the strengthening of the capacities and potentialities of the authors of the Santo Tomás University in the positioning and visibility of their publications.http://unidadinvestigacion.usta.edu.c
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