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The presence of the liverwort Frullania teneriffae in Galicia is reported, which is the third region in the Iberian Peninsula for this species. Ecological data are also provided. Una nueva área para Frullania teneriffae (F.Weber) Nees en la península ibérica. Se da a conocer la presencia de la hepática Frullania teneriffae en Galicia, siendo así la tercera área dentro de la península Ibérica para esta especie. Se aportan además datos de su ecología.

The use of molecular tools in red algal diversity surveys often reveals the existence of undescribed species. Here, we report a new Macaronesian turf-forming red alga in the otherwise mostly Pacific genus Melanothamnus Bornet & Falkenberg. This new taxon, Melanothamnus macaronesicus Rodríguez-Buján & Díaz-Tapia, sp. nov. is described based on morphological and molecular (rbcL gene) evidence. Morphologically, it differs from other Melanothamnus taxa by a combination of characters that includes its decumbent habit with an extensive system of prostrate axes, small size (≤2.5 cm), four ecorticate pericentral cells, unbranched to once-branched trichoblasts and spermatangial branches formed on the first dichotomy of trichoblasts that have a sterile apical cell. Molecularly, this new species differs from its congeners by sequence divergence ≥3.3% in the rbcL gene. Current known distribution of M. macaronesicus Rodríguez-Buján & Díaz-Tapia, sp. nov. is restricted to Macaronesia, suggesting that it could be endemic to this archipelago. Our findings suggest that endemicity among red algae might be more common than previously thought in this bioregion, particularly among easily overlooked turf-forming species., Xunta de Galicia (ED481D/2017/011, 03IN858A2019-1630129), 0,395

4.2. Hierochloe redolens var. gunckelii (Parodi 1941: 197) Lema, Sahuquillo & Pimentel comb. nov. Basionym: Hierochloe gunckelii Parodi (1941: 197). Type: CHILE. [Cultivated in the Jardín Botánico de la Facultad de Agronomía de Buenos Aires] Valdivia Province, Corral (Amargos), Sept. 1940, L.H. Gunckell s.n. (holotype: BAA-00000183 digital image!; isotypes: BAA-00000296 digital image!, Kn.v., SI n.v.). Homotypic names: Anthoxanthum gunckelii (Parodi) Veldkamp in Schouten & Veldkamp (1985: 348). Anthoxanthum redolens (Vahl) P. Royen var. gunckelii (Parodi) N. Villalobos & Finot (2019: 124). Description: Robust plant, (50) 100–150 cm. Ligules obtuse. Leaf-blades (15)25–35(50) cm × 5–7(11) mm, convolute, scabrous adaxially and glabrous, scaberulous or scabrous abaxially. Panicle 10–25 × 1.5–3 cm, open or slightly contracted, lanceolate, equilateral or nodding. Lower branches 5–7 cm long, geminate. Panicle branches pubescent, without spikelets in the lower third. Spikelets 5.5–7 mm, cuneate. Glumes ovate, 3-veined. Lower glume 4–6 mm; upper glume 5–7 mm. Lemma of male florets 5–7 mm, elliptic or oblong, papyraceous. Midvein and margins of the lemma scabrous, eciliate or ciliolate. Awn of lower male floret 0.3–1.5 mm, subterminally inserted. Awn of upper male floret 1.5–2 mm, straight, dorsally inserted. Lemma of apical female floret 4.3–4.8 mm, membranaceous, scabrous. Midvein eciliate or ciliolate. Leaf anatomy: Long cells 180–250 μm. Stomata in adaxial surface. Hooks present but scarce. Bulliform cells absent. Leaf section open with 30–45 quadrangular ribs (Figure 1. D). Habitat: Sandy or dry soils in coastal areas (De Paula 1975, Sede 2012). Distribution: Grows in Central-South Chile (from Biobio to Los Lagos, including Chiloe Island) and Central Argentina (Rio Negro) (De Paula 1975, Sede 2012). Genome size and DNA-ploidy levels: 2C = 19.06–19.64 pg, 6 x. Phenology: September–January. Specimens examined:— CHILE. Los Lagos Region: Chiloe Province: Isla de Chiloe, Caleta Compu, next to church. Meadow near the sea, behind a formation dominated by Puccinellia glaucescens and Salicornia sp., 13 m, S 42º 52.300’ W 073º 42.086’, 17 January 2014, E. Sahuquillo & M. Pimentel s.n. (SANT-73538).

4. Hierochloe redolens (Vahl 1791: 102) Roemer & Schultes (1817: 514). Basionym: Holcus redolens Vahl (1791: 102). Type:— ARGENTINA. Tierra del Fuego, Antártida e Islas del Atlántico Sur: Habitat in Tierra del Fuego. Vahl (1791) (holotype: C10017002 digital image!). Homotypic names: Avena redolens (Vahl) Persoon (1805: 100), Torresia redolens (Vahl) Roemer & Schultes (1817: 516), Hierochloe antarctica var. redolens (Vahl) Brongniart (1829 [1833]: 144), Anthoxanthum redolens (Vahl) P. Royen (1979: 1185). Description: Stems (25)40–200(300) cm. Robust, 3–5 nodes.Ligules triangular or obtuse.Leaf-blades flat or convolute, glabrous, pubescent, scaberulous or scabrous; apex acuminate. Panicle spiciform, slightly contracted or open, linear or lanceolate, interrupted or not, narrowing to the apex. Rhachis glabrous, pubescent, scaberulous or scabrous. Spikelets 5–14 mm long, usually cuneate or, in some species, oblong, without rhachilla extension. Glumes lanceolate or ovate, 1-keeled, 1- or 3-veined, with apex acute or obtuse. Glumes shorter, equal or larger than the florets. Lemma of male florets, membranaceous or papyraceous, 5-veined, awned, with awns apically or subapically inserted. Lemma of apical female floret ovate, unkeeled, 5-veined; muticous, mucronated or awned. Leaf anatomy: Leaf surface with long cells type I3 and short cells S5. Stomata in the adaxial or in both surfaces. Hooks sometimes present but usually scarce. Cilia absent. Bulliform cells present or absent. Leaf section open, with quadrangular ribs or alternate quadrangular and triangular ribs. Median vascular bundle sheath complete and midrib not differentiated. Subepidermal sclerenchyma discontinuous adaxially and continuous or discontinuous abaxially, concurring with the vascular bundles. Genome size and DNA-ploidy levels: 2C = 13.28 pg, 4 x (one specimen of H. redolens var. spicata); 2C = 16.89–20.42 pg, 6 x, and 2C = 27.04–27.43 pg, 12 x (three specimens of H. redolens var. altissima). Habitat: Sandy soils in coastal areas and riverbanks and wet meadows, 0–3850 m a.s.l. (De Paula 1975, Sede 2012). Distribution: Disjunct distribution in South America: from Venezuela to Peru and from central Chile and Argentina to Falkland Islands. Tropical-alpine at low latitudes (De Paula 1975, Sede 2012). Populations from SE Asia, Australia and New Zealand, traditionally included in H. redolens, are clearly differentiated using plastid and nuclear DNA markers (Pimentel et al. 2013) and are, therefore, not considered here. We agree with De Paula (1975) that the name H. redolens should be restricted to South American populations of the species., Published as part of Lema-Suárez, Irene, Sahuquillo, Elvira & Pimentel, Manuel, 2021, A revision of Hierochloe sect. Monoecia (Anthoxanthinae, Pooideae, Poaceae), pp. 92-104 in Phytotaxa 478 (1) on pages 97-98, DOI: 10.11646/phytotaxa.478.1.6, http://zenodo.org/record/5413006, {"references":["Vahl, M. (1791) Symbolae Botanicae, Vol. 2. N. Moller et filius, Copenhagen. 102 pp.","Roemer, J. J. & Schultes, J. A. (1817) Systema Vegetabilium. Vol. 2. J. G. Cottae, Stuttgart. 964 pp.","Persoon, C. H. (1805) Synopsis Plantarum. Vol. 1. C. F. Cramer, Paris. 546 pp.","Brongniart, A. T. de (1829) Phanerogamie. In: Duperrey, L. M. I. (Ed.) Voyage autour du monde. Botanique. A. Bertrand, Paris. 232 pp.","Royen, P. (1979) The alpine flora of New Guinea. Vol. 2. J. Cramer, Vaduz. 1232 pp.","De Paula, M. E. (1975) Las especies del genero Hierochloe (Gramineae) de Argentina y Chile. Darwiniana 19: 422 - 457.","Sede, S. (2012) Anthoxanthum. In: Anton, A. M. & Zuloaga, F. O. (Eds.) Flora Vascular de la Republica Argentina. Vol. 3 (II). Monocotyledoneae. Poaceae: Pooideae. Graficamente Ediciones, Cordoba. Available from: www. floraargentina. edu. ar (accessed 25 May 2017)","Pimentel, M., Sahuquillo, E., Torrecilla, Z., Popp, M., Catalan, P. & Brochmann, C. (2013) Hybridization and long-distance colonization at different time scales: towards resolution of long-term controversies in the sweet vernal grasses (Anthoxanthum). Annals of Botany 112: 1015 - 1030. https: // doi. org / 10.1093 / aob / mct 170"]}

3. Hierochloe quebrada Connor & Renvoize (2009: 728). Type: — PERU. Department of Ancash: Ancash, 37 km east of Yungay, steep rocky slopes with shrubs and small trees, 4200 m a.s.l., 5 April 1988, S.A. Renvoize & S. Laegaard 5079 (holotype: K n.v.; isotypes: MO-04945250 digital image!, AAU n.v.). Description: Stems 60–100 cm. Caespitose, densely clumped, glabrous. Leaf-sheaths 10–20 cm, usually shorter than the internodes, ringed, scabrid. Ligules erose. Leaf-blades 20–40 cm × 5–10 mm, flat, coriaceous, stiff, ridged, scabrous and with the apex acute or acuminate. Panicle 10–20 × 1 cm, spiciform, linear. Rhachis scaberulous, branches puberulous. Spikelets 5–8.5 mm, linear to linear-ovate. Glumes ovate, scarious, 1–3-nerved, 1-keeled, glabrous, acute and often with a violet tinge. Lower glume 4.5–6.2 mm. Upper glume 5–6.5 mm. Lemmas of male florets elliptic, and with dorsally inserted awns. Lemma of lower male floret 4.5–6.1 mm; awn 0.2–1.5 mm, straight. Lemma of upper male floret 4.2–5.9 mm; awn 3–6.6 mm, geniculate. Lemma of apical female floret 3.4–4.5 mm, ovate, membranaceous, brown, shiny, 1-keeled, 3-veined and scaberulous on the central vein. Leaf anatomy: Long cells 110 μm. Stomata (37.5 μm) and bulliform cells present in the adaxial epidermis, the former only at the bottom of grooves. Leaf section with approximately 18 quadrangular ribs. Median vascular bundle sheath complete and midrib not clearly differentiated. Subepidermal sclerenchyma continuous adaxially and abaxially. Genome size and DNA-ploidy level: 2C = 18.87 pg, 6 x. Habitat: Grassland on steep granitic and derived soils. 4000–4600 m a.s.l. (Connor & Renvoize 2009). Distribution: Central Andes of Peru, in Ancash region (Connor & Renvoize 2009). Phenology: March–April. Specimens examined:— PERU. Department of Ancash: Recuay Prov.: Cordillera Blanca, 35 km NE of Catac on road towards Chavin de Huantar, 4140 m a.s.l., large granitic boulders with Polylepis and Buddleja, 21 March 1997, P.M. Peterson & N. Refulio Rodriguez 13844 (US-3423081)., Published as part of Lema-Suárez, Irene, Sahuquillo, Elvira & Pimentel, Manuel, 2021, A revision of Hierochloe sect. Monoecia (Anthoxanthinae, Pooideae, Poaceae), pp. 92-104 in Phytotaxa 478 (1) on page 97, DOI: 10.11646/phytotaxa.478.1.6, http://zenodo.org/record/5413006, {"references":["Connor, H. E. & Renvoize, S. A. (2009) Hierochloe quebrada (Poaceae), a new species from Peru and notes on floral biology in South American species. Kew Bulletin 64: 727 - 734. https: // doi. org / 10.1007 / s 12225 - 009 - 9167 - 6"]}

4.3. Hierochloe redolens var. spicata (Parodi 1941: 196) Lema, Sahuquillo & Pimentel comb. nov. Basionym: Hierochloe spicata Parodi (1941: 196). Type: — CHILE. Magallanes, R.A. Philippi s.n. (holotype: BAA-00000185 digital image! ex herb. Parodi no. 13646; isotype: US n.v.). Homotypic names: Anthoxanthum spicatum (Parodi) Veldkamp in Schouten & Veldkamp (1985: 349). Description: Perennial grass, 100–130 cm, culms 3–4-noded. Leaf-sheaths shorter than the internodes. Ligules triangular. Leaf-blades 23–35 cm × 8–10 mm wide, glabrous. Panicle up to 15 × 1–1.5 cm wide, spiciform, continuous or interrupted. Lower branches adpressed, geminate. Rhachis glabrous. Spikelets 6–7 mm, cuneate. Glumes lanceolate. Lower glume 5.5 mm long, reaching the apex of the florets, 1-veined. Upper glume 6.5 mm, exceeding the apex of the florets, 3-veined lemma of male florets 5 mm, oblong, papyraceous, truncate or obtuse. Awn 1–1.5 mm, subapically inserted. Lemma of lower male floret scaberulous, scabrous above, ciliate on midvein and ciliolate on margins, 1- keeled, 5-veined, dark brown. Lemma of upper male floret scabrous, ciliolate on margins. Lemma of apical female floret up to 4 mm, membranaceous, pubescent. Leaf anatomy: Long cells up to 190 μm. Stomata in adaxial surface up to 45 μm. Bulliform cells present. Leaf section with numerous alternate quadrangular and triangular ribs. Habitat: Sandy soils in coastal areas, 15–20 m a.s.l. (De Paula 1975). Distribution: Present only in Chile (from Araucania to Magallanes) (De Paula 1975). Genome size and DNA-ploidy levels: 2C = 13.28 pg, 4 x. Phenology: no dates. Specimens examined:— CHILE. Araucania Region: Cautin: Temuco 1923 (US-1189418). Observations: Villalobos et al. (2019) indicated that this taxon should be kept as a species based on the digital image of the type and on previous descriptions by Parodi (1941) and De Paula (1975). However, according to Villalobos et al. (l.c.), all the specimens assigned to this taxon by De Paula (1975) correspond to H. gunckelii. In addition to this, molecular analyses by Lema-Suárez et al. (2018) placed H. spicata in an unresolved clade with all the other varieties of H. redolens., Published as part of Lema-Suárez, Irene, Sahuquillo, Elvira & Pimentel, Manuel, 2021, A revision of Hierochloe sect. Monoecia (Anthoxanthinae, Pooideae, Poaceae), pp. 92-104 in Phytotaxa 478 (1) on pages 99-100, DOI: 10.11646/phytotaxa.478.1.6, http://zenodo.org/record/5413006, {"references":["Parodi, L. R. (1941) Revision de las gramineas sudamericanas del genero Hierochloe. Revista del Museo de La Plata (N. S.) 3 (14): 183 - 212.","Schouten, Y. & Veldkamp, J. F. (1985) A revision of Anthoxanthum including Hierochloe (Gramineae) in Malesia and Thailand. Blumea 30 (2): 319 - 351.","De Paula, M. E. (1975) Las especies del genero Hierochloe (Gramineae) de Argentina y Chile. Darwiniana 19: 422 - 457.","Villalobos, N., Finot, V., Ruiz, E., Penailillo, P. & Collado, G. (2019) Estudio morfometrico y taxonomico de las especies nativas chilenas del genero Anthoxanthum (Poaceae, Pooideae, Poeae, Anthoxanthinae). Darwiniana, Nueva Serie 7: 93 - 136. https: // doi. org / 10.14522 / darwiniana. 2019.71.822","Lema-Suarez, I., Sahuquillo, E., Estevez, G., Loureiro, J., Castro, S. & Pimentel, M. (2018) A taxonomic and evolutionary review of the South American Hierochloe sect. Monoecia Connor (Poaceae; Anthoxanthinae). Botanical Journal of the Linnean Society 186: 389 - 413. https: // doi. org / 10.1093 / botlinnean / box 102"]}

Lema-Suárez, Irene, Sahuquillo, Elvira, Pimentel, Manuel (2021): A revision of Hierochloe sect. Monoecia (Anthoxanthinae, Pooideae, Poaceae). Phytotaxa 478 (1): 92-104, DOI: 10.11646/phytotaxa.478.1.6, URL: http://dx.doi.org/10.11646/phytotaxa.478.1.6

International Journal of Philosophy and Social Values, v. 2 n. 1 (2019): European Identity

Leonardo Coimbra, o maior filósofo português da primeira metade do século XX, encontra devido acolhimento nas páginas deste livro, que é essencialmente uma biografia, uma historiografia de ideias filosóficas e uma hermenêutica que adere à centralidade do texto como condutor e configurador de interpretações. Com uma fundamentada visão do percurso especulativo do filósofo, abordando temas diversos como o criacionismo, a ética, a questão religiosa, a Primeira Guerra, o budismo e a educação, e dedicando-se às relações com, entre outros, Teixeira de Pascoaes, Delfim Santos, José Marinho, António Sérgio e Ortega y Gasset, Leonardo Coimbra: Vida e filosofia constitui um instrumento imprescindível para quem queira conhecer e aprofundar a vida e a obra do Mestre portuense no contexto histórico que foi o seu e na projeção do seu pensamento nas gerações que se lhe seguiram.

Humanística e Teologia, v. 37 n. 1 (2016): O princípio da misericórdia

ANTÓNIO Gabriel de Castro QUADROS Ferro nasceu a 14 de julho de 1923, em Lisboa, e nesta cidade faleceu a 21 de março de 1993. Uma das principais características da sua obra está no veio fortemente interdisciplinar que motivou convocar-se para o seu estudo, no projeto deste livro, investigadores de tendências e áreas de saber diversas, donde a atenção aos seus contextos históricos, culturais, filosóficos, literários, sociológicos, capazes de lançar luz sobre a complexidade de uma obra multifacetada, que espera por mais aprofundados e alargados estudos. Este livro, que reúne o contributo de tantos, é uma pedra para o edifício desses estudos, e, consequentemente, um auspício, pois que espera que a reflexão ora empreendida encontre ecos no futuro. Torna-se, assim, inequívoco o seu propósito: situar António Quadros no espaço intelectual português, europeu e universal.

We return here to an old enigma – the reconciliation of faith and reason – which has tormented philosophical argument and theological conscience, from the Church Fathers to the present. Opting for a dialogical rather than conciliar model of faith and reason, this essay follows various lines of reflection: it contrasts the rationality of faith with philosophical and scientific rationality, it focuses on believing subjectivity, it questions living with dogma and accepts an experience of revelation as acceptance of the other., Regressa-se aqui a um velho enigma – o da conciliação da fé com a razão – que tem atormentado a argumentação filosófica e a consciência teológica, da Patrística aos nossos dias. Optando pelo modelo dialógico e não conciliar da fé com a razão, o ensaio percorre diversas linhas de reflexão: contrasta a racionalidade da fé com a racionalidade filosófica e científica, detém-se na subjetividade crente, interroga a vivência do dogma e concorda numa experiência de revelação como aceitação de outrem.

La tesis trata sobre los factores comunicacionales y socioeconómicos que procuran auscultar la deserción y la no deserción de las/os universitarios matriculados por primera vez, estudiándose el caso de la Universidad de Panamá (cohorte 2008). El estudio se aborda desde una perspectiva epistemológica provista por el modelo de la Mediación Dialéctica de la Comunicación Social (MDCS) y los aportes de otros fundamentos teóricos. En el trabajo empírico se emplean diversas técnicas: el grupo de discusión, entrevistas abiertas focalizadas y en profundidad, las entrevistas estructuradas y la observación directa durante la recolección de los datos primarios suministrados por los enseñados, enseñantes y progenitores con hijas/os matriculados en la institución. Destaca, en el análisis de los resultados, el uso del Modelo de Triangulación Técnica-Coincidental (MTTC); con él se estudian los comportamientos, roles, actitudes, aptitudes, aspiraciones, señalética universitaria y burocracia institucional, y sus inter-relaciones, como factores que inciden en la deserción y no deserción. ABSTRACT. This dissertation deals with the communication and socioeconomical factors that examine desertion and non-desertion of college students registered for the first time at the University of Panama (Cohort 2008). The study is approached from an epistemological perspective provided by the Dialectical Mediation of Social Communication Model (DMSCM) as well as theoretical contributions from other sources. The field work utilizes a variety of data gathering techniques: discussion groups, open-ended interviews, focused and in-depth, structured interviews as well as direct observation during the recollection of raw data from students, teachers and parents of youngsters enrolled for the first time. The use of Technical-Coincidental Triangulation Model (TCTM) is highlighted in the analysis of the results, facilitating the study of the relevance and the interrelationship among elements such as behavior, roles, attitudes, skills, aspirations, University bureaucracy and ethics to desertion and non-desertion.

Mário Saa: Poeta e Pensador da Razão Matemática reúne as comunicações apresentadas ao colóquio realizado em Janeiro de 2012, dedicado a Mário Saa (1893-1917), um dos de Orfeu e amigo de Fernando Pessoa, que continua a desafiar pelo seu carácter polémico, pela natureza irreverente e por um percurso de vida, de obra e pensamento trilhado fora da convencionalidade do saber estatuído. Poeta e pensador de alma irrequieta, Mário Saa procurou por forma impenitente o Saber por entre as suas formulações, nomeadamente a Filosofia, a Literatura, a Arqueologia e a Etnologia. Não é necessário confirmar a dignidade científica e cultural dos autores cuja investigação dá corpo à presente obra. Este livro resgata a memória de Mário Saa do esquecimento. É, pelo contributo dos investigadores, um marco de referência no âmbito dos estudos literários, culturais e filosóficos em Portugal, imprescindível para o conhecimento de um dos Autores mais emblemáticos e controversos do nosso Modernismo.

Submitted by Ana Costa (apcosta@porto.ucp.pt) on 2014-09-26T13:57:10Z No. of bitstreams: 1 Agostinho da Silva e a recriação poética da Península Ibérica.PDF: 90995 bytes, checksum: b81c3bb9615758a9bae2312c1cbb785e (MD5) Approved for entry into archive by Maria João Pinto (mjpinto@porto.ucp.pt) on 2018-06-08T17:54:08Z (GMT) No. of bitstreams: 1 Agostinho da Silva e a recriação poética da Península Ibérica.PDF: 90995 bytes, checksum: b81c3bb9615758a9bae2312c1cbb785e (MD5) Made available in DSpace on 2018-06-08T17:54:08Z (GMT). No. of bitstreams: 1 Agostinho da Silva e a recriação poética da Península Ibérica.PDF: 90995 bytes, checksum: b81c3bb9615758a9bae2312c1cbb785e (MD5) Previous issue date: 2012 info:eu-repo/semantics/publishedVersion

A presente obra reúne as contribuições de vários autores que, em 30 de Maio de 2008, se reuniram na Universidade de Évora para homenagear o Padre António Vieira, por ocasião dos 400 anos do seu nascimento. Os trabalhos que aqui se apresentam abordam a vida e a obra de Vieira, em perspectivas muito diversas: da vida, à obra, das questões literárias e filológicas às questões filosóficas.

Prefácio da obra Uma jornada vieirina em Évora, que resulta de um encontro de homenagem à figura e à obra do Padre António Vieira, realizado na Universidade de Évora em 2008, por ocasião das comemorações do quarto centenário do seu nascimento.

Forma parte de un conjunto de artículos bajo el título común: El alto el fuego de ETA abre un nuevo escenario

Forma parte de un conjunto de artículos bajo el título común: El "run-run" del fin de la violencia etarra