2,535 research outputs found
Saint Teresa of Avila
No full textWith few exceptions, representations of Renaissance women were created by men. The Spanish saint, Teresa of Avila (1515-1582), who chose to represent herself, was one of those exceptions. What prompted her to write Book of Her Life, Interior Castle , and other works? What does the self-portrait of this sixteenth-century nun, mystic, and founder of convents reveal about its author, the church, state, and role of women? St. Teresa of Avila , an innovative analysis of Teresa's autobiographical writings, explores these and many other questions. Bringing to bear a knowledge of Inquisition studies, theory of autobiography, scriptural hermeneutics, and hagiography, Carole Slade defines Teresa's writings as a project of self-interpretation undertaken mainly as the result of the perceived, later realized, threat of an accusation of heresy. Being female and of paternal Jewish ancestry, Teresa was vulnerable to such a charge.Teresa's writing project presented her with serious difficulties. Judicial confession, her prescribed genre, presumed the writer's guilt, while the subordinate female script precluded a defense against the suspicion that her mystical experiences came from the devil. Through careful textual analysis, Slade demonstrates that Teresa exploited the nuances of numerous genres - hagiography, New World chronicle, mystical theological treatise, and early novel - to create an innocent textual persona and depict herself in heroic terms.A signal contribution to our understanding of Teresa's rhetorical and literary talent and life circumstances, this book will engage readers across a broad range of disciplines
Is This Something We Can Do? : Exploring the Possibilities of Faculty/Librarian Collaboration
No full textThe Jereld R. Nicholson Library’s teaching focus follows a strong introductory model, being well integrated in the first-year seminar classes and introductions to the major, though not necessarily across the upper division classes. This presentation tells the story of a collaboration during the course of an upper division education class at Linfield College in the fall of 2016. In addition to presenting some of the research on departmental faculty/librarian collaboration, Patrick Wohlmut and Kena Avila discussed the unique factors that made this collaboration one that was fulfilling, useful, and educational for both the teachers and the students. Though the class was delivered in a face-to-face format, Wohlmut and Avila interacted in ways that were more closely related to embedded librarianship and that involved Wohlmut in a more integrated way than simply teaching research skills in a one-shot session. Through this deeper involvement, instructor and librarian increased the value of these research sessions for their students and strengthened a vital connection between the Education department and the library moving forward. The presentation concluded with a discussion of challenges moving forward and takeaways for collaboration in other levels and courses
Mystical strategies and performative discourse in the theologia mystica of Teresa of Avila: A Wittgensteinian analysis
No full textThe thesis argues that a Wittgensteinian approach to the 'mystical' writings of a 'mystical theologian' such as Teresa of Avila reveals that rather than exhibiting an ontological mysticism these writings are better understood as enacting what are termed 'mystical strategies' or 'performative discourse'. The notion that both Wittgenstein and Teresa employ what are termed 'therapeutic or transformational strategies' to effect change in their readers is central to its argument. In this respect the thesis concludes that their writing is fundamentally transformational in character.EThOS - Electronic Theses Online ServiceGBUnited Kingdo
Obras del Venerable Maestro Juan de Avila, Clerigo, Apostol del Andalucia. Coleccion General de todos sus escritos.
No full textWorks of the Venerable Master Juan de Avila, Clerigo, Apostol del Andalucia. General Collection of all his writings. At the expense of Don Thomas Francisco de Aoiz. Dedicated to the illustrious Mr. Diego de Roxas y Contreras, Bishop of Cartagena, Governor of the Real, and Supreme Council of Castile. Volume Three It contains the Decree of N. M. S. P. Clemente XIII. of 8. Pebrero of 1759. declaring to consist of the Virtues of said Venerable in Heroic Degree; a paramancebos doctrine; the highness of the Preachers; and from the Verse: Audi Pilia, & vide, composed by the same Author. With Privilege. in Madrid, by Andres Ortega, Calle de las Infantas, corner of S. Bartholom #. Year of 1759. Will be with others in the same printing, quarto baxo; and in the house of D. Angel Corradi, Merchant of Books, Calle de las Carretas, and also the Pastoral Letter of Eminentissimo Cardinal Astorga, written to the Holiness of Clement XIII. requesting the Beatification of the Author. 1759Works of the Venerable Master Juan de Avila, Clerigo, Apostol del Andalucia. General Collection of all his writings. At the expense of Don Thomas Francisco de Aoiz. Dedicated to the illustrious Mr. Diego de Roxas y Contreras, Bishop of Cartagena, Governor of the Real, and Supreme Council of Castile. Volume Three It contains the Decree of N. M. S. P. Clemente XIII. of 8. Pebrero of 1759. declaring to consist of the Virtues of said Venerable in Heroic Degree; a paramancebos doctrine; the highness of the Preachers; and from the Verse: Audi Pilia, & vide, composed by the same Author. With Privilege. in Madrid, by Andres Ortega, Calle de las Infantas, corner of S. Bartholom #. Year of 1759. Will be with others in the same printing, quarto baxo; and in the house of D. Angel Corradi, Merchant of Books, Calle de las Carretas, and also the Pastoral Letter of Eminentissimo Cardinal Astorga, written to the Holiness of Clement XIII. requesting the Beatification of the Author. 175
Numerical data of nonlinear optimal perturbation growth in pulsatile pipe flow
No full textPulsatile fluid flows through straight pipes undergo a sudden transition to turbulence that is extremely difficult to predict. The difficulty stems here from the linear Floquet stability of the laminar flow up to large Reynolds numbers, well above experimental observations of turbulent flow. This makes the instability problem fully nonlinear and thus dependent on the shape and amplitude of the flow perturbation, in addition to the Reynolds and Womersley numbers and the pulsation amplitude.
In our paper, we present an adjoint optimization code, based on a GPU implementation of the pseudo-spectral Navier--Stokes solver nspipe, which incorporates an automatic, optimal check-pointing strategy.
We leverage this code to show that the flow is susceptible to two distinct instability routes: One in the deceleration phase, where the flow is prone to oblique instabilities, and another during the acceleration phase with similar mechanisms as in steady pipe flow. Instability is energetically more likely in the deceleration phase. This dataset includes optimal perturbations, their corresponding energy growth over time and post-processing scripts
Teresa of Avila: Negative Theologian
No full text© 2017, selection and editorial matter, Peter Tyler and Edward Howells. This is an author produced version of a chapter published in TERESA OF AVILA: MYSTICAL THEOLOGY AND SPIRITUALITY IN THE CARMELITE TRADITION uploaded in accordance with the publisher’s self- archiving policy. The final published version (version of record) is available online at the link below. Some minor differences between this version and the final published version may remain. We suggest you refer to the final published version should you wish to cite from it
Liolaemus attenboroughi Sánchez & Morando & Avila 2023, new species
No full textLiolaemus attenboroughi, new species 1975 Liolaemus kingi Cei, 1975 Herpetologica 31(1): 109–116. 1986 Liolaemus kingi Cei, 1986 Museo Regionale di Science Naturali Torino, Monografie 4: 1–527. 2015 Liolaemus kingii Minoli et al., 2015 Zookeys 498: 103–126. Holotype. LJAMM-CNP 16782 (Fig. 4): Adult male. Locality: National Road 40, 39 km N of Gobernador Costa, between Putrachoique and La Paulina ranch, eastern slope of Cordón de Putrachoique, Tehuelches Department, Chubut Province, Argentina (43°51′22.5″S, 70°54′57.4″W, 859 m.a.s.l.). Collector: L.J.Avila.Date: January 30,2018. Paratypes. See Figures 5, 6, and 7. LJAMM-CNP 16781, 16784, MLP. R 6828 (ex LJAMM-CNP 16783) (adult males), and LJAMM-CNP 16786 (adult female), same data as holotype; LJAMM-CNP 3678 (adult male) and 3679 (adult female) from Provincial Road 12, La Cancha pier, Cushamen Department, Chubut Province, Argentina (42°47′47.3″S, 70°57′30.2″W, 762 m.a.s.l.), collected by N. Frutos, C.H.F. Perez, M. Morando, P. Frutos, L.J. Avila, and T. Avila (February 8, 2006); LJAMM-CNP 3680, 3702 (adult females), and 3701 (adult male) from Provincial Road 17, 52.5 km SE Corcovado, Languiñeo Department, Chubut Province, Argentina (43°37′42.5″S, 70°59′49.8″W, 770 m.a.s.l.), collected by N. Frutos, C.H.F. Perez, M. Morando, P. Frutos, L.J. Avila, and T. Avila (February 9, 2006); LJAMM-CNP 3683 (adult male) and 3684 (adult female) from Provincial Road 17, 36.4 km SE Corcovado, Futaleufú Department, Chubut Province, Argentina (43°33′43.8″S, 71°10′1.3″W, 816 m.a.s.l.), collected by N. Frutos, C.H.F. Perez, M. Morando, P. Frutos, L.J. Avila, and T. Avila (February 9, 2006); LJAMM-CNP 4684–4685, 4687 (adult females), and 4686 (adult male) from Provincial Road 53, 40 km S from junction to National Road 25, Tehuelches Department, Chubut Province, Argentina (43°58′25.2″S, 70°22′5.4″W, 797 m.a.s.l.), collected by L.J. Avila and C.H.F. Perez (February 2, 2004); LJAMM-CNP 6501 (adult male) from Provincial Road 44, 35.9 km S Corcovado, Cushamen Department, Chubut Province, Argentina (43°45′56.4″S, 71°23′52.4″W, 959 m.a.s.l.), collected by L.J. Avila, N. Frutos, and M. Kozykariski (March 19, 2006); LJAMMCNP 8877 (adult female) from National Road 40, 70.6 km N Tecka, 10.8 km S Nahuel Pan, Futaleufú Department, Chubut Province, Argentina (43°59′24.7″S, 71°5′57.6″W, 745 m.a.s.l.), collected by L.J. Avila, M.F. Breitman, and N. Feltrin (December 15, 2007); LJAMM-CNP 8891 (adult female) from Provincial Road 40, 2 km N Esquel airport, Cushamen Department, Chubut Province, Argentina (42°51′57.3″S, 71°7′54.3″W, 819 m.a.s.l.), collected by L.J. Avila, M.F. Breitman, and N. Feltrin (December 16, 2007); LJAMM-CNP 9183 (adult female) from National Road 40, 16.1 km S Tecka, Languiñeo Department, Chubut Province, Argentina (43°37′47.7″S, 70°50′27.2″W, 943 m.a.s.l.), collected by L.J. Avila, M.F. Breitman, and N. Feltrin (December 15, 2007); LJAMM-CNP 11098 (adult male) from Provincial Road 13, 20.3 km N Colan Conhué, road to Paso del Sapo, Languiñeo Department, Chubut Province, Argentina (43°4′16.8″S, 69°53′47.6″W, 992 m.a.s.l.), collected by L.J. Avila and M. Nicola (November 5, 2008); LJAMM-CNP 13083 (adult male), 13084 – 13086 (adult females), and MLP. R 6827 (ex LJAMM-CNP 13088, juvenile) from 6 Hermanos plant, 10 km N-NE from junction with Provincial Road 25, road to Provincial Road 62, Pocitos de Quichaura, Languiñeo Department, Chubut Province, Argentina (43°26′23.9″S, 70°0′12.7″W, 743 m.a.s.l.) collected by L.J. Avila, M. Kozykariski, M.F. Breitman, and R. Martinez (March 16, 2010); LJAMMCNP 13106 – 13108 (adult males) and 13110 (adult female) from Provincial Road 13, 18.8 km N Colan Conhué, Languiñeo Department, Chubut Province, Argentina (43°4′52.5″S, 69°53′58.1″W, 1011 m.a.s.l.), collected by L.J. Avila, M. Kozykariski, M.F. Breitman, and R. Martinez (March 16, 2010); LJAMM-CNP 13114 (adult male) from Blanca lagoon, Provincial Road 13, between Colan Conhué and Paso del Sapo, 32 km N Colan Conhué, Languiñeo Department, Chubut Province, Argentina (42°57′14.4″S, 69°55′47.7″W, 935 m.a.s.l.), collected by L.J. Avila, M. Kozykariski, M.F. Breitman, and R. Martinez (March 16, 2010); LJAMM-CNP 15602 (adult female) from Provincial Road 63, 21.1 km NE José de San Martín, Tehuelches Department, Chubut Province, Argentina (43°54′31.3″S, 70°18′45.9″W, 1072 m.a.s.l.), collected by M.A. González – Marín, C.H.F. Perez, and L.J. Avila (October 10, 2013); LJAMM-CNP 17011, 17270, 17271, MLP. R 6829 (ex LJAMM-CNP 16794) (adult males), and MLP. R 6830 (ex LJAMM-CNP 16800) (adult female) from National Road 40, 50.9 km N from junction with Provincial Road 19, road to Río Pico, Pampa del Tepuel, Languiñeo Department, Chubut Province, Argentina (43°38′8.9″S, 70°50′30.5″W, 941 m.a.s.l.), collected by L.J. Avila (January 30, 2016); MLP. R 6831 (ex LJAMM-CNP 17007) (juvenile) from National Road 40, 39 km N Gobernador Costa, between Putrachoique and La Paulina ranch, eastern slope of Cordón de Putrachoique, Tehuelches Department, Chubut Province, Argentina (43°51′22.5″S, 70°54′57.4″W, 859 m.a.s.l.), collected by L.J. Avila (January 30, 2016); LJAMM-CNP 17019–17020 (adult males), 17021 (adult female), MLP. R 6832 (ex LJAMM-CNP 17022), and 6833 (ex LJAMM-CNP 17023) (juveniles) from Provincial Road 17, 14.4 km S Provincial Road 40, Futaleufú Department, Chubut Province, Argentina (43°34′27.4″S, 70°54′7.4″W, 865 m.a.s.l.), collected by L.J. Avila (January 30, 2016); LJAMM-CNP 19206 (adult female) from National Road 40, 22 km N from junction with Provincial Road 19, 38 km N Gobernador Costa, Tehuelches Department, Chubut Province, Argentina (43°52′5.84″S, 70°54′45.83″W, 858 m.a.s.l.), collected by L.J. Avila and K.I. Sánchez (February 23, 2020); LJAMM-CNP 19207 (adult male) and 19227 (adult female) from National Road 40, 68.6 km N Gobernador Costa, near Tecka, Languiñeo Department, Chubut Province, Argentina (43°37′29.57″S, 70°50′26.38″W, 938 m.a.s.l.), collected by L.J. Avila and K.I. Sánchez (February 23, 2020). Besides the holotype and adult paratypes, we included 12 juvenile specimens in molecular analyzes (Appendix 2). Diagnosis. Liolaemus attenboroughi sp. nov. belongs to the Liolaemus kingii group by having a generally dark background coloration, slightly stout body, longer distance between snout and vent, and higher number of scales around midbody compared to members of the L. lineomaculatus and L. magellanicus groups (Scolaro & Cei 1997; Breitman et al. 2013; Avila et al. 2020). Liolaemus attenboroughi sp. nov. has imbricated scales, not tridentated, its dorsal pattern is characterized by a conspicuous vertebral line blended with perpendicular well-defined lines that are wider in the vertebral portion of the body, becoming narrow in the lateral zone. Significant differences in morphometric and meristic attributes are shown in Table 2. Summary statistics of each variable are shown in Tables 4 and 5. Overall, body size dimensions were smaller in Liolaemus attenboroughi sp. nov. compared to several members of the kingii group, mainly L. archeforus, L. baguali, L. gallardoi, L. kingii, L. sarmientoi, L. somuncurae, L. tari, and L. tristis (three to six significantly different variables). The only exceptions included a higher head compared to L. kingii and L. tristis, and a longer tibia-fibula compared to L. scolaroi. Meristic differences were mainly concentrated in the number of scales around midbody, being higher in Liolaemus attenboroughi sp. nov. compared to L. archeforus, L. escarchadosi, L. gallardoi, L. sarmientoi, L. scolaroi, L. tristis, L. uptoni, and L. zullyae. The least amount of significant differences were found with L. chacabucoense (auditory meatus width), L. escarchadosi (number of scales around midbody), and L. zullyae (auditory meatus width and number of scales around midbody). Description of the holotype. Body size dimensions (mm.): snout vent length 71, tail length 89, head length 16.1 (from the anterior border of the tympanum to the snout tip), head height 8.83 (at the anterior border of the tympanum), head width 12.76 (between the anterior borders of the auditory openings), forelimb length (radiusulna) 17.97, tibia-fibula length 11.92, foot length 19.34 (between the ankle and the insertion of the claw on the fourth toe), axilla-groin distance 36.43, snout length 5.2 (between the posterior border of the canthal scale and the tip of the snout), rostral-nasal distance 2.47 (between the anterior border of the nare and the tip of the snout), orbit-tympanum distance 5.88 (between the posterior insertion of the superciliaries and the anterior border of the tympanum), auditory meatus higher (2.92) than wide (2.07), anterior distance between orbits 5.44 (between the anterior insertions of the superciliaries), posterior distance between orbits 7.8 (between the posterior insertions of the superciliaries). Orbit size: 3.78 (width)/2.52 (height). ......continued on the next page Folds: slight nuchal, postauricular, and longitudinal distinct, supra-auricular and oblique neck absent, dorsolateral slightly evident. Supernumerary antegular very slight, antegular, and gular evident and incomplete, antehumeral evident. Squamation: Dorsal head scales bulged and smooth, 14 between occiput (at the level of the anterior border of the tympanum to the rostral). Rostral wider (3.61 mm.) than high (1.36 mm.). Two postrostrals, four internasals, three frontonasals. Three canthals on each side, anteriors in contact with nasal and frontonasal scales, posterior larger than anteriors. Five prefrontals, two on each side, separated by a melanic rhomboidal scale. Frontal scale longitudinally divided in two. Five scales between frontal and rostral scales. Supraorbital semicircles complete. Seven scales in contact with the interparietal, parietal eye in the anterior half of the scale. Parietals bulged, irregularly shaped; left larger than right. Three rows of supraoculars (on both sides), medial row of enlarged scales. Seven superciliaries on each side, anteriors elongated. Dorsal and lateral scales of neck granular. Eight/seven scales surrounding nasals. Nasals separated form rostral scale by anterior lorilabial and post-rostral scales. Loreal region flat. Six/seven lorilabials, three/four in contact with subocular. One preocular on each side. Subocular scale elongate, complete. Seven supralabials on each side, fourth scale curved upward posteriorly (on both sides). Temporals juxtaposed, smooth, and protruding, few with one scale organ. Orbit with 14/18 upper ciliares and 12/11 lower ciliaries. Three outwardly projecting scales along the anterior border of the auditory meatus. Mental wider (3.51 mm.) than high (1.34 mm.), followed posteriorly by two post-mentals and two rows of 3/3 chinshields. Four scales in contact with the mental. Six infralabials on each side. Scale organs mainly present in the anterior head region. Throat scales between chinshields subimbricated, imbricated toward the auditory meatus. Twenty/15 gulars between antegular and gular folds. Thirty-one/27 scales along longitudinal fold, between auditory meatus and antehumeral fold. Loreal, lorilabials, infralabials, rostral, post-rostrals, nasals, internasals, frontonasals, and prefrontals with conspicuous scale organs. Dorsal body scales sublanceolated, imbricated, distinctly keeled in the area between axila and groin, weakly keeled in the anterior and posterior areas. Seventy-seven dorsal scales, between interparietal (not counting it) and posterior surface of thighs. Twenty-seven longitudinal keeled scales rows, between dorsolateral folds. Scales become slightly keeled to smooth in the flanks, small, granular, and subimbircated around limb insertions. Eighty-one scales around midbody. Ventral scales wider than dorsals, smooth and rounded, juxtaposed. One-hundred and one scales between mental (not counting it) and precloacal pores. Eight precloacal pores on squared scales. Margin of cloaca distinctly cuadrangular. Suprabrachials imbricated, slightly keeled, infrabrachials subimbricated and granular. Prebrachials and postbrachials subimbricate, smooth. Supraantebrachials and infraantebrachials subimbricate, smooth. Preantebrachials and postantebrachials imbricate and smooth. Supracarpals imbricate, smooth; inframetacarpals imbricate and smooth, smaller than supracarpals. Supradigitals of manus smooth, wider than long; subdigitals with three keels, each terminating in a short blunt mucron, more evident in lateral keels; numbering: I: 9, II: 13; III: 17; IV: 18; V: 10. Claws slightly curved, light gray on ventral side, darker on dorsal side. Suprafemorals imbricated, slightly keeled, subtriangular on the anterior half, granular on the posterior half; infrafemorals imbricated and smooth. Prefemorals subimbricated, smooth, postfemorals granulated. Supratibials juxtaposed to subimbricated, some slightly keeled, infratibials subimbricate, smooth, similar in size to supratibials. Pretibials subimbricated, slightly keeled to granular; posttibials imbricated and smooth. Supratarsals imbricate, smooth; infratarsals imbricate and slightly keeled, smaller than supracarpals. Supradigitals of foot imbricated, slightly keeled; subdigitals with two to three keels, slightly mucronated; numbering: I: 11, II: 13; III: 18; IV: 23; V: 14. Claws slightly curved, light gray on ventral side, darker on dorsal side. Tail complete, quadrangular in cross section near the cloaca, the remaining becomes oval to round. Slight bulges on the ventral side of the proximal region, indicating the location of inverted hemipenes. Caudal scales constituting conspicuous annuli. Dorsal caudal scales distinctly keeled, imbricated, and mucronated. Sublanceolated on the proximal section, subcuadrangular on the middle section and rectangular on the distal section. Lateral scales keeled to slightly keeled. Ventral caudal scales smooth on the proximal portion, slightly keeled to keeled on the distal portion. Color of holotype in life. Observations were made in sunlight. Dorsal background color of head Umber (#654F41), neck, trunk, tail, and limbs Black Olive (#3D3C41). Dorsal head surface with some scattered Black Olive lines and spots. Dorsal pattern of central streaks and lateral dot bands. Streaks are Dark Vanilla (#D1C8A7) in the anterior half through Dark Khaki in the posterior half; dots constituted by 4–6 Dark Vanilla scales in the anterior half, Rose Taupe (#955E57) in the posterior half. Bands becoming a solid vertebral line in the region of thigh insertions through the base of the tail. On the tail, vertebral line becomes a series of irregular Aztec Gold (#C6A157) rings to the tip of the tail. Lateral head region Umber. Lateral body region background Black Olive, with regular and conspicuous Dark Khaki bands. Limbs with scattered spots and bands, Dark Vanilla in the forelimbs, Dark Khaki in the hindlimbs. Ventral background Bone (#DCDEC6). Mandible and gular region melanic, Gray (#81817A), with some interspersed Deer scales (#B37E5E). Melanic pattern turns into irregular lines in the chest region. Lower belly and femoral-tibial hind limbs Dark Khaki (#BEB069). Color of holotype in preservative. See Figure 4. Conspicuous bright colors disappearing after fixation, fading to darker tones. Dorsal pattern of central streaks Cultured (#F7F8F0), lateral spots Desert Sand (#E6D1A2). Mandible and gular region melanic, ventral region Pastel Gray (#DCD5B9). Variation. Morphological and meristic character variation in females and males of Liolaemus attenboroughi sp. nov. are shown in Table 1. Sexual dimorphism is present in all measurements, except rostral height and snout-vent length. Meristic attributes with sexual dimorphism include infradigital lamellae on the third finger and infralabial scales. Ventral variegation is present in most of the males and a few females (Figs. 6 and 7). Females in life present basically the same dorsal and lateral color pattern observed in males (Fig. 5), although they generally have a light brown background coloration. Paratypes LJAMM-CNP 11098 and 13114 (males) show a dorsal pattern of nearly complete transversal bands, resembling a L. kingii pattern. Geographic distribution. Liolaemus attenboroughi sp. nov. is known from the Patagonian Steppe of northwestern Chubut province, delimited in the north and east by the Chubut River and the west by the Andes mountain chain. Geographically, it is isolated from the remaining species of the L. kingii group (Fig. 1). Collection sites are located in four vegetation units (Oyarzabal et al. 2018; Fig. 8): (i) low steppe of Senecio algens and Oxalis compacta, dominated by camephytes and herbaceous hemicryptophytes (one locality); (ii) grass steppe dominated by Festuca pallescens (five localities; Fig. 8); (iii) grassy shrub-steppe, dominated by gramineous Pappostipa speciosa, P. humilis, Poa ligularis, and P. lanuginosa, and the shrubs Adesmia volckmannii and Berberis microphylla (nine localities); and (iv) serran shrub steppe dominated by Colliguaja integerrima (three localities). Natural history. Based on field observations and reports on related species (Cei 1986), Liolaemus attenboroughi sp. nov. is a viviparous and omnivorous species. Lizards were observed basking on rocks along roads or in the edge of medium size bushes. Other lizards found in syntopy were L. lineomaculatus, L. bibronii, L. boulengeri, and Diplolaemus aff. sexcinctus. Etimology. We name this new species in honor to Sir David F. Attenborough, English broadcaster, biologist, natural historian, and author, in recognition of his immense contribution to the public understanding and appreciation of the biodiversity, and the necessity of its protection. While Attenborough’s earlier work focused more on the marvels of our planet, his later work has been more vocal in support of environmental causes, advocating for mitigate climate change, limit human population growth, and switch to renewable energies.Published as part of Sánchez, Kevin I., Morando, Mariana & Avila, Luciano J., 2023, A new lizard species of the Liolaemus kingii group (Squamata: Liolaemidae) from northwestern Chubut province (Argentina), pp. 235-255 in Zootaxa 5264 (2) on pages 239-249, DOI: 10.11646/zootaxa.5264.2.5, http://zenodo.org/record/783850
El Tlacuache Núm. 55 (2002). 55 Año 2 (2002) agosto. El Tlacuache
No full text- Villa Olindo, Acapantzingo. Cuernavaca, Morelos por Hugo Antonio Arciniega Avila. - Nuestro patrimonio desconocido por Teresita Loera y Anaite Monterforte. - El Yauhtli por Margarita Avilés y Macrina Fuentes
Observatorio de bibliometría y cienciometría USTA Métricas de autor FICHA BIBLIOMÉTRICA Jheison Torres Avila
No full textInforme de las métricas de autor del Dr. Jheison Torres Avila 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 publicaciones.Report of the author metrics Jheison Torres Avila 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
Portrait of Dona Delfina Rodrigues de Avila, daughter of Francisco Rodrigues, major domo of many of the old ranchos, [s.d.]
No full textPhotographic portrait of Dona Delfina Rodrigues de Avila, daughter of Francisco Rodrigues, major domo of many of the old ranchos, [s.d.]. Dona Delfina is shown full length and is resting her hand on a table at right. She is looking at the camera and her body is turned slightly to the right. She is wearing a long dress with horizontal stripes and has a high belt around her waist. Her long dark hair is tied behind her head. The table is covered with a dark cloth and a small box is sitting on top. Dona Delfina was the wife of Manuel Aciano Avila, "Charro", the son of Don Juan Avila of San Juan Capistrano.; Photoprint reads: "Dona Delfina Rodriguez de Avila, daughter of Francisco Rodriguez, major-domo of many of hte old ranchos: Cable Sterns, Juan Avila, Jose Antonio Yorba II and Forster - Pico of San Juan. Wife of Manuel Aciano Avila "charro" the son of San Juan Avila of San Juan Capistrano (grantee of Rancho Niguel). a famous historical character of Spanish - Mexican California. (See Bancroft History and M.S.) Author of "Notas Californias"
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