79,782 research outputs found
Jose E. D. Rodriguez
No full textPhotograph shows Jose E. D. Rodriguez, as an elderly man, wearing chaps and standing with his horse
Rear Admiral William D. Rodriguez, USN, Retired, Biography
No full textBiography of Rear Admiral William D. Rodriguez, USN, Retired
NOW with Bill Moyers : Richard Rodriguez on being American
No full textMoyers talks to Rodriguez about the ways race, culture, class, and religion are reshaping the concept of identity in America today. Topics include: bilingual education, affirmative action, Spanish Catholicism, and the implications of brown skin.Bill Moyers, interviewer
Juan Rodriguez et Tom Vuarchex, auteurs de jeux de société
No full textL\u27un est l\u27auteur d\u27un immense succès qui est depuis longtemps sorti des boutiques pour se retrouver sur les tables de millions de personnes. L\u27autre a un As d\u27Or à son actif et de nombreux jeux publiés dans des genres très différents. Tom Vuarchex et Juan Rodriguez répondent à quelques questions et notamment au sujet de l\u27inclusion du jeu dans nos collections
Troglodrilus galarzai Giani and Rodriguez 1988
No full textTroglodrilus galarzai (Giani and Rodriguez, 1988) (Figures 3 B, 4 G–M, 5 C–D, 6; Table 1) Tubificoides galarzai Giani and Rodriguez, 1988 (partim): Figures 3 and 4. Tubificoides galarzai: Giani et al., 2001 (partim). Troglodrilus galarzai (Giani and Rodriguez) Juget et al., 2006 (partim): Figure 2; Achurra & Rodriguez, 2008; Timm, 2009 (partim); des Chatelliers et al., 2009 (partim). Lectotype. MCN 16.03 / 3037: a dissected specimen from Argatxa cave (Santa Eufemia–Ereñozar karst unit, 15 December 1984, UTM coordinates X: 527804, Y: 4800940, Z: 5). Paralectotype. MCN 16.03 / 3038: a dissected specimen from Argatxa cave (Ereñozar karst unit, 15 December 1984). Other material. One dissected specimen from the type locality (15 December 1984), 2 dissected specimens from Goiketxe cave (27 December 2007), 27 specimens (8 dissected, 3 whole-mounted and 16 in 70 % alcohol) from Artzegi cave (18 October 2007, 7 May 2008, 30 July 2008, 17 June 2009, 17 June 2009), 7 specimens (2 dissected and 5 in 70 % alcohol) from Lapurzulo II cave (15 October 2007), 5 dissected specimens from Ubegi II spring (25 October 2007, 25 June 2008), 8 specimens (2 dissected and 6 in 70 % alcohol) from Zubialde spring (18 October 2007) and 3 dissected specimens from Mairulegorreta cave (8 November 1987). All in the collection at the University of the Basque Country (UPV/EHU). Other localities. In Santa Eufemia-Ereñozar karst unit: Goiketxe cave (UTM coordinates X: 0 537014, Y: 4797642, Z: 40). In Gorbeia karst unit: Artzegi cave (UTM coordinates X: 0 520052, Y: 4762908, Z: 807), Lapurzulo II cave (UTM coordinates X: 0 515247, Y: 4765134, Z: 850), Mairulegorreta cave (UTM coordinates X: 0 5198557, Y: 4763525, Z: 915), Ubegi II spring (UTM coordinates X: 0 516270, Y: 4766001, Z: 973) and Zubialde spring (UTM coordinates X: 0 520044, Y: 4762955, Z: 818). Taxonomic remarks. The lectotype and paralectotype were chosen among the syntypes in the National Museum of Natural Sciences (Madrid). Although the original description by Giani and Rodriguez (1988) was only based on the population of Santa Eufemia-Ereñozar karst unit, new material from Gorbeia karst unit barely modifies the range of values of some characters (Table 1). New measurements of the penial sac and the spermathecal vestibule of the lectotype and paralectotype are given after their re-examination. Main diagnostic characters for the species are: ringed glandular epidermis; comma-shaped atrium with densely granulated epithelial cells in the concave part of the atrium both ental and ectal to the prostate junction, and non granulated epithelial cells in the convex and ectal part (Fig. 3 B); large prostate, joining the atrium subapically by a stout bundle of canals (Fig. 3 B); vas deferens ciliated throughout, longer than atrium, about 20–25 µm diameter, entering the atrium apically; penial sac rounded, maximum diameter 80–110 µm (lectotype: 100 µm; paralectotype: 85 µm); thick cuticular penial sheath, of particular form and size (see measurements of characters in Table 1), with longitudinal folds. One pair of spermathecae containing spermatozeugmata; spermathecal duct narrow (25–35 µm) ending in a spherical vestibule, 75–150 µm maximum diameter (paralectotype: 105 µm). The finding of specimens in different states of development (incompletely mature) in Gorbeia karst unit has revealed details on the formation of the penial sheath. In an early state, the penis is naked and when the formation of the penial sac seems to be completed, a cuticular sheath begins to develop around the penis (d, e, f and h in Fig. 2). In the end, the cuticular sheath covers also the internal wall of the penial sac (a and b in Fig. 2; Fig. 4).Published as part of Achurra, Ainara, Chatelliers, Michel Creuze Des & Rodriguez, Pilar, 2012, Troglodrilus jugeti n. sp. (Annelida, Clitellata, Tubificinae), a new stygobiont oligochaete species from south-western Europe, pp. 35-46 in Zootaxa 3229 on page 43, DOI: 10.5281/zenodo.28034
RODRIGUEZ D. Eutanasia e codici deontologici delle professioni della salute, Grandangolo
No full textCaine, Thomas D. interview
No full textOral history interview of Mr. Thomas D. Caine. Interview conducted by Sharon Rodriguez at the Masonic Home of Florida in St. Petersburg, Florida on 03/22/2018
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