327,013 research outputs found
. 1093 Año 22 (2023) septiembre. El Tlacuache
No full textLos análisis arqueológicos que hemos avanzado durante una década en Tlayacapan, Morelos, nos ha mostrado una muy larga secuencia de ocupaciones humanas desde hace más de dos mil años.- Las nubes en cajetes del Posclásico Temprano en Tlayacapan, Morelos por Raúl Francisco González Quezada.Anders, Ferdinand; Maarten Jansen y Luis Reyes García
1993 Los Templos del Cielo y de la Oscuridad. Oráculos y liturgia. Libro explicativo del llamado Códice Borgia. Fondo de Cultura Económica. México.
Canto Aguilar, Giselle y Georgia Yris Bravo López
2017 La cerámica Plumbate en el Yohualtépetl. El Tlacuache, Suplemento Cultural. El Sol de Cuernavaca. No. 808:31-33.
Córdova Tello, Mario y Carolina Meza Rodríguez
2007 Chalcatzingo, Morelos, un discurso sobre piedras. Arqueología Mexicana. No 87:60-65.
Escalante Gonzalbo, Pablo
2018 Representación y visión de las nubes. Tradición indígena y creencias cristianas. Fundación Amparo IAP. Puebla.
González Quezada, Raúl Francisco y Steffany Martínez Gómez
2017 Arqueoastronomía, ciclo agrícola y asentamiento en el sitio arqueológico El Tlatoani, Tlayacapan, Morelos. Anthila. No. 16:4-26.
González Rocha, Edith; Rosa Cerros Tlatilpa; Adolfo Espejo Serna y Ana Rosa López Ferrari
2015 Tillandsia chalcatzingensis, a new species from the state of Morelos, Mexico. Phytotaxa. Vol. 227. No. 2:182-188.
Hernández, Carlos; Robert H Cobean; Alba Guadalupe Mastache y María Elena Suárez
1999 Un taller de alfareros en la antigua ciudad de Tula. Arqueología. No. 22:69-87.López Austin, Alfredo y Leonardo López Luján
2009 Monte Sagrado, Templo Mayor, México, Instituto de Investigaciones Antropológicas. UNAM.
Méndez Cuautitla, Jorge Antonio
2017 Las efigies Tláloc. Nueva propuesta tipológica para el símbolo emblema del Estado teotihuacano. Ponencia presentada en la 6ª Mesa Redonda Teotihuacán: Orígenes, Auge, Colapso y Herencia. Mesa 1. Parte 3. Orígenes del Estado: formación y desarrollo del centro ceremonial. (visitado el 10 de marzo de 2023 en bit.ly/47YfcEU).
Molina, Fray Alonso de
1970 Vocabulario en Lengua Mexicana/Castellana. Porrúa. México.
Molina López, Jesús Severo
2019 Una escultura del Posclásico temprano. El Tlacuache, Suplemento Cultural. El Sol de Cuernavaca. No. 870:23-26.
Reilly, F. Kent, III
1996 The Lazy-S: A Formative Period Iconographic Loan to Maya Hieroglyphic Writing. En Eighth Palenque Round Table, 1993. Merle Green Robertson, Martha J. Macri, y Janet McHargue (editores). Pp. 413-424. Pre-Colombian Art Research Institute. San Francisco.
Smith, Michael E.; Timothy S. Hare y Lisa M. Montiel
2006 Reconocimiento superficial del valle de Yautepec, Morelos: Informe Final. Archivo del Consejo Nacional de Arqueología. Ciudad de México.Paisaje de la sierra de Tlayacapan con el cielo nublado, en la parte central izquierda se advierte el cerro Cihuapapalotzin y en la baja derecha se advierte la pequeña elevación llamada Tezontlala (Fondo PICZAT 2012). Paisaje desde la sierra de Tlayacapan hacia la Sierra Nevada con el volcán Popocatépetl al centro, con un ambiente nublado y actividad volcánica (Fondo PICZAT 2012)
Lasioglossum (Dialictus) yucatanense Landaverde-González & Gardner & Moo-Valle & Quezada-Euán & Ayala & Husemann 2023, sp. nov.
No full textLasioglossum (Dialictus) yucatanense Landaverde-González sp. nov. urn:lsid:zoobank.org:act: F9897B79-0567-4EAB-802A-1E0C1B4D65E1 Figs 1, 5A–B, 6A, 7–8, 30B, 36A Diagnosis Females of L. yucatanense sp. nov. can be recognized by the vertex and mesoscutum having very short, sparse pubescence, as if shaved (most noticeable in lateral view where most setae are separated by half or more their length); mesosoma entirely dulled by strong microsculpture; mesoscutum usually densely punctate laterad of parapsidal lines (i 0.23) and distinctly, densely punctate on lateral margins (i <1 pd), becoming more sparsely punctate medially (i ≥ 1 pd), sometimes densely punctate medially (i <1 pd); metapostnotum with fine rugae extending onto propodeum dorsolateral slope; discs of T1–T2 with very fine, minute punctures, often hardly visible; and T2 and usually T3 apical impressed areas glabrous and impunctate. Males can be recognized by the same characters as females, except that the mesepisternum is shiny and distinctly and densely punctate (i <1 pd). Differential diagnosis Both sexes of L. yucatanense sp. nov. are most similar to Lasioglossum paxtoni sp. nov. and L. aureoviride sp. nov. and some members of the L. stictaspis species complex in the Yucatán Peninsula. They are also similar to the Nearctic species L. perparvum, which does not co-occur with L. yucatanense, and some undescribed species related to L. perparvum which may co-occur with L. yucatanense at the limits of its range. Both sexes of L. paxtoni have the tegula more finely and sparsely, sometimes inconspicuously punctate (i = 1–2 pd on lateral margins), mesonotum and mesoscutum shiny, mesoscutum finely and sparsely punctate (i = 1–3 pd) becoming slightly denser laterad of parapsidal lines (i = 1–2 pd); females also have the mesepisternum shiny, granular and finely, moderately densely punctate. Lasioglossum aureoviride females have the mesoscutum weakly tessellate and sparsely punctate between parapsidal lines (i = 1–3 pd), T2–T3 apical impressed areas evenly covered with minute punctures and fine setae, head and mesosoma metallic dark turquoise-green with golden reflections on mesoscutum, and mesepisternum very densely punctate (i <0.5 pd). Both sexes of the L. stictaspis species complex have the mesoscutum with longer and denser pubescence (in lateral view all setae separated by less than half their length); females also have the mesepisternum usually imbricate and deeply, moderately densely punctate (i ≤ 1.5 pd) with distinct interspaces and T2–T3 apical impressed areas usually with minute punctures or setae; males also usually have the mesepisternum more sparsely punctate (i = 1–2 pd). Females of L. perparvum have the mesepisternum distinctly punctate and T2–T3 apical impressed areas with minute punctures; males have T1–T2 with deep and distinct punctures often extending across premarginal line onto apical rim. Other undescribed species may have the tegula much larger (exceeding posterior margin of mesoscutum in dorsal view) and/or entirely densely punctate (i <1 pd); propodeum dorsolateral slope smooth without metapostnotal rugae; and/or mesepisternum shiny and distinctly punctate. Etymology The specific epithet refers to the Yucatán Peninsula region, Mexico where the species was discovered. The name was proposed by Manfred Stark who won a photo competition to name a species of bee at an event at the ZMH. Type material Holotype MEXICO – Yucatán • ♀; Nenela; [20.3364° N, 89.022° W]; 25 Oct. 2011; Quezada-Euán and MooValle leg.; original label 435.2; UNAM. Paratypes GUATEMALA – Huehuetenango • 1 ♀; Jacaltenango; 15.7167° N, 91.7455° W; elev. 1027 m; 28 Feb. 2010; César López leg.; ECOAB.43352 • 1 ♀; La Democracia, Calauté; 15.571° N, 91.8496° W; elev. 915 m; 27 Apr. 2010; Jorge Mérida leg.; ECOAB.43257 • 1 ♀; La Democracia, Camojaíto; 15.616° N, 91.8727° W; elev. 940 m; 1 Mar. 2010; Philippe Sagot leg.; ECOAB.43199. MEXICO – Campeche • 1 ♂; Hopelchén; 19.58° N, 89.77° W; elev. 110 m; 25 Jan. 2016; Jesús López leg.; ECOAB.82805. – Chiapas • 1 ♀; 3 km N of San Francisco Pujiltic, SW of Soyatitán; [16.3° N, 92.44° W]; elev. 710 m; 21 Apr. 1993; R.W. Brooks leg.; ex Bidens bipontina; SEMC SM0341500 • 2 ♀♀; 3 km S of Palenque, Nututún; [17.485° N, 91.975° W]; elev. 40 m; 25 Apr. 1993; R.W. Brooks leg.; ex Bidens pilosa; SEMC SM0341501, SM0341502 • 5 ♂♂; same collection data as for preceding; SEMC SM0341706 to SM0341710 • 2 ♀♀; 5 mi S of Pichucalco; 17.4369° N, 93.1019° W; elev. 2137– 2286 m; 13 Sep. 1974; George E. Bohart and W.J. Hanson leg.; BBSL 1101064, 1101065 • 2 ♂♂; same collection data as for preceding; BBSL 1101060, 1101061 • 51 ♀♀; 52.9 km N of Ocosingo Shanil; [17.2167° N, 92.1° W]; elev. 320 m; 23 Apr. 1993; R.W. Brooks leg.; ex Bidens; SEMC • 43 ♂♂; same collection data as for preceding; SEMC • 4 ♀♀; 52.9 km N of Ocosingo Shanil, near Agua Azul; 17.2167° N, 92.1° W; elev. 320 m; 23 Apr. 1993; E. Tovar leg.; ex Bidens pilosa; SEMC SM0341611 to SM0341614 • 4 ♀♀; Bonampak; [16.71° N, 91.06° W]; 23–26 Sep. 1977; W.D. Edmonds leg.; SEMC • 2 ♀♀; Estación Biológica Chajul, near Chajul; [16.113° N, 90.941° W]; elev. 200 m; 15 Apr. 1993; R.W. Brooks leg.; ex Oenothera sp.; SEMC SM0341481, SM0341482 • 1 ♂; same collection data as for preceding; SEMC SM0341819 • 1 ♂; Ocosingo, El Rosario; 16.8859° N, 92.2742° W; elev. 1118 m; 15 Apr. 2010; Miguel Guzmán leg.; ECOAB.43132 • 1 ♂; Ocosingo, San Francisco; 16.9156° N, 92.0483° W; elev. 922 m; 11 Feb. 2010; Miguel Cigarroa leg.; ECOAB.43016 • 1 ♂; Ocozocoautla; 16.98° N, 93.54° W; elev. 985 m; 8 May 2016; Philippe Sagot leg.; ECOAB.66283 • 2 ♂♂; Palenque; 17.5083° N, 91.9815° W; 10 Sep. 1974; George E. Bohart and W.J. Hanson leg.; BBSL 1101051 (photographed), 1101057 • 1 ♀; San Juan Cancuc, Chijil; 16.947° N, 92.4087° W; elev. 1095 m; 8 Apr. 2010; Carlos Balboa leg.; ECOAB.43222 • 3 ♀♀; San Juan Cancuc, Tzuluwitz; 16.894° N, 92.4019° W; elev. 1270 m; 5 May 2009; Jorge Mérida, César López and T. López leg.; ECOAB.42642, ECOAB.42651, ECOAB.42655 • 1 ♂; San Juan Cancuc, Tzumbal; 16.9394° N, 92.4434° W; elev. 1080 m; 6 Apr. 2010; Carlos Balboa leg.; ECOAB.42996 • 1 ♂; Socoltenango; 16.17° N, 92.37° W; elev. 609 m; 14 Jan. 2017; Philippe Sagot leg.; ECOAB.67384 • 1 ♂; Tzimol; 16.15° N, 92.32° W; elev. 617 m; 15 Jan. 2017; Philippe Sagot leg.; ECOAB.67480. – Puebla • 8 ♂♂; 3 km S of Venustiano Carranza; [20.48° N, 97.67° W]; 30 Apr. 1984; J.C. Schaffner leg.; TAMU-ENTO X1387389, X1395191, X1395942, X1395974, X1396008, X1396057, X1397280, X1397583 • 1 ♀; 3mi SW of Cuetzalán (N of Zacapoaxtla); [19.99° N, 97.56° W]; elev. 1250 m; 19 Jun. 1961; University of Kansas Mexico Expedition leg.; SEMC • 1 ♀; 5 mi E of Huauchinango; [20.18° N, 97.98° W]; elev. 1250 m; 25 Jun. 1953; University of Kansas Mexico Expedition leg.; SEMC • 3 ♂♂; same collection data as for preceding; SEMC • 2 ♀♀; N of Cuetzalan; 20.1042° N, 97.489° W; elev. 160 m; 4 Jul. 2011; Jason J. Gibbs leg.; WRME. – Quintana Roo • 1 ♀; 12 km NW of Reforma; [18.89° N, 88.65° W]; 14 Oct. 1986; Charles D. Michener leg.; SEMC • 2 ♀♀; 49 km NE of Felipe Carrillo Puerto; [19.89° N, 87.71° W]; 11 Oct. 1986; Charles D. Michener leg.; SEMC • 3 ♂♂; Felipe Carrillo Puerto; 19.35° N, 88.03° W; 10–14 Oct. 1986; F.D. Parker leg.; BBSL 1100926, 1100927, 1100931 • 2 ♀♀; same collection data as for preceding; 10–14 Oct. 1986; BBSL 1100919, 1100932 • 4 ♀♀; Reforma; [18.81° N, 88.57° W]; 14 Oct. 1986; Charles D. Michener leg.; SEMC • 14 ♂♂; Xcan; [20.87° N, 87.6° W]; 31 Jul. 1962; A. B. Amerson Jr. leg.; SEMC. – San Luis Potosi • 1 ♀; 12 km NW of El Naranjo; [22.59° N, 99.38° W]; elev. 400 m; 5 Jul. 1990; Robert L. Minckley leg.; SEMC • 1 ♀; 2 mi NE of El Salto falls; [22.61° N, 99.36° W]; 21 Jul. 1962; Ellen Ordway Roberts leg.; ex Helenium sp.; SEMC • 8 ♀♀; 20 mi NE of Ciudad del Maíz; [22.61° N, 99.38° W]; elev. 914 m; 19 Jun. 1953; University of Kansas Mexico Expedition leg.; SEMC • 8 ♀♀; 3.4 mi NE of El Naranjo; [22.56° N, 99.3° W]; elev. 244 m; 5 Sep. 1962; University of Kansas Mexico Expedition leg.; SEMC • 6 ♂♂; same collection data as for preceding; SEMC • 2 ♀♀; 30 mi NE of Ciudad del Maíz; [22.7° N, 99.27° W]; elev. 396 m; 19 Jun. 1953; University of Kansas Mexico Expedition leg.; SEMC • 1 ♀; 9 mi S of Ciudad Valles; [21.9° N, 98.92° W]; elev. 183 m; 2 Sep. 1962; University of Kansas Mexico Expedition leg.; SEMC • 2 ♀♀; El Meco (near El Salto Falls); [22.57° N, 99.35° W]; elev. 350 m; 5 Jul. 1990; Ilan Yarom leg.; SEMC • 25 ♀♀; El Salto; [22.59° N, 99.38° W]; elev. 549 m; 8 Jun. 1961; University of Kansas Mexico Expedition leg.; ex Kallstroemia hirsutissima; SEMC • 13 ♀♀; same collection data as for preceding; SEMC • 1 ♂; same collection data as for preceding; SEMC • 3 ♂♂; same collection data as for preceding; SEMC • 1 ♀; El Salto Falls; [22.59° N, 99.38° W]; elev. 400 m; 4 Jul. 1990; Ilan Yarom leg.; SEMC • 1 ♂; same collection data as for preceding; 5 Jul. 1990; SEMC • 1 ♀; Pujal; [21.85° N, 98.94° W]; 20 Jun. 1953; University of Kansas Mexico Expedition leg.; SEMC • 1 ♀; Tamazunchale; [21.26° N, 98.79° W]; 18 Jun. 1937; SEMC • 2 ♀♀; Xilitla; [21.385° N, 98.975° W]; elev. 442 m; 23 Jul. 1954; University of Kansas Mexico Expedition leg.; SEMC • 4 ♂♂; same collection data as for preceding; SEMC. – Tabasco • 1 ♀; 2 mi SW of Frontera; [18.51° N, 92.67° W]; 7 Sep. 1968; Veryl V. Board leg.; TAMU-ENTO X1313226 • 1 ♂; same collection data as for preceding; TAMU-ENTO X1313330 • 1 ♂; Villahermosa; [17.99° N, 92.95° W]; Oct. 1954; N.L.H. Krauss leg.; SEMC. – Tamaulipas • 1 ♀; 10 km W of Antiguo Morelos, Highway 80; [22.555° N, 99.167° W]; elev. 470 m; 6 Jul. 1990; Ilan Yarom leg.; SEMC • 1 ♂; 6 mi W of Gómez Farías; [22.89° N, 99.12° W]; 5 Jul. 1986; J.C. Schaffner and Kovarik leg.; TAMU-ENTO X1413144 • 1 ♀; El Limón; [22.82° N, 99.01° W]; 17 Jun. 1953; University of Kansas Mexico Expedition leg.; SEMC • 2 ♂♂; same collection data as for preceding; SEMC • 3 ♀♀; Gómez Farías; 23.0475° N, 99.1556° W; 14 Feb. 2001; Douglas Yanega leg.; UCRC ENT 49797 to ENT 49799 • 5 ♀♀; Padilla; [24.05° N, 98.9° W]; 15 Jun. 1953; University of Kansas Mexico Expedition leg.; SEMC • 1 ♂; same collection data as for preceding; SEMC • 1 ♀; W of Gómez Farías; [23.03° N, 99.16° W]; 15 Nov. 1985; P.W. Kovarik, Jones and Haack leg.; TAMU-ENTO X1414798. – Veracruz • 5 ♀♀; 12 mi NW of San Andrés Tuxtla; [18.56° N, 95.32° W]; elev. 335 m; 24 Jun. 1961; University of Kansas Mexico Expedition leg.; SEMC • 1 ♀; 15 mi W of Tlapacoyan; 19.8232° N, 97.2246° W; 28 Feb. 1972; F.D. Parker and D. Miller leg.; BBSL 1101047 • 1 ♀; 15 mi W of Veracruz; [19.17° N, 96.36° W]; elev. 15 m; 30 Jun. 1953; University of Kansas Mexico Expedition leg.; SEMC • 4 ♀♀; 17 mi NW of San Andrés Tuxtla; [18.545° N, 95.39° W]; elev. 274 m; 24 Jun. 1961; University of Kansas Mexico Expedition leg.; SEMC • 1 ♂; same collection data as for preceding; SEMC • 2 ♀♀; 2 mi N of Jesús Carranza (Isthmus of Tehuantepec); [17.47° N, 95.03° W]; elev. 46 m; 25 Jun. 1961; University of Kansas Mexico Expedition leg.; SEMC • 2 ♀♀; 3 mi SW of Paso del Toro; [19° N, 96.17° W]; elev. 15 m; 23 Jun. 1961; University of Kansas Mexico Expedition leg.; ex Porophyllum; SEMC • 2 ♀♀; same collection data as for preceding; SEMC • 1 ♀; 32 km N of Catemaco, UNAM Preserve; [18.58° N, 95.07° W]; 4 Jan. 1982; John W. Wenzel leg.; SEMC • 1 ♀; same collection data as for preceding; 9 Jan. 1982; E.M. May leg.; SEMC • 4 ♀♀; 34 km SE of Catemaco, 1 km along road to Montepio; [18.21° N, 94.88° W]; 3 Jan. 1982; B.H. Smith leg.; SEMC • 4 ♀♀; 4 mi W of Puente Nacional; [19.32° N, 96.55° W]; elev. 274 m; 22 Jun. 1961; University of Kansas Mexico Expedition leg.; ex Kallstroemia hirsutissima; SEMC • 1 ♂; 5 mi SW of Tlapacoyan; [19.91° N, 97.27° W]; elev. 853 m; 26 Jun. 1953; University of Kansas Mexico Expedition leg.; SEMC • 3 ♂♂; 7 mi NW of Alazán, near Tuxpan; [21.16° N, 97.81° W]; 11 Jun. 1961; University of Kansas Mexico Expedition leg.; ex Lippia sp.; SEMC • 2 ♂♂; Alazán; 21.0917° N, 97.7255° W; 27 Feb. 1972; F.D. Parker and D. Miller leg.; BBSL 1101044, 1101045 • 1 ♀; Balzapote, NE of Estación Los Tuxtlas; [18.62° N, 95.07° W]; 17 Sep. 1987; A. L. Norrbom leg.; USNM • 1 ♀; Boca del Río; [19.11° N, 96.11° W]; elev. 8 m; 23 Jun. 1961; University of Kansas Mexico Expedition leg.; ex Acacia; SEMC • 1 ♀; Huatusco; 19.1734° N, 96.9724° W; 11 Jan. 2007; Sam W. Droege leg.; PCYU USGS-DRO 074912 • 1 ♂; Veracruz; [19° N, 96° W]; 1959; N.L.H. Krauss leg.; USNM. – Yucatán • 1 ♀; 6 km E of Uxmal; [20.36° N, 89.71° W]; 6 Apr. 1997; R.W. Brooks leg.; ex Vitex gaumeri; SEMC SM0105999 • 1 ♂; Xmatkuil, 15 km S of Mérida; [20.86° N, 89.62° W]; 13 Feb. 1987; Charles D. Michener leg.; SEMC • 1 ♀; Chichén-Itzá; [20.68° N, 88.57° W]; 11 Jan. 1976; L. Greenberg leg.; SEMC • 1 ♂; same collection data as for preceding; SEMC • 2 ♂♂; Chichén-Itzá ruins (near Piste); [20.68° N, 88.57° W]; 15 Feb. 1987; Charles D. Michener leg.; SEMC • 2 ♀♀; Kabah, 25 km SW of Ticul; [20.25° N, 89.65° W]; 14 Feb. 1987; Charles D. Michener leg.; SEMC • 4 ♂♂; same collection data as for preceding; SEMC • 2 ♂♂; San Simón Pueblo; 20.2159° N, 89.8098° W; 22 Jan. 1981; George E. Bohart leg.; BBSL 1101107, 1101108 • 1 ♀; Timul; 20.3156° N, 88.9322° W; 9 Jun. 2011; José J.G. Quezada-Euán and Humberto Moo-Valle leg.; original label 300C2; ZMH 842012 • 1 ♀; same collection data as for preceding; original label 300d; ZMH 842013. Other material examined MEXICO – Guerrero • 1 ♀; Acapulco; [16.9° N, 99.9° W]; Baker leg.; USNM. – Jalisco • 1 ♀; Careyes; 19.4289° N, 105.0274° W; 12 Feb.–19 Mar. 1997; F.D. Parker leg.; BBSL 1100768. – Yucatán • 1 ♀; Nenela; [20°20′10.90″ N, 89°1′19.20″ W]; 25 Oct. 2011; Quezada-Euán and Moo-Valle leg.; original label 344a; ZMH 842014 • 1 ♀; Yaxcopil; [20°4′4.10″ N, 88°54′23.80″ W]; 25 Oct. 2011; Quezada-Euán and Moo-Valle leg.; original label 602C; ZMH 81028 • 1 ♂; Nenela; [20°20′10.90″ N, 89°01′19.20″ W]; 25 Oct. 2011; Quezada-Euán and Moo-Valle leg.; original label 68a; ZMH 81027 • 1 ♀; Timul; [20°18′56.1″ N, 88°55′55.9″ W]; 9 Jun. 2011; Quezada-Euán and Moo-Valle leg.; original label 300a; ZMH 839500 • 1 ♀; Nenela; [20°15′10.0″ N, 89°05′24.5″ W]; 25 Oct. 2011; Quezada-Euán and Moo-Valle leg.; original label 65a1; ZMH 842000 • 1 ♀; Nenela; [20°15′10.0″ N, 89°05′24.5″ W]; 25 Oct. 2011; Quezada-Euán and Moo-Valle leg.; original label 65a2; ZMH 842001 • 1 ♀; Nenela; [20°15′10.0″ N, 89°05′24.5″ W]; 25 Oct. 2011; Quezada-Euán and Moo-Valle leg.; original label 68c; ZMH 842002 • 1 ♀; Alfonso Caso; [20°05′02.5″ N, 89°09′39.3″ W]; 25 Oct. 2011; Quezada-Euán and Moo-Valle leg.; original label 77; ZMH 842003 • 1 ♀; Moctezuma; [21°24′46.2″ N, 87°42′05.7″ W]; 30 May 2011; Quezada-Euán and Moo-Valle leg.; original label 148; ZMH 842004 • 1 ♀; Moctezuma; [21°24′46.2″ N, 87°42′05.7″ W]; 30 May 2011; Quezada-Euán and Moo-Valle leg.; original label 153; ZMH 842005 • 1 ♀; San Pedro Bacab; [21°18′04.9″ N, 087°38′24.8″ W]; 31 May 2011; QuezadaEuán and Moo-Valle leg.; original label 169; ZMH 842006 • 1 ♀; San Pedro Bacab; [21°18′04.9″ N, 087°38′24.8″ W]; 31 May 2011; Quezada-Euán and Moo-Valle leg.; original label 173; ZMH 842007 • 1 ♀; Rancho Alegre; [21°18′26.7″ N, 87°46′29.6″ W]; 13 Aug. 2011; Quezada-Euán and Moo-Valle leg.; original label 213; ZMH 842008 • 1 ♀; same collection data as for preceding; original label 216; ZMH 842009 • 1 ♀; Tah Dziú; [20°10′06.9″ N, 88°55′36.2″ W]; 6 Jun. 2011; Quezada-Euán and MooValle leg.; original label 240a; ZMH 842010 • 1 ♀; Timul; [20°18′56.1″ N, 88°55′55.9″ W]; 9 Jun. 2011; Quezada-Euán and Moo-Valle leg.; original label 299e; ZMH 842011 • 1 ♀; Tixcuytun; [20°12′21.80″ N, 89°09′17.50″ W]; 7 Jun. 2011; Quezada-Euán and Moo-Valle leg.; original label 432.1; ZMH 842015 • 1 ♀; Tixcuytun; [20°12′21.80″ N, 89°09′17.50″ W]; 7 Jun. 2011; Quezada-Euán and Moo-Valle leg.; original label 433a; ZMH 842016 • 1 ♀; Tixcuytun; [20°12′21.80″ N, 89°09′17.50″ W]; 7 Jun. 2011; Quezada-Euán and Moo-Valle leg.; original label 433b; ZMH 842017 • 1 ♀; Tixcuytun; [20°12′21.80″ N, 89°09′17.50″ W]; 7 Jun. 2011; Quezada-Euán and Moo-Valle leg.; original label 435; ZMH 842018 • 1 ♀; Tah Dziú; [20°10′06.9″ N, 88°55′36.2″ W]; 6 Jun. 2011; Quezada-Euán and Moo-Valle leg.; original label 473; ZMH 842019 • 1 ♀; Tixcuytun; [20°12′21.80″ N, 89°09′17.50″ W]; 7 Jun. 2011; Quezada-Euán and Moo-Valle leg.; original label 488a2; ZMH 842020 • 1 ♀; Muna; [20°28′15.7″ N, 89°46′53.5″ W]; 22 Jul. 2011; Quezada-Euán and Moo-Valle leg.; original label 569d; ZMH 842021 • 1 ♀; Santa María; [20°23′32.5″ N, 88°55′14.6″ W]; 26 Jul. 2011; Quezada-Euán and Moo-Valle leg.; original label 587f; ZMH 842022 • 1 ♀; same collection data as for preceding; original label 590a; ZMH 842023 • 1 ♀; Yaxcopil; [20°4′4.10″ N, 88°54′23.80″ W]; 1 Aug. 2011; Quezada-Euán and MooValle leg.; original label 603a; ZMH 842024 • 1 ♀; Timul; [20°18′56.1″ N, 88°55′55.9″ W]; 9 Jun. 2011; Quezada-Euán and Moo-Valle leg.; original label 300d; ZMH 842013. Floral records ASTERACEAE Giseke: Bidens L.: B. bipontina Sherff • B. pilosa L. • Helenium L.• Porophyllum Guett. • FABACEAE Juss.: Acacia Mill. • LAMIACEAE Martinov: Vitex L.: V. gaumeri Greenm. • ONAGRACEAE Juss.: Oenothera L. • SOLANACEAE Adans.: Capsicum L.: C. chinense Jacq. • VERBENACEAE J. St. -Hil.: Lippia L. • ZYGOPHYLLACEAE R. Br.: Kallstroemia Scop.: K. hirsutissima Vail. DNA barcodes Thirty sequences available, two haplotypes (BOLD process IDs: LDSPS002-15 to LDSPS008-15, LDSPS010-15 to LDSPS028-15 (haplotype 1); DLII504-07, DLIII127-18, DLIII137-19, DLIII138-19 (haplotype 2). The holotype GenBank accession number: KU574888. BOLD process ID: LDSPS009-15. Haplotype 1 is morphologically and genetically similar to haplotype 2 with a large number of sequences available (consistent with the relative abundance of specimens of L. yucatanense sp. nov.). The sequences are highly variable (maximum intraspecific p-distance between haplotypes 3.53%; within haplotype 1 intraspecific p-distance 0.54%; minimum interspecific p-distance (to L. paxtoni sp. nov.) 2.89%). Two reasons that may influence the high intraspecific variation are the existence of cryptic species throughout the distribution of these taxa and problems in the quality of the sequence data for the Yucatán specimens. Description Female (holotype) MEASUREMENTS. Length 3.88 mm; head length 1.08 mm; head width 1.14 mm; forewing length 3.1 mm; 14 female paratypes measured: length 3.88–4.91 mm; head length 1.08–1.18 mm; head width 1.14– 1.24 mm; fore wing length 2.85–4.96 mm. COLOUR. Head and mesosoma dark metallic green with copper-red reflections on mesoscutum; clypeus basally metallic green and apically black; scape and pedicel dark brown; F1–F10 dark brown dorsally, light brown ventrally; tegula dark reddish brown; wing membrane subhyaline, venation and pterostigma reddish brown; legs black with tarsal segments light brown; metasoma black with apical rims of terga and sterna dark brown. PUBESCENCE. Light yellow. Head and mesosoma with abundant setae (1–2 OD), very short and sparse on vertex and mesoscutum (i ≤ 1 OD), most setae on mesoscutum separated by half their length or more in lateral view and subappressed setae little more than stubble, appearing shaved; lower paraocular area with sparse subappressed tomentum and gena with sparse erect setae; propodeum with plumose setae on lateral and posterior surfaces, more scattered on the latter (2–2.5 OD); T1 with dense complete setose fan; T2–T3 with small and short basolateral patches of appressed tomentum covering less than half length of segment and usually apical rims glabrous and impunctate; discs of T2–T6 with sparse, short, simple setae; apical impressed areas glabrous except T3–T4 with sparse apicolateral setae. SURFACE SCULPTURE. Clypeus and supraclypeal area shiny and moderately densely punctate (i = 1–2 pd); lower paraocular area shiny and densely punctate (i ≤ 1d); antennocular area imbricate and densely punctate (i ≤ 1pd); upper paraocular area, frons, and ocellocular area shiny and densely punctate (i <1d); gena and postgena lineate; tegula larteral margin with deep, distinct, and dense punctures (i <1d) slightly larger than mesoscutum punctures, sparse medially (i = 1–3 pd); mesoscutum tessellate and finely and densely punctate laterad of parapsidal lines (i ≤ 1pd), becoming sparse and obscure anteromedially (i = 1–3 pd); mesoscutellum tessellate and coarsely,
Diffusive author(s), cohesive author: Analysis of S/N (1994)
No full textThis study indicates the ways in which various aspects of the author(s) are brought forth in Dumb type’s performance art, the S/N production. Previous research has suggested a non-hierarchical organization of Dumb type and the absence of a “privileged author” in Dumb type’s collaborative work, S/N. However, the results that I have investigated from member’s interviews on the creative process of S/N along with my analysis of the recorded images of S/N, indicate a different aspect of the author(s). First, S/N was created through, so to speak, the collective ideas of the members of Dumb type. Further, S/N has at least nine quotations from previous performances, installations, and printed writings, besides the work-in-progress technique. Explicating one of the “author functions” as given by Michel Foucault, each text has plural subjects of the author. However, it has been revealed from members’ interviews that Teiji Furuhashi had a decision-making role in selecting the members’ ideas within the performance. Since then, S/N has had plural subjects of creation; however, Furuhashi is one of the subjects of creation along with the “privileged author.” S/N has plural authors (diffusive authors) yet at the same time, it has a “privileged author,” Teiji Furuhashi (cohesive author)
Going Beyond Counting First Authors in Author Co-citation Analysis
No full textThe present study examines one of the fundamental aspects of author co-citation analysis (ACA) - the way co-citation
counts are defined. Co-citation counting provides the data on which all subsequent statistical analyses and mappings
are based, and we compare ACA results based on two different types of co-citation counting - the traditional type that
only counts the first one among a cited work's authors on the one hand and a non-traditional type that takes into
account the first 5 authors of a cited work on the other hand. Results indicate that the picture produced through this non-traditional author co-citation counting contains more coherent author groups and is therefore considerably clearer. However, this picture represents fewer specialties in the research field being studied than that produced through the traditional first-author co-citation counting when the same number of top-ranked authors is selected and analyzed. Reasons for these effects are discussed
Asociación del polimorfismo 4G/5G del gen PAI-1 con el perfil de lípidos en pacientes con artritis reumatoide, osteoartritis y controles clínicamente sanos
No full textAsociación del polimorfismo 4G/5G del gen PAI-1 con el perfil de lípidos en pacientes con artritis reumatoide, osteoartritis y controles clínicamente sanos
No full textDispelling the Myths Behind First-author Citation Counts
No full textWe conducted a full-scale evaluative citation analysis study of scholars in the XML research field to explore just how different from each other author rankings resulting from different citation counting methods actually are, and to demonstrate the capability of emerging data and tools on the Web in supporting more realistic citation counting methods. Our results contest some common arguments for the continued
use of first-author citation counts in the evaluation of scholars, such as high correlations between author rankings by first-author citation counts and other citation
counting methods, and high costs of using more realistic citation counting methods that are not well-supported by the ISI databases. It is argued that increasingly available digital full text research papers make it possible for citation analysis studies to go beyond what the ISI databases have directly supported and to employ more
sophisticated methods
El Tlacuache Núm. 938 (2020). 938 Año 19 (2020) junio. El Tlacuache
No full text- El felino reticulado en una jarra teotihuacan de la colección Leof-Vinot por Raúl Francisco González Quezada. - Deidades prehispánicas veneradas en Chalma por Barbara Konieczna.Conides, Cynthia, 2018 Made to Order: Painted Ceramics of Ancient Teotihuacan. University of Oklahoma Press, Oklahoma.O’Neil, Megan E. 2017 Stucco-Painted vssels from Teotihuacan: Integration of Ceramic and Mural Traditions. En Teotihuacan: City of Water, City of Fire. Mattthew Robb (editor). Pp. 180-187. Fine Arts, Museums of San Francisco - De Young and University of California Press, Oakland.Rattray Childs, Evelyn, 2001 Teotihuacan: cerámica, cronología y tendencias culturales. Instituto Nacional de Antropología e Historia y University of Pittsburgh. México.Ruiz Gallut, María Elena, 2005 Tras la huella del jaguar en Teotihuacan. Arqueología Mexicana. Vol. XII, No. 72:28-33.Winning, Hasso von, 1987 La iconografía de Teotihuacán: los dioses y los signos, Tomo 1. Universidad Nacional Autónoma de México, México.Gerhard, Peter, 2000 Geografía Histórica de la Nueva España,
1519-1821. Ed. UNAM, México.González Torres Yolotl, 1991 Diccionario de Religión de Mesoamérica, Ed. Larousse, México.López Lujan, Leonardo, 2012 La señora de Chalma, en Arqueología Mexicana, vol. XIX, num.117, Ed. Raíces, México
Róbelo Cecilio A. 1980 Diccionario de Mitología Náhuatl, vol.1, Ed. Innovación, México.Sahagún, Fray Bernardino, 2000 Historia General de las Cosas de Nueva España, t.1. Ed. Conaculta, México.Sardo Joaquín, 1810 Relación histórica y moral de la portentosa imagen de N. Sr. Jesucristo Crucificado aparecida en una de las cuevas de S. Miguel de Chalma. Impresa en Casa de Arizpe. México
Schrödinger Equation, L^p-Duality and the Geometry of Wigner-Yanase-Dyson Information
No full textWe discuss the geometry of Wigner-Yanase-Dyson information via the so-called Amari-Nagaoka embeddings in L-p-spaces of quantum trajectorie
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