The daughter of the Nez Percés ...

Mode of access: Internet.

Kyril a Method, svatí apoštolové slovanských národův, nepsali nikdy hlaholsky než kyrilsky, to jest písmem na základě abecedy řecké sestaveným a doplněným.

"Připojeno vypravování o Slovanech v království Neapolském, obnoveným písmem kyrilským."

Nuevo diccionario portátil español-francés ó Compendio del diccionario grande de Núñez de Taboada... /

Mode of access: Internet.

Epistolarum obscurorum virorum ad dom. M.Ortuinum Gratium,volumina duo... Accesserunt huic editioni epistola Benedicti Passavantii ad Petrum Lysetum et la Complainte de Pierre Lyset sur le trépas de son feu nez ad pidem editionis Londinensis (MDCCX) restituta.

Authorship of the Epistolae formerly attributed to Reuchlin, Erasmus, Hutten and others. More recent researches have made it almost certain that Crotus Rubeanus and Ulrich von Hutten were the main contributors. To Crotus are credited the first 41 letters: to Hutten the 7 letters added later to the original series and most of the 62 letters of the second series, with the possible co-operation of a third person, Hermann von dem Busche. The authorship of the rest remains doubtful.

Annales des maladies de l'oreille, du larynx du nez et du pharynx.

Mode of access: Internet.

Guillaume d'Orange, le marquis au court nez Chanson de geste du XIIe siècle.

Mode of access: Internet.

A reconnaissance of the water resources of the Clearwater Plateau, Nez Perce, Lewis and northern Idaho counties, Idaho /

Bibliography: p. 27-28.

Polifemo en Yucatán. Variaciones sobre un episodio de la Eneida en la épica cortesiana del Quinientos

Entre los modelos literarios que, en las epopeyas quinientistas acerca de la conquista de México, sirven para dar forma épica a la materia histórica tomada de las crónicas, la Eneida de Virgilio desempeña un papel fundamental. En el presente artículo se pretende mostrar cómo la identificación de Jerónimo de Aguilar con el Aqueménides virgiliano, que se encuentra por primera vez en el Carlo famoso de Luis Zapata, reaparece en Francisco de Terrazas, en Gabriel Lobo Lasso de la Vega y en Antonio de Saavedra Guzmán, así como proponer algunas consideraciones acerca de las relaciones que se hayan podido dar entre las obras de estos poetas.

Dice el Mono Núñez: voy a morir de sentimiento, inspirador del Festival de Música de Ginebra, Valle

Fondo Margaritainés Restrepo

Doblan las campanas por el Mono Núñez

Fondo Margaritainés Restrepo

The evolutionary history of cockatoos (Aves: Psittaciformes: Cacatuidae)

Cockatoos are the distinctive family Cacatuidae, a major lineage of the order of parrots (Psittaciformes) and distributed throughout the Australasian region of the world. However, the evolutionary history of cockatoos is not well understood. We investigated the phylogeny of cockatoos based on three mitochondrial and three nuclear DNA genes obtained from 16 of 21 species of Cacatuidae. In addition, five novel mitochondrial genomes were used to estimate time of divergence and our estimates indicate Cacatuidae diverged from Psittacidae approximately 40.7 million years ago (95% CI 51.6–30.3 Ma) during the Eocene. Our data shows Cacatuidae began to diversify approximately 27.9 Ma (95% CI 38.1–18.3 Ma) during the Oligocene. The early to middle Miocene (20–10 Ma) was a significant period in the evolution of modern Australian environments and vegetation, in which a transformation from mainly mesic to xeric habitats (e.g., fire-adapted sclerophyll vegetation and grasslands) occurred. We hypothesize that this environmental transformation was a driving force behind the diversification of cockatoos. A detailed multi-locus molecular phylogeny enabled us to resolve the phylogenetic placements of the Palm Cockatoo (Probosciger aterrimus), Galah (Eolophus roseicapillus), Gang-gang Cockatoo (Callocephalon fimbriatum) and Cockatiel (Nymphicus hollandicus), which have historically been difficult to place within Cacatuidae. When the molecular evidence is analysed in concert with morphology, it is clear that many of the cockatoo species’ diagnostic phenotypic traits such as plumage colour, body size, wing shape and bill morphology have evolved in parallel or convergently across lineages.