1.° L. Annaei Senecae tragoediae decem, cum scholiis. — 2.° P. Ovidii Nasonis de arte amandi libri tres, cum scholiis. — 3.° Ejusdem liber de remedio amoris, cum scholiis. — 4.° Moretum, quod carmen Virgilio tribuitur : accedunt scholia. — 5.° Senecae liber de vera amicitia, cum scholiis. — 6.° Virgilii bucolica, cum scholiis. — 7.° Rosae, quod carmen Virgilio tribuitur.

Petri de Carcavi

Alcon, sive de morte Dametae, id est Henrici III. Francorum Regis, carmen pastorale : authore D. Petremot, olim supplicum libellorum Magistro.

Mazarinaeus

1.° Abstractiones è libris Senecae. — 2.° Marbodi, Rhedonensis, carmen de lapidibus pretiosis, cum anonymi commentario. — 3.° Nonnulla ad historiam naturalem pertinentia. — 4.° Anonymus de Sacramentis. — 5.° Fragmenta ad opticam pertinentia.

Mazarinaeus

A Factor analysis of hidrochemical composition of Llobregat river basin

Hydrogeological research usually includes some statistical studies devised to elucidate mean background state, characterise relationships among different hydrochemical parameters, and show the influence of human activities. These goals are achieved either by means of a statistical approach or by mixing modelsbetween end-members. Compositional data analysis has proved to be effective with the first approach, but there is no commonly accepted solution to the end-member problem in a compositional framework.We present here a possible solution based on factor analysis of compositions illustrated with a case study.We find two factors on the compositional bi-plot fitting two non-centered orthogonal axes to the most representative variables. Each one of these axes defines a subcomposition, grouping those variables thatlay nearest to it. With each subcomposition a log-contrast is computed and rewritten as an equilibrium equation. These two factors can be interpreted as the isometric log-ratio coordinates (ilr) of three hiddencomponents, that can be plotted in a ternary diagram. These hidden components might be interpreted as end-members.We have analysed 14 molarities in 31 sampling stations all along the Llobregat River and its tributaries, with a monthly measure during two years. We have obtained a bi-plot with a 57% of explained totalvariance, from which we have extracted two factors: factor G, reflecting geological background enhanced by potash mining; and factor A, essentially controlled by urban and/or farming wastewater. Graphicalrepresentation of these two factors allows us to identify three extreme samples, corresponding to pristine waters, potash mining influence and urban sewage influence. To confirm this, we have available analysisof diffused and widespread point sources identified in the area: springs, potash mining lixiviates, sewage, and fertilisers. Each one of these sources shows a clear link with one of the extreme samples, exceptfertilisers due to the heterogeneity of their composition.This approach is a useful tool to distinguish end-members, and characterise them, an issue generally difficult to solve. It is worth note that the end-member composition cannot be fully estimated but only characterised through log-ratio relationships among components. Moreover, the influence of each endmember in a given sample must be evaluated in relative terms of the other samples. These limitations areintrinsic to the relative nature of compositional data

Evolutionary history of almond tree domestication in the Mediterranean basin.

Genetic diversity of contemporary domesticated species is shaped by both natural and human-driven processes. However, until now, little is known about how domestication has imprinted the variation of fruit tree species. In this study, we reconstruct the recent evolutionary history of the domesticated almond tree, Prunus dulcis, around the Mediterranean basin, using a combination of nuclear and chloroplast microsatellites [i.e. simple sequence repeat (SSRs)] to investigate patterns of genetic diversity. Whereas conservative chloroplast SSRs show a widespread haplotype and rare locally distributed variants, nuclear SSRs show a pattern of isolation by distance with clines of diversity from the East to the West of the Mediterranean basin, while Bayesian genetic clustering reveals a substantial longitudinal genetic structure. Both kinds of markers thus support a single domestication event, in the eastern side of the Mediterranean basin. In addition, model-based estimation of the timing of genetic divergence among those clusters is estimated sometime during the Holocene, a result that is compatible with human-mediated dispersal of almond tree out of its centre of origin. Still, the detection of region-specific alleles suggests that gene flow from relictual wild preglacial populations (in North Africa) or from wild counterparts (in the Near East) could account for a fraction of the diversity observed.

Programa de salud psicológica para tutorías de 3º y 4º de la E.S.O. en el colegio Nuestra Señora del Carmen

El siguiente proyecto está pensado para trabajar en las tutorías de 3º y 4º de la E.S.O. Se trata de un proyecto para incluir dentro del plan tutorial del centro. El planteamiento inicial es proponer una herramienta para trabajar temas relacionados con la salud, más explícitamente con la salud psicológica. Nos centraremos en trabajar temas relacionados con las habilidades sociales y temas relacionados con la afectividad y la salud de los alumnos/as del centro.

Late Pliensbachian-Early Toarcian (Early Jurassic) environmental changes in an epicontinental basin of NW Europe (Causses area, central France): A micropaleontological and geochemical approach

We present an integrated work based on calcareous nannofossil and benthic foraminiferal assemblages, and geochemical analyses of two Upper Pliensbachian-Lower Toarcian sections located in the central-South France. The studied sections, Tournadous and Saint-Paul-des-Fonts, represent the proximal and the distal part, respectively, of the Jurassic Causses Basin, one of the small, partly enclosed basins belonging to the epicontinental shelf of the NW Tethys. At the transition from Late Pliensbachian to Early Toarcian, the Causses Basin recorded an emersion in response to the global sea-level fall. Our data indicate severe environmental conditions of marine waters, including salinity decrease and anoxia development, occurring in the Early Toarcian. The acme of this deterioration coincides with the Early Toarcian Anoxic Event (T-OAE) but, due to the restricted nature of the basin. anoxia persisted until the end of the Early Toarcian. mainly in the deeper parts of the basin. The micronutrients and organic organic-matter fluxes were probably high during the entire studied time interval, as shown by nannofossil and foraminiferal assemblages. However, nannoplankton production drastically decreased during the T-OAE, as demonstrated by very low nannofossil fluxes, and only taxa tolerant to low-saline surface waters could thrive. At the same time, benthic foraminifers temporarily disappeared in response to sea-bottom anoxia. Our study demonstrates that environmental changes related to the T-OAE are well-recorded even in small, partly enclosed basins of NW Europe, like the Causses Basin. Within this area, the effects of global changes. like sea sea-level and temperature fluctuations, are modulated by local conditions mainly controlled by the morphology of the basin. (C) 2008 Elsevier B.V. All rights reserved.

Colegio Nuestra Señora del Carmen-Ikastetxea : Practicum II

En este proyecto se plantea que a través de la colaboración entre todos se puede lograr el proceso de adaptación y un sistema constructivo, con la finalidad de evitar los obstáculos que sufren determinados alumnos. Por este motivo se debe consensuar con la comunidad educativa, a través de una orientación colaborativa y constructiva, con el objetivo de que todos colaboren, tanto los alumnos, como los tutores y los padres-madres, servicios sociales, siendo el asesor/a quien plantee unas mesas de trabajo, desde cada ámbito.