Relevant bibliographies by topics / Mer – Patagonie

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  2. Dissertations / Theses
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Academic literature on the topic 'Mer – Patagonie'

Author: Grafiati
Published: 4 June 2021
Last updated: 10 February 2022

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Journal articles on the topic "Mer – Patagonie"

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Doura, Miguel Armando. "Acerca del topónimo "Patagonia", una nueva hipótesis de su génesis." Nueva Revista de Filología Hispánica (NRFH) 59, no. 1 (January 1, 2011): 37–78. http://dx.doi.org/10.24201/nrfh.v59i1.1032.

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Fecha de recepción:­16 ­de ­marzo ­de ­2010. ­Fecha de aceptación:­6­ de ­diciembre­ de ­2010.El topónimo Patagonia deriva del nombre con que Magallanes denominó genéricamente a los aborígenes de gran estatura que habitaron la región más austral de Sudamérica: patagones. Sabemos que probablemente fueron llamados así retomando el nombre de un personaje de la novela de caballerías, Primaleón, impresa con anterioridad al viaje de Magallanes, llamado precisamente Patagón. Presentamos, como nueva hipótesis, que quizás exista una relación entre el topónimo Patagonia y la región que en tiempos de Troya se denominara Paphlagonia, actual región al norte de Turquía, junto al Mar Negro.
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Náñez, Carolina, and Norberto Malumián. "Paleobiogeografía y paleogeografía del Maastrichtiense Marino de la Patagonia, Tierra del Fuego y la plataforma continental Argentina, según sus foraminíferos bentónicos." Spanish Journal of Palaeontology 23, no. 2 (February 14, 2021): 273. http://dx.doi.org/10.7203/sjp.23.2.20412.

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La primera transgresión atlántica reconocida en la Patagonia es de edad Maastrichtiense, y superó en extensión a las posteriores transgresiones cenozoicas. La Patagonia extraandina y la extensa Plataforma Continental Argentina adyacente dieron lugar a un mar somero, con ambientes muy marginales ampliamente distribuidos y reflejados en sus asociaciones de foraminíferos de muy baja diversidad y de gran significado paleobiogeográfico. A partir de estas asociaciones, se han confeccionado dos mapas: el de la distribución de las sedimentitas marinas maastrichtienses, y el paleogeográfico correspondiente. El mar permaneció hasta el Daniense, sin que se compruebe una comunicación mediante un brazo marino intracontinental con la costa peruana y/o el Caribe. En la cuenca Austral se reconocen tres asociaciones de foraminíferos de ambientes extremos: foraminíferos aglutinados cosmopolitas; una segunda asociación de foraminíferos aglutinados de muy baja diversidad de ambientes marginales de plataforma estable; y una tercera, dominada por foraminíferos calcáreos de plataforma. En contraste, las asociaciones de la cuenca del Golfo de San Jorge, y en especial de la cuenca Neuquina-Colorado costa adentro, contienen conspicuos géneros y especies endémicos, a los que aquí se agregan: Tehuelchella caminosi n. gen. n. sp., Rosalina patagonica n. sp. y Protelphidium primitivum n. sp. Incluyendo los nuevos taxones propuestos, en el Maastrichtiense de la Patagonia septentrional se han reconocido en total 95 especies (85 de calcáreos y 10 de aglutinados), de las cuales aproximadamente 15 % son aparentemente endémicas del Hemisferio Sur, y el 10% endémicas de la región.
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Lucía Epherra, Lucía Epherra, Antonela Martelli Antonela Martelli, Enrique M. Morsan Enrique M. Morsan, and Tamara Rubilar Tamara Rubilar. "Parámetros poblacionales del erizo de mar Arbacia dufresnii (Arbacioida, Arbaciidae) en golfos norpatagónicos invadidos por el alga Undaria pinnatífida (Laminariales, Alariaceae)." Revista de Biología Tropical 65, no. 1-1 (December 8, 2017): 101. http://dx.doi.org/10.15517/rbt.v65i1-1.31671.

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Population parameters of the sea urchin Arbacia dufresnii (Blainville, 1825) from North Patagonian gulfs invaded by kelp Undaria pinnatifida (Harvey) Suringar, 1873. The Asian seaweed Undaria pinnatifida invaded Argentina in 1992 (Golfo Nuevo, Patagonia). Its range has expanded and it has changed the native benthic community. Sea urchins are usually generalist herbivores that have a key role in controlling seaweeds. Arbacia dufresnii is the most abundant sea urchin in the coastal areas of northern Patagonia. The aim of this study was to relate the population parameters of A. dufresnii to the presence of the invasive seaweed. In 2012 we sampled sites with different invasion stages (advanced: Golfo Nuevo, recently invaded: San José Gulf, Punta Tehuelche; no invasion: San José Gulf, Zona 39). Sea urchin density was higher in the invaded sites and varied with the seaweed cycle. In addition, there were variations in the size distribution in the invaded sites. The invasive algae probably affects urchin populations because it is a new source of food that changes environmental structure (it provides microhabitat for new recruits) and affects the native benthic community. Rev. Biol. Trop. 65(Suppl. 1): S101-S112. Epub 2017 November 01.
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López, Hugo L. "RESEÑA DE PECES Y PESCA DEPORTIVA ARGENTINA, MAR Y PATAGONIA." Natura Neotropicalis 1, no. 49 (October 24, 2019): 27–29. http://dx.doi.org/10.14409/natura.v1i49.8525.

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IRIGOYEN, A.; G. TROBBIANI; M. CASALINUOVO; M. ALONSO et al., 2018. Peces y pesca deportiva argentina,Mar y Patagonia. IRIGOYEN, A.; G. TROBBIANI; M. CASALINUOVO; M. ALONSO (eds.). Remitente Patagonia,Trelew, Chubut, Argentina, 272 pp.
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Anderegg, Niels. "Mut zu mehr Agilität in der Schulführung." schule verantworten | führungskultur_innovation_autonomie, A0 (April 28, 2021): 13–18. http://dx.doi.org/10.53349/sv.2021.ia0.a15.

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Will man als Organisation oder Führungsperson modern sein, kommt man um das Wort Agilität nicht herum. Am Beispiel einer Geschichte der Firma Patagonia wird dargestellt, was Agilität für eine Organisation und Führungsperson bedeuten kann und warum ein gemeinsames Verständnis über die Organistionsziele und -werte und eine hohe Professionalität der Mitarbeitenden für das Gelingen von Agilität wesentlich ist. Übersetzt für die Schule bedeutet Agilität eine intensive Miteinbeziehung von Lehrer*innen in die gemeinsame Verantwortung und Führung einer Schule. Dies zur Qualitätssteigerung der Schule und gleichzeitigen Entlastung der Schulleitung.
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BULNES, VERÓNICA N., MARIANO J. ALBANO, SANDRA M. OBENAT, and NÉSTOR J. CAZZANIGA. "Three Pseudocerotidae species (Platyhelminthes, Polycladida, Cotylea) from the Argentinean coast." Zootaxa 2990, no. 1 (August 9, 2011): 30. http://dx.doi.org/10.11646/zootaxa.2990.1.2.

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Three species of flatworms, Phrikoceros mopsus (Marcus, 1952), Thysanozoon brocchii (Risso, 1818) and Thysanozoon mirtae sp. nov., are described from specimens collected from shallow rocky shores of Mar del Plata harbour, in the southwestern Atlantic. P. mopsus had been described as living in the coasts of Brazil and southern Patagonia. T. brocchii has a more extensive known distribution, from the Mediterranean to the coasts of Brazil and the Argentinean Patagonia. Their morphological variation is here recorded and discussed. Thysanozoon mirtae sp. nov. is characterized by its colour pattern, colourless tentacles, and the presence of well developed spermiducal vesicles and a strong parenchymatic musculature.
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Torres, Jimena. "Pescando entre arrecifes y marismas del Golfo San Matías: 6000 años de interacción entre un núcleo de pescadores costeros y un ecosistema único del litoral atlántico patagónico." InterSecciones en Antropología 22, no. 1 (July 16, 2021): 141–44. http://dx.doi.org/10.37176/iea.22.1.2021.651.

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El libro titulado Arqueología de la pesca en la costa rionegrina. Patagonia Argentina es un extenso y sistemático estudio que se enmarca en la investigación doctoral del arqueólogo Federico Scartascini. Es un significativo aporte para la arqueología costera sudamericana y un indiscutible precedente del rol de la pesca en la costa atlántica de la Patagonia. El trabajo profundiza en el desarrollo de la actividad pesquera durante 6000 años en la costa del golfo San Matías (GSM). Sin embargo, el libro trasciende los aspectos de la subsistencia ampliando la perspectiva al entendimiento de cómo las sociedades cazadoras recolectoras que habitaban la región rionegrina interactuaron con el mar y los ecosistemas costeros.
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Pfanzelt, Simon, Dirk C. Albach, and Klaus Bernhard von Hagen. "Tabula rasain the Patagonian Channels? The phylogeography ofOreobolus obtusangulus(Cyperaceae)." Molecular Ecology 26, no. 15 (May 30, 2017): 4027–44. http://dx.doi.org/10.1111/mec.14156.

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Kasulin, Luciana, Beth A. Rowan, Rolando J. C. León, Verena J. Schuenemann, Detlef Weigel, and Javier F. Botto. "A single haplotype hyposensitive to light and requiring strong vernalization dominatesArabidopsis thalianapopulations in Patagonia, Argentina." Molecular Ecology 26, no. 13 (May 2, 2017): 3389–404. http://dx.doi.org/10.1111/mec.14107.

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FUENTES, MARCELA. "Casting Shadows in Global Land: Luisa Calcumil's Fei C' Mei Aihuiñ Tuhun (Es bueno mirarse en la propia sombra/It's Good to Look at One's Own Shadow)." Theatre Research International 35, no. 2 (May 27, 2010): 183–87. http://dx.doi.org/10.1017/s0307883310000106.

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‘Casting Shadows in Global Land’ explores how Luisa Calcumil, a Mapuche actress from Patagonia, Argentina, works through parody and comedy to engage with activist discussions about the relationship between contemporary aboriginal identity and cultural roots in the face of marginalization and national indifference.
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Dissertations / Theses on the topic "Mer – Patagonie"

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Bianchi, Alejandro. "Sea-air CO2 fluxes in the Patagonia sea." Paris 6, 2010. http://www.theses.fr/2010PA066613.

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Les plateaux continentaux sont des régions très productives et pourraient constituer de régions de puits significatif de CO2 pour l’atmosphère. De 2000 à 2006, vingt-deux sections océanographiques sur le plateau continental de la Mer de Patagonie (Projets ARGAU et GEF PATAGONIA) ont permis d'étudier la variabilité saisonnière des différences de pression partielle de CO2 (pCO2) et des flux de CO2 (FCO2) entre la mer et l'atmosphère. Ce travail présente une analyse de l'influence des différentes variables environnementales et des processus physiques et biologiques sur les flux de CO2 à l’interface Océan-Atmosphère en mer de Patagonie. Malgré une variabilité saisonnière importante de pCO2 dans les eaux de surface, la mer de Patagonie constitue un puits pendant toutes les saisons. Dans ce plateau continental, le puits de CO2 est dû à des processus dynamiques (stratification, mélange vertical et fronts) et est intensifié par la pompe biologique. Il est montré que les diatomées sont beaucoup plus efficaces pour le pompage du CO2 que les dinoflagellées. Le premier bilan du CO2 (naturel et anthropique) pour l’Argentine montre que la mer de Patagonie capture une quantité de CO2 similaire aux émissions dues à la consommation d’énergie domestique.
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Rodolfo-Metalpa, Riccardo. "Responses of two Mediterranean corals, Cladocora caespitosa and Oculina patagonica to environmental and climate change." Aix-Marseille 2, 2007. http://theses.univ-amu.fr.lama.univ-amu.fr/2007AIX22081.pdf.

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Cette thèse présente la réponse de deux coraux symbiotiques Méditerranéens Cladocora caespitosa and Oculina patagonica aux variations des paramètres environnementaux. L’effet de variations saisonnières ainsi que d’une élévation anormale de la température a été testé sur les deux coraux. Par contre, les effets de l’éclairement, d’un apport en nourriture, ou d’une élévation de pCO2 n’ont été testés que sur l’espèce modèle, C. Caespitosa. J'ai montré que la température était le paramètre ayant le plus fort impact sur le métabolisme des coraux. En effet, des températures basses, couplées à un apport de nourriture (conditions hivernales), augmentent les concentrations en chlorophylle et zooxanthelles, permettant ainsi une meilleure efficacité photosynthétique au cours de conditions défavorables. Au contraire, les taux de photosynthèse et de calcification sont augmentés l’été, pour des températures comprises entre 18 et 23°C. Des températures plus élevées (entre 24 et 28°C) ont un effet négatif sur le métabolisme des coraux. Cependant, alors que C. Caespitosa résiste pendant 5 semaines à des températures égales ou supérieures à 24°C, avant de s’effondrer et mourir, O. Patagonica diminue immédiatement sa densité en zooxanthelles et son taux de croissance, mais conserve une vitalité élevée. Ces résultats, couplés aux observations in situ de mortalité massive de C. Caespitosa pendant les récentes périodes estivales, montrent que ce corail vit à sa limite supérieure de température. Nous avons également montré, en utilisant C. Caespitosa, que la nourriture constitue le deuxième facteur le plus important pour le métabolisme de ces coraux tempérés. Par contre, une augmentation d’un facteur 8 d’éclairement ne produit aucun changement dans les concentrations en chlorophylle et zooxanthelles ou dans les taux de croissance, suggérant que l’éclairement n’est pas un facteur important chez ces coraux. Finalement, un doublement de pCO2, comme il est prévu suite aux changements climatiques, n’a aucun effet sur le métabolisme de C. Caespitosa, suggérant que la température reste le paramètre le plus important
This thesis explores the physiology of two symbiotic Mediterranean corals, Cladocora caespitosa and Oculina patagonica to changes in their environmental parameters. The effect of temperature was investigated both under the normal seasonal range as well as in the perspective of climate change on the two coral species. The effects of irradiance, food supply, and pCO2 level were only investigated with C. Caespitosa taken as a model. Temperature was one of the main environmental factors affecting corals’ metabolism. Increased concentrations of zooxanthellae and chlorophyll were observed at low temperatures and high food supply, allowing an increase in the photosynthetic efficiency during unfavorable conditions. Conversely, photosynthetic and growth rates were maximal under summer conditions, at temperatures ranging from 18 to 23°C. Higher temperatures (from 24 to 28°C) negatively affected the photosynthesis, growth and symbiosis in both corals. While C. Caespitosa resisted 5 weeks at temperatures equal or above 24°C before decreasing its metabolic functions and dying, O. Patagonica reduced its symbiont density and growth rates as soon as temperature increased, but showed a low mortality rate. These results, together with the observations of mass mortalities of C. Caespitosa during the last summers suggest that this coral is living near its upper thermal limits. We also demonstrated, using C. Caespitosa, that food supply was the second most important parameter for these two temperate corals. Conversely, a 8-fold increase in the light level did not change zooxanthellae and chlorophyll concentrations, or growth rates, suggesting that this factor is not important for the coral metabolism. Finally, a doubling in the pCO2 level, as expected by the end of the century, did not either affect C. Caespitosa metabolism, leading temperature as the most important parameter
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Serrano, i. Gras Eduard. "Demographics and population ecology of the range-expanding zooxanthellate coral Oculina patagonica in the Mediterranean Sea." Doctoral thesis, Universitat de Barcelona, 2018. http://hdl.handle.net/10803/482138.

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Shallow-water rocky ecosystems in temperate areas are dominated by macroalgae, whilst zooxanthellate corals are extremely rare. In an era of global change, sea warming plays a crucial role in the widespread phase shifts from coral- to algal-dominance in tropical coral reef ecosystems, and in the poleward spread and increase in abundance of some tropical and subtropical zooxanthellate corals into algal-dominated temperate areas. In the Mediterranean Sea, the zooxanthellate coral Oculina patagonica (Scleractinia, Oculinidae) is experiencing a range-expanding process, providing a good case study to examine how zooxanthellate corals can affect the structure of temperate ecosystems. In this PhD Thesis, different field studies were performed along the Iberian coast in the western Mediterranean to examine the demographics and population ecology of O. patagonica and contribute understanding the interaction among the main intrinsic and extrinsic factors in modulating the species’ dynamics. First, we document that O. patagonica is experiencing an invasive behavior that challenges the current conceptual framework of shallow-water rocky ecosystems, by providing evidence that the species is able to: i) form encrusting bioconstructions and drive a phase shift from macroalgal- to coral-dominated states, and ii) experience an invasive behavior at both population outbreak and geographical distribution range levels. Second, over a ~4-yr field experiment we document that a severe and recurrent pattern of partial mortality on O. patagonica colonies occurs under low seawater temperature (ST) conditions during winter, which appears to play a crucial role in constraining the growth dynamics of the species at the high-latitude area in the north-eastern Iberian coast. Third, we document the spatial variation in the demographics of O. patagonica (occurrence, density, cover, colony partial mortality and size-structure) by examining 314 locations along ~1300 km Iberian coast that provides a detailed baseline quantitative dataset. We found that the colony size-structure of coral populations in natural locations were unimodal and positively skewed, indicative of non-stable and growing populations. However, the species’ demographics showed a marked ‘abundant-center’ pattern that is not only related to the time of establishment but also to the relevant role of differences in coral population growth that correlate with key environmental variables. Finally, we layered our broad spatial scale observations on the demographics of O. patagonica, together with our and previous empirical and experimental studies on the interaction between biological traits and key environmental factors modulating coral performance, to identify the potential causes of the geographic range structure and invasion behavior of this species within the Iberian coast. The success of O. patagonica colonies and populations on natural locations appear to be generally constrained by low ST and light conditions, with thresholds that limit coral growth of mean annual photosynthetic active radiation at 3 m depth <30 mol photons m-2 d-1, mean ST <19ºC, percentile 10th-ST <14ºC and percentile 90th-ST <25ºC, but without severe high-ST periods (percentile 90th-ST >27ºC). In addition, the high availability of open space for O. patagonica to colonize, and the positive effects of sand scouring and sea urchin herbivory on coral population growth, indicate that open space availability is a crucial factor enhancing the proliferation of the species within the Iberian coast. We also found that artificial reefs foster the population growth and the expansion of the distributional range of this coral species. The broad spread of O. patagonica across the Mediterranean Sea, and its invasive behavior at both distributional range shift and population outbreak levels, able to drive phase shifts from macroalgae to coral dominance in natural and artificial reefs, is consistent with the ongoing process of zooxanthellate coral-mediated tropicalization of shallow-water rocky ecosystems documented in other subtropical and temperate areas under current global change.
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Andreo, Verónica Carolina. "Variabilidad espacio-temporal de florecimientos fitoplanctónicos en el talud y plataforma continental de la Patagonia Argentina usando sensores remotos." Master's thesis, 2015. http://hdl.handle.net/11086/2782.

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tesis (magister en aplicaciones espaciales de alerta y respuesta temprana a emergencias)--universidad nacional de córdoba, facultad de matemática, astronomía y física, 2015.
maestría conjunta con el instituto de altos estudios espaciales "mario gulich"-conae.
en este trabajo se estudiaron distintos aspectos de la variabilidad espacial y temporal de la concentración de clorofila-a (cl-a) en la plataforma y talud continental de la región patagónica argentina a partir de datos modis/aqua l3 de 4 km de resolución espacial y 8 días de resolución temporal. se caracterizó la variabilidad espacio-temporal del producto satelital de concentración de cl-a y se construyeron mapas de estadísticos básicos como la media, para toda la serie de tiempo (2003-2013) y para los distintos años que la componen. también se construyeron climatologías estacionales y mensuales y se analizaron las anomalías. por último, se analizaron diferentes metodologías de rellenado y/o modelado de la serie de tiempo y se describió y analizó la variabilidad espacial de las fechas de inicio del florecimiento y máxima concentración de cl-a, y la frecuencia de ocurrencia de florecimientos. este estudio sienta las bases para continuar investigando los métodos más efectivos para estudiar los florecimientos algales y su variabilidad en el mar argentino, en pos de incluir productos satelitales como la cl-a en modelos que permitan predecir la ocurrencia de floraciones algales nocivas, la dinámica de ecosistemas marinos y los efectos de los cambios globales en los ciclos biogeoquímicos y climáticos. asimismo, este estudio intentó contribuir al desarrollo y planificación de la misión sabia-mar (conae-aeb), que proveerá información de color del mar con una alta resolución espacial para la plataforma continental argentina.
in this work we studied different aspects of spatio-temporal variability of chlorophyll-a concentration in the continental shelf and shelf break of the argentinian patagonic region by means of a 11-years modis/aqua l3 time series of 4 km spatial resolution and 8 days temporal resolution. we first analyzed the availability of valid data over the study region and characterized its monthly and annual variability. then, we studied the spatio-temporal variability of satellite chlorophyll-a concentration and mapped descriptive statistics for the whole time series (2003-2013) and interannualy. we also obtained seasonal and monthly climatologies for those statistics and analyzed anomalies. we then compared different methods of gap-filling and reconstructing the time series. next, we described and analyzed the spatial variability of phenological indexes, such as bloom starting date and date of maximum concentration. finally, we estimated and described statistical indexes such as bloom occurrence frequency. this study intended to be a baseline on the spatio-temporal patterns of variation of chlorophyll-a concentration in the continental shelf and shelf break of the argentinian patagonic region, though it is acknowledged that ocean dynamics is too complex to be addressed with a unique index. nevertheless, it is a first approach to the problem and set the basis to continue researching more effective methods to study algal blooms (and their variability) in the argentinian sea, with the final goal of including these kind of products in models that allow to predict the occurrence of harmfull algal blooms, the dynamics of marine system and the effects of global changes over climatic and biogeochemical cycles. finally, this work also intended to contribute with science data to the development and planning of conae’s sabia-mar mission, which will provide high resolution ocean color data over argentinian coastal zones and continental shelf.
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Books on the topic "Mer – Patagonie"

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Peuziat, Ingrid. Chili, les gitans de la mer: Pêche nomade et colonisation en Patagonie insulaire. Paris, France: L'Harmattan, 2003.

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Rossi, Jasmine. La Patagonia sobre el mar: Península Valdés, Punta Tombo. Buenos Aires: Ediciones Larivière, 2000.

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Santiago G. de La Vega. Patagonia - Las Leyes Entre Las Costas y El Mar. Contacto Silvestre, 2000.

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Guía técnica para la identificación de invertebrados epibentónicos asociados a los bancos de vieira patagónica (Zygochlamys patagonica) en el Mar Argentino. Mar del Plata, R. Argentina: Secretaría de Agricultura, Ganadería, Pesca y Alimentos, Instituto Nacional de Investigación y Desarrollo Pesquero, 2003.

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El Plan Andinia: Estrategia sionista para apoderarse de la Patagonia Argentina y Chilena. Santiago, Chile: Alfabeta Impresores, 1987.

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D, Instituto Nacional de Investigaci on y. Guia Tecnica Para La Identificacion de Invertebrados Epibentonicos Asociados a Los Bancos de Vieira Patagonica (Zygochlamys Patagonica) En El Mar Arge (Contribucion Inidep). Secretaria de Agricultura Ganaderia Pesca y A, 2003.

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Guarido, Julio Cesar, and Ricardo F. Masera. Bajo del Gualicho: Una Planicie Patagonica Bajo El Nivel del Mar: Realidad y Leyenda (Las Mesetas Patagonicas). Secretaria de Estado Accion Social de Rio Neg, 2004.

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Book chapters on the topic "Mer – Patagonie"

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Torrencillas, Claudia Beatriz, María Angélica Fajardo, Betiana Romina Garrido, Marco Julio Sánchez, Ivana Leticia Mellado, María Alejandra Córdoba, Aleixandre Isabel Gorriz, and Thevenet Paula Sánchez. "PARÁSITOS ZOONÓTICOS DE INTERÉS EN SALUD PÚBLICA EN MYTILUS EDULIS PLATENSIS DE LA COSTA DEL GOLFO SAN JORGE, PATAGONIA ARGENTINA." In Oceanografía: desvelando la belleza, los misterios y los desafíos del mar, 86–98. Editora Artemis, 2020. http://dx.doi.org/10.37572/edart_1633110207.

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