919 resultados para Council of Trent (1545-1563 : Trento, Italy)
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Opposite pages bear duplicate numbering.
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Reprint. Originally published: Romae : In Collegio Urbano de Propaganda Fide, 1834.
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Mode of access: Internet.
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Mode of access: Internet.
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Mode of access: Internet.
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Mode of access: Internet.
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Bibliographical footnotes.
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Includes indexes.
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Published also as the author's thesis (inaugural)--Göttingen.
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Reprint. Originally published: Romae : In Collegio Urbano de Propaganda Fide, 1834.
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Printer's device on t.p.: Sphere.
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Relatório da prática de ensino supervisionada, Mestrado em Ensino da História e da Geografia no 3º Ciclo do Ensino Básico e no Ensino Secundário, Universidade de Lisboa, 2014
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ResumenEn este trabajo se hace un análisis desde la creación de la Diócesis de Nicaragua y Costa Rica (1531-1850) hasta que se divide en 1850, cuya organización se basó en las disposiciones del Patronato Real y los acuerdos del Concilio de Trento (1545). De igual manera, se estudia el papel de los obispos que estuvieron al frente de la dirección de la diócesis y también son objeto de investigación los conflictos internos, en especial los que ocurrieron con la provincia de Costa Rica.AbstractThis work sets forth an analysis made of the Nicaraguan and Costa Rican Diocese (1531-1850) from its creation up to its division in 1850. It was established based on the resolutions of the Royal Patronage (Patronato Real) and the accords of the Council of Trent (1545). Likewise, research is carried out on the role played by the bishops that geared the Diocese, as well as on the internal conflicts, especially those that occurred in the province of Costa Rica.
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Tese de mestrado Arte, Património e Teoria do Restauro, Universidade de Lisboa, Faculdade de Letras, 2012
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Throughout the alpine domain, shallow landslides represent a serious geologic hazard, often causing severe damages to infrastructures, private properties, natural resources and in the most catastrophic events, threatening human lives. Landslides are a major factor of landscape evolution in mountainous and hilly regions and represent a critical issue for mountainous land management, since they cause loss of pastoral lands. In several alpine contexts, shallow landsliding distribution is strictly connected to the presence and condition of vegetation on the slopes. With the aid of high-resolution satellite images, it's possible to divide automatically the mountainous territory in land cover classes, which contribute with different magnitude to the stability of the slopes. The aim of this research is to combine EO (Earth Observation) land cover maps with ground-based measurements of the land cover properties. In order to achieve this goal, a new procedure has been developed to automatically detect grass mantle degradation patterns from satellite images. Moreover, innovative surveying techniques and instruments are tested to measure in situ the shear strength of grass mantle and the geomechanical and geotechnical properties of these alpine soils. Shallow landsliding distribution is assessed with the aid of physically based models, which use the EO-based map to distribute the resistance parameters across the landscape.