992 resultados para Georges Sadoul
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Shaw-Shoemaker #10462.
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Mode of access: Internet.
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Companion volume to the authors' A la manière de ... [1. et 2. séries réunies] Paris, Grasset, 1914; lettered on back of cover: a la manière de ... II.
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Includes index.
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Mode of access: Internet.
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Attributed by Mirecourt to Mallefille.
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Mode of access: Internet.
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Mode of access: Internet.
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Title of pt. 3 reads: ... Recueil de plusieurs dissertations [etc.] suivi des Réflexions d'un conspirateur à Basle, et d'une prédiction mémorable de Condorcet.
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"Il a été de cet ouvrage douze exemplaires numérotés, dont celui-ci porte le No. I."
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Mitchell critiques Georges Perec's Life a User's Manual, which articulates compellingly the confluence of literature and architecture studies that emerged in the late twentieth century. She argues the Perec's novel diverges from this tradition, for, rather than being a search for origins and true expression, Life a User's Manual denies the very possibility of originality. She adds that Perec's architext is de-constructive and ironic.
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Seagrass beds are the dominant benthic marine communities in the back reef environment of the Florida Keys. At a network of 30 permanent monitoring stations in this back reef environment, the seagrass Thalassia testudinum Banks & Soland. ex Koenig was the most common marine macrophyte, but the seagrasses Syringodium fi liforme Kuetz., and Halodule wrightii Aschers., as well as many taxa of macroalgae, were also commonly encountered. The calcareous green macroalgae, especially Halimeda spp. and Penicillus spp., were the most common macroalgae. The passage of Hurricane Georges on September 25, 1998 caused an immediate loss of 3% of the density of T. testudinum, compared to 19% of the S. fi liforme and 24% of the calcareous green algae. The seagrass beds at three of the stations were completely obliterated by the storm. Stations that had little to moderate sediment deposition recovered from the storm within 1 yr, while the station buried by 50 cm of sediment and the two stations that experienced substantial erosion had recovered very little during the 3 yrs after the storm. Early colonizers to these severely disturbed sites were calcareous green algae. Hurricanes may increase benthic macrophyte diversity by creating disturbed patches with the landscape, but moderate storm disturbance may actually reduce macrophyte diversity by removing the early successional species from mixed-species seagrass beds.