LOS SECTORES DEL PRI: MATERIALES PARA SU ESTUDIO
In: Estudios políticos: revista de ciencia política, Band 3, Heft 10
ISSN: 2448-4903
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In: Estudios políticos: revista de ciencia política, Band 3, Heft 10
ISSN: 2448-4903
In: Westview Special Studies on Latin America and the Caribbean
World Affairs Online
In: Refugee survey quarterly, Band 26, Heft 4, S. 147-154
ISSN: 1471-695X
In: Refugee survey quarterly, Band 25, Heft 4, S. 104-113
ISSN: 1471-695X
In: Refugee survey quarterly, Band 23, Heft 4, S. 221-229
ISSN: 1471-695X
In: Refugee survey quarterly, Band 22, Heft 4, S. 178-184
ISSN: 1471-695X
World Affairs Online
In: Foreign affairs: an American quarterly review, Band 70, Heft 5, S. 189
ISSN: 2327-7793
This article focuses on the reconstruction processes undertaken in Cancún, Mexico after hurricanes Gilbert in 1988 and Wilma in 2005. The article argues that both hurricanes facilitated the creation of an evolving logic of "enclosures within enclosures," whereby hotel and real estate investors, aided by government authorities, privatized and commoditized Cancún's public lands and resources for the exclusive use of the global tourism market. In practice, this meant a radical spatial, aesthetic, and economic reconfiguration of the Hotel Zone in Cancún from a low-density luxury resort to a mass tourism, all-inclusive resort destination after Gilbert, followed by the emergence of the contemporary timeshare high-rise condominium model after Wilma. With each new business model, investors strategically used post-hurricane reconstruction to redefine space, displace risk, and to reposition themselves and the city in global circuits of capital accumulation. The case of Cancún provides an empirically grounded example of how, in the aftermath of natural disasters, strategies of enclosure are deployed through approaches to governance, business models, and forms of architecture and surveillance all in the name of defending the public good, providing security, and enhancing economic growth. © 2014 by the American Anthropological Association.
BASE
In: Desarrollo económico: revista de ciencias sociales, Band 25, Heft 98, S. 294
ISSN: 1853-8185
A new gravity survey (1164 gravity stations and 180 samples for density analysis) combined with two new geological cross sections has been carried out in a sector of the Central Pyrenees in order to improve the characterization of basement and cover architecture. From North to South, the study area comprises the southern half of the Axial Zone and the northernmost part of the South-Pyrenean Zone. New gravity data were combined with previous existing databases to obtain the Bouguer and residual anomaly maps of the study area. The two cross sections, oriented NNE–SSW, were built from field data and previous surficial and subsurface data and cross the La Maladeta plutonic complex. The residual anomaly map shows values ranging from −18 to 16 mGal and anomalies mainly oriented N120E. The two 2.5D modelled cross sections show similar observed gravity curves coinciding with similar interpreted structural architecture. Data show a gravity high oriented N120E coinciding with the Orri basement thrust sheet and an important gravity depression, with the same orientation, coinciding with the leading edge at depth of the Rialp basement thrust sheet and interpreted as linked to a large subsurface accumulation of Triassic evaporites. The volume at depth of the La Maladeta and Arties granites has been constrained through gravity modelling. This work highlights that the combination of structural geology and gravity modelling can help to determine the structural architecture of an orogen and localize accumulations of evaporites at depth. ; This work is part of the project CGL2017-84901-C2-2-P funded by MCIN/AEI/10.13039/501100011033 and "ERDF A way of making Europe" and project PID2020-114273GB-C22 funded by MCIN/AEI/10.13039/501100011033 from Spanish Ministry of Science, Innovation and Universities. Seequent has provided us the GM-SYS module of the Oasis Montaj. The authors acknowledge the contribution of José María Llorente and Agustin González for the acquisition of the gravity data. We thank to Aigüestortes National park and Alt Pirineu Natural park their logistic support. We thank anonymous reviewer for improving the content in the manuscript. This study represents a contribution to GeoAp Research Group (E01-20R) (Aragón Government). ; Peer reviewed
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