Panorama Económico y Social de la Comunidad de Estados Latinoamericanos y Caribeños 2014

Prólogo de Alicia Bárcena

Economic and Social Panorama of the Community of Latin American and Caribbean States 2014

This issue of the Economic and Social Panorama of the Community of Latin American and Caribbean States is a contribution by the Economic Commission for Latin America and the Caribbean (ECLAC) to the third Summit of Heads of State and Government of the Community of Latin American and Caribbean States (CELAC), to be held in San José in January 2015. This document is based on excerpts from some of the annual flagships published by the Commission in 2014: Statistical Yearbook for Latin America and the Caribbean 2013 (LC/G.2582-P); Demographic Observatory 2013 (LC/G.2615-P); Economic Survey of Latin America and the Caribbean 2014 (LC/G.2619-P); Preliminary Overview of the Economies of Latin America and the Caribbean 2014 (LC/G.2632-P); Foreign Direct Investment in Latin America and the Caribbean 2013 (LC/G.2615-P); Latin America and the Caribbean in the World Economy 2014 (LG/G.2625-P) “Social Panorama Social of Latin America 2014. Briefing Paper”; as well as the Gender Equality Observatory of Latin America and the Caribbean. Annual Report 2013-2014 (LC/G.2626).

Revista de la CEPAL no.67

Primer Mundo y Tercer Mundo después de la Guerra Fría / Eric Hobsbawm. -- Las dimensiones urbanas en el desarrollo rural / Alexander Schejtman. -- Capacitación en pequeñas empresas en América Latina / Guillermo Labarca. -- Reforma neoliberal y política macroeconómica en el Perú / Oscar Dancourt. -- Impacto de la inversión pública sobre la inversión privada en Brasil: 1947-1990 / Bruno de Oliveira Cruz y Joanílio R. Teixeira. -- Chile y su política comercial “lateral” / Sebastián Sáez y Juan Gabriel Valdés S. -- La reestructuración en la industria: los casos de Chile, México y Venezuela / Carla Macario. -- Industrialización a base de confecciones en la Cuenca del Caribe: ¿un tejido raído? / Michael Mortimore. -- Industria maquiladora y cambio técnico / Rudolf M. Buitelaar, Ramón Padilla y Ruth Urrutia. -- Políticas de ciencia y tecnología y el Sistema Nacional de Innovación en la Argentina / Daniel Chudnovsky. -- Las concesiones y la optimización del transporte vial y ferroviario / Ian Thomson.

Panorama Económico y Social de la Comunidad de Estados Latinoamericanos y Caribeños, 2015

Este Panorama Económico y Social de la Comunidad de Estados Latinoamericanos y Caribeños es una contribución de la Comisión Económica para América Latina y el Caribe (CEPAL) a la Cuarta Cumbre de Jefes de Estado y de Gobierno de la Comunidad de Estados de América Latina y el Caribe (CELAC), (Quito, enero de 2016).

Economic and Social Panorama of the Community of Latin American and Caribbean States 2015

This edition of the Economic and Social Panorama of the Community of Latin American and Caribbean States is a contribution by the Economic Commission for Latin America and the Caribbean (ECLAC) to the fourth Summit of Heads of State and Government of the Community of Latin American and Caribbean States (CELAC), to be held in Quito in January 2016. This document continues the work carried out since the first summit of CELAC held in Santiago and is a testimony to our ongoing commitment to work in collaboration with the countries of the region.

Alianza público - privada como una alternativa de desarrollo de agronegocios en la Región de San Martín - Perú : estudio de caso múltiple

El desarrollo de la agricultura continúa siendo uno de los temas centrales a nivel mundial para asegurar la seguridad alimentaria. Distintos organismos internacionales, vienen promoviendo que los gobiernos nacionales y empresas privadas aumenten la inversión en la agricultura, innovación y creación de espacios comunes entre el sector público-privado. En la región de San Martín las familias en su gran mayoría dependen de la agricultura como medio de subsistencia y generación de ingresos. En los últimos años se han venido desarrollando acciones colectivas entre el sector público, privado y cooperación internacional, para mejorar los niveles producción y articular la producción a los mercados internacionales. Como ejemplo de estos esfuerzos podemos mencionar las mesas técnicas por producto agroalimentario, las cuales se han dispersado por diferentes regiones de Perú. El objetivo de este presente trabajo fue identificar si las alianzas público-privadas fueron una alternativa para el desarrollo productivo y comercial de los sectores de cacao y sacha inchi en la región de San Martín. Para ello, se utilizó la metodología de Estudio de Caso Múltiple de la Mesa Técnica de Cacao y de Sacha Inchi, organizaciones que agrupan al sector público, privado y organizaciones de productores, y que trabajan con una visión colectiva. Las alianzas desarrolladas en la región de San Martín en los sectores de cacao y sacha inchi fueron en gran medida una alternativa para el desarrollo productivo y comercial, estas tuvieron un soporte de las variables del macroentorno. La influencia de las variables del macroentorno y la visión colectiva de los actores fue clave para la dinámica del negocio. Además, el éxito de las APP depende de la estabilidad de las variables del macroentorno y no solo de la acción colectiva de los actores que lo conforman. Las APP tuvieron un impacto positivo en la producción y comercialización de los productores, ya que contribuyen en aumentar la oferta productiva y el poder de negociación con los compradores. Se fundamenta porque los productores perciben que han mejorado sus ingresos económicos en los últimos años, principalmente en las zonas de mayor producción, eso se refleja en la dinámica económica en las zonas productoras y las inversiones que estos vienen realizando.

Tendencias de la urbanizacion, inversion de la polarizacion y politica espacial en Colombia

Incluye Bibliografía

Generalized IBE in the exponent-inversion framework

The purpose of this chapter is to provide an abstraction for the class of Exponent-Inversion IBE exemplified by the [Bscr ][Bscr ]2 and [Sscr ][Kscr ] schemes, and, on the basis of that abstraction, to show that those schemes do support interesting and useful extensions such as HIBE and ABE. Our results narrow, if not entirely close, the “flexibility gap” between the Exponent-Inversion and Commutative-Blinding IBE concepts.

Breaking time-inversion invariance through decoherence : energetic consequences for attosecond neutron scattering

Nuclei and electrons in condensed matter and/or molecules are usually entangled, due to the prevailing (mainly electromagnetic) interactions. However, the "environment" of a microscopic scattering system (e.g. a proton) causes ultrafast decoherence, thus making atomic and/or nuclear entanglement e®ects not directly accessible to experiments. However, our neutron Compton scattering experiments from protons (H-atoms) in condensed systems and molecules have a characteristic collisional time about 100|1000 attoseconds. The quantum dynamics of an atom in this ultrashort, but ¯nite, time window is governed by non-unitary time evolution due to the aforementioned decoherence. Unexpectedly, recent theoretical investigations have shown that decoherence can also have the following energetic consequences. Disentangling two subsystems A and B of a quantum system AB is tantamount to erasure of quantum phase relations between A and B. This erasure is widely believed to be an innocuous process, which e.g. does not a®ect the energies of A and B. However, two independent groups proved recently that disentangling two systems, within a su±ciently short time interval, causes increase of their energies. This is also derivable by the simplest Lindblad-type master equation of one particle being subject to pure decoherence. Our neutron-proton scattering experiments with H2 molecules provide for the first time experimental evidence of this e®ect. Our results reveal that the neutron-proton collision, leading to the cleavage of the H-H bond in the attosecond timescale, is accompanied by larger energy transfer (by about 2|3%) than conventional theory predicts. Preliminary results from current investigations show qualitatively the same e®ect in the neutron-deuteron Compton scattering from D2 molecules. We interpret the experimental findings by treating the neutron-proton (or neutron-deuteron) collisional system as an entangled open quantum system being subject to fast decoherence caused by its "environment" (i.e., two electrons plus second nucleus of H2 or D2). The presented results seem to be of generic nature, and may have considerable consequences for various processes in condensed matter and molecules, e.g. in elementary chemical reactions.

Einstein Relation in n-Channel Inversion Layers of Nonlinear Optical, Optoelectronic and Related Materials: Simplified Theory, Relative Comparison and Suggestion for an Experimental Determination

In this paper, we study the Einstein relation for the diffusivity to mobility ratio (DMR) in n-channel inversion layers of non-linear optical materials on the basis of a newly formulated electron dispersion relation by considering their special properties within the frame work of k.p formalism. The results for the n-channel inversion layers of III-V, ternary and quaternary materials form a special case of our generalized analysis. The DMR for n-channel inversion layers of II-VI, IV-VI and stressed materials has been investigated by formulating the respective 2D electron dispersion laws. It has been found, taking n-channel inversion layers of CdGeAs2, Cd(3)AS(2), InAs, InSb, Hg1-xCdxTe, In1-xGaxAsyP1-y lattice matched to InP, CdS, PbTe, PbSnTe, Pb1-xSnxSe and stressed InSb as examples, that the DMR increases with the increasing surface electric field with different numerical values and the nature of the variations are totally band structure dependent. The well-known expression of the DMR for wide gap materials has been obtained as a special case under certain limiting conditions and this compatibility is an indirect test for our generalized formalism. Besides, an experimental method of determining the 2D DMR for n-channel inversion layers having arbitrary dispersion laws has been suggested.

Land grabs, bio-piracy and the inversion of justice in Colombia

The possibility of commercially exploiting plant, animal and human genetic resources unlocked by biotechnology has given rise to a wide range of cultural, environmental, ethical and economic conflicts. While supporters describe this activity as bioprospecting, critics refer to it as biopiracy. According to this latter view, international legal agreements and treaties have disregarded opposition and legalized the possibility of appropriating genetic resources and their derivative products through the use of patents. The legal framework that permits the appropriation of natural genetic products in Colombia also criminalizes aspects of traditional ways of life and enables a legally approved but socially harmful land-grabbing process. The article describes these processes and impact in terms of the inversion of justice and the erosion of environmental sustainability.

A fuzzy logic based dynamic wave model inversion algorithm for canal regulation

A fuzzy logic based centralized control algorithm for irrigation canals is presented. Purpose of the algorithm is to control downstream discharge and water level of pools in the canal, by adjusting discharge release from the upstream end and gates settings. The algorithm is based on the dynamic wave model (Saint-Venant equations) inversion in space, wherein the momentum equation is replaced by a fuzzy rule based model, while retaining the continuity equation in its complete form. The fuzzy rule based model is developed on fuzzification of a new mathematical model for wave velocity, the derivational details of which are given. The advantages of the fuzzy control algorithm, over other conventional control algorithms, are described. It is transparent and intuitive, and no linearizations of the governing equations are involved. Timing of the algorithm and method of computation are explained. It is shown that the tuning is easy and the computations are straightforward. The algorithm provides stable, realistic and robust outputs. The disadvantage of the algorithm is reduced precision in its outputs due to the approximation inherent in the fuzzy logic. Feed back control logic is adopted to eliminate error caused by the system disturbances as well as error caused by the reduced precision in the outputs. The algorithm is tested by applying it to water level control problem in a fictitious canal with a single pool and also in a real canal with a series of pools. It is found that results obtained from the algorithm are comparable to those obtained from conventional control algorithms.