Herramienta de evaluación para programas de inclusión en actividad física, recreación y deporte para personas con discapacidad en Colombia

Introducción: La evaluación de programas sociales, ha sido, desde sus inicios, de gran importancia para fortalecer los procesos de toma de decisiones de los hacedores de los programas, ya que retroalimenta lo ejecutado y ayuda a aplicar correctivos necesarios para lograr el impacto deseado en la población objetivo, que generalmente son comunidades vulnerables como las personas con discapacidad. En los últimos años, esta población ha sido foco de múltiples programas y proyectos en diferentes temáticas como la actividad física, la recreación, el deporte y la educación física. Por esto, en el año 2013, Coldeportes en aras de poder parametrizar y permitir un impacto adecuado en esta población, diseñó un grupo de lineamientos los cuales son los encargados de generar las directrices de los programas que se diseñen y ejecuten en los entes territoriales. Para poder realizar el seguimiento y resultado de su aplicación, es necesario hacerlo por intermedio de una herramienta de evaluación. De acuerdo con las últimas tendencias en la evaluación de programas sociales, debe hacerse por intermedio de indicadores, los cuales permiten realizarla de una manera más eficiente. Por tal motivo, la herramienta de evaluación para los lineamientos será a través de indicadores. Objetivo: Generar una herramienta de evaluación para los programas y actividades en actividad física, recreación y deporte para la población con discapacidad en Colombia, a partir de los lineamientos de inclusión definidos por Coldeportes. Metodología: Se realizó una revisión bibliográfica acerca de la evaluación de programas sociales, indicadores de evaluación y población con discapacidad, seguido a esto se diseñaron los indicadores de evaluación con base en las variables de los lineamientos propuestos por Coldeportes, posteriormente, los indicadores fueron sometidos a una validación en un grupo nominal, conformado por expertos en programas sociales y trabajo en población con discapacidad, por último, se sistematizaron y analizaron los resultados. iii Resultados: La herramienta de evaluación fue validada por parte de los expertos, hubo ajustes en los indicadores de evaluación de los lineamientos de accesibilidad a la comunicación e información, accesibilidad a la formación académica y accesibilidad al entorno físico. Conclusiones: La herramienta de evaluación diseñada, es un primer paso para mejorar los métodos actuales de evaluación, encaminada a fortalecer los datos existentes de la población con discapacidad y tener una visión del impacto de los planes, programas y proyectos en actividad física, recreación y deporte ejecutados en la actualidad, por lo cual queda continuar con la investigación en nuevas alternativas de evaluación que permitan mejorar los procesos de toma de decisiones y así garantizar planes, programas y proyectos sociales adecuados para la población, sin distinguir características particulares.

El poder del debate ciudadano: procesos de gobernanza en la agenda interlocal de desarrollo Kennedy-Bosa

El objetivo de este artículo es analizar cómo el debate ciudadano incide en la gestación de procesos de gobernanza en la Agenda Interlocal de Desarrollo Kennedy-Bosa, proyecto de participación ciudadana en Bogotá. A través del documento se pretende demostrar que el debate: 1) permitió que las organizaciones sociales, presentes en la Agenda Interlocal, entablaran relaciones horizontales; 2) posibilitó la interacción de múltiples actores de la ciudad, entre ellos Secretarías Distritales y entidades privadas; 3) promocionó el diálogo y el intercambio de ideas como medio para la resolución de problemáticas identificadas en las localidades de Bosa y Kennedy. Para demostrar lo anterior, se realizó observación participante y entrevistas en las que se evidenció el proceso de toma de decisiones y la interacción de los actores presentes en la Agenda.

El fondo de ciencia, tecnología e innovación y la financiación de proyectos regionales

El Acto Legislativo 05 de 2011 modificó los artículos 360 y 361 de la Constitución Política, creando el Sistema General de Regalías (SGR) cuyos recursos se distribuyen, entre otros, al denominado Fondo de Ciencia Tecnología e Innovación (FCTI), el cual se encuentra igualmente ligado al Sistema de Competitividad, Ciencia, Tecnología e Innovación (antes SNCTeI). La creación del FCTI se concibió con la finalidad de destinar recursos provenientes de regalías para la financiación de proyectos regionales que reflejen el uso y la apropiación de la ciencia, la tecnología y la innovación como motor de desarrollo económico y social, por ello las normas sobre la cual se cimienta dicho Fondo deben encaminarse al fortalecimiento no sólo del Estado sino también de las regiones, para lo cual se implementó un proceso de regionalización del SGR. Siendo que los proyectos de inversión deben tener una visión e impacto regional, el trabajo de investigación analiza la relación que existe entre la normativa vigente en torno al FCTI y la financiación de proyectos regionales, identificando las contribuciones y posibles limitaciones en la implementación de dichas normas.

Comentario de “La sociedad colonial en Guatemala: estudios regionales y locales”

Introducción"La sociedad colonial en Guatemala: Esutidos regionales y locales" es el título de un libro recientemente publicado y editado por el Dr. Stephen Webre, con apoyo financiero del Centro de Investigaciones Regionales de Mesoamérica (Cirma) y del Fondo "Garnie W. Mc Gintry de la Louisiana Tech."...

ORDENAMIENTO TERRITORIAL Y PLANES REGULADORES: NOTAS AL MARGEN DE NUESTRA EXPERIENCIA EN LA ECG – UNA

Esta presentación  tiene como objetivo sintetizar  la experiencia de  la participación de  la ECG en  las propuestas de ordenamiento territorial y la planificación urbana.Se trata es de evaluar la experiencia vista en su conjunto, es decir, nos interesa mas que las cuestiones técnicas, especificas, exponer cómo se ha desarrollado nuestra práctica frente a un objeto general que llamaremos “ordenamiento del territorio” desde la perspectiva de una geografía aplicada que opera en una formación socio política particular, es decir, en Costa Rica.Palabras Claves: Ordenamiento territorial. Planes reguladores. Urbanismo. Gobierno local. Interdisciplinariedad. Metodología positivista.AbstractThis presentation has as its objective to synthesize the experience of the ECG in participating in territorial organizational proposals and urban planning. It attempts to evaluate the experience viewed in its entirety, that is to say, the technical questions interest us less than showing how our practice has developed set against a general objective that we will call «territorial organization « from the perspective of applied geography that functions in a particular sociopolitical formation, that is to say, in Costa Rica.Key Words: Territorial Organization, Regulatory Plans, Urbanization, Local Government, Interdisciplinary, Positivist Methodology.

PROPUESTA PARA LA ELABORACIÓN DE UN PLAN DE TRANSPORTE URBANO, DENTRO DEL CONTEXTO DE LOS PLANES REGULADORES EN COSTA RICA

En este artículo se plantean los elementos fundamentales que deben contener un plan de transporte, dentro del contexto de los Planes Reguladores en Costa RicaSe pretende que este documento sirva de guía metodológica en la elaboración de los planes reguladores, en la sección correspondiente al transporte y la vialidad. Actualmente existe un vacío teórico metodológico que se refleja en una ambigüedad conceptual y en una falta de rigurosidad metodológica, provocada por la interpretación que cada uno hace de las diferentes leyes de la planificación urbana que existen en nuestro país. Con el traspaso de los recursos obtenidos de la ley de bienes inmuebles a las municipalidades, se hace imperativo que la mayoría de las municipalidades, que no han elaborado un plan regulador, se aboquen a hacerlo y que numerosos consultores privados e institutos y escuelas universitarias ofrezcan esos servicios.El trabajo recoge la experiencia de varios años de investigación en ese campo y la participación en numerosos congresos y conferencias a nivel nacional e internacional.ABSTRACT:This article dcals with the principal elements which a transportation plan should contain, within the context of regulatory plan in Costa Rica.It is hoped that thís document wilI gcncrally serve as a methological guide for the design of thosc rcgulatory plans, and particulary with regard to the scction dealing with transportation and roadways.There exists at prcsent a theoretical and methodological vacuum in this area which is reflected in a conceptual ambiguity and lack of methodological discipline, due to the various individual interpretations applied to ihose urban planning laws which do exist in this country.Statutory revisions now prov ide for the allocation of proceeds from real property taxes to the municipalities, thus making it emperative that those local governments which have not done so, promptly design their own regulatory plan, and that public and private consultants, as well as institutions of learning and research, offer their specialized expertise to this effort.Morever, this anide presents the results of many years of research in Ihis area in addition to the lessons learned from a continuing participation in conferences, seminars and events of a similar nature, heid at both national and international leveis.

PLAN PARA INCORPORAR EL RIESGO SISMICO A LOS PLANES DE USO DEL TERRENO.

Este artículo es parte de una tesis de maestría sobre el riesgo sísmico. Analiza para el caso de Puerto Rico los contenidos del modelo de intervención, la zonificación sísmica, el impacto sísmico y la mitigación de daños a estructuras existentes. Todo ello se relaciona con los planes del uso del terreno y los reglamentos de zonificación necesarios.

CAMBIOS REGIONALES EN EL PACIFICO NORTE. UN ENSAYO INTERPRETATIVO

Este trabajo trata sobre el proceso de regionalizacion en la zona del Pacifico Norte de Costa Rica.

ESBOZO HISTÓRICO DE LA GEOMORFOLOGÍA Y SU PAPEL COMO CIENCIA APLICADA EN EL CONTEXTO DE LOS PELIGROS NATURALES Y LOS PLANES REGULADORES

En este artículo se realizan algunas consideraciones relacionadas con  los antecedentes históricos que han contribuido al nacimiento de la geomorfología como ciencia. Los enfoques y perspectivas de autores representativos se  insertan a manera de proveer un hilo conductor que sitúa y analiza estos aportes, de forma que se observen las etapas más relevantes tanto en su construcción episte-mológica como en el abordaje de los peligros naturales y su aplicación en los planes reguladores.

Geological control of physiography in Southeast Queensland: A multi-scale analysis using GIS

The study reported here, constitutes a full review of the major geological events that have influenced the morphological development of the southeast Queensland region. Most importantly, it provides evidence that the region’s physiography continues to be geologically ‘active’ and although earthquakes are presently few and of low magnitude, many past events and tectonic regimes continue to be strongly influential over drainage, morphology and topography. Southeast Queensland is typified by highland terrain of metasedimentary and igneous rocks that are parallel and close to younger, lowland coastal terrain. The region is currently situated in a passive margin tectonic setting that is now under compressive stress, although in the past, the region was subject to alternating extensional and compressive regimes. As part of the investigation, the effects of many past geological events upon landscape morphology have been assessed at multiple scales using features such as the location and orientation of drainage channels, topography, faults, fractures, scarps, cleavage, volcanic centres and deposits, and recent earthquake activity. A number of hypotheses for local geological evolution are proposed and discussed. This study has also utilised a geographic information system (GIS) approach that successfully amalgamates the various types and scales of datasets used. A new method of stream ordination has been developed and is used to compare the orientation of channels of similar orders with rock fabric, in a topologically controlled approach that other ordering systems are unable to achieve. Stream pattern analysis has been performed and the results provide evidence that many drainage systems in southeast Queensland are controlled by known geological structures and by past geological events. The results conclude that drainage at a fine scale is controlled by cleavage, joints and faults, and at a broader scale, large river valleys, such as those of the Brisbane River and North Pine River, closely follow the location of faults. These rivers appear to have become entrenched by differential weathering along these planes of weakness. Significantly, stream pattern analysis has also identified some ‘anomalous’ drainage that suggests the orientations of these watercourses are geologically controlled, but by unknown causes. To the north of Brisbane, a ‘coastal drainage divide’ has been recognized and is described here. The divide crosses several lithological units of different age, continues parallel to the coast and prevents drainage from the highlands flowing directly to the coast for its entire length. Diversion of low order streams away from the divide may be evidence that a more recent process may be the driving force. Although there is no conclusive evidence for this at present, it is postulated that the divide may have been generated by uplift or doming associated with mid-Cenozoic volcanism or a blind thrust at depth. Also north of Brisbane, on the D’Aguilar Range, an elevated valley (the ‘Kilcoy Gap’) has been identified that may have once drained towards the coast and now displays reversed drainage that may have resulted from uplift along the coastal drainage divide and of the D’Aguilar blocks. An assessment of the distribution and intensity of recent earthquakes in the region indicates that activity may be associated with ancient faults. However, recent movement on these faults during these events would have been unlikely, given that earthquakes in the region are characteristically of low magnitude. There is, however, evidence that compressive stress is building and being released periodically and ancient faults may be a likely place for this stress to be released. The relationship between ancient fault systems and the Tweed Shield Volcano has also been discussed and it is suggested here that the volcanic activity was associated with renewed faulting on the Great Moreton Fault System during the Cenozoic. The geomorphology and drainage patterns of southeast Queensland have been compared with expected morphological characteristics found at passive and other tectonic settings, both in Australia and globally. Of note are the comparisons with the East Brazilian Highlands, the Gulf of Mexico and the Blue Ridge Escarpment, for example. In conclusion, the results of the study clearly show that, although the region is described as a passive margin, its complex, past geological history and present compressive stress regime provide a more intricate and varied landscape than would be expected along typical passive continental margins. The literature review provides background to the subject and discusses previous work and methods, whilst the findings are presented in three peer-reviewed, published papers. The methods, hypotheses, suggestions and evidence are discussed at length in the final chapter.

X-ray computed tomography

X-ray computed tomography (CT) is a medical imaging technique that produces images of trans-axial planes through the human body. When compared with a conventional radiograph, which is an image of many planes superimposed on each other, a CT image exhibits significantly improved contrast although this is at the expense of reduced spatial resolution.----- A CT image is reconstructed mathematically from a large number of one dimensional projections of the chosen plane. These projections are acquired electronically using a linear array of solid-state detectors and an x ray source that rotates around the patient.----- X-ray computed tomography is used routinely in radiological examinations. It has also be found to be useful in special applications such as radiotherapy treatment planning and three-dimensional imaging for surgical planning.

Synthesis and modifications of metal oxide nanostructures and their applications

Transition metal oxides are functional materials that have advanced applications in many areas, because of their diverse properties (optical, electrical, magnetic, etc.), hardness, thermal stability and chemical resistance. Novel applications of the nanostructures of these oxides are attracting significant interest as new synthesis methods are developed and new structures are reported. Hydrothermal synthesis is an effective process to prepare various delicate structures of metal oxides on the scales from a few to tens of nanometres, specifically, the highly dispersed intermediate structures which are hardly obtained through pyro-synthesis. In this thesis, a range of new metal oxide (stable and metastable titanate, niobate) nanostructures, namely nanotubes and nanofibres, were synthesised via a hydrothermal process. Further structure modifications were conducted and potential applications in catalysis, photocatalysis, adsorption and construction of ceramic membrane were studied. The morphology evolution during the hydrothermal reaction between Nb2O5 particles and concentrated NaOH was monitored. The study demonstrates that by optimising the reaction parameters (temperature, amount of reactants), one can obtain a variety of nanostructured solids, from intermediate phases niobate bars and fibres to the stable phase cubes. Trititanate (Na2Ti3O7) nanofibres and nanotubes were obtained by the hydrothermal reaction between TiO2 powders or a titanium compound (e.g. TiOSO4·xH2O) and concentrated NaOH solution by controlling the reaction temperature and NaOH concentration. The trititanate possesses a layered structure, and the Na ions that exist between the negative charged titanate layers are exchangeable with other metal ions or H+ ions. The ion-exchange has crucial influence on the phase transition of the exchanged products. The exchange of the sodium ions in the titanate with H+ ions yields protonated titanate (H-titanate) and subsequent phase transformation of the H-titanate enable various TiO2 structures with retained morphology. H-titanate, either nanofibres or tubes, can be converted to pure TiO2(B), pure anatase, mixed TiO2(B) and anatase phases by controlled calcination and by a two-step process of acid-treatment and subsequent calcination. While the controlled calcination of the sodium titanate yield new titanate structures (metastable titanate with formula Na1.5H0.5Ti3O7, with retained fibril morphology) that can be used for removal of radioactive ions and heavy metal ions from water. The structures and morphologies of the metal oxides were characterised by advanced techniques. Titania nanofibres of mixed anatase and TiO2(B) phases, pure anatase and pure TiO2(B) were obtained by calcining H-titanate nanofibres at different temperatures between 300 and 700 °C. The fibril morphology was retained after calcination, which is suitable for transmission electron microscopy (TEM) analysis. It has been found by TEM analysis that in mixed-phase structure the interfaces between anatase and TiO2(B) phases are not random contacts between the engaged crystals of the two phases, but form from the well matched lattice planes of the two phases. For instance, (101) planes in anatase and (101) planes of TiO2(B) are similar in d spaces (~0.18 nm), and they join together to form a stable interface. The interfaces between the two phases act as an one-way valve that permit the transfer of photogenerated charge from anatase to TiO2(B). This reduces the recombination of photogenerated electrons and holes in anatase, enhancing the activity for photocatalytic oxidation. Therefore, the mixed-phase nanofibres exhibited higher photocatalytic activity for degradation of sulforhodamine B (SRB) dye under ultraviolet (UV) light than the nanofibres of either pure phase alone, or the mechanical mixtures (which have no interfaces) of the two pure phase nanofibres with a similar phase composition. This verifies the theory that the difference between the conduction band edges of the two phases may result in charge transfer from one phase to the other, which results in effectively the photogenerated charge separation and thus facilitates the redox reaction involving these charges. Such an interface structure facilitates charge transfer crossing the interfaces. The knowledge acquired in this study is important not only for design of efficient TiO2 photocatalysts but also for understanding the photocatalysis process. Moreover, the fibril titania photocatalysts are of great advantage when they are separated from a liquid for reuse by filtration, sedimentation, or centrifugation, compared to nanoparticles of the same scale. The surface structure of TiO2 also plays a significant role in catalysis and photocatalysis. Four types of large surface area TiO2 nanotubes with different phase compositions (labelled as NTA, NTBA, NTMA and NTM) were synthesised from calcination and acid treatment of the H-titanate nanotubes. Using the in situ FTIR emission spectrescopy (IES), desorption and re-adsorption process of surface OH-groups on oxide surface can be trailed. In this work, the surface OH-group regeneration ability of the TiO2 nanotubes was investigated. The ability of the four samples distinctively different, having the order: NTA > NTBA > NTMA > NTM. The same order was observed for the catalytic when the samples served as photocatalysts for the decomposition of synthetic dye SRB under UV light, as the supports of gold (Au) catalysts (where gold particles were loaded by a colloid-based method) for photodecomposition of formaldehyde under visible light and for catalytic oxidation of CO at low temperatures. Therefore, the ability of TiO2 nanotubes to generate surface OH-groups is an indicator of the catalytic activity. The reason behind the correlation is that the oxygen vacancies at bridging O2- sites of TiO2 surface can generate surface OH-groups and these groups facilitate adsorption and activation of O2 molecules, which is the key step of the oxidation reactions. The structure of the oxygen vacancies at bridging O2- sites is proposed. Also a new mechanism for the photocatalytic formaldehyde decomposition with the Au-TiO2 catalysts is proposed: The visible light absorbed by the gold nanoparticles, due to surface plasmon resonance effect, induces transition of the 6sp electrons of gold to high energy levels. These energetic electrons can migrate to the conduction band of TiO2 and are seized by oxygen molecules. Meanwhile, the gold nanoparticles capture electrons from the formaldehyde molecules adsorbed on them because of gold’s high electronegativity. O2 adsorbed on the TiO2 supports surface are the major electron acceptor. The more O2 adsorbed, the higher the oxidation activity of the photocatalyst will exhibit. The last part of this thesis demonstrates two innovative applications of the titanate nanostructures. Firstly, trititanate and metastable titanate (Na1.5H0.5Ti3O7) nanofibres are used as intelligent absorbents for removal of radioactive cations and heavy metal ions, utilizing the properties of the ion exchange ability, deformable layered structure, and fibril morphology. Environmental contamination with radioactive ions and heavy metal ions can cause a serious threat to the health of a large part of the population. Treatment of the wastes is needed to produce a waste product suitable for long-term storage and disposal. The ion-exchange ability of layered titanate structure permitted adsorption of bivalence toxic cations (Sr2+, Ra2+, Pb2+) from aqueous solution. More importantly, the adsorption is irreversible, due to the deformation of the structure induced by the strong interaction between the adsorbed bivalent cations and negatively charged TiO6 octahedra, and results in permanent entrapment of the toxic bivalent cations in the fibres so that the toxic ions can be safely deposited. Compared to conventional clay and zeolite sorbents, the fibril absorbents are of great advantage as they can be readily dispersed into and separated from a liquid. Secondly, new generation membranes were constructed by using large titanate and small ã-alumina nanofibres as intermediate and top layers, respectively, on a porous alumina substrate via a spin-coating process. Compared to conventional ceramic membranes constructed by spherical particles, the ceramic membrane constructed by the fibres permits high flux because of the large porosity of their separation layers. The voids in the separation layer determine the selectivity and flux of a separation membrane. When the sizes of the voids are similar (which means a similar selectivity of the separation layer), the flux passing through the membrane increases with the volume of the voids which are filtration passages. For the ideal and simplest texture, a mesh constructed with the nanofibres 10 nm thick and having a uniform pore size of 60 nm, the porosity is greater than 73.5 %. In contrast, the porosity of the separation layer that possesses the same pore size but is constructed with metal oxide spherical particles, as in conventional ceramic membranes, is 36% or less. The membrane constructed by titanate nanofibres and a layer of randomly oriented alumina nanofibres was able to filter out 96.8% of latex spheres of 60 nm size, while maintaining a high flux rate between 600 and 900 Lm–2 h–1, more than 15 times higher than the conventional membrane reported in the most recent study.

Influence of smectite suspension structure on sheet orientation in dry sediments : XRD and AFM applications

The structure-building phenomena within clay aggregates are governed by forces acting between clay particles. Measurements of such forces are important to understand in order to manipulate the aggregate structure for applications such as dewatering of mineral processing tailings. A parallel particle orientation is required when conducting XRD investigation on the oriented samples and conduct force measurements acting between basal planes of clay mineral platelets using at. force microscopy (AFM). To investigate how smectite clay platelets were oriented on silicon wafer substrate when dried from suspension range of methods like SEM, XRD and AFM were employed. From these investigations, we conclude that high clay concns. and larger particle diams. (up to 5 μm) in suspension result in random orientation of platelets in the substrate. The best possible laminar orientation in the clay dry film, represented in the XRD 0 0 1/0 2 0 intensity ratio of 47 was obtained by drying thin layers from 0.02 wt.% clay suspensions of the natural pH. Conducted AFM investigations show that smectite studied in water based electrolytes show very long-range repulsive forces lower in strength than electrostatic forces from double-layer repulsion. It was suggested that these forces may have structural nature. Smectite surface layers rehydrate in water environment forms surface gel with spongy and cellular texture which cushion approaching AFM probe. This structural effect can be measured in distances larger than 1000 nm from substrate surface and when probe penetrate this gel layer, structural linkages are forming between substrate and clay covered probe. These linkages prevent subsequently smooth detachments of AFM probe on way back when retrieval. This effect of tearing new formed structure apart involves larger adhesion-like forces measured in retrieval. It is also suggested that these effect may be enhanced by the nano-clay particles interaction.

Imidazolium galactarate

In the structure of title compound, 2(C3H5N2^+^) C~6~H~8~O~8~^2-^ . 2H~2~O the galactarate dianions have crystallographic inversion symmetry and together with the water molecules of solvation form hydrogen-bonded sheet substructures which extend along the (110) planes in the unit cell. The imidazolium cations link these sheets peripherally down c through carboxyl O...H-N,N'---H...O(hydroxyl) bridges, giving a three-dimensional framework structure.

Body size and walking cadence affect lower extremity joint power in children's gait

Obese children move less and with greater difficulty than normal-weight counterparts but expend comparable energy. Increased metabolic costs have been attributed to poor biomechanics but few studies have investigated the influence of obesity on mechanical demands of gait. This study sought to assess three-dimensional lower extremity joint powers in two walking cadences in 28 obese and normal-weight children. 3D-motion analysis was conducted for five trials of barefoot walking at self-selected and 30% greater than self-selected cadences. Mechanical power was calculated at the hip, knee, and ankle in sagittal, frontal and transverse planes. Significant group differences were seen for all power phases in the sagittal plane, hip and knee power at weight acceptance and hip power at propulsion in the frontal plane, and knee power during mid-stance in the transverse plane. After adjusting for body weight, group differences existed in hip and knee power phases at weight acceptance in sagittal and frontal planes, respectively. Differences in cadence existed for all hip joint powers in the sagittal plane and frontal plane hip power at propulsion. Frontal plane knee power at weight acceptance and sagittal plane knee power at propulsion were significantly different between cadences. Larger joint powers in obese children contribute to difficulty performing locomotor tasks, potentially decreasing motivation to exercise.