Sand dunes in a sea of cement

Sand dunes in a sea of cement
Mercedes Periáñez

The dunes of Saladillo-Matas Verdes make an important natural enclave extending three kilometres along the coastline. The Coasts Authority has enlarged the public space in the area as a means of conserving it

FEW of the tourists and residents of the houses and apartments know the full ecological value of a stretch of coastline in their midst. These are the sand dunes of Saladillo-Matas Verdes, which occupy three kilometres of coastline at the eastern end of the municipality of Estepona, rich in flora and fauna and the site of valuable archaeological remains, some of them submerged in the sea. This is an oasis of natural wealth amidst the concrete strip that makes up much of the Costa del Sol coastline. It came close to being wiped out completely, but finally, the local and regional authorities are doing something about saving it.
The ecological value of the area cannot be underestimated, although few serious studies have been carried out on the ecosystem. A group of researchers from the University of Granada, along with the Municipal Archaeological Museum of Estepona, among others, have decided to carry out a full investigation. It is scheduled to take a year, and is expected to demonstrate the full value of the enclave.

This is, in fact, the only area of sand dunes on the Mediterranean coastline which, thanks to its proximity to the Straits of Gibraltar, has the natural conditions necessary to sustain certain species more usually associated with the Atlantic coastline. These include many cork and kermes oak species growing right behind the rich vegetation on the sand dunes.

There is a wide variety of flora growing here, representing many protected species, including the rare Mediterranean posidonia plant, which is an important source of nourishment for many marine species and which helps retain the sand on the beaches and prevent contamination in the water.

Importance

The work being done by the Granada University team is aimed at making people more aware of the importance of the natural enclave, protect its ecosystems and prevent further building being carried out in the area. The chief researcher of the programme, José Gómez Zotano, tells us that one of his aims is to determine, in a scientific manner, the true environmental value of the area in order that the Junta de Andalucía can decide on its designation as the first nature reserve on the Estepona coastline.

This designation as a nature reserve would halt the advance of tourism in the immediate area of the sand dunes, which has changed considerable over recent years. The past fifty years have seen radical changes in the area, with much of the coastline now built-up. In fact, half a century ago, the the sand dunes stretched the full length of what is now the A-40 highway on this part of the coastline.

The building of residential developments in the decades of the sixties and seventies encroached on part of the natural area, which is now limited to 200 metres in width. In some places, in fact, it is difficult to make out the remains of what were once sand dunes. Another danger to the dunes is the constant coming and going of cars and jeeps in the area over the years, causing deep ruts in the sand and preventing vegetation from growing.

The wind and rain blowing in from the eastern Mediterranean has also contributed towards the natural erosion of the sand dunes, which would not have been so destructive had it not been for the part played by man. The Coasts Authority has drawn up plans to establish with more exactitude the limits of the sand dune area, with certain changes in these limits likely following studies carried out by the research team in the area.

The Environment Ministry tells us that the planned changes relate mainly to the size of the area in question, as well as the volume of the sand dunes, which have suffered over the years as a result of the weather and the passage of time. This has resulted in the coastal strip moving inland. According to a spokesperson from the Delegation for the Environment in the Estepona Town Hall, the movement has amounted to between 40 and 100 metres, with another six metres or so of movement into the sea. One of the aims of the Coasts Authority is to provide protection for the strip under official conservation, and to increase the right-of-way to 190 metres, which is the maximum the law will allow.

These changes in the outer limits of the sand dune area will become something of a life insurance policy for the land. Further building in the area will be prohibited by law, and present buildings, such as beach bars and the like, will be knocked down.

Nevertheless, we are assured by the Coasts Authority, the new outer limits of the sand dunes area will not affect present buildings in the Saladillo area to any great extent, although some residents have been worried enough to seek official explanations about what is happening and what exactly is planned. Work on the sand dune area is expected to be finished next year.

A state of alert

With the times that are in it, too many precautions cannot be taken to conserve what is left of the sand dune area. That means that anything new raises the alarm among local residents, and rumours of something happening in the area of the Estepona sand dunes has united the local residents in opposition to any further erosion of their environment. It has not always been the hand of man which is responsible. The forces of nature have played their part too, and demands have been made for the Coasts Authority to tackle the problem of erosion. Another danger is the car and jeep traffic on the sand dunes, where driving beach buggies has been a favoured sport. “The solution amounts to no more than the sticking of posts in the ground at the entries and exits to the beach,” says one local resident.

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‘Missing Mass’ Found in Recycled Dwarf Galaxies

Missing Mass Found in Recycled Dwarf Galaxies

Left: Composite radio/optical/ultraviolet image of NGC 5291 and its surroundings, including the debris propelled outward by collision with another galaxy. Blue is atomic Hydrogen observed with the VLA; white is optical; red is ultraviolet (Galex satellite). Red labels mark the dwarf galaxies studied in this research. Right: Detail of image produced by computer simulation of the galactic collision, showing debris ring and condensations that became star-forming dwarf galaxies. CREDIT: P-A Duc, CEA-CNRS/NRAO/AUI/NSF/NASA

Astronomers studying dwarf galaxies formed from the debris of a collision of larger galaxies found the dwarfs much more massive than expected, and think the additional material is missing mass that theorists said should not be present in this kind of dwarf galaxy.
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The scientists used the National Science Foundations Very Large Array (VLA) radio telescope to study a galaxy called NGC 5291, 200 million light-years from Earth. This galaxy collided with another 360 million years ago, and the collision shot streams of gas and stars outward. Later, the dwarf galaxies formed from the ejected debris.

Our detailed studies of three recycled dwarf galaxies in this system showed that the dwarfs have twice as much unseen matter as visible matter. This was surprising, because they were expected to have very little unseen matter, said Frederic Bournaud, of the French astrophysics laboratory AIM of the French CEA and CNRS. Bournaud and his colleagues announced their discovery in the May 10 online issue of the journal Science.

Dark matter, which astronomers can detect only by its gravitational effects, comes, they believe, in two basic forms. One form is the familiar kind of matter seen in stars, planets, and humans — called baryonic matter — that does not emit much light or other type of radiation. The other form, called non-baryonic dark matter, comprises nearly a third of the Universe but its nature is unknown.

The visible portion of spiral galaxies, like our own Milky Way, lies mostly in a flattened disk, usually with a bulge in the center. This visible portion, however, is surrounded by a much larger halo of dark matter. When spiral galaxies collide, the material expelled outward by the interaction comes from the galaxies disks. For this reason, astronomers did not expect that recycled dwarf galaxies formed from this collision debris would contain much, if any, dark matter.

When Bournaud and his international team of scientists used the VLA to study three dwarf galaxies formed from the debris of NGC 5291s collision, they were surprised to find two to three times the amount of dark matter as visible matter in the dwarfs. They determined the dwarfs masses by measuring the Doppler shift of radio waves emitted by atomic Hydrogen at a frequency of 1420 MHz. The amount of shift in the frequency indicated the rotational speed in the galaxy. That, in turn, allowed the scientists to calculate the dwarfs mass.

Images from two NASA satellites provided vital information about the dwarf galaxies. Using ultraviolet images from the Galex satellite and infrared data collected by the Spitzer satellite, we had previously shown that the dwarfs all along the debris stream were star-forming galaxies, said Pierre-Alain Duc, also of the AIM laboratory (CEA/CNRS).

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What is the dark matter in the dwarfs? The astronomers dont believe it is the mysterious non-baryonic type, but rather cold Hydrogen molecules that are extremely difficult to detect.

When the astronomers performed computer models of the collision of NGC 5291 to simulate the formation of the system seen today, the models left the resulting recycled dwarfs with almost no dark matter. These computer models had started off with all the dark matter in the galaxys larger halo.

The result of the computer models means that the additional mass we see in the real dwarfs came from the disks, not the haloes, of the larger galaxies that collided, Bournaud said. That additional mass, the scientists believe, almost certainly is normal baryonic matter, probably cold molecular Hydrogen.

While the discovery about NGC 5291s neighboring dwarf galaxies sheds new light on the composition of spiral galaxies, it doesnt tell the scientists anything about the non-baryonic dark matter, whose nature remains a mystery. Still, this new information about the matter comprising galactic disks should help us work toward a better understanding of their formation and evolution, Bournaud concluded.

Bournaud and Duc worked with Mederic Boquien, also of the AIM laboratory (CEA/CNRS); Elias Brinks of the University of Hertfordshire in the UK; Phillipe Amram of the Astronomical Observatory of Marseille-Provence; Ute Lisenfeld of the University of Granada, Spain; Barbel S. Koribalski of the Australia Telescope National Facility; Fabian Walter of the Max Planck Institute for Astronomy in Heidelberg, Germany; and Vassilis Charmandaris of the University of Crete, Greece.

Source: National Radio Astronomy Observatory
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AmIVital creates intelligent communication devices for elderly and disabled people

AmIVital creates intelligent communication devices for elderly and disabled people
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Seventeen top Information and Communication Technology companies and research groups take part in this pioneering initiative, considered “a breakthrough” in the field of remote assistance. AmIVital is the second economic project in the history of the University of Granada (Universidad de Granada), which has contributed more than 850,000 euros to this project’s more than 20 million budget.

By the year 2026, 21.6 per cent of the world’s population will be older than 65, 32 per cent of which will have some kind of disability. Official data confirm that the percentage of elderly people will increase dramatically within the next years: by 2050 there will be 180 per cent more people older than 80 than today.

Guided by these figures, the Spanish Ministry of Industry, Tourism and Trade – through its CENIT programme, targeted at fostering cooperation between the private and the public sectors for the development of technological innovations, has granted a 20 million euro subsidy to the research and development project “AmIVital: digital personal environment for health and wellbeing”.

Seventeen Spanish top Information and Communication Technology companies and research groups participate in AmIVital. From the private side, SIEMENS will be the leader of this project in which other companies take part, such as Telefónica R&D, Telvent Interactiva, Ericsson Spain, Eptron, CPI – Central de Procesos Informáticos, Acerca Comunicaciones y Sistemas and Arizone. Public stakeholders will include the association ITACA – Instituto de Aplicaciones de las TIC Avanzadas (TSB Group), CARTIF Foundation, Hospital Universitario Puerta de Hierro Biomedical Research Foundation, Rioja Salud Foundation, Carlos III Health Institute and the universities of Malaga, Polytechnic of Madrid, Saragossa and Granada, through its department of Computer Architecture headed by professor Alberto Prieto Espinosa.

The official presentation of the project took place on May 8th, at the University of Granada (Universidad de Granada [http://www.ugr.es/]), where the head of the University Department of Research, professor Rafael Payá Albert, highlighted that AmIVital is the second economic project in the history of this institution, with an investment of more than 850,000 euros.

A breakthrough in remote assistance

According to the heads of this ambitious project, unprecedented in Spain, AmIVital will not only allow for the development of specific ready-to-use products, but it will also set up a technological platform comprising device, network and computer programme standardized components allowing for a simple creation of services adapted to different needs and environments. In simpler words, this cooperation between companies and research centres will represent “a breakthrough in the field of remote assistance”, thanks to the creation of intelligent devices, biosensors, portable systems (integrated into the human body or into clothes), ubiquitous wireless networks, multimodal interfaces (PCs, PDAs, telephones, etc.). A wide range of devices especially designed and adapted to the elderly and to people with disabilities or reduced mobility that will be marketed in the foreseeable future by the companies taking part in the project.

Granada was chosen as the city to launch AmIVital because of its high concentration of companies and regional public research bodies, as well as due to the support provided to the project by the Andalusian Regional Government through its department of Innovation, Science and Business. Not surprisingly, at the presentation of the project, the delegate advisor of the public telecommunications company SADETEL announced that AmIVital technological results will be piloted with Andalusian real patients, already users of remote assistance services provided by the Regional Government.

The head of the AmIVital project, also head of the SIEMENS Organization and Research department, Luis F. Reigosa Gago, and the head of the Telefónica R&D Centre in Granada, Luis Carlos Fernandez Gonzalez, stated that even though the project will be developed throughout the next four years, “the first results and their direct application to patients will take place in the short run”.-Universidad de Granada

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«Este libro rompe muchos tópicos desde el rigor científico»

FRANCISCO J. BARBANCHO COAUTOR DE HORTALIZAS Y VERDURAS EN LA ALIMENTACIÓN MEDITERRÁNEA
«Este libro rompe muchos tópicos desde el rigor científico»
L a obra de Mataix y Barbancho es el primer estudio global de la historia, cultivo, usos y propiedades de la verduras y hortalizas
A.S.O./PLASENCIA

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LOS AUTORES
José Mataix Verdú: Catedrático de Fisiología de la Universidad de Granada y director de la Escuela de Nutrición de la universidad. Presidente de Honor de la Sociedad Española de Nutrición Comunitaria.

Francisco J. Barbancho Cisneros: Doctor en Medicina por la Uex, especialista en Pediatría por la Universidad de Sevilla y profesor de la UEX. Ha sido presidente de la Cofradía Extremeña de Gastronomía.

Publicidad

Recién publicado por el La Universidad de Almería y el Ayuntamiento de El Egido en una cuidada edición -en donde ha sido presentado esta misma semana- Hortalizas y verduras en la alimentación Mediterránea, es fruto del trabajo en equipo desarrollado por Francisco Javier Barbancho Cisneros, pediatra, doctor en Medicina y profesor de la UEX y de Jose Mataix Verdú, catedrático de Fisiología de la Universidad de Granada y director de la Escuela de Nutrición de esta universidad.

Se trata de una obra novedosa, gran valor, que estudia y analiza no solo la evolución del cultivo y consumo de estos alimentos a lo largo de la Historia de las civilizaciones sino también las propiedades dietéticas y terapeúticas, dejando en evidencia, desde el rigor científico, algunos de los tópicos sobre ellos. Así lo explica Barbancho, al indicar que «este es un libro importante, que no tiene nada que ver con los que había al uso, pues su valor es ser el primero que aborda el estudio global de verduras y hortalizas, más allá de las guías concretas y particulares o muy generalistas que había sobre estos productos».

Además, deja claro que «esta obra rompe muchos tópicos y mitos desde el rigor científico, porque todo está perfectamente documentado», agrega el autor, ya que la investigación ha ido directamente a las fuentes que identifica y cita, «para evitar errores que, en algunos casos, se vienen repitiendo desde los romanos».

En este sentido, apunta cómo también se da el caso contrario, que el estudio científico confirma las propiedades y que algunas hortalizas y verduras tenían atribuidas, desde la antigüedad, a las que se llegó «por puro empirismo y, ahora, las modernas investigaciones y la tecnología lo confirman, aunque a veces por motivos diferentes».

El hecho de investigar sobre las verduras y hortalizas de la dieta mediterránea, explica Barbancho tiene su origen en la tesis doctoral que sobre ésta hiciera el médico placentino asunto sobre el que ha seguido trabajando, ya para este libro, en colaboración con el catedrático Mataix, dado por el relevante papel que estas ocupan dentro de la citada dieta y el carácter saludable de la misma. «Las verduras y hortalizas, apunta Barbancho tiene un gran protagonismo y se consumen bastante, con independencia de que los niños y lo jóvenes no las coman», apunta.

Por ello, destacan la necesidad de «comer todos los alimentos vegetales que se pueda y, de vez e cuando, lo que te apetezca, pero sin olvidar que los vegetales son básicos», dice como experto en nutrición y anuncia que su próximo libro estará dedicado a otro pilar de la dieta mediterránea: las legumbres «que son unos alimentos muy ricos, pero que han perdido la batalla», en referencia a su bajo consumo.

El libro dedica la primera parte a las verduras y hortalizas en la historia y la segunda, a estudiar monográficamente cada una de ellas. La obra arranca con los alimentos vegetales en la Prehistoria para seguir con los cultivados,modelo alimenticio y de las antiguas civilizaciones hasta el mundo grecorromano para seguir con la Edad media, y las épocas moderna y contemporánea.

La segunda parte estudia una por una las distintas verduras y hortalizas conocidas, incluidas slas introducidas por árabes y tras el Descubrimiento de América, con descripción, propiedades, uso culinario y otras aplicaciones culturales.

El libro incluye numerosas ilustraciones sobre verduras hortalizas y el mundo de la horticultura, que complementan la visión de la historia y evolución de los cultivos hortofrutícolas.
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La UGR contará dentro de un año con unas renovadas, mejoradas y modernas instalaciones en su Club Náutico

La Universidad de Granada contará dentro de un año con nuevas instalaciones y equipamientos en el denominado “Club Náutico” que lo convertirán en un moderno centro de carácter social que combinará el uso lúdico y deportivo con el formativo en un atractivo entorno a la orilla del embalse del Cubillas.

La obra, que será realizada por el equipo del arquitecto Luis Ceres, tiene un plazo de ejecución de 12 meses y cuenta con un presupuesto de 1.220.000 € que invertirá la institución académica para la remodelación del edificio actual y su ampliación en 250 metros, la construcción de dos piscinas de recreo –una infantil y otra familiar–, una terraza con pasarela hasta la orilla, cafetería, sala de usos múltiples, vestuarios, y despachos para la administración.

En el acto de colocación de la primera piedra celebrado esta mañana, el rector de la UGR, David Aguilar Peña, ha agradecido a todas las instituciones que participan en el proyecto de reforma su colaboración. El profesor Aguilar ha señalado la satisfacción que supone para la Universidad iniciar esta obra, ya que “es muy importante combinar el uso deportivo, lúdico y académico en estas instalaciones”, y ha destacado la belleza del entorno natural en el que se enmarcan.

Al acto han asistido, además del rector y varios vicerrectores, Vicente Marcial Ballesteros Alarcón, alcalde-presidente del Ayuntamiento de Albolote; el ingeniero jefe de zona de la Confederación Hidrográfica del Guadalquivir de Granada, Jaime Riera Rico; Leonardo Chaves González, director general de Infraestructuras Deportivas de la Junta de Andalucía; Sandra García Martín, delegada de Turismo de la Junta de Andalucía; y Luis Ceres Frías, arquitecto responsable del proyecto.

foto

Referencia
Luis Ceres Frías
Arquitecto responsable de la obra
Tel. 650 777 677

Nota de interés: Pueden encontrar planos y alzados del proyecto para ilustrar sus informaciones en esta dirección: http://prensa.ugr.es/prensadocs/clubnaut.pdf


La UGR nombra nuevos Doctores Honoris Causa a Peter Lang, Johannes Lyklema y Elías Díaz García

En un acto académico solemne que tendrá lugar en el Crucero Bajo del Hospital Real, mañana viernes 11 de mayo, a las 12 horas, la Universidad de Granada nombrará como nuevos doctores Honoris Causa a Peter Lang, Johannes Lyklema y Elías Díaz García, por sus méritos científicos y académicos, y sus intensas relaciones de colaboración e intercambio científico con la institución académica granadina.

El Prof. Dr. D. Peter J. Lang, profesor investigador de la Universidad de Florida, ha sido propuesto por el departamento de Personalidad, Evaluación y Tratamiento Psicológico de la UGR “por su experiencia académica y el desarrollo de importantes investigaciones en emoción, cognición e imaginación y psicopatología, entre otras líneas de investigación”. El profesor Lang es el responsable del modelo explicativo de las emociones en general, y de la ansiedad en particular, conocido como el “Enfoque Tridimensional de las Emociones”, imperante en nuestros días y en el cual se sigue investigando no sólo en Estados Unidos, sino también en toda Europa. Jaime Vila Castellar, profesor del departamento de Personalidad, Evaluación y Tratamiento Psicológico de la Universidad de Granada, será su padrino en la ceremonia de investidura.

Por su parte, el Dr. D. Johannes Lyklema, catedrático emérito de Química-Física de la Universidad de Wageningen (Países Bajos), ha sido propuesto por el departamento de Física Aplicada, atendiendo a “su amplia experiencia académica e investigadora en la ciencia de coloides e interfases, electroquímica de interfases, fenómenos de adsorción, proteínas e interfases y electrocinética”. El profesor Fernando González Caballero, del departamento de Física Aplicada de la UGR, será el encargado de exponer sus méritos y solicitar la venia del Claustro para que se le conceda la investidura de Doctor Honoris Causa por la Universidad de Granada.

Por último, el Dr. D. Elías Díaz García, catedrático de Filosofía del Derecho de la Universidad Autónoma de Madrid, ha sido propuesto por el departamento de Filosofía del Derecho de la UGR por “la amplia repercusión social de su pensamiento y la decisiva aportación de su obra a la filosofía jurídica y política contemporánea”. Su padrino será el profesor Nicolás López Calera, del departamento de Filosofía del Derecho.

CONVOCATORIA
Sesión académica de investidura como doctores “Honoris Causa” por la Universidad de Granada de Peter Lang, Johannes Lyklema y Elías Díaz García
Fecha – Viernes, 11 de mayo
Hora – 12 h.
Lugar – Crucero Bajo del Hospital Real


España lanza la mayor red de estaciones sísmicas del país

España lanza la mayor red de estaciones sísmicas del país
[Fecha: 2007-05-08]

En España se han puesto manos a la obra para construir la mayor red de estaciones sísmicas que jamás haya existido en el país. Esta red, financiada por el Ministerio de Educación y Ciencia con 4,5 millones de euros, estará formada por 80 estaciones a 50 kilómetros de distancia las unas de las otras y facilitarán lecturas simultáneas de los movimientos sísmicos, tanto superficiales como profundos, que sucedan en la Península Ibérica.

Aunque el riesgo sísmico de esta península es moderado, cada 200 años más o menos hay un terremoto de 6 grados en la escala de Richter, hecho que se debe a que la Península Ibérica, que antes era una placa independiente, está atrapada entre África y Eurasia y, a su vez, está fusionada y forma parte de la segunda.

Gracias a esta red, bautizada como «Topo-Iberia», los cien investigadores que participarán en esta iniciativa contarán con una base de datos sin precedentes que permitirá un mejor entendimiento de la litosfera y analizar los procesos y los mecanismos que provocan terremotos en esta península. Asimismo, los investigadores podrán comparar las lecturas con los datos que disponen de África.

«Topo-Iberia realizará investigaciones innovadoras y de frontera sobre la topografía y evolución espacio-temporal (4D) de un laboratorio natural que supone el micro-continente formado por la Península Ibérica y sus márgenes», explicaba González Lodeiro, coordinador de la iniciativa.

Se espera que la red se una a otras iniciativas de investigación similares, como los proyectos europeos TopoEurope y EuroArray, y el programa actual estadounidense Earthscope, que está en funcionamiento.

Además de organizar esta red, investigadores de la Universidad de Granada, en colaboración con científicos italianos, están analizando los epicentros de los terremotos que tuvieron lugar antaño, para poder realizar mapas de riesgo sísmico y así evitar males futuros.

Como las estaciones sísmicas no existían antes del siglo XX, hasta ahora no se sabían los puntos exactos en los que sucedían catástrofes como los terremotos de Alhama en 1884 y Málaga en 1680.

Los investigadores esperan que estos mapas ayuden a comprender el pasado sísmico de la España meridional y también a precisar la localización exacta de aquellas zonas de alto riesgo, de manera que se pueda evitar una gran catástrofe en el futuro.

Categoría: Varios
Fuente: Andalucía Investiga y de IberiaNature
Documento de Referencia: Basado en información de Andalucía Investiga y de IberiaNature
Acrónimo del Programa: MS-E C
Códigos de Clasificación por Materias: Ciencias de la Tierra; Investigación científica

RCN: 27637

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La Ciudad ofrece colaboración a la UGR para ampliar el Campus y las titulaciones

La Ciudad ofrece colaboración a la UGR para ampliar el Campus y las titulaciones
Por Noelia Ramos

El presidente de la Ciudad, Juan José Imbroda, en la recién estrenada sala de prensa FOTO GUERRERO
El Gobierno de Melilla expresó ayer su apoyo y colaboración a la Universidad de Granada (UGR), a la que se encuentra adscrita la ciudad autónoma, para ampliar las instalaciones del campus, así como para incrementar la oferta actual con la incorporación de nuevas titulaciones. Imbroda apostó por impulsar las enseñanzas universitarias y puso como ejemplo su compromiso de promover la gratuidad de las matrículas para los estudiantes melillenses.

El presidente melillense, Juan José Imbroda, dijo en rueda de prensa que, pese a no tener competencias en materia educativa, su Ejecutivo apuesta por la formación como uno de los pilares, de ahí que a lo largo de esta legislatura se hayan llevado a cabo iniciativas e inversiones para, por ejemplo, integrar la Escuela de Enfermería de Melilla en la UGR.

Entre las propuestas que propone la Ciudad Autónoma y para lo que está dispuesta a colaborar económicamente se incluye la ampliación del campus universitario o su traslado a otra zona más amplia que posibilite un crecimiento mucho mayor.

Imbroda propuso para ello el solar donde actualmente se encuentran los depósitos de gasolina, que está previsto que se trasladen a la zona portuaria, ya que se encuentra muy próximo al espacio que en estos momentos ocupa la UGR y porque cuenta con una superficie lo suficientemente amplia como para cubrir las necesidades que se proponen.

Destacó que las instalaciones se encuentran sobre una superficie limitada de 14.000 metros cuadrados que demandan una solución viable, al quedar todo demasiado constreñido.

Abogó el presidente melillense por aumentar la oferta académica con la incorporación, al menos, de seis nuevas titulaciones, entre las que se estarían fisioterapia, terapia ocupacional, turismo, trabajo social, informática de gestión y educación social, una vieja aspiración que se viene produciendo desde hace tiempo.
Todas éstas son las titulaciones que nosotros hemos solicitado que se estudien para su posible implantación en el campus de la UGR, para lo que nosotros estaríamos dispuestos a colaborar, aclaró la primera autoridad melillense.

El mandatario autonómico resaltó la importancia de seguir haciendo más cosas con la Universidad de Granada, ante lo absurdo que resultaría que Melilla contara con un campus propio, habida cuenta de que no podemos competir con ellos.

Para Imbroda, es necesario respaldar los estudios universitarios y recordó que uno de sus compromisos cara a las próximas elecciones, pero que ya ha comenzado a tramitarse tras su paso por el Consejo de Gobierno, es la gratuidad de las matrículas para todos los estudiantes melillenses.

Censuró, por ello, las críticas vertidas por parte del PSOE a esta medida e instó a sus dirigentes a preguntar a los padres de los estudiantes universitarios si para ellos es importante o no que se les pague el importe de las matrículas de sus hijos.

Según el presidente, la Ciudad Autónoma ha puesto este compromiso con los estudios superiores encima de la mesa y corresponde ahora a la Universidad de Granada aceptar o no esa colaboración que supone una responsabilidad moral del Gobierno autonómico, pese a no tener competencias en materia de educación.

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La Ciudad apuesta por “ensanchar” el campus en los terrenos de la Shell

La Ciudad apuesta por “ensanchar” el campus en los terrenos de la Shell
Por : Alfonso Núñez

El Gobierno de la Ciudad Autónoma está dispuesta a colaborar en todo lo posible para “para la búsqueda de una solución viable para ensanchar” el campus de Melilla de la Universidad de Granada, y así ampliar en los próximos años los “campos de enseñanzas” que se ofertan actualmente.

El presidente de la Ciudad realizó esta “oferta muy generosa” en la nueva sala de prensa de la Asamblea (Foto: ESPEJO)
Así lo confirmó ayer el jefe del Ejecutivo local, Juan José Imbroda, quien apostó por la conversión de la Escuela Universitaria de Enfermería en una Escuela de Ciencias de la Salud con la ampliación a las titulaciones de Fisioterapia y Terapia Ocupacional.

Asimismo, informó que ya se ha solicitado a los órganos rectores de la universidad granadina que estudien la implantación de otras titulaciones como Ingeniería Técnica Informática de Gestión, Educador Social, Trabajo Social y Turismo, ésta última debido a la gran demanda que hay a nivel nacional. Además, comentó que con esta ampliación de la oferta formativa, no sólo se da “respuesta a la demanda universitaria”, si no que también podría ser en un “aliciente” para que jóvenes marroquíes se formen en Melilla en vez de trasladarse a la península para obtener una titulación superior.

Para llevar a cabo estas actuaciones harían falta una ampliación de las infraestructuras y de las dotaciones con la que cuenta un campus local, de unos 14.000 metros cuadrados, “bastante condensado”. Por ello, el presidente de la Ciudad apuntó como posible solución, crear nuevas aularios en los terrenos en los que se encuentran los depósitos de la compañía Shell, una vez se trasladaran sus instalaciones al Puerto de la ciudad.

Y es que, para Imbroda, la colaboración del Gobierno local con la Universidad de Granada -de la comentó que se considera como “algo propio” de Melilla- es una “responsabilidad moral”, a pesar de que no se tengan competencias en esta materia.

En este sentido, el dirigente melillense comentó que el Ejecutivo local está dispuesto a ofrecer una “oferta muy generosa” que abría que sumar a la inversión que esté dispuesto a realizar el Ministerio de Educación y Ciencia para la compra de los terrenos.
“Hacemos mucho en Educación sin tener competencias”, manifestó Imbroda, recordando a su vez los convenios suscritos por la Ciudad en esta materia o medidas como la recientemente aprobación, en Consejo de Gobierno, de la puesta en marcha de una normativa que regule gratuidad de la matricula universitaria a los jóvenes melillenses.

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Did climate change kill off Neanderthals?

Did climate change kill off Neanderthals?
Unfavorable conditions were present during period of extinction
A reconstructed Neanderthal skeleton, right, and a modern human version of a skeleton, left, on display at the Museum of Natural History in New York. Scientists say they have evidence to back climate change as the main culprit in Neanderthal extinction.
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Frank Franklin II / AP file

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By Dave Mosher

Updated: 7:48 p.m. ET May 4, 2007
Neanderthals disappeared from Earth more than 20,000 years ago, but figuring out why continues to challenge anthropologists. One team of scientists, however, now says they have evidence to back climate change as the main culprit.

The Iberian Peninsula, better known as present-day Spain and Portugal, was one of the last Neanderthal refuges. Many scientists have thought that out-hunting by Homo sapiens and interbreeding with them brought Neanderthals to their demise, but climate change has also been proposed.

Francisco Jiménez-Espejo, a paleoclimatologist at the University of Granada in Spain, says a lack of evidence has left climate change weakly supported — until now. “We put data behind the theory,” he said, filling in a large gap in European climate records when Neanderthals faded out of existence.

The scientists’ study is detailed in a recent issue of Quaternary Science Reviews.

Cold spell
To figure out the temperature, water supply, and windiness of Iberia from 20,000 to 40,000 years ago, the scientists looked at sediments on the ocean floor off Spain and Portugal. Because wind or water erode rocky minerals differently, the pebbles and fragments wash into the sea in different ratios, creating a steady track record of land conditions at the bottom of the ocean.

The scientists also focused on barite, a compound gathered by marine animals. The more barite in sediment, the more lively the oceans were at the time. “When we found big drops in marine productivity, we knew there were big changes in climatic condition in Iberia,” Jiménez-Espejo says.

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The study reveals three rough climatic periods for Neanderthals, with the last and harshest period starting about 26,000 years ago. “The last event was very, very cold and dry,” Jiménez-Espejo says, “and other than 250,000 years ago, such a harsh climate was never reached before.”

Other reasons
But is climate change the only reason Neanderthals died out?

“We’re not saying that,” Jiménez-Espejo said. “What we are saying: Neanderthals struggled with climate change more than modern humans, and during the period of their extinction, very unfavorable climatic conditions were present.”

To reach North America, humans eventually migrated across Siberia and learned to survive in the icy regions.

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But “Neanderthals couldn’t make the trip,” Jiménez-Espejo said. This fact, the team believes, highlights the weakness of Neanderthals to cold, open environments—as Iberia would have been at the time of their extinction.

Other scientists think less game for Neanderthals to hunt—and not having modern humans’ skills to hunt them—probably sealed our humanoid cousin’s demise. Yet others believe Neanderthals never went extinct and instead interbred their genes into our own, as recent skeletal evidence might suggest.

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Climate Change May Have Helped Wipe Out Neanderthals

Climate Change May Have Helped Wipe Out Neanderthals
Monday, May 07, 2007

By Dave Mosher

E-MAIL STORY PRINTER FRIENDLY VERSION
AP

A Neanderthal skeleton, foreground, and a modern human one at the American Museum of Natural History in New York.
Neanderthals disappeared from Earth more than 20,000 years ago, but figuring out exactly why has continued to challenge anthropologists.

One team of scientists, however, now says they have evidence to back climate change as the main culprit.

The Iberian peninsula, better known as present-day Spain and Portugal, was one of the last Neanderthal refuges.

• Click here to visit FOXNews.coms Evolution & Paleontology Center.

Many scientists have thought that out-hunting by Homo sapiens and interbreeding with them brought Neanderthals to their demise, but climate change has also been proposed.

Francisco Jiménez-Espejo, a paleoclimatologist at the University of Granada in Spain, says a lack of evidence has left climate change weakly supported — until now.

We put data behind the theory, he said, filling in a large gap in European climate records when Neanderthals faded out of existence.

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Wait A Few Minutes Before Clamping The Umbilical Cord, Researchers Suggest

Wait A Few Minutes Before Clamping The Umbilical Cord, Researchers Suggest
Science Daily — In the past, the newborns’ umbilical cord was not clamped right after birth, thus allowing the blood flow to stop naturally. This practice, known as “late clamping”, was replaced by “early clamping”, that is, cutting the cord immediately after the infant is expelled. However, this new practice lacks studies corroborating its benefits. In fact, recent studies on the importance of when clamping should be done have shown contradictory results.

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A doctoral thesis carried out at the Department of Obstetrics and Gynecology at the University of Granada by Catalina de Paco Matallana shows that the clamping of the umbilical cord of newborns from full-term pregnancies (that is, infants born after a nine-month pregnancy) two minutes after the infant is expelled from the womb makes no difference to hematocrit or hemoglobin levels of the umbilical cord vein compared to clamping the cord within 20 seconds. Thus, the study shows that early clamping (which is widely performed) is not justified.

Analysis of 151 umbilical cords

The doctoral thesis Repercusiones clínicas y fisicoquímicas del tiempo de ligadura del cordón umbilical en recién nacidos a término (Clinical and Physiochemical Repercussions of Clamping Time of the Umbilical Cord of Newborns from Full-Term Pregnancies) analyzed a total of 151 umbilical cords of newborns from full-term pregnancies. In 79 cases, the umbilical cord was cut within 20 seconds, and in 72 cases it was clamped two minutes after the infant was expelled.

The study found that the partial pressure of oxygen in the umbilical artery of the newborn babies who had late clamping had risen, while there was a lesser need of oxygenotherapy after birth. There were no differences in the removal time of the placenta and the mother’s bleeding after birth – one of the reasons why early clamping of the umbilical cord started to be practiced.

De Paco Matallana also analyzed the melatonin concentration (one of the strongest and most currently studied antioxidants), finding differences between the melatonin concentration (aMT) in the umbilical vein and the umbilical artery, the latter being where the concentration is significantly higher. “This suggests that the fetus not only receives melatonin from the mother via the umbilical vein because it crosses the placental barrier, but also that it is produced in stressful situations such as during labor,” says de Paco Matallana. Thus, high melatonin concentrations in the umbilical cord, together with the arterial and vein differences according to type of birth, suggest that the pineal gland is used by the fetus and that it can respond during birth.

Preventing anemia in children

As for the concentration of the triacylglycerols (TAG) analyzed in the umbilical vein of both groups, this study found statistically significant differences, as there is a higher concentration of TAG in the group of early clamping. The same is applied to the umbilical artery, where there are also statistically significant differences, with higher a concentration of TAG in the group of early clamping. However, there are no studies corroborating these findings, so more research is needed, although many other studies recommend late clamping “especially because of the beneficial effect on the prevention of anemia in children,” says de Paco Matallana.

The author points out that the results of her thesis “show that there are no differences in the hemogram or the general biochemical profile in the umbilical vein in the cases of early and late clamping”. Moreover, there were no differences in the viscosity or the melatonin in the umbilical artery and vein, which have traditionally been variables related to early clamping. From a clinical point of view, there were no differences in either group with umbilical clamping at birth.

“This study has not found any scientific evidence to suggest that the practice of early clamping is advisable or to justify the abandonment of late clamping in newborns from full-term pregnancies,” says de Paco Matallana. “There are convincing findings for and against the two different types of clamping analyzed in this study, which shows not only the complexity of the problem, but also that research in this field may not be controlled enough or designed correctly.”

Reference: Catalina de Paco Matallana. Department of Obstetrics and Gynecology of the University of Granada.

Note: This story has been adapted from a news release issued by Universidad de Granada.

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