Neanderthal extinction hypothesis offered

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– Neanderthal Extinction Hypothesis Offered.

GRANADA, Spain, May 1 (UPI) — A Spanish study suggests climate changes might have caused the extinction of the Neanderthals on the Iberian Peninsula.

The University of Granada study of Gorham's cave on Gibraltar shows the Neanderthal extinction could have been determined by environmental and climate changes, and not by competitiveness with modern humans.

Professor Miguel Ortega Huertas, who led the research, said the findings of the multi-disciplinary research are an important contribution to the understanding of the Neanderthal extinction and the colonization of the European continent by Homo sapiens.

The study — based on climate reconstructions — suggests Neanderthal populations suffered fluctuations related to climate changes before the first Homo sapiens arrived on the Iberian Peninsula. The study found Neanderthals, 24,000 years ago, had to face the worst weather conditions of the last 250,000 years.

Huertas said the most important finding is that the data differ from the current scientific paradigm that makes Homo sapiens responsible for the Neanderthal extinction.

The research that included Francisco Jose Jimenez Espejo, Francisca Martínez Ruiz and David Gallego Torres, along with scientists from the Gibraltar Museum, Stanford University and the Japan Marine Science & Technology Center, recently appeared in the Quaternary Science Reviews journal.

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Neanderthal extinction hypothesis offered

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– Neanderthal Extinction Hypothesis Offered.
A Spanish study suggests climate changes might have caused the extinction of the Neanderthals on the Iberian Peninsula.

The University of Granada study of Gorhams cave on Gibraltar shows the Neanderthal extinction could have been determined by environmental and climate changes, and not by competitiveness with modern humans.

Professor Miguel Ortega Huertas, who led the research, said the findings of the multi-disciplinary research are an important contribution to the understanding of the Neanderthal extinction and the colonization of the European continent by Homo sapiens.

The study — based on climate reconstructions — suggests Neanderthal populations suffered fluctuations related to climate changes before the first Homo sapiens arrived on the Iberian Peninsula. The study found Neanderthals, 24,000 years ago, had to face the worst weather conditions of the last 250,000 years.

Huertas said the most important finding is that the data differ from the current scientific paradigm that makes Homo sapiens responsible for the Neanderthal extinction.

The research that included Francisco Jose Jimenez Espejo, Francisca Martínez Ruiz and David Gallego Torres, along with scientists from the Gibraltar Museum, Stanford University and the Japan Marine Science & Technology Center, recently appeared in the Quaternary Science Reviews journal.

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Neanderthal extinction hypothesis offered

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– Neanderthal Extinction Hypothesis Offered.
A Spanish study suggests climate changes might have caused the extinction of the Neanderthals on the Iberian Peninsula.

The University of Granada study of Gorhams cave on Gibraltar shows the Neanderthal extinction could have been determined by environmental and climate changes, and not by competitiveness with modern humans.

Professor Miguel Ortega Huertas, who led the research, said the findings of the multi-disciplinary research are an important contribution to the understanding of the Neanderthal extinction and the colonization of the European continent by Homo sapiens.

The study — based on climate reconstructions — suggests Neanderthal populations suffered fluctuations related to climate changes before the first Homo sapiens arrived on the Iberian Peninsula. The study found Neanderthals, 24,000 years ago, had to face the worst weather conditions of the last 250,000 years.

Huertas said the most important finding is that the data differ from the current scientific paradigm that makes Homo sapiens responsible for the Neanderthal extinction.

The research that included Francisco Jose Jimenez Espejo, Francisca Martínez Ruiz and David Gallego Torres, along with scientists from the Gibraltar Museum, Stanford University and the Japan Marine Science & Technology Center, recently appeared in the Quaternary Science Reviews journal.

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Neanderthal extinction hypothesis offered

Escrito por

– Neanderthal Extinction Hypothesis Offered.
A Spanish study suggests climate changes might have caused the extinction of the Neanderthals on the Iberian Peninsula.

The University of Granada study of Gorhams cave on Gibraltar shows the Neanderthal extinction could have been determined by environmental and climate changes, and not by competitiveness with modern humans.

Professor Miguel Ortega Huertas, who led the research, said the findings of the multi-disciplinary research are an important contribution to the understanding of the Neanderthal extinction and the colonization of the European continent by Homo sapiens.

The study — based on climate reconstructions — suggests Neanderthal populations suffered fluctuations related to climate changes before the first Homo sapiens arrived on the Iberian Peninsula. The study found Neanderthals, 24,000 years ago, had to face the worst weather conditions of the last 250,000 years.

Huertas said the most important finding is that the data differ from the current scientific paradigm that makes Homo sapiens responsible for the Neanderthal extinction.

The research that included Francisco Jose Jimenez Espejo, Francisca Martínez Ruiz and David Gallego Torres, along with scientists from the Gibraltar Museum, Stanford University and the Japan Marine Science & Technology Center, recently appeared in the Quaternary Science Reviews journal.

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Neanderthal Extinction Hypothesis Offered.

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– Neanderthal Extinction Hypothesis Offered.
A Spanish study suggests climate changes might have caused the extinction of the Neanderthals on the Iberian Peninsula.

The University of Granada study of Gorhams cave on Gibraltar shows the Neanderthal extinction could have been determined by environmental and climate changes, and not by competitiveness with modern humans.

Professor Miguel Ortega Huertas, who led the research, said the findings of the multi-disciplinary research are an important contribution to the understanding of the Neanderthal extinction and the colonization of the European continent by Homo sapiens.

The study — based on climate reconstructions — suggests Neanderthal populations suffered fluctuations related to climate changes before the first Homo sapiens arrived on the Iberian Peninsula. The study found Neanderthals, 24,000 years ago, had to face the worst weather conditions of the last 250,000 years.

Huertas said the most important finding is that the data differ from the current scientific paradigm that makes Homo sapiens responsible for the Neanderthal extinction.

The research that included Francisco Jose Jimenez Espejo, Francisca Martínez Ruiz and David Gallego Torres, along with scientists from the Gibraltar Museum, Stanford University and the Japan Marine Science & Technology Center, recently appeared in the Quaternary Science Reviews journal.

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Climate changes as cause of Neanderthal extinction in Iberian Peninsula

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– Climate changes as cause of Neanderthal extinction in Iberian Peninsula

Climate – and not modern humans – was the cause of the Neanderthal extinction in the Iberian Peninsula.

Such is the conclusion of the University of Granada research group RNM 179 – Mineralogy and Geochemistry of sedimentary and metamorphic environments, headed by professor Miguel Ortega Huertas and whose members Francisco José Jiménez Espejo, Francisca Martínez Ruiz and David Gallego Torres work jointly at the department of Mineralogy and Petrology of the University of Granada (Universidad de Granada) and the Andalusian Regional Institute of Earth Sciences (CSIC-UGR).

Together with other scientists from the Gibraltar Museum, Stanford University and the Japan Marine Science & Technology Center (JAMSTEC), the Spanish scientists published in the scientific journal Quaternary Science Reviews an innovative work representing a considerable step forward in the knowledge of human ancestral history.

The results of this multidisciplinary research are an important contribution to the understanding of the Neanderthal extinction and the colonisation of the European continent by Homo Sapiens.

During the last Ice Age, the Iberian Peninsula was a refuge for Neanderthals, who had survived in local pockets during previous Ice Ages, bouncing back to Europe when weather conditions improved.

Climate reconstructions

The study is based upon climate reconstructions elaborated from marine records and using the experience of Spanish and international research groups on Western Mediterranean paleoceanography. The conclusions point out that Neanderthal populations did suffer fluctuations related to climate changes before the first Homo Sapiens arrived in the Iberian Peninsula. Cold, arid and highly variable climate was the least favourable weather for Neanderthals and 24,000 years ago they had to face the worst weather conditions in the last 250,000 years.

The most important about these data is that they differ from the current scientific paradigm which makes Homo Sapiens responsible for the Neanderthal extinction. This work is a contribution to a new scientific current – leaded by Dr. Clive Finlayson, from the Gibraltar Museum – according to which Neanderthal isolation and, possibly, extinction were due to environmental factors.

These studies on climate variability are part of the work of the group RNM 179, funded by the excellence project RNM 0432 of the Andalusian Regional Government’s Department for Innovation, Science and Business and by the MARCAL project of the Spanish Ministry of Education and Science, both linked to the Andalusian Environment Centre (CEAMA – Centro Andaluz de Medio Ambiente).-Universidad de Granada

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Climate Changes Caused Neanderthal Extinction

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– Climate Changes Caused Neanderthal Extinction

Climate – and not modern humans – was the cause of the Neanderthal extinction in the Iberian Peninsula. Such is the conclusion of the University of Granada research group RNM 179 – Mineralogy and Geochemistry of sedimentary and metamorphic environments, headed by professor Miguel Ortega Huertas and whose members Francisco José Jiménez Espejo, Francisca Martínez Ruiz and David Gallego Torres work jointly at the department of Mineralogy and Petrology of the University of Granada (Universidad de Granada) and the Andalusian Regional Institute of Earth Sciences (CSIC-UGR).

Together with other scientists from the Gibraltar Museum, Stanford University and the Japan Marine Science & Technology Center (JAMSTEC), the Spanish scientists published in the scientific journal Quaternary Science Reviews an innovative work representing a considerable step forward in the knowledge of human ancestral history.
The results of this multidisciplinary research are an important contribution to the understanding of the Neanderthal extinction and the colonisation of the European continent by Homo Sapiens.
During the last Ice Age, the Iberian Peninsula was a refuge for Neanderthals, who had survived in local pockets during previous Ice Ages, bouncing back to Europe when weather conditions improved.

Climate reconstructions

The study is based upon climate reconstructions elaborated from marine records and using the experience of Spanish and international research groups on Western Mediterranean paleoceanography. The conclusions point out that Neanderthal populations did suffer fluctuations related to climate changes before the first Homo Sapiens arrived in the Iberian Peninsula. Cold, arid and highly variable climate was the least favourable weather for Neanderthals and 24,000 years ago they had to face the worst weather conditions in the last 250,000 years.
The most important about these data is that they differ from the current scientific paradigm which makes Homo Sapiens responsible for the Neanderthal extinction. This work is a contribution to a new scientific current – leaded by Dr. Clive Finlayson, from the Gibraltar Museum – according to which Neanderthal isolation and, possibly, extinction were due to environmental factors.

These studies on climate variability are part of the work of the group RNM 179, funded by the excellence project RNM 0432 of the Andalusian Regional Government’s Department for Innovation, Science and Business and by the MARCAL project of the Spanish Ministry of Education and Science, both linked to the Andalusian Environment Centre (CEAMA – Centro Andaluz de Medio Ambiente).

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Climate change was the cause of Neanderthal extinction in the Iberian Peninsula

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– Climate change was the cause of Neanderthal extinction in the Iberian Peninsula.
Results show that the Neanderthal extinction could have been greatly determined by environmental and climate changes and not by competitiveness with modern humans.

Climate – and not modern humans – was the cause of the Neanderthal extinction in the Iberian Peninsula. Such is the conclusion of the University of Granada research group RNM 179 – Mineralogy and Geochemistry of sedimentary and metamorphic environments, headed by professor Miguel Ortega Huertas and whose members Francisco Jose Jimenez Espejo, Francisca Martinez Ruiz and David Gallego Torres work jointly at the department of Mineralogy and Petrology of the University of Granada (Universidad de Granada) and the Andalusian Regional Institute of Earth Sciences (CSIC-UGR).

Together with other scientists from the Gibraltar Museum, Stanford University and the Japan Marine Science & Technology Center (JAMSTEC), the Spanish scientists published in the scientific journal Quaternary Science Reviews an innovative work representing a considerable step forward in the knowledge of human ancestral history.

The results of this multidisciplinary research are an important contribution to the understanding of the Neanderthal extinction and the colonisation of the European continent by Homo Sapiens.

During the last Ice Age, the Iberian Peninsula was a refuge for Neanderthals, who had survived in local pockets during previous Ice Ages, bouncing back to Europe when weather conditions improved.

Climate reconstructions

The study is based upon climate reconstructions elaborated from marine records and using the experience of Spanish and international research groups on Western Mediterranean paleoceanography. The conclusions point out that Neanderthal populations did suffer fluctuations related to climate changes before the first Homo Sapiens arrived in the Iberian Peninsula. Cold, arid and highly variable climate was the least favourable weather for Neanderthals and 24,000 years ago they had to face the worst weather conditions in the last 250,000 years.

The most important about these data is that they differ from the current scientific paradigm which makes Homo Sapiens responsible for the Neanderthal extinction. This work is a contribution to a new scientific current – leaded by Dr. Clive Finlayson, from the Gibraltar Museum – according to which Neanderthal isolation and, possibly, extinction were due to environmental factors.

These studies on climate variability are part of the work of the group RNM 179, funded by the excellence project RNM 0432 of the Andalusian Regional Governments Department for Innovation, Science and Business and by the MARCAL project of the Spanish Ministry of Education and Science, both linked to the Andalusian Environment Centre (CEAMA – Centro Andaluz de Medio Ambiente).

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Climate change was the cause of Neanderthal extinction in the Iberian Peninsula

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– Climate change was the cause of Neanderthal extinction in the Iberian Peninsula

By Universidad de Granada
This release is also available in Spanish.

Climate – and not modern humans – was the cause of the Neanderthal extinction in the Iberian Peninsula. Such is the conclusion of the University of Granada research group RNM 179 – Mineralogy and Geochemistry of sedimentary and metamorphic environments, headed by professor Miguel Ortega Huertas and whose members Francisco José Jiménez Espejo, Francisca Martínez Ruiz and David Gallego Torres work jointly at the department of Mineralogy and Petrology of the University of Granada (Universidad de Granada [http://www.ugr.es]) and the Andalusian Regional Institute of Earth Sciences (CSIC-UGR).

Together with other scientists from the Gibraltar Museum, Stanford University and the Japan Marine Science & Technology Center (JAMSTEC), the Spanish scientists published in the scientific journal Quaternary Science Reviews an innovative work representing a considerable step forward in the knowledge of human ancestral history. The results of this multidisciplinary research are an important contribution to the understanding of the Neanderthal extinction and the colonisation of the European continent by Homo Sapiens.

During the last Ice Age, the Iberian Peninsula was a refuge for Neanderthals, who had survived in local pockets during previous Ice Ages, bouncing back to Europe when weather conditions improved.

Climate reconstructions

The study is based upon climate reconstructions elaborated from marine records and using the experience of Spanish and international research groups on Western Mediterranean paleoceanography. The conclusions point out that Neanderthal populations did suffer fluctuations related to climate changes before the first Homo Sapiens arrived in the Iberian Peninsula. Cold, arid and highly variable climate was the least favourable weather for Neanderthals and 24,000 years ago they had to face the worst weather conditions in the last 250,000 years.

The most important about these data is that they differ from the current scientific paradigm which makes Homo Sapiens responsible for the Neanderthal extinction. This work is a contribution to a new scientific current – leaded by Dr. Clive Finlayson, from the Gibraltar Museum – according to which Neanderthal isolation and, possibly, extinction were due to environmental factors.

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These studies on climate variability are part of the work of the group RNM 179, funded by the excellence project RNM 0432 of the Andalusian Regional Government’s Department for Innovation, Science and Business and by the MARCAL project of the Spanish Ministry of Education and Science, both linked to the Andalusian Environment Centre (CEAMA – Centro Andaluz de Medio Ambiente).

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Una cadena humana «abraza» la Alhambra para que sea elegida maravilla del mundo

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– Una cadena humana «abraza» la Alhambra para que sea elegida maravilla del mundo.

El palacio granadino compite con la Estatua de la Libertad, la Muralla China o el Taj Mahal.

Cerca de 8.000 personas «abrazaron» ayer a través de una cadena humana la Alhambra de Granada, en la última de las iniciativas impulsadas por el Patronato de la Alhambra y Generalife, y apoyada por el consistorio y la diputación granadinas para que se incluya entre las siete nuevas maravillas del mundo a lo que también aspiran monumentos tan importantes como las pirámides mayas o la muralla china.
En un principio estaban inscritas 5.000 personas para participar en esta actividad en la fortaleza palacio más importante de la dinastía nazarí, pero finalmente otros 3.000 participantes se incorporaron espontáneamente a la iniciativa. La organización entregó a cada ciudadano un dorsal, una camiseta y una bolsa con regalos en una carpa que instaló en la Plaza Nueva de Granada. Al final se soltaron globos desde la Torre de Vela del histórico edificio, que es la de mayores dimensiones y la más simbólica de la Alhambra.
En la iniciativa de la mañana de ayer participaron, entre otras personalidades, el alcalde de Granada, José Torres Hurtado, el presidente de la Diputación de la provincia, Antonio Martínez Caler y representantes del Patronato de la Alhambra, la Cámara de Comercio y la Universidad de Granada.
El Patronato de la Alhambra pretende que el edificio se incluya entre las siete maravillas del mundo después de que un comité de expertos que ha liderado el cineasta multimillonario Bernard Weber y en el que también participó el ex director general de la UNESCO, Federico Mayor Zaragoza, seleccionara una lista de monumentos entre los que escoger y en la que se ha incluido el palacio granadino. Algunos de estos conocidos edificios con los que competirá el edificio nazarí serán la Estatua de la Libertad de Nueva York, la Muralla China o el Taj Mahal indio y la votación se realiza desde hace unos meses por teléfono o a través de internet a iniciativa de la organización suiza New 7 Wonders Foundation. Precisamente, el presidente del Gobierno José Luis Rodríguez Zapatero votó en la mañana de ayer por el edificio andaluz.
El palacio de la Alhambra se construyó en el siglo XII cuando el primer rey de la dinastía morisca de Granada, Mohamed I, convirtió un castillo del siglo IX en su residencia privada real y constituye una de las atracciones turísticas más visitadas en Europa.

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Un enclave que desafía al cemento

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– Un enclave que desafía al cemento.

El complejo de dunas Saladillo-Matas Verdes posee un importante valor ecológico que se extiende a lo largo de tres kilómetros de litoral. Costas ha aumentado la zona de dominio público para proteger esta franja única.

ES un rincón con una identidad propia y única en la costa malagueña. Una fauna rica y variada, con especies protegidas que conviven con importantes yacimientos arqueológicos, en buena parte sumergidos en el mar, hacen del espacio natural Saladillo-Matas Verdes de Estepona uno de los lugares singulares que luchan por sobrevivir al frenético ritmo de construcción de la Costa del Sol.

El valor ecológico del complejo dunar es incuestionable. Sin embargo, esta importancia choca con el escaso estudio sistemático llevado a cabo hasta el momento sobre este ecosistema, que se extiende por unos tres kilómetros del litoral esteponero. Un grupo de investigación de la Universidad de Granada, junto con el Museo Arqueológico Municipal de Estepona, entre otros, se han decidido a indagar en el valor de este particular enclave costero. Los frutos de esta investigación, que culminará dentro de casi un año, pondrán de manifiesto la notable diversidad biológica y geomorfológica de este lugar.

No en vano, es el único espacio dunar del litoral mediterráneo que conjuga, gracias a su cercanía con el Estrecho de Gibraltar, una nutrida representación de biotopos -espacio vital cuyas condiciones ambientales son las adecuadas para que se desarrolle una determinada comunidad de seres vivos- característicos de la zona con rasgos atlánticos. Sobresalen las especies de alcornocal y la coscoja, que crecen detrás de la zona más frondosa de las dunas.

La flora es muy variada y comprende una nutrida representación de especies protegidas, entre las que destaca la planta posidonia, una importante fuente de vida para muchas especies marinas que ayuda a retener la arena de la playa y a evitar la contaminación del agua.

Puesta en valor

El trabajo que lidera la Universidad granadina pretende poner de manifiesto la importancia de este enclave costero para proteger sus ecosistemas y evitar la sobreexplotación de la zona. El investigador que encabeza este estudio, José Gómez Zotano, precisa que uno de los objetivos del trabajo es recoger científicamente el valor de la zona para que pueda llegar a ser considerada por la Junta de Andalucía como la primera reserva natural de la costa esteponera.

Esta calificación evitaría la amenaza que supone el turismo y la actividad humana en el litoral costasoleño. De hecho, este binomio ha provocado destacadas variaciones en los últimos años en el conjunto natural que conforman las dunas y la playa. El cambio ha sido radical si se toma como referencia la mitad del siglo pasado. Hasta entonces el complejo de dunas casi se extendía hasta la actual línea de la autovía A-7.

La construcción de urbanizaciones en la década de los sesenta y setenta arrasó parte de este entorno natural, que se ha quedado limitado a unos 200 metros de anchura. Si bien, existen tramos en los que el desarrollo de las formaciones dunares es tan escaso que prácticamente parecen inapreciables a simple vista. Otra de las principales causas de la degradación se encuentra ahora en el continuo tránsito rodado de vehículos por la zona.

Los temporales de levante que cada año azotan el litoral también han alterado algunos segmentos de este territorio privilegiado de la provincia. La Demarcación de Costas tramita en la actualidad el deslinde de este tramo de litoral esteponero donde se han incorporado importantes novedades respecto al trazado actual elaborado hace décadas; algunas de ellas gracias a las alegaciones que presentó el grupo de investigación que estudia esta zona.

Desde el organismo dependiente del Ministerio de Medio Ambiente explicaron a este periódico que los cambios se deben sobre todo a las variaciones de volumen de arena que han sufrido las dunas por el paso del tiempo y por las inclemencias de la meteorología. Ambas circunstancias han ocasionado que la franja de dominio marítimo-terrestre se haya desplazado hacia el interior del municipio. Según fuentes de la Delegación de Medio Ambiente del Ayuntamiento de Estepona, esta línea ha avanzado una media que oscila desde los 40 a los 100 metros. Un crecimiento que se reduce bastante (seis metros) hacia el interior del mar. La reforma también ha afectado a la zona de servidumbre de protección, que ha aumentado su influencia unos 190 metros, lo máximo que prevé la Ley de Costas para estos casos.

Estas delimitaciones serán un seguro de vida para este enclave natural. La legislación impide que sobre el límite de dominio marítimo-terrestre se construyan nuevas edificaciones y obliga a derribar las estructuras que se encuentren dentro de esta zona pública, incluidos los chiringuitos.

No obstante, según Costas, el nuevo deslinde del litoral, que se pretende tener finalizado el próximo año, no afecta a muchos propietarios de viviendas del Saladillo. Según indicaron, sólo se han presentado un par de alegaciones a este expediente.
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Condenado a 8 años de cárcel un padre por agredir sexualmente a su hija

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– Condenado a 8 años de cárcel un padre por agredir sexualmente a su hija.

Para los magistrados de la Audiencia de Granada que han enjuiciado a Guillermo P.C., un granadino de 54 años acusado de realizar tocamientos obscenos a su hija desde que ésta tení­a cinco años, los hechos que han declarado probados repugnan a cualquier persona con una inteligencia media. Son tan graves, que el tribunal ha considerado al individuo autor de un delito continuado de abuso sexual, en su modalidad de agresión sexual, y le ha condenado a pasar una larga estancia en prisión: 8 años.

El fallo de la sentencia, a la que ha tenido acceso Granada Hoy, impone asimismo al progenitor la prohibición de acercarse a su hija a menos de 300 metros, así­ como de comunicarse con ella de cualquier forma durante un perí­odo de cinco años.

La Audiencia, que fija en 15.000 euros la indemnización que Guillermo P.C. deberá pagar a la joven por el daño moral causado, rechaza la explicación que éste ofreció en el juicio para justificar los hechos, pues reconoció parte de los tocamientos amparándose en el deber que tienen los padres de educar a sus hijos. En concreto, el hombre confesó que le habí­a tocado a su hija en cuatro o cinco ocasiones en el pecho y en el sexo una vez, así­ como admitió que en otra ocasión le puso el pene en las piernas. Dichos actos, a todas luces groseramente obscenos, no los cometió según él con ánimo libidinoso sino para darle una formación sexual.

Para el tribunal, su justificación es verdaderamente sorprendente, pues para formar sexualmente a un hijo no es necesario acudir a tales tocamientos claramente lascivos.

La defensa del individuo habí­a solicitado su libre absolución, alegando que éste sufrí­a un trastorno mental. Sin embargo, la Audiencia saca a relucir dos informes de especialistas que avalan la cordura del acusado.

Uno de ellos fue realizado por los médicos forenses del Instituto de Medicina Legal de Granada que le examinaron, quienes fueron claros y contundentes: No evidenciamos alteraciones en la elaboración ni en el curso del pensamiento (…). Su nivel de inteligencia es adecuado y su voluntad es libre para la ejecución de sus actos.

El otro informe, emitido por el Departamiento de Medicina Legal, Toxicologí­a y Psiquiatrí­a de la Universidad de Granada, concluye que el acusado no cumple los criterios exigidos para el diagnóstico de trastorno mental alguno, no alcanzando dicha sintomatologí­a.

Guillermo P.C., que es montador de profesión, tendrá que pagar ahora sus abusos entre rejas, así­ como abonar las costas de la acusación particular que ha ejercido la madre de la chica, que ha estado representada en la causa por la letrada de la asociación Amuvi, Yolanda Solana González. Como consecuencia del infierno vivido, la joven presenta sí­ntomas compatibles con un trastorno de estrés postraumático. La sentencia puede no obstante ser recurrida.
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