Q3149932 (Q3149932): Difference between revisions
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(Created claim: summary (P836): FROM AN OCEANOGRAFICO POINT OF VIEW THE MAIN PECULIARITY OF THE GULF OF CADIZ IS ITS HIGH DYNAMISM AS A RESULT OF THE INTENSE EXCHANGE OF VERY DIFFERENT WATER BODIES ACROSS THE STRAIT OF GIBRALTAR AND THE COMPLEX PATTERN OF CIRCULATION CAUSED BY ITS IRREGULAR BATIMETRIA. IMPORTANT CONTINENTAL INPUTS OF A MARKED EUTROFICO CHARACTER CONTRIBUTE TO THIS SPATIAL VARIABILITY, AS WELL AS THE EXISTENCE IN ITS BOTTOMS OF NUMEROUS SLUDGE VOLCANOES OF DIFF...) |
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FROM AN OCEANOGRAFICO POINT OF VIEW THE MAIN PECULIARITY OF THE GULF OF CADIZ IS ITS HIGH DYNAMISM AS A RESULT OF THE INTENSE EXCHANGE OF VERY DIFFERENT WATER BODIES ACROSS THE STRAIT OF GIBRALTAR AND THE COMPLEX PATTERN OF CIRCULATION CAUSED BY ITS IRREGULAR BATIMETRIA. IMPORTANT CONTINENTAL INPUTS OF A MARKED EUTROFICO CHARACTER CONTRIBUTE TO THIS SPATIAL VARIABILITY, AS WELL AS THE EXISTENCE IN ITS BOTTOMS OF NUMEROUS SLUDGE VOLCANOES OF DIFFERENT ACTIVITY AND WITH A VERY IRREGULAR DISTRIBUTION. THESE CHARACTERISTICS, SOME OF WHICH ARE SUBJECT TO SIGNIFICANT TEMPORAL VARIABILITY, MAKE THE GULF OF CADIZ VERY VULNERABLE TO GLOBAL CHANGE AND THAT IT IS NECESSARY TO ESTABLISH THE CURRENT STATE OF THE BIOGEOCHEMICAL CYCLES OF C, N AND P, SO THAT THE VARIATIONS THAT COULD RESULT FROM HUMAN ACTIVITY CAN BE ASSESSED IN THE FUTURE. _x000D_ in THE PROJECT is intended to characterise SPACIAL AND TEMPORAL DISTRIBUTION, A STATIONAL, C, NUTRIENTS AND GASES WITH INVERNADER EFFECT (CH4 and N2O) IN THE WATER COLUMN, INCLUDING SUPERFICIIAL MEASURES OF PCO2. THE STUDY WILL COVER THE AREA OF THE GULF OF CADIZ BETWEEN THE GUADIANA RIVER AND CAPE TRAFALGAR, FROM THE COAST TO DEPTHS GREATER THAN 600 M. ALTHOUGH PRESUMABLY THE SYSTEM ACTS AS A CO2 SINK AND SOURCE OF CH4 AND N2O TO THE ATMOSPHERE ON AN ANNUAL SCALE, THE INFLUENCE OF THE GULF OF CADIZ ON THE RADIATIVE CAPACITY OF THE ATMOSPHERE ON A REGIONAL SCALE, AS WELL AS THE VARIATIONS OF THESE FLOWS WITH DISTANCE TO COSTA, MAY BE ESTABLISHED. ADDITIONALLY, IT IS INTENDED TO DISCERN THE ORIGIN OF THESE GASES FROM ISOTOPIC RELATIONSHIPS, ESPECIALLY FOR THE THEROGENIC CH4 FROM ACTIVE SLUDGE VOLCANOES. To this conclusion, sediment testimonials will be analysed in 2 VOLCAEN ZONES WITH DIFFERENT ACTIVITY (ANASTASIA and Gazul) WITH ASSISTANCE TO STATE CH4 diffuse FLUJES AND KNOW THE DIFFERENCES IN THE SEDIMENTS OF AMBAS ZONAS._x000D_ WITH OBJECT to characterise CONTINENTENTAL ENTERNMENTS OF THE STATES OF GUADALQUIVIR, TINTO AND ODIEL, AND GUADIAN (INFORMATION OF THE SYSTEMS ASSOCIED TO THE CADIZ BAHIA), COSTER CAMPAINS will be carried out in different CAUDAL situations, and the import of the BENTONICAL PRODUCTION ON C, NUTRIENTS and IVERNADER GAS CONCENTRATIONS will be investigated. The information provided in these CAMPAINS will allow to quantify the CO2, CH4 and N2O transports that are usually managed by the STUARIC SYSTEMS._x000D_ is treated for an opportunity project, WHERE the STOCA MONITORISATION PLATAFORM (IEO) would be used to encourage the use of oceanographic slings. THE INCORPORATION INTO THE WORK TEAM OF FOREIGN SCIENTISTS ENSURES THE REALISATION OF THOSE ACTIVITIES IN WHICH THE EXPERIENCE OF THE REQUESTING RESEARCHERS IS LESS AND CONTRIBUTE, ON THE OTHER HAND, TO INCREASE THE INTERNATIONAL VISIBILITY OF THE PROPOSAL. (English) | |||||||||||||||
| Property / summary: FROM AN OCEANOGRAFICO POINT OF VIEW THE MAIN PECULIARITY OF THE GULF OF CADIZ IS ITS HIGH DYNAMISM AS A RESULT OF THE INTENSE EXCHANGE OF VERY DIFFERENT WATER BODIES ACROSS THE STRAIT OF GIBRALTAR AND THE COMPLEX PATTERN OF CIRCULATION CAUSED BY ITS IRREGULAR BATIMETRIA. IMPORTANT CONTINENTAL INPUTS OF A MARKED EUTROFICO CHARACTER CONTRIBUTE TO THIS SPATIAL VARIABILITY, AS WELL AS THE EXISTENCE IN ITS BOTTOMS OF NUMEROUS SLUDGE VOLCANOES OF DIFFERENT ACTIVITY AND WITH A VERY IRREGULAR DISTRIBUTION. THESE CHARACTERISTICS, SOME OF WHICH ARE SUBJECT TO SIGNIFICANT TEMPORAL VARIABILITY, MAKE THE GULF OF CADIZ VERY VULNERABLE TO GLOBAL CHANGE AND THAT IT IS NECESSARY TO ESTABLISH THE CURRENT STATE OF THE BIOGEOCHEMICAL CYCLES OF C, N AND P, SO THAT THE VARIATIONS THAT COULD RESULT FROM HUMAN ACTIVITY CAN BE ASSESSED IN THE FUTURE. _x000D_ in THE PROJECT is intended to characterise SPACIAL AND TEMPORAL DISTRIBUTION, A STATIONAL, C, NUTRIENTS AND GASES WITH INVERNADER EFFECT (CH4 and N2O) IN THE WATER COLUMN, INCLUDING SUPERFICIIAL MEASURES OF PCO2. THE STUDY WILL COVER THE AREA OF THE GULF OF CADIZ BETWEEN THE GUADIANA RIVER AND CAPE TRAFALGAR, FROM THE COAST TO DEPTHS GREATER THAN 600 M. ALTHOUGH PRESUMABLY THE SYSTEM ACTS AS A CO2 SINK AND SOURCE OF CH4 AND N2O TO THE ATMOSPHERE ON AN ANNUAL SCALE, THE INFLUENCE OF THE GULF OF CADIZ ON THE RADIATIVE CAPACITY OF THE ATMOSPHERE ON A REGIONAL SCALE, AS WELL AS THE VARIATIONS OF THESE FLOWS WITH DISTANCE TO COSTA, MAY BE ESTABLISHED. ADDITIONALLY, IT IS INTENDED TO DISCERN THE ORIGIN OF THESE GASES FROM ISOTOPIC RELATIONSHIPS, ESPECIALLY FOR THE THEROGENIC CH4 FROM ACTIVE SLUDGE VOLCANOES. To this conclusion, sediment testimonials will be analysed in 2 VOLCAEN ZONES WITH DIFFERENT ACTIVITY (ANASTASIA and Gazul) WITH ASSISTANCE TO STATE CH4 diffuse FLUJES AND KNOW THE DIFFERENCES IN THE SEDIMENTS OF AMBAS ZONAS._x000D_ WITH OBJECT to characterise CONTINENTENTAL ENTERNMENTS OF THE STATES OF GUADALQUIVIR, TINTO AND ODIEL, AND GUADIAN (INFORMATION OF THE SYSTEMS ASSOCIED TO THE CADIZ BAHIA), COSTER CAMPAINS will be carried out in different CAUDAL situations, and the import of the BENTONICAL PRODUCTION ON C, NUTRIENTS and IVERNADER GAS CONCENTRATIONS will be investigated. The information provided in these CAMPAINS will allow to quantify the CO2, CH4 and N2O transports that are usually managed by the STUARIC SYSTEMS._x000D_ is treated for an opportunity project, WHERE the STOCA MONITORISATION PLATAFORM (IEO) would be used to encourage the use of oceanographic slings. THE INCORPORATION INTO THE WORK TEAM OF FOREIGN SCIENTISTS ENSURES THE REALISATION OF THOSE ACTIVITIES IN WHICH THE EXPERIENCE OF THE REQUESTING RESEARCHERS IS LESS AND CONTRIBUTE, ON THE OTHER HAND, TO INCREASE THE INTERNATIONAL VISIBILITY OF THE PROPOSAL. (English) / rank | |||||||||||||||
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| Property / summary: FROM AN OCEANOGRAFICO POINT OF VIEW THE MAIN PECULIARITY OF THE GULF OF CADIZ IS ITS HIGH DYNAMISM AS A RESULT OF THE INTENSE EXCHANGE OF VERY DIFFERENT WATER BODIES ACROSS THE STRAIT OF GIBRALTAR AND THE COMPLEX PATTERN OF CIRCULATION CAUSED BY ITS IRREGULAR BATIMETRIA. IMPORTANT CONTINENTAL INPUTS OF A MARKED EUTROFICO CHARACTER CONTRIBUTE TO THIS SPATIAL VARIABILITY, AS WELL AS THE EXISTENCE IN ITS BOTTOMS OF NUMEROUS SLUDGE VOLCANOES OF DIFFERENT ACTIVITY AND WITH A VERY IRREGULAR DISTRIBUTION. THESE CHARACTERISTICS, SOME OF WHICH ARE SUBJECT TO SIGNIFICANT TEMPORAL VARIABILITY, MAKE THE GULF OF CADIZ VERY VULNERABLE TO GLOBAL CHANGE AND THAT IT IS NECESSARY TO ESTABLISH THE CURRENT STATE OF THE BIOGEOCHEMICAL CYCLES OF C, N AND P, SO THAT THE VARIATIONS THAT COULD RESULT FROM HUMAN ACTIVITY CAN BE ASSESSED IN THE FUTURE. _x000D_ in THE PROJECT is intended to characterise SPACIAL AND TEMPORAL DISTRIBUTION, A STATIONAL, C, NUTRIENTS AND GASES WITH INVERNADER EFFECT (CH4 and N2O) IN THE WATER COLUMN, INCLUDING SUPERFICIIAL MEASURES OF PCO2. THE STUDY WILL COVER THE AREA OF THE GULF OF CADIZ BETWEEN THE GUADIANA RIVER AND CAPE TRAFALGAR, FROM THE COAST TO DEPTHS GREATER THAN 600 M. ALTHOUGH PRESUMABLY THE SYSTEM ACTS AS A CO2 SINK AND SOURCE OF CH4 AND N2O TO THE ATMOSPHERE ON AN ANNUAL SCALE, THE INFLUENCE OF THE GULF OF CADIZ ON THE RADIATIVE CAPACITY OF THE ATMOSPHERE ON A REGIONAL SCALE, AS WELL AS THE VARIATIONS OF THESE FLOWS WITH DISTANCE TO COSTA, MAY BE ESTABLISHED. ADDITIONALLY, IT IS INTENDED TO DISCERN THE ORIGIN OF THESE GASES FROM ISOTOPIC RELATIONSHIPS, ESPECIALLY FOR THE THEROGENIC CH4 FROM ACTIVE SLUDGE VOLCANOES. To this conclusion, sediment testimonials will be analysed in 2 VOLCAEN ZONES WITH DIFFERENT ACTIVITY (ANASTASIA and Gazul) WITH ASSISTANCE TO STATE CH4 diffuse FLUJES AND KNOW THE DIFFERENCES IN THE SEDIMENTS OF AMBAS ZONAS._x000D_ WITH OBJECT to characterise CONTINENTENTAL ENTERNMENTS OF THE STATES OF GUADALQUIVIR, TINTO AND ODIEL, AND GUADIAN (INFORMATION OF THE SYSTEMS ASSOCIED TO THE CADIZ BAHIA), COSTER CAMPAINS will be carried out in different CAUDAL situations, and the import of the BENTONICAL PRODUCTION ON C, NUTRIENTS and IVERNADER GAS CONCENTRATIONS will be investigated. The information provided in these CAMPAINS will allow to quantify the CO2, CH4 and N2O transports that are usually managed by the STUARIC SYSTEMS._x000D_ is treated for an opportunity project, WHERE the STOCA MONITORISATION PLATAFORM (IEO) would be used to encourage the use of oceanographic slings. THE INCORPORATION INTO THE WORK TEAM OF FOREIGN SCIENTISTS ENSURES THE REALISATION OF THOSE ACTIVITIES IN WHICH THE EXPERIENCE OF THE REQUESTING RESEARCHERS IS LESS AND CONTRIBUTE, ON THE OTHER HAND, TO INCREASE THE INTERNATIONAL VISIBILITY OF THE PROPOSAL. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 14:44, 12 October 2021
Project Q3149932 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3149932 in Spain |
Statements
125,840.0 Euro
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157,300.0 Euro
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80.0 percent
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1 January 2015
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30 September 2018
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UNIVERSIDAD DE CADIZ
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36°31'43.28"N, 6°11'24.79"W
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11028
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DESDE UN PUNTO DE VISTA OCEANOGRAFICO LA PRINCIPAL PECULIARIDAD DEL GOLFO DE CADIZ ES SU ELEVADO DINAMISMO COMO CONSECUENCIA DE LAS INFLUENCIA DEL INTENSO INTERCAMBIO DE MASAS DE AGUA MUY DIFERENTES A TRAVES DEL ESTRECHO DE GIBRALTAR Y EL COMPLEJO PATRON DE CIRCULACION PROVOCADO POR SU IRREGULAR BATIMETRIA. A ESTA VARIABILIDAD ESPACIAL CONTRIBUYEN LAS ENTRADAS A LAS AGUAS SUPERFICIALES ATLANTICAS DE IMPORTANTES APORTES CONTINENTALES DE UN MARCADO CARACTER EUTROFICO, ASI COMO LA EXISTENCIA EN SUS FONDOS DE NUMEROSOS VOLCANES DE FANGO DE DIFERENTE ACTIVIDAD Y CON UNA DISTRIBUCION MUY IRREGULAR. ESTAS CARACTERISTICAS, ALGUNAS DE LAS CUALES ESTAN SOMETIDAS A UNA NOTABLE VARIABILIDAD TEMPORAL, HACEN QUE EL GOLFO DE CADIZ SEA MUY VULNERABLE AL CAMBIO GLOBAL Y QUE SEA NECESARIO ESTABLECER EL ESTADO ACTUAL DE LOS CICLOS BIOGEOQUIMICOS DEL C, N Y P, DE FORMA QUE PUEDA EVALUARSE EN EL FUTURO LAS VARIACIONES QUE PUDIERAN ACARREAR LA ACTIVIDAD HUMANA. _x000D_ EN EL PROYECTO SE PROPONE CARACTERIZAR LA DISTRIBUCION ESPACIAL Y TEMPORAL, A UNA ESCALA ESTACIONAL, DEL C, NUTRIENTES Y GASES CON EFECTO INVERNADERO (CH4 Y N2O) EN LA COLUMNA DE AGUA, INCLUYENDO MEDIDAS SUPERFICIALES DE PCO2. EL ESTUDIO ABARCARA LA ZONA DEL GOLFO DE CADIZ COMPRENDIDA ENTRE EL RIO GUADIANA Y EL CABO DE TRAFALGAR, DESDE LA COSTA HASTA PROFUNDIDADES SUPERIORES A LOS 600 M. AUNQUE PRESUMIBLEMENTE EL SISTEMA ACTUE COMO SUMIDERO DE CO2 Y FUENTE DE CH4 Y N2O A LA ATMOSFERA A ESCALA ANUAL, SE PODRA ESTABLECER LA INFLUENCIA DEL GOLFO DE CADIZ EN LA CAPACIDAD RADIATIVA DE LA ATMOSFERA A UNA ESCALA REGIONAL, ASI COMO LAS VARIACIONES DE ESTOS FLUJOS CON LA DISTANCIA A COSTA. ADICIONALMENTE, SE PRETENDE DISCERNIR EL ORIGEN DE ESTOS GASES A PARTIR DE RELACIONES ISOTOPICAS, ESPECIALMENTE PARA EL CH4 TERMOGENICO PROCEDENTE DE VOLCANES DE FANGO ACTIVOS. A ESTE RESPECTO, SE ANALIZARAN TESTIGOS DE SEDIMENTO EN 2 ZONAS DE VOLCANES CON DIFERENTE ACTIVIDAD (ANASTASIA Y GAZUL) CON OBJETO DE ESTIMAR LOS FLUJOS DIFUSIVOS DE CH4 Y CONOCER LA DIFERENCIAS EN LOS SEDIMENTOS DE AMBAS ZONAS._x000D_ CON OBJETO DE CARACTERIZAR LAS ENTRADAS CONTINENTALES DESDE LOS ESTUARIOS DEL GUADALQUIVIR, TINTO Y ODIEL, Y GUADIANA (SE DISPONE INFORMACION DE LOS SISTEMAS ASOCIADOS A LA BAHIA DE CADIZ), SE REALIZARAN CAMPAÑAS COSTERAS EN SITUACIONES DIFERENTES DE CAUDAL, Y SE INVESTIGARA LA IMPORTANCIA DE LA PRODUCCION BENTONICA SOBRE LA CONCENTRACION DE C, NUTRIENTES Y GASES INVERNADERO. LA INFORMACION OBTENIDA EN ESTAS CAMPAÑAS PERMITIRA CUANTIFICAR LOS APORTES DE CO2, CH4 Y N2O QUE SUELEN GENERAR LOS SISTEMAS ESTUARICOS._x000D_ SE TRATA DE UN PROYECTO DE OPORTUNIDAD, DONDE SE UTILIZARIA LA PLATAFORMA DE MONITORIZACION STOCA (IEO) PARA OPTIMIZAR EL USO DE BUQUES OCEANOGRAFICOS. LA INCORPORACION EN EL EQUIPO DE TRABAJO DE CIENTIFICOS EXTRANJEROS ASEGURA LA REALIZACION DE AQUELLAS ACTIVIDADES EN LAS QUE LA EXPERIENCIA DE LOS INVESTIGADORES SOLICITANTES ES MENOR Y CONTRIBUYEN, POR OTRA PARTE, A AUMENTAR LA VISIBILIDAD INTERNACIONAL DE LA PROPUESTA. (Spanish)
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FROM AN OCEANOGRAFICO POINT OF VIEW THE MAIN PECULIARITY OF THE GULF OF CADIZ IS ITS HIGH DYNAMISM AS A RESULT OF THE INTENSE EXCHANGE OF VERY DIFFERENT WATER BODIES ACROSS THE STRAIT OF GIBRALTAR AND THE COMPLEX PATTERN OF CIRCULATION CAUSED BY ITS IRREGULAR BATIMETRIA. IMPORTANT CONTINENTAL INPUTS OF A MARKED EUTROFICO CHARACTER CONTRIBUTE TO THIS SPATIAL VARIABILITY, AS WELL AS THE EXISTENCE IN ITS BOTTOMS OF NUMEROUS SLUDGE VOLCANOES OF DIFFERENT ACTIVITY AND WITH A VERY IRREGULAR DISTRIBUTION. THESE CHARACTERISTICS, SOME OF WHICH ARE SUBJECT TO SIGNIFICANT TEMPORAL VARIABILITY, MAKE THE GULF OF CADIZ VERY VULNERABLE TO GLOBAL CHANGE AND THAT IT IS NECESSARY TO ESTABLISH THE CURRENT STATE OF THE BIOGEOCHEMICAL CYCLES OF C, N AND P, SO THAT THE VARIATIONS THAT COULD RESULT FROM HUMAN ACTIVITY CAN BE ASSESSED IN THE FUTURE. _x000D_ in THE PROJECT is intended to characterise SPACIAL AND TEMPORAL DISTRIBUTION, A STATIONAL, C, NUTRIENTS AND GASES WITH INVERNADER EFFECT (CH4 and N2O) IN THE WATER COLUMN, INCLUDING SUPERFICIIAL MEASURES OF PCO2. THE STUDY WILL COVER THE AREA OF THE GULF OF CADIZ BETWEEN THE GUADIANA RIVER AND CAPE TRAFALGAR, FROM THE COAST TO DEPTHS GREATER THAN 600 M. ALTHOUGH PRESUMABLY THE SYSTEM ACTS AS A CO2 SINK AND SOURCE OF CH4 AND N2O TO THE ATMOSPHERE ON AN ANNUAL SCALE, THE INFLUENCE OF THE GULF OF CADIZ ON THE RADIATIVE CAPACITY OF THE ATMOSPHERE ON A REGIONAL SCALE, AS WELL AS THE VARIATIONS OF THESE FLOWS WITH DISTANCE TO COSTA, MAY BE ESTABLISHED. ADDITIONALLY, IT IS INTENDED TO DISCERN THE ORIGIN OF THESE GASES FROM ISOTOPIC RELATIONSHIPS, ESPECIALLY FOR THE THEROGENIC CH4 FROM ACTIVE SLUDGE VOLCANOES. To this conclusion, sediment testimonials will be analysed in 2 VOLCAEN ZONES WITH DIFFERENT ACTIVITY (ANASTASIA and Gazul) WITH ASSISTANCE TO STATE CH4 diffuse FLUJES AND KNOW THE DIFFERENCES IN THE SEDIMENTS OF AMBAS ZONAS._x000D_ WITH OBJECT to characterise CONTINENTENTAL ENTERNMENTS OF THE STATES OF GUADALQUIVIR, TINTO AND ODIEL, AND GUADIAN (INFORMATION OF THE SYSTEMS ASSOCIED TO THE CADIZ BAHIA), COSTER CAMPAINS will be carried out in different CAUDAL situations, and the import of the BENTONICAL PRODUCTION ON C, NUTRIENTS and IVERNADER GAS CONCENTRATIONS will be investigated. The information provided in these CAMPAINS will allow to quantify the CO2, CH4 and N2O transports that are usually managed by the STUARIC SYSTEMS._x000D_ is treated for an opportunity project, WHERE the STOCA MONITORISATION PLATAFORM (IEO) would be used to encourage the use of oceanographic slings. THE INCORPORATION INTO THE WORK TEAM OF FOREIGN SCIENTISTS ENSURES THE REALISATION OF THOSE ACTIVITIES IN WHICH THE EXPERIENCE OF THE REQUESTING RESEARCHERS IS LESS AND CONTRIBUTE, ON THE OTHER HAND, TO INCREASE THE INTERNATIONAL VISIBILITY OF THE PROPOSAL. (English)
12 October 2021
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Puerto Real
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Identifiers
CTM2014-59244-C3-1-R
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