Q3161214 (Q3161214): Difference between revisions
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(Created claim: summary (P836): CITIES AROUND THE WORLD CONCENTRATE EVERY DAY MORE POPULATION, INCREASING THE SURFACE THEY OCCUPY IN A OFTEN UNCONTROLLED WAY, CREATING GREATER PROBLEMS IN COPING WITH THE DRAMATIC EFFECTS OF CLIMATIC CHANGE. THE ROLE OF URBAN SURFACES IS CRUCIAL IN COPING WITH PHENOMENA SUCH AS FLOODS OR THE HEAT ISLAND EFFECT. In this ESCENARY, it is necessary and impressible that I have used URBAN PAVIMENTS as the coverings of buildings, will be transformed b...) |
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CITIES AROUND THE WORLD CONCENTRATE EVERY DAY MORE POPULATION, INCREASING THE SURFACE THEY OCCUPY IN A OFTEN UNCONTROLLED WAY, CREATING GREATER PROBLEMS IN COPING WITH THE DRAMATIC EFFECTS OF CLIMATIC CHANGE. THE ROLE OF URBAN SURFACES IS CRUCIAL IN COPING WITH PHENOMENA SUCH AS FLOODS OR THE HEAT ISLAND EFFECT. In this ESCENARY, it is necessary and impressible that I have used URBAN PAVIMENTS as the coverings of buildings, will be transformed by increasing their resilience and their sustainability._x000D_ IN THE FRAMEWORK OF THE COORDINAD PROJECT RESILIENT, INTELIGENT AND SUSTAINABLE (SUPRIS), the sub-project SUPERFICIES URBAN RESILIENT AND SUSTAINABLE (SURES), LIDERATED BY THE TECHNOLOGY RESEARCH GROUP OF THE CONSTRUCTION OF CANTABRIA UNIVERSITY (GITECO-UC), as a fundaMENTAL OBJECTIVE THE STUDY OF RESILIENCE AND SUSTAINABILITY OF PAVIMENTS AND CUBIERTS, providing NEW KNOWING THAT PERMITS YOUR Compatibilisation AS MULTIFUNCIONAL ADAPTED TO CLIMATE CHANGE._x000D_ THE STUDY OF THE RESILIENCE OF URBAN SUPERFICIES it will be carried out by a complete analysis of risks that will allow you to identify and value the primary peaks to which it should be cooled in the future (INUNDATIONS due to torrential floods and increases of temperatures associated to the effect of heat island, between others). SUBSEQUENTLY, THE PILOT PART OF THE PROJECT, DIVIDED INTO TWO KEY STAGES, WILL BE CARRIED OUT. IN THE FIRST ONE LABORATORY TESTS WILL BE CARRIED OUT ON THE MAIN CONSTRUCTION MATERIALS USED ON THE SURFACES OF OUR CITIES, MODIFYING THE METHODS WITH THE INTENTION OF MEASURING THEIR RESILIENCE TO EXTREME EVENTS OF WATER CONDITION AND TEMPERATURES. IN THE SECOND STAGE, COMPLETE SECTIONS WILL BE ANALYSED AND INTERACTIONS BETWEEN THE DIFFERENT MATERIALS WILL BE ANALYSED, CHARACTERISING THE RESILIENCE OF THE SET BOTH IN LABORATORY AND IN EXPERIMENTAL AREAS ALREADY BUILT. _x000D_ for SUSTAINIBILITY ANALYSIS, The need to manage a new SUSTAINABILITY INDICATOR capable of collecting the GENERAL INFORMATION IN THE EXPERIMENTAL PART OF THE PROJECT, WITH SPECIAL ATTENTION TO OBTENTED RESILITION VALORS, will be evaluated in the first place. WITH THIS INDICATOR IT WILL BE POSSIBLE TO SCORE THE SUSTAINABILITY OF THE DIFFERENT AREAS OF A CITY AND THROUGH A SYSTEM OF GEOGRAPHICAL INFORMATION IT WILL BE POSSIBLE TO LOCATE THE PRIORITY AREAS OF ACTION WHERE THE SUSTAINABILITY VALUES ARE LOWER AND/OR THE HIGHEST RISK LEVELS. IN ADDITION, WITH THE INTENTION OF ENSURING THE LONG-TERM SUSTAINABILITY OF THESE SOLUTIONS, DIFFERENT MAINTENANCE PROGRAMS WILL BE STUDIED, OPTIMISING THE SELECTION OF MACHINERY AND PLANNING. For the most part, multi-criterion tools will be used to make up all variables and help to deliver EVERYTHING TO PARTICULAR QUESTIONS ARE THE SUPPRISES ASSOCIATED TO CONSTRUT._x000D_ AS PARTICULAR RESULTS OF this sub-project STRESS THE TECHNICAL CATALOGY OF PERmeable and Resilient URBAN SUPERFICIES SECTIONS, and the multi-criterion ANALISIS METODOLOGY WITH MAINTENANCE CONSIDERATIONS OF MORE SUSTAINABLE SOLUTIONS. THESE RESULTS ARE CRITICAL FOR THE DEVELOPMENT OF THE COORDINATED PROJECT AS A WHOLE AND ARE CLOSELY RELATED TO THE WORK TO BE CARRIED OUT IN THE COMPLEMENTARY SUB-PROJECT. (English) | |||||||||||||||
| Property / summary: CITIES AROUND THE WORLD CONCENTRATE EVERY DAY MORE POPULATION, INCREASING THE SURFACE THEY OCCUPY IN A OFTEN UNCONTROLLED WAY, CREATING GREATER PROBLEMS IN COPING WITH THE DRAMATIC EFFECTS OF CLIMATIC CHANGE. THE ROLE OF URBAN SURFACES IS CRUCIAL IN COPING WITH PHENOMENA SUCH AS FLOODS OR THE HEAT ISLAND EFFECT. In this ESCENARY, it is necessary and impressible that I have used URBAN PAVIMENTS as the coverings of buildings, will be transformed by increasing their resilience and their sustainability._x000D_ IN THE FRAMEWORK OF THE COORDINAD PROJECT RESILIENT, INTELIGENT AND SUSTAINABLE (SUPRIS), the sub-project SUPERFICIES URBAN RESILIENT AND SUSTAINABLE (SURES), LIDERATED BY THE TECHNOLOGY RESEARCH GROUP OF THE CONSTRUCTION OF CANTABRIA UNIVERSITY (GITECO-UC), as a fundaMENTAL OBJECTIVE THE STUDY OF RESILIENCE AND SUSTAINABILITY OF PAVIMENTS AND CUBIERTS, providing NEW KNOWING THAT PERMITS YOUR Compatibilisation AS MULTIFUNCIONAL ADAPTED TO CLIMATE CHANGE._x000D_ THE STUDY OF THE RESILIENCE OF URBAN SUPERFICIES it will be carried out by a complete analysis of risks that will allow you to identify and value the primary peaks to which it should be cooled in the future (INUNDATIONS due to torrential floods and increases of temperatures associated to the effect of heat island, between others). SUBSEQUENTLY, THE PILOT PART OF THE PROJECT, DIVIDED INTO TWO KEY STAGES, WILL BE CARRIED OUT. IN THE FIRST ONE LABORATORY TESTS WILL BE CARRIED OUT ON THE MAIN CONSTRUCTION MATERIALS USED ON THE SURFACES OF OUR CITIES, MODIFYING THE METHODS WITH THE INTENTION OF MEASURING THEIR RESILIENCE TO EXTREME EVENTS OF WATER CONDITION AND TEMPERATURES. IN THE SECOND STAGE, COMPLETE SECTIONS WILL BE ANALYSED AND INTERACTIONS BETWEEN THE DIFFERENT MATERIALS WILL BE ANALYSED, CHARACTERISING THE RESILIENCE OF THE SET BOTH IN LABORATORY AND IN EXPERIMENTAL AREAS ALREADY BUILT. _x000D_ for SUSTAINIBILITY ANALYSIS, The need to manage a new SUSTAINABILITY INDICATOR capable of collecting the GENERAL INFORMATION IN THE EXPERIMENTAL PART OF THE PROJECT, WITH SPECIAL ATTENTION TO OBTENTED RESILITION VALORS, will be evaluated in the first place. WITH THIS INDICATOR IT WILL BE POSSIBLE TO SCORE THE SUSTAINABILITY OF THE DIFFERENT AREAS OF A CITY AND THROUGH A SYSTEM OF GEOGRAPHICAL INFORMATION IT WILL BE POSSIBLE TO LOCATE THE PRIORITY AREAS OF ACTION WHERE THE SUSTAINABILITY VALUES ARE LOWER AND/OR THE HIGHEST RISK LEVELS. IN ADDITION, WITH THE INTENTION OF ENSURING THE LONG-TERM SUSTAINABILITY OF THESE SOLUTIONS, DIFFERENT MAINTENANCE PROGRAMS WILL BE STUDIED, OPTIMISING THE SELECTION OF MACHINERY AND PLANNING. For the most part, multi-criterion tools will be used to make up all variables and help to deliver EVERYTHING TO PARTICULAR QUESTIONS ARE THE SUPPRISES ASSOCIATED TO CONSTRUT._x000D_ AS PARTICULAR RESULTS OF this sub-project STRESS THE TECHNICAL CATALOGY OF PERmeable and Resilient URBAN SUPERFICIES SECTIONS, and the multi-criterion ANALISIS METODOLOGY WITH MAINTENANCE CONSIDERATIONS OF MORE SUSTAINABLE SOLUTIONS. THESE RESULTS ARE CRITICAL FOR THE DEVELOPMENT OF THE COORDINATED PROJECT AS A WHOLE AND ARE CLOSELY RELATED TO THE WORK TO BE CARRIED OUT IN THE COMPLEMENTARY SUB-PROJECT. (English) / rank | |||||||||||||||
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| Property / summary: CITIES AROUND THE WORLD CONCENTRATE EVERY DAY MORE POPULATION, INCREASING THE SURFACE THEY OCCUPY IN A OFTEN UNCONTROLLED WAY, CREATING GREATER PROBLEMS IN COPING WITH THE DRAMATIC EFFECTS OF CLIMATIC CHANGE. THE ROLE OF URBAN SURFACES IS CRUCIAL IN COPING WITH PHENOMENA SUCH AS FLOODS OR THE HEAT ISLAND EFFECT. In this ESCENARY, it is necessary and impressible that I have used URBAN PAVIMENTS as the coverings of buildings, will be transformed by increasing their resilience and their sustainability._x000D_ IN THE FRAMEWORK OF THE COORDINAD PROJECT RESILIENT, INTELIGENT AND SUSTAINABLE (SUPRIS), the sub-project SUPERFICIES URBAN RESILIENT AND SUSTAINABLE (SURES), LIDERATED BY THE TECHNOLOGY RESEARCH GROUP OF THE CONSTRUCTION OF CANTABRIA UNIVERSITY (GITECO-UC), as a fundaMENTAL OBJECTIVE THE STUDY OF RESILIENCE AND SUSTAINABILITY OF PAVIMENTS AND CUBIERTS, providing NEW KNOWING THAT PERMITS YOUR Compatibilisation AS MULTIFUNCIONAL ADAPTED TO CLIMATE CHANGE._x000D_ THE STUDY OF THE RESILIENCE OF URBAN SUPERFICIES it will be carried out by a complete analysis of risks that will allow you to identify and value the primary peaks to which it should be cooled in the future (INUNDATIONS due to torrential floods and increases of temperatures associated to the effect of heat island, between others). SUBSEQUENTLY, THE PILOT PART OF THE PROJECT, DIVIDED INTO TWO KEY STAGES, WILL BE CARRIED OUT. IN THE FIRST ONE LABORATORY TESTS WILL BE CARRIED OUT ON THE MAIN CONSTRUCTION MATERIALS USED ON THE SURFACES OF OUR CITIES, MODIFYING THE METHODS WITH THE INTENTION OF MEASURING THEIR RESILIENCE TO EXTREME EVENTS OF WATER CONDITION AND TEMPERATURES. IN THE SECOND STAGE, COMPLETE SECTIONS WILL BE ANALYSED AND INTERACTIONS BETWEEN THE DIFFERENT MATERIALS WILL BE ANALYSED, CHARACTERISING THE RESILIENCE OF THE SET BOTH IN LABORATORY AND IN EXPERIMENTAL AREAS ALREADY BUILT. _x000D_ for SUSTAINIBILITY ANALYSIS, The need to manage a new SUSTAINABILITY INDICATOR capable of collecting the GENERAL INFORMATION IN THE EXPERIMENTAL PART OF THE PROJECT, WITH SPECIAL ATTENTION TO OBTENTED RESILITION VALORS, will be evaluated in the first place. WITH THIS INDICATOR IT WILL BE POSSIBLE TO SCORE THE SUSTAINABILITY OF THE DIFFERENT AREAS OF A CITY AND THROUGH A SYSTEM OF GEOGRAPHICAL INFORMATION IT WILL BE POSSIBLE TO LOCATE THE PRIORITY AREAS OF ACTION WHERE THE SUSTAINABILITY VALUES ARE LOWER AND/OR THE HIGHEST RISK LEVELS. IN ADDITION, WITH THE INTENTION OF ENSURING THE LONG-TERM SUSTAINABILITY OF THESE SOLUTIONS, DIFFERENT MAINTENANCE PROGRAMS WILL BE STUDIED, OPTIMISING THE SELECTION OF MACHINERY AND PLANNING. For the most part, multi-criterion tools will be used to make up all variables and help to deliver EVERYTHING TO PARTICULAR QUESTIONS ARE THE SUPPRISES ASSOCIATED TO CONSTRUT._x000D_ AS PARTICULAR RESULTS OF this sub-project STRESS THE TECHNICAL CATALOGY OF PERmeable and Resilient URBAN SUPERFICIES SECTIONS, and the multi-criterion ANALISIS METODOLOGY WITH MAINTENANCE CONSIDERATIONS OF MORE SUSTAINABLE SOLUTIONS. THESE RESULTS ARE CRITICAL FOR THE DEVELOPMENT OF THE COORDINATED PROJECT AS A WHOLE AND ARE CLOSELY RELATED TO THE WORK TO BE CARRIED OUT IN THE COMPLEMENTARY SUB-PROJECT. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 16:44, 12 October 2021
Project Q3161214 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3161214 in Spain |
Statements
68,970.0 Euro
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137,940.0 Euro
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50.0 percent
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1 January 2016
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31 December 2018
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UNIVERSIDAD DE CANTABRIA
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43°27'43.34"N, 3°48'35.89"W
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39075
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LAS CIUDADES DE TODO EL MUNDO CONCENTRAN CADA DIA MAS POBLACION, AUMENTANDO LA SUPERFICIE QUE OCUPAN DE UNA MANERA MUCHAS VECES INCONTROLADA, GENERANDO MAYORES PROBLEMAS A LA HORA DE HACER FRENTE A LOS EFECTOS DRAMATICOS DEL CAMBIO CLIMATICO. EL PAPEL DE LAS SUPERFICIES URBANAS ES FUNDAMENTAL PARA HACER FRENTE A FENOMENOS COMO LAS INUNDACIONES O EL EFECTO ISLA DE CALOR. EN ESTE ESCENARIO, ES NECESARIO E IMPRESCINDIBLE QUE TANTO LOS PAVIMENTOS URBANOS COMO LAS CUBIERTAS DE LOS EDIFICIOS, SEAN TRANSFORMADOS AUMENTANDO SU RESILIENCIA Y SU SOSTENIBILIDAD._x000D_ EN EL MARCO DEL PROYECTO COORDINADO ¿SUPERFICIES URBANAS PERMEABLES, RESILIENTES, INTELIGENTES Y SOSTENIBLES (SUPRIS)¿, EL SUBPROYECTO ¿SUPERFICIES URBANAS RESILIENTES Y SOSTENIBLES (SURES)¿, LIDERADO POR EL GRUPO DE INVESTIGACION DE TECNOLOGIA DE LA CONSTRUCCION DE LA UNIVERSIDAD DE CANTABRIA (GITECO-UC), TIENE COMO OBJETIVO FUNDAMENTAL EL ESTUDIO DE LA RESILIENCIA Y LA SOSTENIBILIDAD DE PAVIMENTOS Y CUBIERTAS, APORTANDO NUEVO CONOCIMIENTO QUE PERMITA SU COMPATIBILIZACION COMO MULTIFUNCIONAL ADAPTADO AL CAMBIO CLIMATICO._x000D_ EL ESTUDIO DE LA RESILIENCIA DE LAS SUPERFICIES URBANAS SE REALIZARA PARTIENDO DE UN COMPLETO ANALISIS DE RIESGOS QUE PERMITA IDENTIFICAR Y VALORAR LOS PRINCIPALES PELIGROS A LO QUE DEBERA HACERSE FRENTE EN EL FUTURO (INUNDACIONES DEBIDAS A LLUVIAS TORRENCIALES Y AUMENTOS DE TEMPERATURAS ASOCIADOS AL EFECTO ISLA DE CALOR, ENTRE OTROS). POSTERIORMENTE SE LLEVARA A CABO LA PARTE EXPERIMENTAL DEL PROYECTO, DIVIDIDA EN DOS ETAPAS FUNDAMENTALES. EN LA PRIMERA DE ELLA SE REALIZARAN ENSAYOS DE LABORATORIO SOBRE LOS PRINCIPALES MATERIALES DE CONSTRUCCION EMPLEADOS EN LAS SUPERFICIES DE NUESTRAS CIUDADES, MODIFICANDO LAS METODOLOGIAS CON LA INTENCION DE MEDIR SU RESILIENCIA ANTE EVENTOS EXTREMOS DE AFECCION DEL AGUA Y LAS TEMPERATURAS. EN LA SEGUNDA ETAPA, SE ANALIZARAN SECCIONES COMPLETAS Y SE ANALIZARA LAS INTERACCIONES ENTRE LOS DISTINTOS MATERIALES, CARACTERIZANDO LA RESILIENCIA DEL CONJUNTO TANTO EN LABORATORIO COMO EN AREAS EXPERIMENTALES YA CONSTRUIDAS. _x000D_ PARA EL ANALISIS DE LA SOSTENIBILIDAD, SE EVALUARA EN PRIMER LUGAR LA NECESIDAD DE GENERAR UN NUEVO INDICADOR DE SOSTENIBILIDAD CAPAZ DE RECOGER LA INFORMACION GENERADA EN LA PARTE EXPERIMENTAL DEL PROYECTO, CON ESPECIAL ATENCION A LOS VALORES DE RESILIENCIA OBTENIDOS. CON ESTE INDICADOR SE PODRA PUNTUAR LA SOSTENIBILIDAD DE LAS DISTINTAS SUPERFICIES DE UNA CIUDAD Y MEDIANTE UN SISTEMA DE INFORMACION GEOGRAFICA SERA POSIBLE LOCALIZAR LAS ZONAS PRIORITARIAS DE ACTUACION DONDE LOS VALORES DE SOSTENIBILIDAD SEAN MAS BAJAS Y/O LOS NIVELES DE RIESGO MAS ALTOS. ADEMAS, CON LA INTENCION DE ASEGURAR LA SOSTENIBILIDAD A LARGO PLAZO DE ESTAS SOLUCIONES, SE ESTUDIARAN DISTINTOS PROGRAMAS DE MANTENIMIENTO, OPTIMIZANDO LA SELECCION DE MAQUINARIA Y PLANIFICACION. POR ULTIMO, SE EMPLEARAN HERRAMIENTAS DE ANALISIS MULTICRITERIO PARA COMBINAR TODAS LAS VARIABLES Y AYUDAR A DECIDIR PARA CADA CASO PARTICULAR CUALES SON LAS SUPRIS MAS ADECUADAS A CONSTRUIR._x000D_ COMO RESULTADOS PARTICULARES DE ESTE SUBPROYECTO DESTACAN EL CATALOGO TECNICO DE SECCIONES DE SUPERFICIES URBANAS PERMEABLES Y RESILIENTES, Y LA METODOLOGIA DE ANALISIS MULTICRITERIO CON CONSIDERACIONES DE MANTENIMIENTO DE LAS SOLUCIONES MAS SOSTENIBLES. ESTOS RESULTADOS SON CRITICOS PARA EL DESARROLLO DEL PROYECTO COORDINADO EN SU CONJUNTO Y ESTAN INTIMAMENTE RELACIONADOS CON EL TRABAJO A DESARROLLAR EN EL SUBPROYECTO COMPLEMENTARIO. (Spanish)
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CITIES AROUND THE WORLD CONCENTRATE EVERY DAY MORE POPULATION, INCREASING THE SURFACE THEY OCCUPY IN A OFTEN UNCONTROLLED WAY, CREATING GREATER PROBLEMS IN COPING WITH THE DRAMATIC EFFECTS OF CLIMATIC CHANGE. THE ROLE OF URBAN SURFACES IS CRUCIAL IN COPING WITH PHENOMENA SUCH AS FLOODS OR THE HEAT ISLAND EFFECT. In this ESCENARY, it is necessary and impressible that I have used URBAN PAVIMENTS as the coverings of buildings, will be transformed by increasing their resilience and their sustainability._x000D_ IN THE FRAMEWORK OF THE COORDINAD PROJECT RESILIENT, INTELIGENT AND SUSTAINABLE (SUPRIS), the sub-project SUPERFICIES URBAN RESILIENT AND SUSTAINABLE (SURES), LIDERATED BY THE TECHNOLOGY RESEARCH GROUP OF THE CONSTRUCTION OF CANTABRIA UNIVERSITY (GITECO-UC), as a fundaMENTAL OBJECTIVE THE STUDY OF RESILIENCE AND SUSTAINABILITY OF PAVIMENTS AND CUBIERTS, providing NEW KNOWING THAT PERMITS YOUR Compatibilisation AS MULTIFUNCIONAL ADAPTED TO CLIMATE CHANGE._x000D_ THE STUDY OF THE RESILIENCE OF URBAN SUPERFICIES it will be carried out by a complete analysis of risks that will allow you to identify and value the primary peaks to which it should be cooled in the future (INUNDATIONS due to torrential floods and increases of temperatures associated to the effect of heat island, between others). SUBSEQUENTLY, THE PILOT PART OF THE PROJECT, DIVIDED INTO TWO KEY STAGES, WILL BE CARRIED OUT. IN THE FIRST ONE LABORATORY TESTS WILL BE CARRIED OUT ON THE MAIN CONSTRUCTION MATERIALS USED ON THE SURFACES OF OUR CITIES, MODIFYING THE METHODS WITH THE INTENTION OF MEASURING THEIR RESILIENCE TO EXTREME EVENTS OF WATER CONDITION AND TEMPERATURES. IN THE SECOND STAGE, COMPLETE SECTIONS WILL BE ANALYSED AND INTERACTIONS BETWEEN THE DIFFERENT MATERIALS WILL BE ANALYSED, CHARACTERISING THE RESILIENCE OF THE SET BOTH IN LABORATORY AND IN EXPERIMENTAL AREAS ALREADY BUILT. _x000D_ for SUSTAINIBILITY ANALYSIS, The need to manage a new SUSTAINABILITY INDICATOR capable of collecting the GENERAL INFORMATION IN THE EXPERIMENTAL PART OF THE PROJECT, WITH SPECIAL ATTENTION TO OBTENTED RESILITION VALORS, will be evaluated in the first place. WITH THIS INDICATOR IT WILL BE POSSIBLE TO SCORE THE SUSTAINABILITY OF THE DIFFERENT AREAS OF A CITY AND THROUGH A SYSTEM OF GEOGRAPHICAL INFORMATION IT WILL BE POSSIBLE TO LOCATE THE PRIORITY AREAS OF ACTION WHERE THE SUSTAINABILITY VALUES ARE LOWER AND/OR THE HIGHEST RISK LEVELS. IN ADDITION, WITH THE INTENTION OF ENSURING THE LONG-TERM SUSTAINABILITY OF THESE SOLUTIONS, DIFFERENT MAINTENANCE PROGRAMS WILL BE STUDIED, OPTIMISING THE SELECTION OF MACHINERY AND PLANNING. For the most part, multi-criterion tools will be used to make up all variables and help to deliver EVERYTHING TO PARTICULAR QUESTIONS ARE THE SUPPRISES ASSOCIATED TO CONSTRUT._x000D_ AS PARTICULAR RESULTS OF this sub-project STRESS THE TECHNICAL CATALOGY OF PERmeable and Resilient URBAN SUPERFICIES SECTIONS, and the multi-criterion ANALISIS METODOLOGY WITH MAINTENANCE CONSIDERATIONS OF MORE SUSTAINABLE SOLUTIONS. THESE RESULTS ARE CRITICAL FOR THE DEVELOPMENT OF THE COORDINATED PROJECT AS A WHOLE AND ARE CLOSELY RELATED TO THE WORK TO BE CARRIED OUT IN THE COMPLEMENTARY SUB-PROJECT. (English)
12 October 2021
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Santander
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Identifiers
BIA2015-65240-C2-1-R
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