Estado proyecto 27: On going

Application of WSN in municipal action plans and self-protection against forest fires

This Action Plan aims to promote the implementation of WSN in municipal action plans and self-protection against forest fires (PAMIF and PAIF) in the Sudoe. The municipalities of the pilot areas of Spain and Portugal will draw up plans to implement the WSNs in PAMIF and PAIF in the municipalities. This will be supported by own knowledge and experience in the application of technology in other areas (e.g. air quality), as well as on the knowledge and experience provided by the Project (GT3 and R3.1). The municipalities will establish the specific objectives of the plan, the municipal services that will be involved in its implementation, the chain of command and operations and the protocols of action. They will determine the material and human resources, infrastructures, equipment and training and training of the equipment necessary for the integration of WSNs. They will assess costs and identify sources of funding. The municipalities shall submit the plans to the competent higher authority, which shall decide on them. These are the Agência para a Gestão Integrada de Fogos Rurais (AGIF) of Portugal and the Directorate-General for Forest Policy of the Autonomous Communities in Spain. Public administrations and agencies will decide on the convenience/need to strengthen prevention and early detection in forest fire defence policies in the Sudoe. They will assess the advantages and benefits of the application of wireless sensor networks to forest fire management. JCYL DG Cultural Heritage will lead this realisation in which all the administrations and public agencies participating in the Project will participate.

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30 de May de 2024

Curso de posgrado en “Redes inalámbricas de sensores para la gestión de riesgos ambientales”

Este Plan de Acción tiene como objetivo transmitir los conocimientos, tecnologías, desarrollos y resultados del Proyecto a actuales y futuros profesionales del Sudoe. Se impulsará un curso de posgrado transnacional e interuniversitario (en adelante el Curso) dirigido a formar profesionales con un perfil altamente multidisciplinar en una variedad de tecnologías esenciales de las WSN tales como Ciencia y Tecnología de Sensores, Dispositivos y Sistemas Inteligentes, Tecnologías Inalámbricas, Tecnologías de Microgeneración de Energía, Ciencia y Tecnología de Datos, Tecnologías de Nube, Inteligencia Artificial y otras. El Curso mostrará cómo integrar estas tecnologías en las WSN y cómo adaptar las WSN a los contextos locales de forma que su implementación, operación y mantenimiento sea viable económicamente y sostenible en el tiempo. Mostrará también ejemplos de aplicaciones de las WSN a la gestión de riesgos ambientales en el medio rural. El formato del Curso será el de CURSO ONLINE MASIVO y ABIERTO (MOOC), en el que el consorcio cuenta con experiencia previa; por ejemplo, el MOOC en “Sensores de bajo coste para la vigilancia de la calidad del aire” del proyecto NanoSen-AQM (Interreg V-B Sudoe). Se celebrarán dos ediciones del MOOC en los años 2 y 3 del Proyecto y la versión final se entregará en el mes 34. La Universidad de Coimbra (FCTUC/DEI) liderará el Plan de Acción en el que participarán las universidades beneficiarias (B6, B8 y B9) y asociadas (A4) del Proyecto. Los centros de I+D (B1, B2, B3, B11 y B12) colaborarán en la elaboración del Plan de Acción e impartirán formación en el Curso. CSIC y CNRS cuentan con una amplia implantación territorial en ES y FR, comparten centros mixtos y unidades asociadas con universidades nacionales y mantienen colaboraciones con universidades de otros países. Ello permitirá ampliar el número de universidades participantes y extender el alcance del Curso a otras regiones del Sudoe, así como a otros países de la UE.

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30 de May de 2024

Method to identify industrial and territorial problems and provide solutions to solve them

The methodology will be built in conjunction with the clusters and incubators of the SCAIRA project and will be validated by the public authorities. It will detail the following steps: the mapping of local ecosystems, the establishment of the database, the organisation of external audits and analyses, the organisation of local workshops, the description of the Design Thinking method and the questionnaire used, the organisation of the final session, as well as the integration of comments from taxpayers and public authorities in terms of the methodology and relevance of the identified challenges. Secondly, the methodology for emerging solutions will also be built in conjunction with incubators and CTAs. It will take the concepts of the Sustainable Innovation Challenge developed by IMT Albi and optimise them to meet SCAIRA’s transnational objectives. This methodology will be tested during GT1 by the 5 incubators in the aeronautical and automotive sectors. It has set a target of 6 industrial and territorial challenges to be identified through the methodology developed, as well as the realisation of 2 emergency events, one in 2024 and the other in 2025. These 2 events will be Hackathons organised in a hybrid way with an event organised in person in one of the Spanish, Portuguese and French incubators. In practice, 3 events will be organised on the same date of 2024 in the facilities of HIESE (Portugal), CEEIM (Spain) and IMT Albi (France) with joint live presentations and a common agenda. By 2025 it will be organised in the facilities of HIESE (Portugal), FUNDECYT (Spain) and CARO (France).

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30 de May de 2024

Estrategia y plan de acción para la puesta en marcha de Living Labs orientados al agua para las SBN

Se desarrollará 1 estrategia para poner en marcha Living Labs centrados en el agua para SBN y reutilización (NB- WoLL). Describirá el método general y la estructura de implementación de NB- WoLL basados en un enfoque de “Cuádruple Hélice” (ENoLL) para desarrollar soluciones innovadoras a través de un modelo de co-creación colaborativa que implique a todas las partes interesadas en la cadena de valor de la reutilización del agua. La estrategia presentará un enfoque a medida, en el que las soluciones se definirán en función de la demanda. Se creará 1 plan de acción para aplicar la estrategia NB-WoLL basándose en la experiencia de los 3 demostradores.

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30 de May de 2024

Action plans

The GestEAUr project aims to improve water management in rural areas of the SUDOE region (France, Spain, and Portugal) to increase water resilience in the context of climate change. A comprehensive strategy will be developed to be efficient, adapted to local needs, and sustainable, along with five specific regional action plans. Additionally, three pilot tests will be implemented to optimize water purification, treatment, and reuse processes, and the digital tool SID_AQUARURAL will be created to monitor water quality and quantity in real-time, supporting decision-making. Through these actions, GestEAUr seeks to strengthen the sustainability and resilience of rural communities in the face of climate challenges.

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30 de May de 2024

Estrategia para mejorar la eficiencia y la calidad del agua en las zonas rurales SUDOE

El proyecto GestEAUr desarrollará una estrategia integral para mejorar la gestión del agua y aumentar la resiliencia hídrica en zonas rurales del SUDOE (Francia, Portugal y España) ante el cambio climático. Incluirá cinco planes de acción regionales y tres pruebas piloto para optimizar la potabilización, depuración y reutilización del agua. Además, se implementará la herramienta digital SID_AQUARURAL, basada en inteligencia artificial, para una gestión hídrica avanzada y en tiempo real.

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30 de May de 2024

Strategy to increase the use of regenerated water in agriculture

Over the next three years (2024-2026), the main objective of the I-ReWater project will be to improve water resource management in agriculture by integrating the use of urban reclaimed water in agricultural irrigation, taking into account environmental, social and economic aspects that ensure its proper use in light of the current climate crisis.

The final results will be the presentation of the ‘Transnational Strategy for the Use of Regenerated Water’ and a ‘Regenerated Water in Agriculture Resource Hub’ that will be available online for open consultation.

Another important task in I-ReWater will be to improve general knowledge about regenerated water by promoting the exchange of information between all stakeholders.

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30 de May de 2024

Descripción

El proyecto GestEAUr tiene como objetivo mejorar la gestión del agua en las zonas rurales del espacio SUDOE (Francia, España y Portugal) para aumentar la resiliencia hídrica en un contexto de cambio climático. Se desarrollará una estrategia integral que sea eficiente, adaptada a las necesidades locales y sostenible, junto con cinco planes de acción regionales específicos. Además, se implementarán tres pruebas piloto para optimizar la potabilización, depuración y reutilización del agua, y se creará la herramienta digital SID_AQUARURAL, que permitirá monitorear en tiempo real la calidad y cantidad de agua, apoyando la toma de decisiones. Con estas acciones, GestEAUr busca fortalecer la sostenibilidad y resiliencia de las comunidades rurales frente a los desafíos climáticos.

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30 de May de 2024

White Paper on improving public policies for the prevention and management of frost risk

This document, which will be produced jointly taking into account the results of the pilot tests in each territory, will contain a series of recommendations for its incorporation into public policies on the management of the damage caused by negative climate events in agriculture. Basically, it will promote the transition from an approach based on economic reparation of damages to another that considers anticipation and prevention as central elements. It will also incorporate a rigorous analysis of the role of agricultural insurance in terms of protection against frost risk, making proposals to achieve a work in synergy between insurers and policyholders that reduces the financial burden for both and leads to a balanced sharing of responsibilities and re-assessment of risk in view of existing prevention and mitigation measures.

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30 de May de 2024

Joint strategy and action plan for the management of jointly developed phosphates

Implementation 1 of Phos4Cycle seeks to develop a common strategy and an action plan for the management of phosphates associated with agricultural and livestock activity in rural areas to improve agricultural practices by applying preventive measures to reduce the transfer of forms of phosphorus to the aquatic environment, as well as corrective measures in water masses with a polluting presence. Beneficiary No 4 CPI shall coordinate the joint work of all partners. In addition, the strategy will include specific guidelines for reducing phosphate pollution in different agro-livestock production systems. Each partner will contribute to the definition of guidelines in the systems experienced in each pilot: dairy production (IPC-CALCOB), horticultural production (IPC-CALCOB), irrigated cereal production (ITAGRA), dehesa production (FEDEHESA), permanent woody crop production (DGAG_GR) and poultry production systems (ITAVI), making them more competitive. All these production systems are essential in the economy of the SUDOE area. The Action Plan, jointly developed by the partners to facilitate the adoption of the strategy, will then be adapted by each partner into a roadmap for each territory (WG3).

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30 de May de 2024