LIFEWATCH INDALO

Scientific infrastructure for monitoring biodiversity and its adaptation to global change in Andalusia 

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Project summary

The INDALO project aims to study the biodiversity in different representative ecosystems of Andalusia, and to analyse their evolution to better understand the consequences of Global Change. Tools, equipment and networks monitoring, together with the necessary technology for the development of scientific tasks, will be made available to researchers in a common work environment so that managers and scientists can use and share information, favouring the transfer of the knowledge generated to relevant regional authorities to enhance biodiversity management measures. The INDALO infrastructure will act as an operational and integrating framework for scientific work including: 

  • The development of a Local Observatories Network in representative ecosystems of Andalusia as Thematic Centers of Reference, and
  • Supporting the LifeWatch ERIC e-infrastructure in terms of standards and connections for the exchange of information and establishment of virtual laboratories and services. 

    INDALO’s main objectives are: 

    • To orient the future of Andalusian R&D&I in biodiversity and ecosystems towards the use of the LifeWatch infrastructure. 
    • To promote the science-administrative management linkage. 
    • To link the entire Andalusian environmental knowledge system to LifeWatch in a federated manner. 
    • To stimulate the connection of Andalusian R&D&I with the EU. 
    • To attract the private sector to innovate from LifeWatch.

    Our role

    ETC-UMA is testing infrastructures and end-user friendly support tools to practicioners focusing on wetland management and protection.

    Our work concerns the wetland monitoring system with remote sensing data involving the design and development of a monitoring tool, including:

    • Delineation of Andalusian wetland areas building on their hydro-ecological boundaries.
    • Design and develop a monitoring and assessment tool in near real time building on pre-identified and pre-defined indicators, to allow wetland managers and  environmental administration bodies to calculate, visualize and extract relevant information on Andalusian wetlands.

    More about it

    Christoph Schröder

    Project coordination

    christoph.schroder@uma.es

    Based on my MSc in Geography (University of Bonn) I have developed expertise in Geographic Information Systems and land use/cover change analysis from local to global scale with particular interest in the Mediterranean...

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    Gabriel Martorell

    Data and remote sensing

    gabrielmg@uma.es

    Gabriel graduated in Geography at the University of the Balearic Islands. He has joined ETC-UMA as part of his master's degree in GIS and Remote Sensing, where he supports the collection, development and analysis of digital thematic cartography...
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    Our partners

    Agencia de Medio Ambiente y Agua de Andalucía (AMAYA)  

    Consejería de Universidad, Investigación e Innovación through the Agencia Andaluza del Conocimiento and LIFEWATCH Consortium (LIFEWATCH ERIC) 

    Instituto de Investigación y Formación Agraria y Pesquera de Andalucía, IFAPA 

    Instituto Nacional de Técnica Aeroespacial INTA 

    Universidad de Almería 

    Universidad de Cádiz 

    Universidad de Huelva 

    Universidad de Jaén 

    Universidad de Málaga 

    Universidad de Sevilla 

    Universidad Pablo de Olavide 

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    POPE 2014-2020 operational program (FEDER) - LIFEWATCH ERIC line of action. Co-financed by Feder funds, the Ministry of Science and Innovation and the Ministry of Sustainable Development in Spain



    GreenEye System: a cloud-based system to monitor wetlands in Andalusia

    GreenEye System: a cloud-based system to monitor wetlands in Andalusia

    Developed in the frame of the LifeWatch INDALO project cofinanced by the European Regional Development Fund (ERDF) for the study of biodiversity and global change in Andalucia, GreenEye System, this new cloud-based monitoring system, provides useful tools for wetlands’ assessment, ...
    Looking back and forth to Mediterranean Forests

    Looking back and forth to Mediterranean Forests

    Timely published to enrich the knowledge available to fight fires and climate change challenges after an extremely hot summer, the proceedings of the Seventh Mediterranean Forest Week “Forest and Ecosystem Restoration for the next Mediterranean Generations" held from 21 to ...
    More space for innovative Mediterranean forest data partnerships

    More space for innovative Mediterranean forest data partnerships

    The report entitled A knowledge baseline on Mediterranean forests supported by innovation launched in July by ETC-UMA provides a highlight of what Mediterranean countries and institutions are doing to integrate new digital, satellite and Artificial Intelligence technologies into forest monitoring ...
    Job opening at the ETC-UMA: Senior Specialist in Nature Based Solutions for Climate Adaptation

    Job opening at the ETC-UMA: Senior Specialist in Nature Based Solutions for Climate Adaptation

    The European Topic Centre on Spatial Analysis and Synthesis (ETC-UMA) is an international center that develops and applies scientific knowledge and cutting-edge technology to address environmental issues and enhance the status of ecosystems at all spatial scales targeting various stakeholders ...
    The Earth from Space shown by ETC-UMA at FANTEC 2023

    The Earth from Space shown by ETC-UMA at FANTEC 2023

    Students from 80 centers from all over Andalusia came together on Friday 19 May 2023 at the High School of Industrial Engineering of the University of Malaga to participate, one more year, in the Andalusian Technology Fair 2023. Antonio Sanchez ...