EcoSUSTAIN

Achieving a joint state-of the-art water quality monitoring system

Project presentation

EcoSUSTAIN represents joint transnational action towards maintenance of biodiversity and natural ecosystems by means of stronger management and networking of protected areas obtained through capacity building, innovative technologies and improved management knowledge base. Management and networking of protected areas will be improved by capacity building activities and pilot implementation of innovative water quality monitoring solutions in several protected wetland locations across the programme area. Water quality monitoring will be improved by means of state-of-the-art ICT technology providing live, early warning messages directly from a sensor-equipped buoy, or by means of long-term monitoring based on satellite imagery processing. The primary end uses of the monitoring systems will be management bodies of the protected areas involved in the pilot activities. However, by means of transferring actions in the project and sustainable results, secondary end users will be other management bodies of protected areas across the Mediterranean.

The overall objective of the action is to improve monitoring, management and networking of protected areas through supporting scientific, technical and management knowledge in order to tackle the problem of incoherent and segregated management of protected areas as self-sustained units, which is believed to hamper protection and promotion of Mediterranean natural resources, as well as maintenance of biodiversity and natural ecosystems.

Partnership

  • Lead partner

    University of Rijeka, Faculty of Maritime Studies (Croatia)

  • 9 Partners

  • 5 Pilot sites

  • 5 Countries

Key messages

For managers

  • The main goal of EcoSUSTAIN was the maintenance of biodiversity and natural ecosystems employing more robust management and networking of protected areas;

  • Efficient management of protected areas can be achieved with innovative, concrete, sustainable and transferable tools and methods that the project will implement;

  • Improving management means including a knowledge base and specification of a joint monitoring methodology.

For policy

  • The EcoSUSTAIN project has generated strengthening of integrated management, cooperation, and networking between protected areas;

  • Networking of protected areas needs to be strengthened by supporting more intensive cooperation between competent public authorities and key stakeholders, including local communities and associations.

  • Networking and harmonization of the practices  make sustainability policies more effective

For science

  • The Mediterranean region heavily depends on natural ecosystems: they are essential drivers for socio-economic development, quality of life and wellbeing of citizens, territorial attractiveness, and consequently, the economic value of the entire area;

  • The pilot action of the project have worked on the implementation of live water quality monitoring, leading to improved conservation status.

  • Outcome of the project was the implementation of an action plan, water monitoring software for long and short-term solutions.

Achieving a joint state-of the-art water quality monitoring system

Water quality is an important indicator of the state of biodiversity and natural ecosystems. Therefore, management of the water services is also fundamental to provide a high level of the conservation status and the ecological health of wetlands, lakes, rivers in the protected areas.
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To increase management capacity of protected areas involved in the pilot activities of the EcoSUSTAIN project, developed joint state-of-the-art water quality monitoring systems. However, using transferring actions in the project and sustainable results to other protected areas across the Mediterranean.

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The monitoring system has been improved through two types of water quality monitoring methods: a live early warning system (Water quality monitoring software - short-term solution) and a long-term monitoring system based on satellite imagery processing (Water quality monitoring software - long-term solution).
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The short-term monitoring solution (STMS) provides on-time water quality monitoring by collecting data from sensor-equipped buoys in the water, processing data, and notifying the relevant recipient via software and GUI for data visualization. The long-term (LTMS) monitoring solution includes methodology and integrated solution for satellite monitoring of environmental indicators via Earth Observation techniques and relevant satellite imagery processing and elaboration on the meta-information presented on the client GUI (graphical user interface).
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Thanks to this integrated system, managers of protected areas can now clearly understand water quality by an early warning system in case of pollutant discharge. They will also be able to monitor the ecological health of wetlands, lakes, rivers over satellite-based monitoring over time.
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    Library resources

    pdf

    Water monitoring implementation manual - environmental and socio-economic segment

    Water monitoring implementation manual - environmental and socio-economic segment
    Size: 1.39 MB
    pdf

    Lessons learnt during water quality monitoring pilot implementation

    This document describes the lessons learnt from EcoSUSTAIN pilots, from the preparation phase up to the installation, maintenance and operation of two different water quality monitoring systems, short- and long-term systems installed in five protected-areas
    Size: 2.87 MB
    pdf

    STMS – Water monitoring implementation manual

    This water quality monitoring implementation manual for the short-term monitoring solution (STMS) contains detailed description of the process of implementation.
    Size: 960.48 KB
    html

    Short-Term Water Monitoring System (STMS) - MONITORING TOOL

    The effective management of any type of water body requires comprehensive, up-to-date data on its physical, chemical, and biological quality. The Short-Term Water Quality Monitoring System (STMS) can be used in situ to detect an increase of specific pollutants in water. It uses an automatic identification system network that notifies designated recipients in real time.
    Size: -1.00 B
    html

    Long-Term Water Monitoring System (LTMS) - MONITORING TOOL

    The effective management of any type of water body requires comprehensive, up-to-date data on its physical, chemical, and biological quality. The long-term monitoring system (LTMS) is an integrated solution for monitoring environmental indicators via satellite using Earth Observation techniques and relevant satellite imagery processing/classification, and for preparing meta-information, presented on the client’s graphical user interface (GUI).
    Size: -1.00 B