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Published on
15 April 2025
Status
New
Completed

Methodological Approach for the Implementation of Early Warning Systems (EWS) for Floods

Expected duration
May 2013 - Dec 2016
SFVC commitment ID
20250403_001
Version
1
Author
CIIFEN CIIFEN
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Methodology for implementing Early Warning Systems (EWS) for floods in binational basins, promoting risk reduction through monitoring, community participation, and strategic planning.

    Description

    CIIFEN’s mission is to strengthen research, information services, and science-policy interaction to build resilience to climate variability and global change in developing countries. In alignment with this mission, the process involved the implementation of Early Warning Systems (EWS) for flood risk management in the Suches-Titicaca and Catamayo-Chira binational basins. The initiative aimed to enhance disaster preparedness by integrating scientific research, technology, and community participation to reduce vulnerability and strengthen both institutional and local capacities.

    The implementation approach was based on international methodologies, including those of UNISDR and the OAS. It emphasized risk monitoring, community engagement, and coordinated response mechanisms.

    The project’s goal was to implement Early Warning Systems for flood risk management through the development of risk maps, the strengthening of coordination among local actors, community training, and the use of technological tools for hydrometeorological monitoring. These efforts aimed to improve risk prediction and response in flood-prone areas using an integrated and sustainable approach.

    As a result of our commitment, documentation was produced to systematize the process and support learning for EWS implementation. These materials were applied in four specific areas, covering various basins and municipalities. They include flood risk maps, response protocols, emergency signage, and training programs for communities and local authorities. These outputs will help ensure that communities are better prepared to effectively face flood events. By strengthening institutional frameworks and community resilience, this project contributes to the sustainable reduction of disaster risk and the long-term safety of vulnerable populations.

    Did the Sendai Framework change or contribute to changes in your activities/organization? If so, how?

    The Sendai Framework has significantly influenced CIIFEN by strengthening its methodologies for assessing vulnerability, risk, and climate change impacts. This has led to the implementation of tools like Early Warning Systems (EWS) and the adoption of comprehensive methodologies to understand susceptibility and adaptive capacity in vulnerable communities. CIIFEN has promoted inter-institutional articulation, community participation, and capacity building, achieving an integrated and preventive approach aligned with the priorities of the Sendai Framework.

    What led you to make this commitment/initiative?

    What was your position before making this Voluntary Commitment / prior to the Sendai Framework?

    CIIFEN’s commitment stemmed from the urgent need to reduce the impacts of climate change and phenomena such as El Niño in vulnerable communities. First-hand experience in the Andean and coastal regions of South America highlighted the importance of developing tools to anticipate and mitigate these risks. Inspired by the Sendai Framework, CIIFEN implemented an innovative vulnerability assessment methodology that integrates climatic, social, economic, and environmental factors. This approach enabled the design of science-based adaptation measures, active community engagement, and strengthened territorial resilience.

    Deliverables and Progress report

    Deliverables

    Deliverables are the end-products of the initiative/commitment, which can include issuance of publications or knowledge products, outcomes of workshops, training programs, videos, links, photographs, etc.

    Methodological Approach for the Implementation EWS for Floods (Book Collection)
    Intended date of delivery
    1 December 2017

    A collection of booklets focused on the methodology for implementing Early Warning Systems (EWS) in binational river basins, with a strong community-based component and four case studies from Ecuador, Peru, and Bolivia.

    These booklets compile the methodological synthesis developed throughout the project in a practical, guide-like format. They provide concrete examples of implementation and serve as reference materials for replicating the approach in other countries facing similar flood risk challenges.

    File
    Methodological Approach for the Implementation of Early Warning Systems (EWS) for Floods (Book 1) (6.13 MB)
    Link
    https://geonode.ciifen.org/documents/1164
    Implementation Process of a Flood EWS in Querecotillo District, Peru
    Intended date of delivery
    1 December 2017

    Case Study: Implementation of Early Warning Systems in Querecotillo District, Peru. This book describes the process of establishing Early Warning Systems (EWS) in Querecotillo, detailing the methodological approach, key stakeholders, protocols, and resources involved.

    File
    Querecotillo District case study, Flood EWS Implementation (4.18 MB)
    Link
    https://geonode.ciifen.org/documents/1140
    Implementation Process of a Flood Early Warning System in Salitral District Peru
    Intended date of delivery
    1 December 2017

    Implementation of Early Warning Systems in Salitral District, Peru. This book describes the process of establishing Early Warning Systems (EWS) in Salitral, detailing the methodological approach, key stakeholders, protocols, and resources involved.

    File
    Salitral District case study, Flood EWS Implementation (3.94 MB)
    Link
    https://geonode.ciifen.org/documents/1133
    Implementation Process of a Flood EWS in Zapotillo, Ecuador
    Intended date of delivery
    1 December 2017

    Implementation of Early Warning Systems in Zapotillo Municipalty, Ecuador. This book describes the process of establishing Early Warning Systems (EWS) in Zapotillo, detailing the methodological approach, key stakeholders, protocols, and resources involved.

    File
    Zapotillo Municipalty Case study, Flood EWS Implementation (4.53 MB)
    Link
    https://geonode.ciifen.org/documents/1141
    Implementation Process of a Flood EWS in Escoma, Bolivia
    Intended date of delivery
    1 December 2017

    Implementation of Early Warning Systems in Escoma Municipalty, Bolivia. This book describes the process of establishing Early Warning Systems (EWS) in Escoma, detailing the methodological approach, key stakeholders, protocols, and resources involved.

    File
    Escoma Municipalty Case study, Flood EWS Implementation (3.71 MB)
    Link
    https://geonode.ciifen.org/documents/1139
    Organizations and focal points

    Implementing Organization(s)

    • International Research Centre on El Niño

    Focal points

    Main focal point
    CIIFEN CIIFEN (CIIFEN, CIIFEN)

    Explore further

    Sendai priorities
    Priority 1Understanding disaster risk
    Priority 2Strengthening disaster risk governance to manage disaster risk
    Priority 4Enhancing disaster preparedness for effective response, and to «Build Back Better», rehabilitation and reconstruction
    Sendai targets and indicators
    F-1 (Compound)Total official international support (official development assistance (ODA) plus other official flows), for national disaster risk reduction actions
    F-4Total official international support (ODA plus other official flows) for the transfer and exchange of disaster risk reduction-related technology
    F-5Number of international, regional and bilateral programmes and initiatives for the transfer and exchange of science, technology and innovation in disaster risk reduction for developing countries
    F-7Number of international, regional and bilateral programmes and initiatives for disaster risk reduction-related capacity-building in developing countries
    Hazards Flood
    Themes Community-based DRR Preparedness Early warning Environment and ecosystems Governance Risk identification and assessment Science-policy-practice interface
    Country and region Bolivia, Plurinational State of Colombia Ecuador Peru
    Sustainable Development Goals SDG11: Sustainable cities and communities SDG13: Climate action SDG17: Partnerships for the goals
    Risk Management Workshop with Community in Querecotillo, Peru
    Scope
    Regional - Bolivia, Plurinational State of, Colombia, Ecuador, Peru
    Scale of beneficiaries
    1,000 to < 2,000
    Donors
    Ministry of Foreign Affairs Finland
    Umbrella initiative(s)
    Early Warning for All Initiative
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