Evaluating the co-production of a near real time Earthquake Aftershock forecasting tool for humanitarian risk assessment and emergency planning

Keira Quinn, M Hope, John McCloskey, M NicBhloscaidh, Abigail Jimenez

    Research output: Contribution to conferenceAbstract

    Abstract

    Concern Worldwide and the University of Ulster Geophysics Research Group are engaged in a project to co-produce a suite of software and mapping tools to assess aftershock hazard in near real-time during the emergency response phase of earthquake disaster, and inform humanitarian emergency planning and response activities. This paper uses a social learning approach to evaluate this co-production process. Following Wenger (1999) we differentiate between the earthquake science and humanitarian communities of practice (CoP) along three dimensions: enterprise (the purpose of CoPs and the problems participants are working to address), repertoire (knowledge, skills, language), and identity (values and boundaries). We examine the effectiveness of learning between CoP, focusing on boundary work and objects, and various organisational structures and aspects of the wider political economy of learning that enable and hinder the co-production process. We conclude by identifying a number of ways to more effectively integrate earthquake science into humanitarian decision-making, policy development and programme design.

    Conference

    ConferenceEuropean Geosciences Union
    General Assembly
    Abbreviated titleEGU
    CountryAustria
    CityVienna
    Period12/04/1517/04/15
    Internet address

    Fingerprint

    coproduction
    risk assessment
    natural disaster
    production process
    planning
    social learning
    science
    organizational structure
    learning
    development policy
    community
    political economy
    disaster
    decision making
    language
    time
    Values
    Group

    Keywords

    • NGO
    • Aftershock

    Cite this

    Quinn, K., Hope, M., McCloskey, J., NicBhloscaidh, M., & Jimenez, A. (2015). Evaluating the co-production of a near real time Earthquake Aftershock forecasting tool for humanitarian risk assessment and emergency planning. Abstract from European Geosciences Union
    General Assembly, Vienna, Austria.
    Quinn, Keira ; Hope, M ; McCloskey, John ; NicBhloscaidh, M ; Jimenez, Abigail. / Evaluating the co-production of a near real time Earthquake Aftershock forecasting tool for humanitarian risk assessment and emergency planning. Abstract from European Geosciences Union
    General Assembly, Vienna, Austria.
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    abstract = "Concern Worldwide and the University of Ulster Geophysics Research Group are engaged in a project to co-produce a suite of software and mapping tools to assess aftershock hazard in near real-time during the emergency response phase of earthquake disaster, and inform humanitarian emergency planning and response activities. This paper uses a social learning approach to evaluate this co-production process. Following Wenger (1999) we differentiate between the earthquake science and humanitarian communities of practice (CoP) along three dimensions: enterprise (the purpose of CoPs and the problems participants are working to address), repertoire (knowledge, skills, language), and identity (values and boundaries). We examine the effectiveness of learning between CoP, focusing on boundary work and objects, and various organisational structures and aspects of the wider political economy of learning that enable and hinder the co-production process. We conclude by identifying a number of ways to more effectively integrate earthquake science into humanitarian decision-making, policy development and programme design.",
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    author = "Keira Quinn and M Hope and John McCloskey and M NicBhloscaidh and Abigail Jimenez",
    year = "2015",
    month = "4",
    day = "12",
    language = "English",
    note = "European Geosciences Union<br/>General Assembly : EGU, EGU ; Conference date: 12-04-2015 Through 17-04-2015",
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    Quinn, K, Hope, M, McCloskey, J, NicBhloscaidh, M & Jimenez, A 2015, 'Evaluating the co-production of a near real time Earthquake Aftershock forecasting tool for humanitarian risk assessment and emergency planning' European Geosciences Union
    General Assembly, Vienna, Austria, 12/04/15 - 17/04/15, .

    Evaluating the co-production of a near real time Earthquake Aftershock forecasting tool for humanitarian risk assessment and emergency planning. / Quinn, Keira; Hope, M; McCloskey, John; NicBhloscaidh, M; Jimenez, Abigail.

    2015. Abstract from European Geosciences Union
    General Assembly, Vienna, Austria.

    Research output: Contribution to conferenceAbstract

    TY - CONF

    T1 - Evaluating the co-production of a near real time Earthquake Aftershock forecasting tool for humanitarian risk assessment and emergency planning

    AU - Quinn, Keira

    AU - Hope, M

    AU - McCloskey, John

    AU - NicBhloscaidh, M

    AU - Jimenez, Abigail

    PY - 2015/4/12

    Y1 - 2015/4/12

    N2 - Concern Worldwide and the University of Ulster Geophysics Research Group are engaged in a project to co-produce a suite of software and mapping tools to assess aftershock hazard in near real-time during the emergency response phase of earthquake disaster, and inform humanitarian emergency planning and response activities. This paper uses a social learning approach to evaluate this co-production process. Following Wenger (1999) we differentiate between the earthquake science and humanitarian communities of practice (CoP) along three dimensions: enterprise (the purpose of CoPs and the problems participants are working to address), repertoire (knowledge, skills, language), and identity (values and boundaries). We examine the effectiveness of learning between CoP, focusing on boundary work and objects, and various organisational structures and aspects of the wider political economy of learning that enable and hinder the co-production process. We conclude by identifying a number of ways to more effectively integrate earthquake science into humanitarian decision-making, policy development and programme design.

    AB - Concern Worldwide and the University of Ulster Geophysics Research Group are engaged in a project to co-produce a suite of software and mapping tools to assess aftershock hazard in near real-time during the emergency response phase of earthquake disaster, and inform humanitarian emergency planning and response activities. This paper uses a social learning approach to evaluate this co-production process. Following Wenger (1999) we differentiate between the earthquake science and humanitarian communities of practice (CoP) along three dimensions: enterprise (the purpose of CoPs and the problems participants are working to address), repertoire (knowledge, skills, language), and identity (values and boundaries). We examine the effectiveness of learning between CoP, focusing on boundary work and objects, and various organisational structures and aspects of the wider political economy of learning that enable and hinder the co-production process. We conclude by identifying a number of ways to more effectively integrate earthquake science into humanitarian decision-making, policy development and programme design.

    KW - NGO

    KW - Aftershock

    M3 - Abstract

    ER -

    Quinn K, Hope M, McCloskey J, NicBhloscaidh M, Jimenez A. Evaluating the co-production of a near real time Earthquake Aftershock forecasting tool for humanitarian risk assessment and emergency planning. 2015. Abstract from European Geosciences Union
    General Assembly, Vienna, Austria.