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  • 1.
    Plamboeck, Agneta H.
    et al.
    Umeå University, Faculty of Science and Technology, European CBRNE Center.
    Stöven, Svenja
    Umeå University, Faculty of Science and Technology, European CBRNE Center.
    Davidson, Raquel Duarte
    Fykse, Else-Marie
    Griffiths, Mark
    Nieuwenhuizen, Maarten
    Rivier, Cedric
    van der Schans, Marcel
    Laboratory analysis of CBRN-substances: Stakeholder networks as clue to higher CBRN resilience in Europe2016In: TrAC. Trends in analytical chemistry, ISSN 0165-9936, E-ISSN 1879-3142, Vol. 85, no Part B, p. 2-9Article in journal (Refereed)
    Abstract [en]

    The threat of terrorists using CBRN agents continues to pose a risk of mass casualties and severe disruption of societal functions in Europe. Standardisation of crisis management activities is one important step towards effective national and international interoperability and increased resilience. Understanding which CBRN agents are involved in an incident is vital for appropriate response measures. We applied a system's view on the process of CBRN sample analysis and see three discrete applications; Immediate incident response, Forensics, Post incident monitoring. Together with laboratory experts and policy makers from across Europe we identified needs for quality assurance measures in these three areas. Here, we suggest various harmonisation activities that can facilitate interoperability between all stakeholders concerned with CBRN sample analysis. Foremost, we recommend purpose-oriented laboratory networks, but also minimum performance requirements for First Responders' detection and sampling capabilities, best practices for sample transport and documentation.

  • 2.
    Plamboeck, Agneta
    et al.
    Umeå University, Faculty of Science and Technology, European CBRNE Center.
    Sahovic, Dzenan
    Umeå University, Faculty of Social Sciences, Department of Political Science. Europeiska CBRNE-centret, European CBRNE Center.
    Karlsson Bazarschi, Johanna
    Umeå University, Faculty of Science and Technology, European CBRNE Center.
    Enhancing First Responder CBRN Capabilities2015In: ABC. Casopis urgentne medicine (Journal of Emergency Medicine), ISSN 1451-1053, Vol. 15, no 2, p. 60-65Article in journal (Other academic)
  • 3.
    Sellström, Åke
    et al.
    Umeå University, Faculty of Science and Technology, European CBRNE Center.
    Plamboeck, Agneta
    Umeå University, Faculty of Science and Technology, European CBRNE Center.
    Sigsworth, Andrew
    Police National CBRN Center .
    Deegan, Andrew
    Police National CBRN Center .
    Brinek, Josef
    SUJCHBO.
    Kralik, Lukas
    SUJCHBO.
    Becker, Anne
    Robert Koch-institute.
    Gebert, Susanne
    Robert Koch-institute.
    Norrhem, Bo
    Lindholmen Science Park.
    Rydberg, Gunilla
    Lindholmen Science Park.
    Sommade, Christian
    HCFDC.
    Dhermain, Joel
    DGA Maitrise NRBC.
    Jacquelard, Christophe
    Cilas.
    Goebel, Johann
    EADS.
    Tunemalm, Anna-Karin
    FOI.
    Bucht, Göran
    FOI.
    Nexon, Elisande
    Foundation Pour la recherche strategique.
    Di Camillo, Federica
    Istituto affari internazionali.
    Miranda, Valérie
    Istituto affari internazionali.
    Riti, Emidio
    Selex Galileo.
    George, Marc
    UCL.
    Menning, Dennis
    Umeå University, Faculty of Science and Technology, European CBRNE Center.
    Final Report of CBRNEmap: A better preparedness and response for European citizens facing CBRNE Threats2011Report (Other (popular science, discussion, etc.))
    Abstract [en]

    CBRNEmap was a pre-study to the upcoming CBRNE technology demonstrator. Accordingly, considerable efforts were used to describe the feasibility and to sort out a number of basic requirements of the contemplated demonstrator object. This report deals with two areas deemed important when constructing a civilian CBRNE system of systems, its limitations and some suggested specifications: A useful CBRNE system of systems will improve and connect important societal functions vital before, during and after a CBRNE accident and/or attack. CBRNEmap identifies three clusters of activities as the most important when making our society resilient to CBRNE. These are, the cluster of activities making up the response function, the cluster of activities defining the function to protect identified targets and the cluster of societal investments enabling Europe to become more resilient. As examples and as a source of inspiration the three societal functions described above (response, protect and enabling) were used to discuss the CBRNE technology demonstrator. The demonstrator objects were populated by technologies and thereafter discussed with respect to choice of scenarios, choice of parameters to be used for its validation and with respect to its market value. Based on its conclusions, its working process and its interaction with external partners CBRNEmap recommends that:

    The use of Integrated Project Teams will be given priority when evaluating the upcoming demonstrator objects.

    The European Commission does everything possible to ensure that the results of previous “EU project” get integrated into the upcoming demonstrator object.

    Appropriate limitations and projections are made to the CBRNE system of systems perspective, in order to produce a CBRNE demonstrator serving the societal functions responsible or operational active.

    Considerable efforts are given to validating the improvements and/or added value of the demonstrator object.

    The cluster of societal investment we refer to as the enabler is further investigated in a future SSA.

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