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TRANSCRIPT
WG1. Food Crisis Management
3rd FOODSEG Symposium
Novi Sad, Serbia 24-‐25th of April 2014
Rickard Knutsson, SVA
Overall outline WG1 • Focus on Capacity building: Industry, Agencies/control bodies, consumer/media.
• Link to WP9 (review paper WP9) • Responsibili0es WG1: MarVno Barbanero (Industry), ChrisVne Jewan (Industry but also media and crisis communicaVon), Bert Pöpping (Industry/Methods for diagnosVc customers, RegulaVon), Thomas Kuchta (Control bodies), Dario De Medici (Agencies), Rickard Knutsson (Agencies)
Global Food Threats &: A need for cooperaVon
• Whole of society approach (pandemic) • One Health (human and animal health) • All hazards approach (CBRN preparedness) • Mul0-‐agency approach (counter terrorism) • Border control/food crime (illegal trading)
• Chernobyl (1986) • BSE (90:ies) • FMD outbreak UK (2001) • Avian influenza (2006) • Dioxin crisis • EHEC (2011) • Horse Meat (2013) -‐ CBRN incidents as well as frauds, and illegal trading
Some examples
Black Swans
• Nassim Taleb: Black Swans -‐ rare events that have a huge impact and can only be predicted retrospecVvely
• Taleb “argues that
the unforeseen nature of Black Swans leads to the underesVmaVon of such events despite their huge potenVal impact”.
Measures are taken for known
threats/ risks but not for
unkown
Food Crisis Management
CrisisTime Scale
WG1 - Many Actors Involved in: - Prevention, - Response - Recovery
Interoperability
Source: EU project AniBioThreat
• Follow up results from other EU-‐projects related to Food Crisis Management (AniBioThreat, SLAM, Foodrisc)
• Review paper (prevenVon, response, recovery) – Early warning and capability to operate under uncertainty
– DiagnosVcs & detecVon strategies during a crisis – Lab networks for food crisis situaVons – Emergency response validaVon – Crisis communicaVon
Methodology WG1
• Global concerns and failure of sense making • Detec0on and diagnos0cs under uncertainty • Decision making under uncertainty • Communica0on of uncertainty • Many actors involved
– Competent bodies – Agencies – Private companies – Consumers
Main issues
First phase and hours are the most
cri0cal
WG1
Rapid response …
To miVgate the crisis
• Early warning and rapid risk assessment • Rapid detection and emeregency validation • Rapid risk and crisis communication
3-D Warning
Early warning and rapid risk assessment
WG9
WG1 WG1
3D Warning Concept
Many different surveillance systems exists New methodologies for rapid risk assessment ECDC:s Operational guidance on rapid risk assessment methodology
• Passive vs. AcVve • Event-‐based vs. Indicator-‐based • Expert-‐based vs. Crowd Sourced • Technology-‐Dependent vs. Technology Independent • Open vs. Government (Civilian vs. Military) vs. Com • Syndromic Surveillance • Biometric Surveillance • Lab Surveillance
Surveillance Systems
One good review example
Drewe et al. Evaluation of animal and public health surveillance systems: a systematic review, 2011
• The AOAC Research InsVtute Emergency Response ValidaVon Program (Hammak, 2009/1, Journal of AOAC InternaVonal)
• According to the EU project SLAM a European CBRN Lab Network shall be established. Networks shall have focus on three different purposes of the CBRN analysis; (i) immediate incident response, (ii) forensic analysis , (iii) post incident anlysis
Rapid detecVon and emergency validaVon
Risk and food crisis communicaVons
FDA report: Communicating risks and benefits: an evidence-based user’s guide, edited by Fischoff, Brewer and Downs, 2011
• Sense making and awareness among conusmers
• Globalized food chain and network era • CommunicaVon of uncertainty • Cultural variaVons among various EU Member States
• Use of tradiVonal mass media but new web and social media must also be included – New opprtuniVes for rapid communicaVon
Risk and food crisis communicaVons
• Ushahidi Crowdmap • Health Map • Twinitor • Sick Weather
Examples of Crowd Sourcing Tools
Patterns of Tweets
• Interoperability and early warning • Weak signals idenVficaVon and rapid risk assessment
• DiagnosVc capabiliVes of unkowns threats • Emergency response validaVon • Real-‐Vme crisis communicaVon • Forensic awareness of metohds applied to food crisis
Main results and gaps in science of WG1
• R&D acVviVes for emergency response validaVon of analysis methods
• R&D to interconect lab networks • Integrated approaches for rapid risk assessment methodologies
• R&D for rapid risk communicaVon
Recommendations on research topics
• Bioforensic methods – To be used for illegal trading of food – Agroforensic methods, Microbill forensics, Veterinary forensics
• Tools for early warning to prevent food crisis • Tools for response to food crisis, emergency validaVon – DiagnosVc Tools for Lab networks (sampling/detecVon minimum standards)
• Tools for crisis communicaVon
Identification of new topics to be promoted for the workprogrammes of HORIZON 2020
• Accountability and responsibiliVes • Cost and benefits • Awareness about risks and policy making • Legal framework for crisis managment (cross sectors, cross disciplines)
• Not a poliVcal driven process
Main gap and problem related to regulators and policy issues
• MulVdisciplinary ”tool box” approach: – Technological tools for early warning; examples ”apps” for workers in the food chain, customs, farmers, producers. (Improved crowd sourcing surviellance)
– ”Food forensic ”tool kit – Crisis communicaVon and VisualizaVon tools for situaVonal awareness and decision making, dealing with uncertainVes
Policy and regulation recommendations: Development of a Food Crisis Management Tool Box for Capacity Building Measures
Thanks and QuesVons