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Geo-Information in animal disease outbreak management  Esri European User Conference, October 2011, MadridHenk Janssen, Ig...
Presentation setup The Dutch situation Dutch pilots of GIS in animal disease crisis management Future developments?
The Netherlands             Slovenia                            SEPTEMBE  41.160 Km2                R 2007                ...
Pig density   Poultry density
Large Outbreaks in NL in recent years 1997: Classic Swine Fever (+/- 8 million animals) 2001: Foot and Mouth disease (200....
Research questions of nVWA(Food and Consumer Product Safety Authority in NL)  nVWA needs to maintain quarantine areas  nVW...
Workflow during disease crisis situations     Farm -> suspicious                                  Specialists team (Animal...
Our approach Data: testing of coupling/quality of available datasets Software tools: The proof of the pudding… Process: em...
Coupling of parcels and farm locationsCombination            % parcels   % grasslandUBN - BRS                 64          ...
VisualizedataqualityLight green =arable crops
Pilot (web-)GIS-applications for use in contagious           animal disease crises in NLPIKET (English: Picket      but al...
Protection and Observation areas  Avian Influenza                                           Observation                   ...
First step: PIKET: describe quarantine area
Suspicion site (roads, rail, water way)
Suspicion site (only roads)
Suspicion site (roads, etc. + junctions)
Suspicion site (barricaded junctions)
Suspicion site (‘stops’ around zone)
Suspicion site (route around zone)
Suspicion site (description of route)
Suspicion site (with aerial photo)
GEMMA: Use of different map layers                                                  Active layers                         ...
Creation of a new suspicion                                                                  New suspicion by             ...
Selection and presentation of farms                                                                  Foot and Mouth-      ...
Interactive drawing of boundaries                        Digitizing tools                                                 ...
Presentation of the timeline of suspicions‘Free’ holdings in      green                                         Timeline s...
Details of a holding                             Inspection tool (for                             details of the farm)    ...
Reports                 A printable map                      (PDF)                                   All holdings in      ...
Process support in crisis simulation/training
Support of crisis simulation/training
Support of crisis simulation/training
Concluding remarks nVWA/EL&I have the data Work flow can be supported using geo information/GIS Need for synchronizing dev...
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Geo-Information in Animal Disease Outbreak Management

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Presentation on Esri European User Conference 2011 by Wageningen University.

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Geo-Information in Animal Disease Outbreak Management

  1. 1. Geo-Information in animal disease outbreak management Esri European User Conference, October 2011, MadridHenk Janssen, Igor Staritsky and Bas Vanmeulebrouk (Alterra, Wageningen-UR)Arco van der Spek, Paul Leijs, Dennis Kok (Food and Consumer Product SafetyAuthority, Ministry of EL&I)
  2. 2. Presentation setup The Dutch situation Dutch pilots of GIS in animal disease crisis management Future developments?
  3. 3. The Netherlands Slovenia SEPTEMBE 41.160 Km2 R 2007 320 km >16 million inhabitants 4 million cattle 180 km 12 million pigs 100 million poultry 3
  4. 4. Pig density Poultry density
  5. 5. Large Outbreaks in NL in recent years 1997: Classic Swine Fever (+/- 8 million animals) 2001: Foot and Mouth disease (200.000 animals eradicated) 2003: Avian Influenza (31,6 million birds eradicated, 30% of the population) Blue tongue (sheep) Q-fever (goats)
  6. 6. Research questions of nVWA(Food and Consumer Product Safety Authority in NL) nVWA needs to maintain quarantine areas nVWA needs timely, correct and complete farm and area information in case of contagious animal disease outbreak nVWA desires online (internet-based) GIS-applications as integrated part of their workflow Research question: can we prepare adequate datasets and software tools to meet the demands?
  7. 7. Workflow during disease crisis situations Farm -> suspicious Specialists team (Animal Health symptoms Service and VWA) -Veterinarian or other within 3 h - Clinical inspection source - Sampling - Filing Letter of suspicion - Declaration of suspicion Positive testingACCUTE INFORMATION DEMAND ACTION !- location of farms - Surveillance zone (10km)- location and number of animals - Protection zone (3 km)- geographic relations - Culling of infected holding + 1 km zone
  8. 8. Our approach Data: testing of coupling/quality of available datasets Software tools: The proof of the pudding… Process: embedding geo-information in workflow
  9. 9. Coupling of parcels and farm locationsCombination % parcels % grasslandUBN - BRS 64 79Postal code house nr 32 18LPIS – Annual Census 3 2No coupling 1 1
  10. 10. VisualizedataqualityLight green =arable crops
  11. 11. Pilot (web-)GIS-applications for use in contagious animal disease crises in NLPIKET (English: Picket but also Picket Officer ) Application for geographical determination and textual description of quarantine areas (Surveillance zone + Protection zone)GEMMA (Geographic Event Management and MonitoringApplication) Data-selection tool, based on information from Dutch LPIS (‘BRP’), I&R, GIAB (farm location (x,y on shed level) Internet based Time line
  12. 12. Protection and Observation areas Avian Influenza Observation areacompartment Bufferzone Bufferzone 10 km T-area 3 km Protection B-area area Culling area (1km) Vaccination area
  13. 13. First step: PIKET: describe quarantine area
  14. 14. Suspicion site (roads, rail, water way)
  15. 15. Suspicion site (only roads)
  16. 16. Suspicion site (roads, etc. + junctions)
  17. 17. Suspicion site (barricaded junctions)
  18. 18. Suspicion site (‘stops’ around zone)
  19. 19. Suspicion site (route around zone)
  20. 20. Suspicion site (description of route)
  21. 21. Suspicion site (with aerial photo)
  22. 22. GEMMA: Use of different map layers Active layers selectable by placing a ‘tick’, the ‘i’ makes the data of the geo- objects ‘identifiable’ Identify to show details Map layers are served using ArcIMS (ESRI)
  23. 23. Creation of a new suspicion New suspicion by selecting a agricultural holdingPan and zoom in the map (standard functionality) New suspicion by selecting a location on the map Circles with adjustable radius
  24. 24. Selection and presentation of farms Foot and Mouth- suspicion Initial suspician Different sub-selects (based on defined circles) Farm with parcels within the circles
  25. 25. Interactive drawing of boundaries Digitizing tools Time line tool Second suspicionDigitized area with a name
  26. 26. Presentation of the timeline of suspicions‘Free’ holdings in green Timeline selector ‘Free’ holding restricted by second suspicion
  27. 27. Details of a holding Inspection tool (for details of the farm) Data from I&R and Annual Census Parcels of the selected holdingHolding 221449 in Google Maps Holding 221449
  28. 28. Reports A printable map (PDF) All holdings in ExcellHolding 221449
  29. 29. Process support in crisis simulation/training
  30. 30. Support of crisis simulation/training
  31. 31. Support of crisis simulation/training
  32. 32. Concluding remarks nVWA/EL&I have the data Work flow can be supported using geo information/GIS Need for synchronizing developments Next step is operational integration of data, tools and end user process

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