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| Presentation | Author(s) | Title |
 | Adcock V & Durr P A | Web interactive disease mapping using SVG |
| Andersen J S, Skov M N & Baggesen D L | Occurance and spread of multiresistant salmonella typherium DT 104 in Danish animal herds |
| Berke O | Exploratory spatial relative risk mapping |
| Christiansen L E | Spatial scan statistic: Selecting clusters and generating elliptic clusters |
| Clements A, Pfeiffer D & Martin V | Improving decision-making for Rift Valley fever prevention in Senegal using knowledge-driven spatial modelling approaches |
| Clements A, Pfeiffer D & Hayes D | Bayesian spatiotemporal modelling of national milk-recording data in New Zealand |
| Corrigan B, Waldner C, Townsend H & Epp T | Integrated West Nile Virus Surveillance in Saskatchewan: The 2003 Season |
| Cullingham C, Murray D, Pond B & Sobey K | Modelling Raccon abundance using Rabies Control Program Data and Land Cover Data |
| Durr P A | GisVet When - where - why |
| Durr P A & Tait N | Bayesian hierarchical modelling of an abattoir survey for fascilosis in Victoria, Australia |
| Durr P A, McDonald R, Sayers R, Tait N & Howard D | Prediction and mapping of badger sett density in England & Wales |
| Ersboll A K | Spatial statistical methods for estimating regions with increased risk of BVD infection in Denmark |
| Hicks J, Smith L, Gibbens J & Lysons R | Progress on an Integrated Geographical Information System |
| McDonald R, Durr P A, Elliott H & Greene J | Geometric network solutions to location-allocation problems |
| McKenzie J, Morris R, Pfeiffer D, Lambie J & Meeken D | Application of GIS and Lanscape Epidemiology to TB Control in Possums |
| Miller R, Kaneene J B, Schmitt S M, Lusch D P & Fitzgerald S D | Geographic distribution of Mycobacterium bovis infection in white-tailed deer (Odocoileus virginianus) in Michigan, U.S.A. |
| Mintiens K, Laevens H, Boelaert D, Verloo D, Koenen F & Dewulf J | Risk Analysis Of The Spread Of Classical Swine Fever Virus Through 'Neighbourhood Infections' For Different Regions In Belgium |
| Pearl D L, Loiue M, Chui L, Dore K, Grimsrud K M, Leedell D, Martin S W, Michel P, Svenson L W & McEwen S A | Spatial scan statistics PFGE: New tools for the surveillance of E.Colli O157 |
| Perez A M, Thurmond M C, Carpenter T E & Grant P W | A modification of the scan statistic to evaluate spatial clustering for aggregated province-based data on foot-and-mouth disease in Iran |
| Perez A M, Thurmond M C & Carpenter T E | Probability co-kriging estimation of foot-and-mouth disease spatial distribution in Pakistan |
| Rees E E, Pond B A, Tinline R, Murray D & Ball D | Sensitivity analysis of the Raccon Rabies Model using Information Theory |
| Rivas A L, Schwagner S J, Smith S & Magri A | Early detection of high risk/priority control areas in Foot-and-Mouth Disease epidemics |
| Ryerson B, Kaya S & Gregory D | The application of Remote Sensing for Human and Animal Health |
| Sanchez J, Stryhn H, Flensburg M, Ersboll A K & Dohoo I | Temporal and Spatial analysis of the 1999 acute clinical Infectious Bursal Disease outbreak in Denmark |
| Smith D L, Waller L, Russell C, Childs J E & Real L A | Assessing the role of long-distance translocation and spatial heterogeneity in the raccoon rabies epidemic in Connecticut |
| Staubach C, Schmid V, Held L & Ziller M | Bayesian modelling of space-time variation in contagious wildlife diseases |
| Stevenson M A, Benard H, Bolger P & Morris R | Spatial epidemiology of Varroa destructor in the North Island of New Zealand |
| Tait N, Durr P A & Zheng P | Link R and ArcGIS - Developing a Spatial Statistical Toolkit for Epidemlologists |
| Ward M, Guptill L & Wu C C | Environmental risk factors for clustering of leptospriosis in pet dog populations |
| Ward M | Epidemic West Nile Virus encephalomyelitis: a temperature-dependent, spatial model of disease dynamics |
| Zheng P | Edge-correction for spatial kernel smoothing methods - when is it necessary |