09:00 09:30 |
Keynote:New opportunities for surveillance information management for aquaculture and possible impacts on the way we do surveillance |
Angus Cameron |
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Session 5 (12 mins oral presentation + 3 mins discussion) |
Chair Person: Fernando Mardones |
09:30 09:45 |
Area management strategies for disease control in aquaculture: Perspectives on infectious salmon anemia (ISA) spread from two continents |
Lori Gustafson |
09:45 10:00 |
Controlling the spread of infectious salmon anemia (ISA) |
Lars Qviller |
10:00 10:15 |
Analysis of risk factors for isolated outbreak of infectious salmon anaemia (ISA) in marine farms with Atlantic salmon |
Trude Marie Lyngstad |
10:15 10:30 |
A proposed surveillance approach for epizootic ulcerative syndrome (EUS) in South Africa |
Kevin Christison |
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Session 6 (12 mins oral presentation + 3 mins discussion) |
Chair Person: Annette Boerlage |
11:00 11:15 |
Development of a Sea Lice Surveillance Ontology for Data Integration from Wild Salmon Monitoring Programs on the West Coast of Canada |
Thitiwan Patanasatienkul |
11:15 11:30 |
Suitability of remotely-sensed sea surface temperature for aquaculture research: comparison with in situ records from salmon farms in British Columbia (BC), Canada |
Krishna Thakur |
11:30 11:45 |
Time Series Regression in Aquaculture |
Henrik Stryhn |
11:45 12:00 |
The direction of sampling bias when hooking fish from a sea cage: case study of fluke monitoring in Australian farmed Yellowtail Kingfish (Seriola lalandi) |
Charles Caraguel |
13:30 14:00 |
Keynote: Using big data analytics and other new methods for the modelling of infectious diseases affecting aquatic organisms |
Beatriz Martinez Lopez |
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Session 7 (12 mins oral presentation + 3 mins discussion) |
Chair Person: Saraya Tavornpanich |
14:00 14:15 |
Movements of live salmonids in Scotland: Conservation of network structure |
Koji Yamamoto |
14:15 14:30 |
Evaluation of the biosecurity and network of the Irish salmonid farming industry: implications for disease prevention and control |
Tadaishi Yatabe |
14:30 14:45 |
How network analysis of oyster movements can improve surveillance and control programs of infectious diseases? |
Coralie Lupo |
14:45 15:00 |
Identification of suitable areas for pathogen introduction and establishment to inform the design of risk-based surveillance for oyster diseases: the example of Mikrocytos mackini in the Charente-Maritime bay, France |
Coralie Lupo |
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Session 8 (12 mins oral presentation + 3 mins discussion) |
Chair Person: Edmund Peeler |
15:15 15:30 |
Mollusc disease situation in Europe: what’s new since 2008? |
Isabelle Arzul |
15:30 15:45 |
Correlation between the occurrence of Dinophisis spp. blooms and Okadaic acid presence in mussels farmed in marine environment of north-eastern Italy: a preliminary study |
Laura Bille |
15:45 16:00 |
Health monitoring in wild anadromous salmonids -Evidence of absence or absence of evidence? |
Åse Helen Garseth |
16:00 16:15 |
A non-invasive technique for determining metal concentrations in live turtles |
Bruce Gummow |
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Session 9 (12 mins oral presentation + 3 mins discussion) |
Chair Person: Britt Bang Jensen |
16:30 16:45 |
Enhancing incentives for disease control in aquaculture: a research agenda |
Mona Dverdal Jansen |
16:45 17:00 |
Infectious disease impact and its role in informing decisions on disease management in aquaculture systems in Bangladesh |
Maria Garza |
17:00 18:00 |
Poster session |
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