Workshops held in 2005
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4th workshop
Date：Monday, March 13, 2006, 14:00-17:00
Place：Seminar Room 1 of RIHN
Speaker：Dr. Koji Omori (Center for Marine Environmental Studies, Ehime University)
Topics：Human activities and biodiversity: a perspective from from river modeling
Following topics were discussed：
1) Functions of biodiversity in aquatic environment
2) Relationship between biodiversity and water disease
3) Relationship between biodiversity and eutrophication of water
4) Prediction of eutrophication and disease outbreaks from mathematical
modeling
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3rd workshop
Date：Monday, April 19, 2006, 14:00-17:00
Place：Seminar Room 1 of RIHN
Speaker：Dr. Noboru Okuda (Center for Ecological Research, Kyoto University)
Topics：Human disruption and ecological factors cause infectious diseases of freshwater
fish
Following topics were discussed：
1) Impact of human disturbance on fish diversity
2) Ecological factors that cause infectious disease of freshwater fish
3) Physiological changes of cyprinid fish caused by environmental alteration
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2nd workshop
Date：Monday, December 2, 2005, 14:00-17:00
Place：Seminar Room 1 of RIHN
Speaker : Dr. Takaji Iida (Natinal Reseach Institute of Aquaculture)
Topics： Helth of freshwater fish (especially koi herpesvirus disease problems)
Following topics were discussed：
1) What is koi herpesvirus disease?
2) Prevention and treatment for koi herpesvirus disease and other fish diseases
3) The costs for prevention and treatment
4) The present problems of freshwater fish diseases
5) Could the koi herpesvirus disease be the model of freshwater fish diseases?
6) Possibility of disease prevention from the experience in disease controls
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1st workshop
Date：Wednesday, November 30, 2005, 14:00-17:00
Place：Seminar Room 1 of RIHN
Speaker : Dr. Masayuki Kakehashi (Graduate school of Health Sciences, Hiroshima University)
Topics： Models of diseases
Following topics were discussed：
1) Specific model of human disease: incidence, transmission and termination
2) How the model can be applied to wildlife or domestic animal diseases
3) Required parameters for models of humans, wildlife, and domestic animals
4) Disease cases and cost for prevention
5) Concepts and methods for preventing diseases
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