The overall objective is to develop the design elements of an “ideal” organic rearing system for dairy and meat production calves 0-12 weeks of age, with special reference to naturalness, animal welfare and ethics, robustness and economic viability, and investigate consumer attitudes.
The primary objective with this project is to develop a surveillance programme and cost-effective, reliable and easy-to-use diagnostic tools for cyanotoxins in water and wildlife, and transfer the technology and know-how to institutions in Southern Africa.
In this project we will be investigating molecular-, functional-, pathologicaland evolutionary properties associated with low- or avirulent ISA virus (ISAV) HPR0 genotypes, assumed to be precursors of all virulent ISAV strains that cause classical ISA outbreaks. The main objective through this multidisciplinary approach will be to obtain new information that can aid in forming the necessary basis for evaluating important issues related to HPR0, like the risk of infection and its frequency of transition to virulence.
The primary objective of the project is to produce knowledge and means to study, evaluate and develop efficient and secure topical treatments against sea lice in sea cages and well boats.
The project aims at improving the cost-efficiency of surveillance programs for infections and other threats by using a risk and syndrome based approach. The food production chain of cattle and cattle products will be used as an example to establish the methodology. The outcome will be suggestions for efficient surveillance programmes and early warning systems for cattle and cattle products.