AbstractThe susceptibility of the English and Welsh fish farming and fisheries industry to emergent diseases is assessed using a stochastic simulation model. The model dynamics operate on a network comprising directed transport and river contacts, as well as undirected local and fomite transmissions. The directed connections cause outward transmission risk to be geographically more confined than inward risk. We consider reactive, proactive, and hybrid methods of control which correspond to a mixture of policy and the ease of disease detection. An explicit investigation of the impact of laboratory capacity is made. General quantified guidelines are derived to mitigate future epidemics
Salmonid farming in Ireland is mostly organic, which implies limited disease treatment options. This...
AbstractSince the mid-1980s, clinical inspections of aquaculture sites carried out on a regular basi...
The standard epidemic model was used as the basis for the estimation of the critical minimum thresho...
AbstractThe susceptibility of the English and Welsh fish farming and fisheries industry to emergent ...
Infectious disease causes significant mortality in wild and farmed systems, threatening biodiversity...
We analyse the network structure of the British salmonid aquaculture industry from the perspective o...
Salmon production is an important industry in Scotland, with an estimated retail value >£1 billion. ...
A stochastic metapopulation model of infectious disease was developed to model the spread of disease...
Infectious diseases are responsible for substantial economic losses in salmon aquaculture due to pro...
AbstractOver recent years there have been considerable methodological developments in the field of a...
Salmonid farming in Ireland is mostly organic, which implies limited disease treatment options. This...
Pancreas disease (PD) is a viral disease associated with significant economic losses in Scottish, Ir...
In this paper, the authors review the impacts of diseases facing salmon aquaculture, drawing lessons...
Simulation models are useful tools to predict and elucidate the effects of factors influencing the o...
Peer-reviewed.Released with a Creative Commons Attribution Non-Commercial No Derivatives LicenseObse...
Salmonid farming in Ireland is mostly organic, which implies limited disease treatment options. This...
AbstractSince the mid-1980s, clinical inspections of aquaculture sites carried out on a regular basi...
The standard epidemic model was used as the basis for the estimation of the critical minimum thresho...
AbstractThe susceptibility of the English and Welsh fish farming and fisheries industry to emergent ...
Infectious disease causes significant mortality in wild and farmed systems, threatening biodiversity...
We analyse the network structure of the British salmonid aquaculture industry from the perspective o...
Salmon production is an important industry in Scotland, with an estimated retail value >£1 billion. ...
A stochastic metapopulation model of infectious disease was developed to model the spread of disease...
Infectious diseases are responsible for substantial economic losses in salmon aquaculture due to pro...
AbstractOver recent years there have been considerable methodological developments in the field of a...
Salmonid farming in Ireland is mostly organic, which implies limited disease treatment options. This...
Pancreas disease (PD) is a viral disease associated with significant economic losses in Scottish, Ir...
In this paper, the authors review the impacts of diseases facing salmon aquaculture, drawing lessons...
Simulation models are useful tools to predict and elucidate the effects of factors influencing the o...
Peer-reviewed.Released with a Creative Commons Attribution Non-Commercial No Derivatives LicenseObse...
Salmonid farming in Ireland is mostly organic, which implies limited disease treatment options. This...
AbstractSince the mid-1980s, clinical inspections of aquaculture sites carried out on a regular basi...
The standard epidemic model was used as the basis for the estimation of the critical minimum thresho...