Salmon Rickettsia Syndrome (SRS), also known as Salmon Rickettsia Septicemia, caused by Piscirickettsia salmonis is the most common bacterial disease in the Chilean salmon aquaculture industry. The epidemiology of this pathogen is relatively unknown. Using the Chilean salmon aquaculture industry monthly diagnostic data collected between January 2009 and December 2012, we assessed the spatial and environmental factors associated with the reporting of SRS on Atlantic salmon, coho salmon, and rainbow trout farms. Crops of fish were on average 60% likely to report SRS during our study time period. The probability of a farm reporting SRS was positively associated with temperature, time in salt water, and the number of SRS infected neighbors. The...
The extent and effect of disease interaction and pathogen exchange between wild and farmed fish popu...
The extent and effect of disease interaction and pathogen exchange between wild and farmed fish popu...
The extent and effect of disease interaction and pathogen exchange between wild and farmed fish popu...
Salmon Rickettsia Syndrome (SRS), also known as Salmon Rickettsia Septicemia, caused by Piscirickett...
Although the bacterium Piscirickettsia salmonis has been detected in many salmon-producing countries...
Since its inception, aquaculture in Chile has experienced unprecedented growth. Within approximately...
Piscirickettsiosis is one of the most important diseases affecting farmed salmonid in Chile. Several...
<div><p>The disease Heart and Skeletal Muscle Inflammation (HSMI) is causing substantial economic lo...
Although, there is evidence that salmon farms alter the seasonal, as well as absolute, abundance of ...
A shadow to the success of the salmonid aquaculture industry in Chile is the fish health burden caus...
Piscirickettsia salmonis is the etiological agent of Salmonid Rickettsial Septicaemia (SRS), a major...
Wild Pacific salmon populations are subject to multiple anthropogenic stressors leading to marked de...
Background. The study presents the phenotypic and genetic characterization of selected P. salmonis i...
Piscirickettsiosis is an important pathological condition of salmonids described in Chile since 1989...
Piscirickettsia salmonis is a pathogenic bacterial agent causing a septicaemic disease in salmon. Si...
The extent and effect of disease interaction and pathogen exchange between wild and farmed fish popu...
The extent and effect of disease interaction and pathogen exchange between wild and farmed fish popu...
The extent and effect of disease interaction and pathogen exchange between wild and farmed fish popu...
Salmon Rickettsia Syndrome (SRS), also known as Salmon Rickettsia Septicemia, caused by Piscirickett...
Although the bacterium Piscirickettsia salmonis has been detected in many salmon-producing countries...
Since its inception, aquaculture in Chile has experienced unprecedented growth. Within approximately...
Piscirickettsiosis is one of the most important diseases affecting farmed salmonid in Chile. Several...
<div><p>The disease Heart and Skeletal Muscle Inflammation (HSMI) is causing substantial economic lo...
Although, there is evidence that salmon farms alter the seasonal, as well as absolute, abundance of ...
A shadow to the success of the salmonid aquaculture industry in Chile is the fish health burden caus...
Piscirickettsia salmonis is the etiological agent of Salmonid Rickettsial Septicaemia (SRS), a major...
Wild Pacific salmon populations are subject to multiple anthropogenic stressors leading to marked de...
Background. The study presents the phenotypic and genetic characterization of selected P. salmonis i...
Piscirickettsiosis is an important pathological condition of salmonids described in Chile since 1989...
Piscirickettsia salmonis is a pathogenic bacterial agent causing a septicaemic disease in salmon. Si...
The extent and effect of disease interaction and pathogen exchange between wild and farmed fish popu...
The extent and effect of disease interaction and pathogen exchange between wild and farmed fish popu...
The extent and effect of disease interaction and pathogen exchange between wild and farmed fish popu...