This study demonstrates the importance of selecting the appropriate treatment regime to maximize productivity and profit in mussel farms affected with the infestation of Ciona intestinalis. This study also showed that the profitability associated to a treatment regime is primarily related to the mussel biomass being harvested. Results indicated that initiating treatment early in the season (July) and treating another 2 or 3 times on a monthly basis had the greatest effect on reducing tunicate numbers and size and enabling greater mussel productivity and farm profitability. Beginning treatment when tunicates are small was also demonstrated to be a significant part of a profitable treatment strategy. While the cost of treatment remains a rela...
Intestinal schistosomiasis is highly prevalent among the labourers and their families in many of the...
The probability of a severe infestation ranges from 2% to 98% depending on investment in monitoring,...
Invasive species such as ascidians have negative effects on aquaculture operations worldwide. Prince...
The invasive tunicate Ciona intestinalis (L., 1767) had an economic impact on the aquaculture of the...
The invasive tunicate species Ciona intestinalis (Linnaeus, 1767) has had an economic impact on the ...
The mussel aquaculture industry on Prince Edward Island (PEI) has grown over the last 20 years to no...
The culture of the blue mussel Mytilus edulis in Prince Edward Island (PEI) began in the 1970's. Pro...
The Prince Edward Island (PEI) mussel industry has faced challenges associated with invasive tunicat...
abstract: Anecdotal reports from mussel growers suggest that increased stocking density decreases th...
With the increasing spread of invasive marine species and their detrimental effects on aquaculture o...
A major problem for the mussel aquaculture industry on Prince Edward Island, Canada surfaced in the ...
Aquatic invasive species decrease yields and increase costs in aquaculture operations worldwide. Ane...
abstract: With the increasing spread of invasive marine species and their detrimental effects on aqu...
A mathematical model was used to describe the population of the aquatic invasive species, Ciona inte...
In 2004, an exotic tunicate, Ciona intestinalis, was detected in Montague River, Prince Edward Islan...
Intestinal schistosomiasis is highly prevalent among the labourers and their families in many of the...
The probability of a severe infestation ranges from 2% to 98% depending on investment in monitoring,...
Invasive species such as ascidians have negative effects on aquaculture operations worldwide. Prince...
The invasive tunicate Ciona intestinalis (L., 1767) had an economic impact on the aquaculture of the...
The invasive tunicate species Ciona intestinalis (Linnaeus, 1767) has had an economic impact on the ...
The mussel aquaculture industry on Prince Edward Island (PEI) has grown over the last 20 years to no...
The culture of the blue mussel Mytilus edulis in Prince Edward Island (PEI) began in the 1970's. Pro...
The Prince Edward Island (PEI) mussel industry has faced challenges associated with invasive tunicat...
abstract: Anecdotal reports from mussel growers suggest that increased stocking density decreases th...
With the increasing spread of invasive marine species and their detrimental effects on aquaculture o...
A major problem for the mussel aquaculture industry on Prince Edward Island, Canada surfaced in the ...
Aquatic invasive species decrease yields and increase costs in aquaculture operations worldwide. Ane...
abstract: With the increasing spread of invasive marine species and their detrimental effects on aqu...
A mathematical model was used to describe the population of the aquatic invasive species, Ciona inte...
In 2004, an exotic tunicate, Ciona intestinalis, was detected in Montague River, Prince Edward Islan...
Intestinal schistosomiasis is highly prevalent among the labourers and their families in many of the...
The probability of a severe infestation ranges from 2% to 98% depending on investment in monitoring,...
Invasive species such as ascidians have negative effects on aquaculture operations worldwide. Prince...