In early years, we followed planted beds and ·oysters in trays for mortalities and prevalences of haplosporidans in live and dead oysters (gapers). We became convinced that diseases in oysters on beds and in trays were very similar in level of activity. Soon planted beds were lacking in lower Chesapeake Bay except in areas marginal for the disease.....
MSX is a microscopic parasite that kills oysters but is not harmful to humans. It is a protozoan, or...
MSX is a microscopic parasite that kills oysters but is not harmful to humans. It is a protozoan, or...
Eleven years of monitoring MSX (Minchinia nelsoni) in lower Chesapeake Bay has revealed no important...
Compilation of data records from MSX and SSO oyster disease tray experiments conducted in various se...
A short, sharp eplzootic disease of oysters on Seaside of Eastern Shore, Virginia, has been associat...
MSX, a pathogen of oysters (Crassostrea virginica), produced a drastic epizootic in high-salinity ar...
MSX, a pathogen of oysters (Crassostrea virginica), produced a drastic epizootic in high-salinity ar...
Intensive epizootics in Crassostrea virginica caused by Minchinia nelsoni (MSX) show no signs of aba...
Three major diseases of oysters have been monitored in Virginia estuaries for 2-3 decades. Dermocyst...
Oysters in lower Chesapeake Bay survived the ravages of Dermocystidium during some hot summers in th...
The weather continues to occur in extremes that interfere with growth and survival of oysters in the...
Moralities among tray-held oysters (Crassostrea virginica) were studied during a two year period at ...
A high death rate of oysters in Virginia waters during the warm months of summer and fall was report...
A high death rate of oysters in Virginia waters during the warm months of summer and fall was report...
A localized epizootic caused by Dermocystidium marinum was induced in oysters in the York River, Vir...
MSX is a microscopic parasite that kills oysters but is not harmful to humans. It is a protozoan, or...
MSX is a microscopic parasite that kills oysters but is not harmful to humans. It is a protozoan, or...
Eleven years of monitoring MSX (Minchinia nelsoni) in lower Chesapeake Bay has revealed no important...
Compilation of data records from MSX and SSO oyster disease tray experiments conducted in various se...
A short, sharp eplzootic disease of oysters on Seaside of Eastern Shore, Virginia, has been associat...
MSX, a pathogen of oysters (Crassostrea virginica), produced a drastic epizootic in high-salinity ar...
MSX, a pathogen of oysters (Crassostrea virginica), produced a drastic epizootic in high-salinity ar...
Intensive epizootics in Crassostrea virginica caused by Minchinia nelsoni (MSX) show no signs of aba...
Three major diseases of oysters have been monitored in Virginia estuaries for 2-3 decades. Dermocyst...
Oysters in lower Chesapeake Bay survived the ravages of Dermocystidium during some hot summers in th...
The weather continues to occur in extremes that interfere with growth and survival of oysters in the...
Moralities among tray-held oysters (Crassostrea virginica) were studied during a two year period at ...
A high death rate of oysters in Virginia waters during the warm months of summer and fall was report...
A high death rate of oysters in Virginia waters during the warm months of summer and fall was report...
A localized epizootic caused by Dermocystidium marinum was induced in oysters in the York River, Vir...
MSX is a microscopic parasite that kills oysters but is not harmful to humans. It is a protozoan, or...
MSX is a microscopic parasite that kills oysters but is not harmful to humans. It is a protozoan, or...
Eleven years of monitoring MSX (Minchinia nelsoni) in lower Chesapeake Bay has revealed no important...