The aims of this study were to identify Chloroviruses in two different Ontario freshwaters and to determine if the seasonal abundance patterns of Chloroviruses in different environments are similar. Gene fragments nearly identical to cultivated Chloroviruses were obtained from Lake Ontario and a nearby pond at the University of Toronto Mississauga (UTM) and novel Chlorovirus gene fragments were obtained from Lake Ontario. Quantification of these two Chlorovirus genes over several seasons revealed the presence of persistent viruses with different seasonal dynamics suggesting that different Chloroviruses replicate by infecting different hosts. Additionally, patterns of seasonal abundance and timings of peak abundances for individual viruses d...
<div><p>Decades of research have demonstrated the crucial importance of viruses in freshwater ecosys...
Decades of research have demonstrated the crucial importance of viruses in freshwater ecosystems. Ho...
Algal viruses and cyanophages exert top-down population controls upon primary producers in aquatic e...
The aims of this study were to identify Chloroviruses in two different Ontario freshwaters and to de...
Inland waters cover about 2.5 percent of our planet and harbor huge numbers of known and unknown mic...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
Inland waters cover about 2.5 percent of our planet and harbor huge numbers of known and unknown mic...
Inland waters cover about 2.5 percent of our planet and harbor huge numbers of known and unknown mic...
Inland waters cover about 2.5 percent of our planet and harbor huge numbers of known and unknown mic...
Inland water environments cover about 2.5 percent of our planet and harbor huge numbers of known and...
Inland waters cover about 2.5 percent of our planet and harbor huge numbers of known and unknown mic...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
<div><p>Decades of research have demonstrated the crucial importance of viruses in freshwater ecosys...
Decades of research have demonstrated the crucial importance of viruses in freshwater ecosystems. Ho...
Algal viruses and cyanophages exert top-down population controls upon primary producers in aquatic e...
The aims of this study were to identify Chloroviruses in two different Ontario freshwaters and to de...
Inland waters cover about 2.5 percent of our planet and harbor huge numbers of known and unknown mic...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
Inland waters cover about 2.5 percent of our planet and harbor huge numbers of known and unknown mic...
Inland waters cover about 2.5 percent of our planet and harbor huge numbers of known and unknown mic...
Inland waters cover about 2.5 percent of our planet and harbor huge numbers of known and unknown mic...
Inland water environments cover about 2.5 percent of our planet and harbor huge numbers of known and...
Inland waters cover about 2.5 percent of our planet and harbor huge numbers of known and unknown mic...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
<div><p>Decades of research have demonstrated the crucial importance of viruses in freshwater ecosys...
Decades of research have demonstrated the crucial importance of viruses in freshwater ecosystems. Ho...
Algal viruses and cyanophages exert top-down population controls upon primary producers in aquatic e...