High and differential viral infection rates within bacterial 'morphopopulations' in a shallow sand pit lake (Lac de Créteil, France)
The ecology of viruses in shallow artificial freshwaters is poorly documented and there is no
reference for sand pit lakes. We examined the seasonal abundances and infection rates of
viruses in the sand pit Lake Créteil (France). Bacteria were the best predictor of viral
abundance (4.0–7.8× 1010 viruses L− 1), with an average virus-to-bacteria ratio of 13.5±1.9.
Virus-induced bacterial mortality (range 37–86%, mean 65%) was higher than that in typical
pelagic situations. This was related to high specific contact rates between viruses and …
reference for sand pit lakes. We examined the seasonal abundances and infection rates of
viruses in the sand pit Lake Créteil (France). Bacteria were the best predictor of viral
abundance (4.0–7.8× 1010 viruses L− 1), with an average virus-to-bacteria ratio of 13.5±1.9.
Virus-induced bacterial mortality (range 37–86%, mean 65%) was higher than that in typical
pelagic situations. This was related to high specific contact rates between viruses and …
High and differential viral infection rates within bacterial'morphopopulations' in a shallow sand pit lake (Lac de Créteil, France).
English. The ecology of viruses in shallow artificial freshwaters is poorly documented and
there is no reference for sand pit lakes. We examined the seasonal abundances and
infection rates of viruses in the sand pit Lake Créteil (France). Bacteria were the best
predictor of viral abundance (4.0-7.8× 10 (10) viruses L (-1)), with an average virus-to-
bacteria ratio of 13.5±1.9. Virus-induced bacterial mortality (range 37-86%, mean 65%) was
higher than that in typical pelagic situations. This was related to high specific contact rates …
there is no reference for sand pit lakes. We examined the seasonal abundances and
infection rates of viruses in the sand pit Lake Créteil (France). Bacteria were the best
predictor of viral abundance (4.0-7.8× 10 (10) viruses L (-1)), with an average virus-to-
bacteria ratio of 13.5±1.9. Virus-induced bacterial mortality (range 37-86%, mean 65%) was
higher than that in typical pelagic situations. This was related to high specific contact rates …
以上显示的是最相近的搜索结果。 查看全部搜索结果