In this chapter, we summarize and discuss methods used to study viral interactions in aquatic environments. These methods to assess interactions between viruses, hosts and the environment (including other viruses) are operationally separated into interactions at the molecular, single-cell, and community levels. Many of these methods benefit from the methodological advancements in the field of molecular biology including the 'Omics area'. There are, however, numerous methods from other fields. We also present examples of unanswered questions along with problems solved by these questions. Finally, we conclude that viral interactions with the abiotic environment have received surprisingly little attention, so far, from a methodological perspec...
Over the last two decades, viruses in aquatic systems have been observed to modify, influence and co...
International audienceViruses are the most abundant biological entities in aquatic ecosystems and he...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
International audienceIn this chapter, we summarize and discuss methods used to study viral interact...
International audienceDuring the past 30 years, a vast amount of articles has been published on the ...
Over the last two decades, viruses in aquatic systems have been observed to modify, influence and co...
International audienceOver the last two decades, viruses in aquatic systems have been observed to mo...
ASLO 2021 Aquatic Sciences Meeting, Aquatic Sciences for a Sustainable Future: Nurturing Cooperatio...
International audienceViral abundance and processes in the water column and sediments are well studi...
Viral abundance and processes in the water Column and sediments are well studied for some systems; h...
8th Aquatic Virus Workshop, 10-16 July 2016, PlymouthThe Viral tagging technique is a promising meth...
Viruses infect numerous microorganisms including, predominantly, Bacteria (bacteriophages or phages)...
Over the last two decades, viruses in aquatic systems have been observed to modify, influence and co...
International audienceViruses are the most abundant biological entities in aquatic ecosystems and he...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...
International audienceIn this chapter, we summarize and discuss methods used to study viral interact...
International audienceDuring the past 30 years, a vast amount of articles has been published on the ...
Over the last two decades, viruses in aquatic systems have been observed to modify, influence and co...
International audienceOver the last two decades, viruses in aquatic systems have been observed to mo...
ASLO 2021 Aquatic Sciences Meeting, Aquatic Sciences for a Sustainable Future: Nurturing Cooperatio...
International audienceViral abundance and processes in the water column and sediments are well studi...
Viral abundance and processes in the water Column and sediments are well studied for some systems; h...
8th Aquatic Virus Workshop, 10-16 July 2016, PlymouthThe Viral tagging technique is a promising meth...
Viruses infect numerous microorganisms including, predominantly, Bacteria (bacteriophages or phages)...
Over the last two decades, viruses in aquatic systems have been observed to modify, influence and co...
International audienceViruses are the most abundant biological entities in aquatic ecosystems and he...
Since the 'discovery' of the high abundance of viruses in aquatic environments, it has been generall...