International audienceThe atmosphere is an integral component of the Earth’s microbiome. Abundance, viability, and diversity of microorganisms circulating in the air are determined by various factors including environmental physical variables and intrinsic and biological properties of microbes, all ranging over large scales. The aeromicrobiome is thus poorly understood and difficult to predict due to the high heterogeneity of the airborne microorganisms and their properties, spatially and temporally. The atmosphere acts as a highly selective dispersion means on large scales for microbial cells, exposing them to a multitude of physical and chemical atmospheric processes. We provide here a brief critical review of the current knowledge and pr...
Bacteria are ubiquitous in the atmosphere, with concentrations of bacterial cells typically exceedin...
International audienceAerobiology is a growing research area that covers the study of aerosols with ...
International audienceThis paper discusses the influence of primary biological aerosols (PBA) on atm...
International audienceThe atmosphere is an integral component of the Earth’s microbiome. Abundance, ...
The atmosphere has been described as one of the last frontiers of biological exploration on Earth. T...
Chemical models that describe the atmospheric multiphase (gas/aqueous) system often include detailed...
The composition and prevalence of microorganisms in the upper troposphere and their role in aerosol-...
The atmosphere presents one of the most challenging environments on Earth with extreme psychrophilic...
International audienceMany recent studies have identified biological material as a major fraction of...
International audienceThe atmosphere connects habitats across multiple spatial scales via airborne d...
For the past 200 years, the field of aerobiology has explored the abundance, diversity, survival and...
International audienceRecent studies showed that living microorganisms, including bacteria, fungi an...
International audienceThe atmosphere transports biological material including living microorganisms....
Bacteria are ubiquitous in the atmosphere, with concentrations of bacterial cells typically exceedin...
International audienceAerobiology is a growing research area that covers the study of aerosols with ...
International audienceThis paper discusses the influence of primary biological aerosols (PBA) on atm...
International audienceThe atmosphere is an integral component of the Earth’s microbiome. Abundance, ...
The atmosphere has been described as one of the last frontiers of biological exploration on Earth. T...
Chemical models that describe the atmospheric multiphase (gas/aqueous) system often include detailed...
The composition and prevalence of microorganisms in the upper troposphere and their role in aerosol-...
The atmosphere presents one of the most challenging environments on Earth with extreme psychrophilic...
International audienceMany recent studies have identified biological material as a major fraction of...
International audienceThe atmosphere connects habitats across multiple spatial scales via airborne d...
For the past 200 years, the field of aerobiology has explored the abundance, diversity, survival and...
International audienceRecent studies showed that living microorganisms, including bacteria, fungi an...
International audienceThe atmosphere transports biological material including living microorganisms....
Bacteria are ubiquitous in the atmosphere, with concentrations of bacterial cells typically exceedin...
International audienceAerobiology is a growing research area that covers the study of aerosols with ...
International audienceThis paper discusses the influence of primary biological aerosols (PBA) on atm...