International audienceThe authors investigated the microbial composition of phototrophic biofilms proliferating in a show cave using flow cytometry for the first time in such a context. Results are based on several biofilms sampled in the Moidons Caves (France) and concern both heterotrophic prokaryotes and autotrophic microorganisms. Heterotrophic microorganisms with low nucleic acid content were dominant in biofilms, as can be expected from the oligotrophic conditions prevailing within the cave. Analysis of the biofilm autotrophic components revealed the presence of several taxa, particularly the unicellular green algae Chlorella minutissima, specifically well adapted to this cave. Relationships between flow cytometry results and environm...
The biological colonization of rocks in the Cave of Bats (Cueva de Los Murci lagos, Zuheros, Spain) ...
Massive biofilms have been discovered in the cave of an iodine-rich former medicinal spring in south...
The sulfide-rich Frasassi cave system hosts an aphotic, subsurface microbial ecosystem including ext...
International audienceThe authors investigated the microbial composition of phototrophic biofilms pr...
International audienceIn recent decades, show caves have begun to suffer from microorganism prolifer...
Domination of certain aerophytic phototrophic group or specific taxon in biofilms is connected with ...
Caves with dim natural light, and lighted hypogean environments, have been found to host phototrophi...
Due to life in extreme environments, cyanobacteria and algae from cave biofilms that form at the ent...
Phototrophic microorganisms (cyanobacteria and algae) and microfungi, were identified from biofilm o...
Caves present unique habitats for the development of microbial communities due to their peculiar env...
Caves present unique habitats for the development of microbial communities due to their peculiar env...
European caves contain some of the world’s greatest Paleolithic paintings, and their conservation is...
Caves are dark and oligotrophic habitats where chemotrophic microbial communities interact with the ...
Massive biofilms have been discovered in the cave of an iodine-rich former medicinal spring in south...
The biological colonization of rocks in the Cave of Bats (Cueva de Los Murci lagos, Zuheros, Spain) ...
Massive biofilms have been discovered in the cave of an iodine-rich former medicinal spring in south...
The sulfide-rich Frasassi cave system hosts an aphotic, subsurface microbial ecosystem including ext...
International audienceThe authors investigated the microbial composition of phototrophic biofilms pr...
International audienceIn recent decades, show caves have begun to suffer from microorganism prolifer...
Domination of certain aerophytic phototrophic group or specific taxon in biofilms is connected with ...
Caves with dim natural light, and lighted hypogean environments, have been found to host phototrophi...
Due to life in extreme environments, cyanobacteria and algae from cave biofilms that form at the ent...
Phototrophic microorganisms (cyanobacteria and algae) and microfungi, were identified from biofilm o...
Caves present unique habitats for the development of microbial communities due to their peculiar env...
Caves present unique habitats for the development of microbial communities due to their peculiar env...
European caves contain some of the world’s greatest Paleolithic paintings, and their conservation is...
Caves are dark and oligotrophic habitats where chemotrophic microbial communities interact with the ...
Massive biofilms have been discovered in the cave of an iodine-rich former medicinal spring in south...
The biological colonization of rocks in the Cave of Bats (Cueva de Los Murci lagos, Zuheros, Spain) ...
Massive biofilms have been discovered in the cave of an iodine-rich former medicinal spring in south...
The sulfide-rich Frasassi cave system hosts an aphotic, subsurface microbial ecosystem including ext...