Cyanobacterial mats provide insights into ancient benthic microbial communities and their biosignatures. Thick mats occupy hypersaline saltern ponds at Guerrero Negro, Baja California, Mexico. Mat biota maintains rapid rates of biogeochemical processes under steep and rapidly changing environmental gradients. Cycling of C, O, and S all increased identically with temperature, indicating the tight coupling of these cycles. An enormous microbial diversity exhibits a highly structured spatial distribution of populations
We applied nucleic acid-based molecular methods, combined with estimates of biomass (ATP), pigments,...
Microbial mats are self-sustained, functionally complex ecosystems that make goodmodels for the unde...
[eng] Microbial mats are prokaryotic communities that are thought to represent the present-day analo...
Cyanobacterial mats provide insights into ancient benthic microbial communities and their biosignatu...
Microbial mats have been the focus of scientific research for a few decades. These small-scale ecosy...
Microbial mat communities consist of dense populations of microorganisms embedded in exopolymers and...
Modern microbial mats can provide key insights into early Earth ecosystems, and Shark Bay, Australia...
We applied nucleic acid-based molecular methods, combined with estimates of biomass (ATP), pigments,...
As we expand the search for life beyond Earth, a water-dominated planet, we turn our eyes to other a...
Microbial mats have played an important role in the carbon (C) and nutrient cycles since the Archean...
Microbial mats have played an important role in the carbon (C) and nutrient cycles since the Archean...
Microbial mats have played an important role in the carbon (C) and nutrient cycles since the Archean...
crobial mats are laminated microbial communities that generally develop in aqueous environments unde...
Coastal inter-tidal sandy sediments, salt marshes and mangrove forests often support the development...
We applied nucleic acid-based molecular methods, combined with estimates of biomass (ATP), pigments,...
We applied nucleic acid-based molecular methods, combined with estimates of biomass (ATP), pigments,...
Microbial mats are self-sustained, functionally complex ecosystems that make goodmodels for the unde...
[eng] Microbial mats are prokaryotic communities that are thought to represent the present-day analo...
Cyanobacterial mats provide insights into ancient benthic microbial communities and their biosignatu...
Microbial mats have been the focus of scientific research for a few decades. These small-scale ecosy...
Microbial mat communities consist of dense populations of microorganisms embedded in exopolymers and...
Modern microbial mats can provide key insights into early Earth ecosystems, and Shark Bay, Australia...
We applied nucleic acid-based molecular methods, combined with estimates of biomass (ATP), pigments,...
As we expand the search for life beyond Earth, a water-dominated planet, we turn our eyes to other a...
Microbial mats have played an important role in the carbon (C) and nutrient cycles since the Archean...
Microbial mats have played an important role in the carbon (C) and nutrient cycles since the Archean...
Microbial mats have played an important role in the carbon (C) and nutrient cycles since the Archean...
crobial mats are laminated microbial communities that generally develop in aqueous environments unde...
Coastal inter-tidal sandy sediments, salt marshes and mangrove forests often support the development...
We applied nucleic acid-based molecular methods, combined with estimates of biomass (ATP), pigments,...
We applied nucleic acid-based molecular methods, combined with estimates of biomass (ATP), pigments,...
Microbial mats are self-sustained, functionally complex ecosystems that make goodmodels for the unde...
[eng] Microbial mats are prokaryotic communities that are thought to represent the present-day analo...