Sediments on Mars could be explained as the result of simple coalescing structures having the ability to produce oriented concretions and more complex forms, as are intertwined filaments of microspherules, laminae and blueberries, growing from a microscopic scale to a macroscopic one. Of which we have examples in some terrestrial microbial community, especially in regards to cyanobacteria and their organosedimentary products named stromatolites. This study aims to describe the most-often structural features that occur, showing their mutual relations in passing from simple to complex forms. These relationships could explain the genesis and the funny shapes of blueberries as the result of two different processes: by an enrolling sheet of mic...
The study analyzes possible parallels of the microbialite known structures with a set of similar set...
International audienceGeological evidence shows that life on Earth evolved in line with major concom...
The Mars Exploration Rover Opportunity investigated plains at Meridiani Planum, where laminated sedi...
This study, using the Microscopic Imager (MI) of NASA Rover Exploration Mission’s (REM) ‘Opportunity...
The MER Opportunity Athena Science team has described spheroidal hematite nodules in sediments at Me...
Atacama’s microbialites, able to live in such extreme environment, are possible candidates as models...
Atacama's microbialites, able to live in such extreme environment, are possible candidates as models...
The Mars Exploration Rover Spirit investigated plains at Gusev crater, where sedimentary rocks are p...
The Mars Exploration Rovers investigated Martian plains where laminated sedimentary rocks are presen...
The Mars Exploration Rovers investigated Martian plains where laminated sedimentary rocks are presen...
The Mars Exploration Rovers, Opportunity and Spirit, investigated Martian plains, where sedimentary ...
The study analyzes possible parallels of the microbialite known structures with a set of similar set...
International audienceGeological evidence shows that life on Earth evolved in line with major concom...
The Mars Exploration Rover Opportunity investigated plains at Meridiani Planum, where laminated sedi...
This study, using the Microscopic Imager (MI) of NASA Rover Exploration Mission’s (REM) ‘Opportunity...
The MER Opportunity Athena Science team has described spheroidal hematite nodules in sediments at Me...
Atacama’s microbialites, able to live in such extreme environment, are possible candidates as models...
Atacama's microbialites, able to live in such extreme environment, are possible candidates as models...
The Mars Exploration Rover Spirit investigated plains at Gusev crater, where sedimentary rocks are p...
The Mars Exploration Rovers investigated Martian plains where laminated sedimentary rocks are presen...
The Mars Exploration Rovers investigated Martian plains where laminated sedimentary rocks are presen...
The Mars Exploration Rovers, Opportunity and Spirit, investigated Martian plains, where sedimentary ...
The study analyzes possible parallels of the microbialite known structures with a set of similar set...
International audienceGeological evidence shows that life on Earth evolved in line with major concom...
The Mars Exploration Rover Opportunity investigated plains at Meridiani Planum, where laminated sedi...