Add to ORKGMethane Seepage on Mars: Looking for analogues from submarine fluid flow systems on Eart
The martian subsurface is the most likely environment on the planet to find life, as it is protected...
Methane seepage is the signal of the deep hydrocarbon reservoir. The determination of seepage is sig...
There is a good possibility that long-term production of deep biosphere methane (CH4) has occurred o...
Methane Seepage on Mars: Looking for analogues from submarine fluid flow systems on Eart
Methane on Mars is a topic of special interest because of its potential association with microbial l...
NASA, along with its international partners, has developed a Mars exploration strategy, based on rob...
Context. The Martian methane and water cycle are subject of ongoing research through simulation. Exc...
Context. In the past few years several authors have reported detection of a very small amount of met...
The recent detection of methane in the martian atmosphere has stimulated a debate on its source, inc...
We evaluate, based on terrestrial analogs, the potential flux, origin and isotopic signature of meth...
Marine cold seeps occur globally and represent unique pathways for material transport from depth. Me...
This study is devoted to the general circulation modeling (GCM) of methane transport in the Martian ...
Is the recently found seepage groundwater on Mars pure H2O, or mixed with salts and other antifreeze...
Methane has been detected in the martian atmosphere at a concentration of approximately 10 ppb. The ...
By analogy with Earth, methane in the Martian atmosphere is a potential signature of ongoing or past...
The martian subsurface is the most likely environment on the planet to find life, as it is protected...
Methane seepage is the signal of the deep hydrocarbon reservoir. The determination of seepage is sig...
There is a good possibility that long-term production of deep biosphere methane (CH4) has occurred o...
Methane Seepage on Mars: Looking for analogues from submarine fluid flow systems on Eart
Methane on Mars is a topic of special interest because of its potential association with microbial l...
NASA, along with its international partners, has developed a Mars exploration strategy, based on rob...
Context. The Martian methane and water cycle are subject of ongoing research through simulation. Exc...
Context. In the past few years several authors have reported detection of a very small amount of met...
The recent detection of methane in the martian atmosphere has stimulated a debate on its source, inc...
We evaluate, based on terrestrial analogs, the potential flux, origin and isotopic signature of meth...
Marine cold seeps occur globally and represent unique pathways for material transport from depth. Me...
This study is devoted to the general circulation modeling (GCM) of methane transport in the Martian ...
Is the recently found seepage groundwater on Mars pure H2O, or mixed with salts and other antifreeze...
Methane has been detected in the martian atmosphere at a concentration of approximately 10 ppb. The ...
By analogy with Earth, methane in the Martian atmosphere is a potential signature of ongoing or past...
The martian subsurface is the most likely environment on the planet to find life, as it is protected...
Methane seepage is the signal of the deep hydrocarbon reservoir. The determination of seepage is sig...
There is a good possibility that long-term production of deep biosphere methane (CH4) has occurred o...