Add to ORKGIn situ biological resources: Soluble nutrients and electrolytes in carbonaceous asteroids/meteorites. Implications for astroecology and human space population
The examination of contemporary systems and the rock record has demonstrated that the biosphere and ...
We have been examining the resources required to support potential life on Mars, as a way of underst...
The amount of surface freshwaters on Earth is remarkably small considering the human population need...
Ecosystems in space will need in-situ bioavailable nutrients. The measured nutrients in meteorites ...
The biological fertilities of planetary materials can be assessed using microcosms based on material...
The world is entering a new era of exploring and exploiting outer space. The revolution in small, lo...
Astroecology concerns the relations between life and space resources, and cosmo-ecology extrapolates...
Carbon-containing meteorites provide a natural sample of the extraterrestrial organic chemistry that...
The amounts of life that can be realized in any ecosystem are determined by the resources of materia...
International audienceBiologically relevant abiotic extraterrestrial soluble organic matter (SOM) ha...
International audienceBiologically relevant abiotic extraterrestrial soluble organic matter (SOM) ha...
Abstract. Hydrothermal vents appear to be the tip of the subsurface biosphere in the ocean crust. Th...
International audienceAccessing and characterizing solar system organic material is crucial for unde...
Planetary materials contain signatures of diverse processes in their mineralogy, chemistry, textures...
If life ever existed, or still exists, on Mars, its record is likely to be found in minerals formed ...
The examination of contemporary systems and the rock record has demonstrated that the biosphere and ...
We have been examining the resources required to support potential life on Mars, as a way of underst...
The amount of surface freshwaters on Earth is remarkably small considering the human population need...
Ecosystems in space will need in-situ bioavailable nutrients. The measured nutrients in meteorites ...
The biological fertilities of planetary materials can be assessed using microcosms based on material...
The world is entering a new era of exploring and exploiting outer space. The revolution in small, lo...
Astroecology concerns the relations between life and space resources, and cosmo-ecology extrapolates...
Carbon-containing meteorites provide a natural sample of the extraterrestrial organic chemistry that...
The amounts of life that can be realized in any ecosystem are determined by the resources of materia...
International audienceBiologically relevant abiotic extraterrestrial soluble organic matter (SOM) ha...
International audienceBiologically relevant abiotic extraterrestrial soluble organic matter (SOM) ha...
Abstract. Hydrothermal vents appear to be the tip of the subsurface biosphere in the ocean crust. Th...
International audienceAccessing and characterizing solar system organic material is crucial for unde...
Planetary materials contain signatures of diverse processes in their mineralogy, chemistry, textures...
If life ever existed, or still exists, on Mars, its record is likely to be found in minerals formed ...
The examination of contemporary systems and the rock record has demonstrated that the biosphere and ...
We have been examining the resources required to support potential life on Mars, as a way of underst...
The amount of surface freshwaters on Earth is remarkably small considering the human population need...