Spanish Astrobiology Center

Its main objective is "understanding life as a consequence of the evolution of the matter and energy in the Universe."[2] The foundation of Spain's Astrobiology Center (CAB) had its beginnings in 1998 when a group of Spanish scientists led by Juan Pérez-Mercader, presented a proposal of affiliation to the newly created NASA Astrobiology Institute (NAI).It operated from offices at the National Institute of Aerospace Technology (INTA) until it moved to its own building inaugurated in January 2003.The Astrobiology Center is based in Madrid, Spain, its director is Víctor Parro García, and the Vicedirector is Francisco Najarro.CAB has contributed to NASA in its mission to better characterize and find conditions for life in the Universe, and has prioritized Martian weather research and endurance of some extremophile microorganisms.
AstrobiologyOrigin of lifeMadridNational Institute of Aerospace TechnologySpanish National Research CouncilNASA Astrobiology InstituteMadrid, SpainUniversity of ValladolidAutonomous University of MadridextremophileRover Environmental Monitoring StationCuriosity roverTemperature and Winds for InSightInSightMars Environmental Dynamics AnalyzerPerseverance roverRaman Laser SpectrometerEuropean Space AgencyRosalind Franklin roverSigns Of LIfe DetectorAstrochemistryAstrophysicsAtmospheric sciencesBiochemistryEvolutionary biologyExoplanetologyGeomicrobiologyMicrobiologyPaleontologyPlanetary oceanographyPlanetary scienceAbiogenesisAllan Hills 84001BiomoleculeBiosignatureDrake equationEarliest known life formsEarth analogExtraterrestrial lifeExtraterrestrial sample curationExtremophilesHypothetical types of biochemistryList of microorganisms tested in outer spaceOcean planetPanspermiaPlanetary protectionSearch for extraterrestrial intelligence (SETI)Yamato meteoritePlanetaryhabitabilityCircumstellar habitable zoneExtraterrestrial liquid waterGalactic habitable zoneHabitability of binary star systemsHabitability of natural satellitesHabitability of neutron star systemsHabitability of red dwarf systemsHabitability of K-type main-sequence star systemsHabitability of yellow dwarf systemsHabitability of F-type main-sequence star systemsHabitable zone for complex lifeList of potentially habitable exoplanetsTholinSuperhabitable planetBiolabBIOPANBiosatellite programE-MISTEu:CROPISEXPOSEO/OREOSOREOcubeTanpopoVEGGIEBeagle 2Fobos-GruntMars Science LaboratoryMars 2020PhoenixTianwen-1Zhurong roverTrace Gas OrbiterVikingHayabusa2OSIRIS-RExRosettaBioSentinelDragonflyEuropa ClipperExoMarsBreakthrough EnceladusCAESAREnceladus ExplorerEnceladus Life Finder‎Enceladus Life Signatures and HabitabilityEnceladus OrbilanderEuropa LanderExoLanceExplorer of Enceladus and TitanIcebreaker LifeJourney to Enceladus and TitanLaplace-PLife Investigation For EnceladusMars sample return missionOceanusTridentAstrobiology Field LaboratoryBeagle 3Biological Oxidant and Life DetectionKazachokLiving Interplanetary Flight ExperimentMars Astrobiology Explorer-CacherNorthern LightRed DragonTerrestrial Planet FinderAstrobiology Society of BritainAstrobiology Science and Technology for Exploring PlanetsBreakthrough InitiativesBreakthrough ListenBreakthrough MessageBreakthrough StarshotCarl Sagan InstituteCenter for Life Detection ScienceEuropean Astrobiology Network AssociationMERMOZNexus for Exoplanet System ScienceOcean Worlds Exploration ProgramSpace program of SpainSpainsatXTAR-EURSpainsat NGHispasatLume-1IngenioIntasatMinisat 01XatcobeoMiura 1CapricornioMiura 5Miura NextEl ArenosilloGando Air BaseEl HierroMadrid Deep Space Communications ComplexMaspalomas StationCebreros StationVillafranca StationAgencia Espacial EspañolaInstituto Nacional de Técnica AeroespacialPLD SpaceZero 2 InfinityAlén SpaceHisdesatPedro DuquePablo Álvarez Fernández