Extremophiles as Astrobiological Models, , Wiley, John Wiley & Sons,Astronomy, space and time,Mathematics and Science, Acetylenophiles; acidophiles; ADAPT space experiment; airborne microorganisms; anhydrobiosis; antarctic environmental conditions; arsenophiles; biofilm; BIOMEX space experiment; biosignatures; biosphere; black fungi; BOSS space experiment; chemolithotrophy; cryptoendolithic; CPR (Candidate phyla radiation); cryptobiosis; desiccation tolerance; DPANN; electron donors; Enceladus; endospore; energy production; EXPOSE-R2 space experiment; exposure to outer space; fumarole; habitability; haloarchaea; halophiles; hydrothermal system; icy moons; International Space Station; JUICE mission; lichens; lithopanspermia; LUCA; Mars habitability; Martian subsurface; mass spectrometry; meta; tolerance; Origin of life; oscillation; panspermia; psychrophiles; radioresistance; stress factors; stress proteins; tardigrades; Titan; volcanic steam vents,, , United States, en-UShttps://www.wiley.comAcetylenophiles; acidophiles; ADAPT space experiment; airborne microorganisms; anhydrobiosis; antarctic environmental conditions; arsenophiles; biofilm; BIOMEX space experiment; biosignatures; biosphere; black fungi; BOSS space experiment; chemolithotrophy; cryptoendolithic; CPR (Candidate phyla radiation); cryptobiosis; desiccation tolerance; DPANN; electron donors; Enceladus; endospore; energy production; EXPOSE-R2 space experiment; exposure to outer space; fumarole; habitability; haloarchaea; halophiles; hydrothermal system; icy moons; International Space Station; JUICE mission; lichens; lithopanspermia; LUCA; Mars habitability; Martian subsurface; mass spectrometry; meta; tolerance; Origin of life; oscillation; panspermia; psychrophiles; radioresistance; stress factors; stress proteins; tardigrades; Titan; volcanic steam vents, [BLURB],[CITY],,books, ebooks, biblet, Book2look