Abstract
Speculations about the origins of life on Earth have existed since the dawn of civilization. The Greek philosopher Anaxagoras (500–428 BCE) asserted that the seeds of life are present everywhere in the universe (Nicholson, Trends Microbiol 17:243−250, 2009). He coined the term panspermia to describe the concept as life traveling between planets as seed. The other Greek philosophers, Anaximander (588–524 BCE) and Thales (624–548 BCE), mentioned philosophical point of panspermia theory. Many famous nineteenth-century scientists also wrote about this theory. Among others, Svante Arrhenius posited that microscopic spores are transferred through interplanetary space by means of radiation pressure from the sun, in 1903. In the modern formulation, there are three stages envisioned in this hypothesis: escape (from a planet), transit (through interplanetary space), and landing (on a recipient planet). Each stage has since been investigated, lending some credence to the hypothesis. For example, the possibility of microbial spores escaping a planet has been supported by the capture of radioresistant microbes from high altitudes on Earth. From the space experiments conducted in Earth orbiters and on the International Space Station (ISS), microbes have been found to survive at low Earth orbits (LEO) under some protection from intense solar UV radiation, which could well be available for spores embedded within meteorites. Heating up in the atmosphere due to friction is the main problem during reentry to the planet with atmosphere. However, because the time spent under intense friction is generally in the order of only a few tens of seconds, the amount of heat generated may not be sufficient to kill all the spores, especially if hitching a ride within meteorites. The panspermia hypothesis has been modified and revived since its original proposal and has given a new perspective to the explorations on Mars or the icy moons of Jupiter and Saturn. The hypothesis, its modifications, and past and ongoing research are reviewed in this chapter.
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References
Amann RI, Ludwig W, Schleifer KH (1995) Phylogenetic identification and in situ detection of individual microbial cells without cultivation. Microbiol Rev 59:143–169
Arrhenius S (1903) Die Verbreitung des Lebens im Welten- raum. Unschau 7:481–485
Baque´ M, Scalzi G, Rabbow E, Rettberg P, Billi D (2013) Biofilm and planktonic lifestyles differently support the resistance of the desert cyanobacterium Chroococcidiopsis under space and martian simulations. Orig Life Evol Biosph 43:377–389
Baquéq M, Scalzi G, Rabbow E et al (2013) Biofilm and planktonic lifestyles differently support the resistance of the desert cyanobacterium Chroococcidiopsis under space and Martian simulations. Orig Life Evol Biosph 43:377–389
Bill D, Verseux C, Rabbow E et al (2017) Endurance of desert-cyanobacteria biofilms to space and simulated Mars conditions during the EXPOSE-R2 space mission. In: Abstracts of European Astrobiology Network Association 2017, Aarhus University, Denmark, 14–18 August 2017
Bucker H, Horneck G (1968) Discussion of a possible contamination of space with terrestrial life. Life Sci Space Res 7:21–27
Cottin H, Kotler JM, Billi D et al (2017) Space as a tool for astrobiology: review and recommendations for experimentations in Earth orbit and beyond. Space Sci Rev 209(1–4):83–181
Crick FHC, Orgel LE (1973) Directed panspermia. Icarus 19:341–346
Dehel T, Lorge F, Dickinson M (2008) Uplift of microorganisms by electric fields above thunderstorms. J Electrost 66:463–466
Elsaesser A, Quinn RC, Ehrenfreund P et al (2014) Organics Exposure in Orbit (OREOcube): a next-generation space exposure platform. Langmuir 30:13217–13227
Frösler J, Panitz C, Wingender J et al (2017) Survival of Deinococcus geothermalis in biofilms under desiccation and simulated space and Martian conditions. Astrobiology 17:431–447
Gladman B, Dones L, Levison HF et al (2005) Impact seeding and reseeding in the inner solar system. Astrobiology 5:483–496
Griffin DW (2004) Terrestrial microorganisms at an altitude of 20,000m in Earth’s atmosphere. Aerobiologia 20:135–140
Griffin DW (2008) Non-spore-forming eubacteria isolated at an altitude of 20,000m in Earth’s atmosphere: extended incubation periods needed for culture-based assays. Aerobiologia 24:19–25
Harris MJ, Wickramasinghe NC, Lloyd D et al (2002) The detection of living cells in stratospheric samples. Proc SPIE 4495:192–198
Horneck G, Bücker H, Dose K et al (1984) Microorganisms and biomolecules in space environment, experiment ES029 on Spacelab 1. Adv Space Res 4:19–27
Horneck G, Bucker H, Reitz G (1994) Long-term survival of bacterial spores in space. Adv Space Res 14:41–45
Horneck G, Rettberg P, Reitz G et al (2001) Protection of bacterial spores in space, a contribution to the discussion on panspermia. Orig Life Evol Biosph 31:527–547
Horneck G, Mileikowsky C, Melosh HJ et al (2002) Viable transfer of microorganisms in the solar system and beyond. In: Horneck G, Baumstark-Khan C (eds) Astrobiology: the quest for the conditions of life. Springer, Berlin, pp 57–76
Horneck G, Klaus DM, Mancinelli RL (2010) Space microbiology. Microbiol Mol Biol Rev 74:121–156
Hotchin J, Lorenz P, Hemenway C (1968) The survival of terrestrial microorganisms in space at orbital altitudes during Gemini satellite experiments. Life Sci Space Res 6:108–114
Hoyle F, Wickramasinghe NC (1979) Diseases from space. Dent, London
Imshenetsky A, Lysenko S, Kazakov G (1978) Upper boundary of the biosphere. Appl Environ Microbiol 35:1–5
Kawaguchi Y, Yang Y, Kawashiri N et al (2013) The possible interplanetary transfer of microbes: assessing the viability of Deinococcus spp. under the ISS environmental conditions for performing exposure experiments of microbes in the Tanpopo mission. Orig Life Evol Biosph 43:411–428
Kawaguchi Y, Sugino T, Tabata M et al (2014) Fluorescence imaging of microbe-containing particles shot from a two-stage light-gas gun into an aerogel. Orig Life Evol Biosph 44:43–60
Kawaguchi Y, Yokobori S, Hashimoto H, Yano H, Tabata M et al (2016) Investigation of the interplanetary transfer of microbes in the Tanpopo mission at the exposed facility of the international space station. Astrobiology 16:363–376
Kellogg CA, Griffin DW (2006) Aerobiology and the global transport of desert dust. Trends Ecol Evol 21:638–644
Kring DA (2000) Impact events and their effect on the origin, evolution, and distribution of life. GSA Today 10:1–7
Lighthart B (1997) The ecology of bacteria in the alfresco atmosphere. FEMS Microbiol Ecol 23:263–274
Mautner M, Matloff G (1979) Directed panspermia: a technical evaluation of seeding nearby solar systems. J Br Interplanet Soc 32:419–422
McKay DS, Gibson EK Jr, Thomas-Keprta KL et al (1996) Search for past life on Mars: possible relic biogenic activity in Martian meteorite ALH 84001. Science 273:924–930
Melosh HJ (1988) The rocky road to panspermia. Nature 332:687–688
Mileikowsky C, Cucinotta FA, Wilson JW et al (2000) Natural transfer of viable microbes in space—1. From Mars to Earth and Earth to Mars. Icarus 145:391–427
Nicholson WL (2009) Ancient micronauts: interplanetary transport of microbes by cosmic impacts. Trends Microbiol 17:243–250
Nicholson WL, Ricco AJ, Agasid E et al (2011) The O/OREOS Mission: first science data from the Space Environment Survivability of Living Organisms (SESLO) payload. Astrobiology 11:951–958
Onofri S, de la Torre R, de Vera J-P et al (2012) Survival of rock-colonizing organisms after 1.5 years in outer space. Astrobiology 12:508–516
Panitz C, Horneck G, Rabbow E et al (2015) The SPORES experiment of the EXPOSE-R mission: Bacillus subtilis spores in artificial meteorites. Int J Astrobiol 14:105–114
Panitz C, Frösler J, Walingender J et al (2017) The BOSS experiment of the EXPOSE-R2 mission: biofilms versus planktonic cells. In: Abstracts of European Astrobiology Network Association 2017, Aarhus University, Denmark, 14−18 August 2017
Rabbow E, Rettberg P, Barczyk S, Bohmeier M, Parpart A, Panitz C, Horneck G, von Heise-Rotenburg R, Hoppenbrouwers T, Willnecker R, Baglioni P, Demets R, Dettmann J, Reitz G (2012) EXPOSE-E: an ESA astrobiology mission 1.5 years in space. Astrobiology 12:374–386
Smith DJ (2013) Microbes in upper atmosphere and unique opportunity for astrobiology research. Astrobiology 13:981–990
Smith DJ, Griffin DW, Schuerger AC (2010) Stratospheric microbiology at 20km over the Pacific ocean. Aerobiologia 26:35–46
Squyres SW, Grotzinger JP, Arvidson RE et al (2004) In situ evidence for an ancient aqueous environment at Meridiani Planum. Mar Sci 306:1709–1714
Taylor GR (1974) Space microbiology. Annu Rev Microbiol 28:121–137
Van Eaton AR, Harper MA, Wilson CJN (2013) High-flying diatoms: widespread dispersal of microorganisms in an explosive volcanic eruption. Geology 41:1187–1190
Wainwright M, Wickramasinghe NC, Narlikar JV et al (2004) Confirmation of the presence of viable but noncultureable bacteria in the stratosphere. Int J Astrobiol 3:13–15
Weber P, Greenberg JM (1985) Can spores survive in interstellar space? Nature 316:403–407
Weiss BP, Kirschvink JL, Baudenbacher FJ et al (2000) A low temperature transfer of ALH84001 from Mars to Earth. Science 290:791–795
Weiss BP, Kim SS, Kirschvink JL, Kopp RE, Sankaran M, Kobayashi A, Komeili A (2004) Magnetic tests for magnetosome chains in Martian meteorite ALH84001. Proc Natl Acad Sci U S A 101(22):8281–8284. Epub 2004 May 20
Worth RJ, Sigurdsson S, House CH (2013) Seeding life on the moons of the outer planets via lithopanspermia. Astrobiology 13:1155–1165
Yamagishi A (2007) Tanpopo: astrobiology exposure and micrometeorid capture experiments on the EUSO. Biol Sci Space 21:67–75
Yang Y, Itahashi S, Yokobori S et al (2008) UV-resistant bacteria isolated from upper troposphere and lower stratosphere. Biol Sci Space 22:18–25
Yang Y, Yokobori S, Yamagishi A (2009a) Assessing panspermia hypothesis by microorganisms collected from the high altitude atmosphere. Biol Sci Space 23:151–163
Yang Y, Itoh T, Yokobori S et al (2009b) Deinococcus aerius sp. nov., isolated from the high atmosphere. Int J Syst Evol Microbiol 59:1862–1866
Yang Y, Itoh T, Yokobori S et al (2010) Deinococcus aetherius sp. nov., isolated from the stratosphere. Int J Syst Evol Microbiol 60:776–779
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Kawaguchi, Y. (2019). Panspermia Hypothesis: History of a Hypothesis and a Review of the Past, Present, and Future Planned Missions to Test This Hypothesis. In: Yamagishi, A., Kakegawa, T., Usui, T. (eds) Astrobiology. Springer, Singapore. https://doi.org/10.1007/978-981-13-3639-3_27
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DOI: https://doi.org/10.1007/978-981-13-3639-3_27
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