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Virtual ecosystems: tundra plants

Virtual ecosystems: tundra plants

von Thomas Fester | Apr. 29, 2017 | Climate Change, Ecology, Fiction

Tundra plants may seem small and insignificant, but they are worth studying for several reasons: 1.) Tundra is a hotspot of climate change. It experiences particularly strong shifts in climate conditions translating in reduced snow cover and reduced perma frost and...
Mechanococcus ciliaphorus, a model organism for studying primary production in subsurface oceans of Dagon 3

Mechanococcus ciliaphorus, a model organism for studying primary production in subsurface oceans of Dagon 3

von Thomas Fester | Feb. 7, 2017 | Extraterrestrial life, Fiction

Characteristics of Mechanococcus ciliaphorus Mechanococcus ciliaphorus is a unicellular organism isolated from subsurface oceans of Dagon 3 (figure 1A). It is of sperical shape with diameters between 20 and 50 µm. The genetic and biochemical basis of M. ciliaphorus is...
Life in subsurface oceans

Life in subsurface oceans

von Thomas Fester | Dez. 17, 2016 | Ecology, Extraterrestrial life, Fiction, Natural History

Prevalence of subsurface oceans in the solar system and beyond While blue jewels like Earth are rare in space, many celestial bodies possess subsurface oceans. Such oceans may be heated by internal planetary heat or by interaction with a larger planetary bodiy (tidal...

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    Thomas Fester, Dr. rer. nat., Komturstraße 7, 02763 Zittau – Germany, e-mail: tfester@scivit.de, Telephone: +49 341 9839673, Tax-Number: 231/218/02201, Ust-ID: DE235829085

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    • Scivit has moved to Zittau – join me exploring the area 19. September 2017
    • Artificial intelligence in space exploration 15. Mai 2017
    • Scivit Newsletter: The tundra biome – a hotspot of climate change 15. Mai 2017
    • Virtual ecosystems: tundra plants 29. April 2017
    • Virtual plant communities 9. April 2017

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