why do unicellular organisms live mainly in a watery environment

, ThinkQuest, retrieved
^ Pohorille, Andrew; Deamer, David (2009-06-23). Research in Microbiology. 160 : 449456. :. Retrieved. Coates, Juliet C. ; Umm-E-Aiman; Charrier, Bndicte (2015-01-01). Plant Evolution and Development. 5 : 737. :. P. ^ Andras, Peter; Andras, Csaba (2004-11-26). Medical Hypotheses. 64 : 678688. :. ^. exploringorigins. org. Retrieved. webprojects. oit. ncsu. edu. Retrieved. Kleckner, Nancy; Fisher, Jay K. ; Stouf, Mathieu; White, Martin A. ; Bates, David; Witz, Guillaume (2014-12-01). Current Opinion in Microbiology. Growth and development: eukaryotes/ prokaryotes. 22 : 127137. :. P. scienceprimer. com. Retrieved. ^ Smith, Dwight G (2015). Bacteria. Salem Press Encyclopedia of Science. P. www. sharkbay. org. au. Retrieved. www. nature. com. Retrieved. ^ Cui, Yanhua; Hu, Tong; Qu, Xiaojun; Zhang, Lanwei; Ding, Zhongqing; Dong, Aijun (2015-06-10). International Journal of Molecular Sciences. 16 (6): 1317213202. :. P. Johnston C, Martin B, Fichant G, Polard P, Claverys JP (2014). "Bacterial transformation: distribution, shared mechanisms and divergent control". Nat. Rev. Microbiol. 12 (3): 18196. :.


P. ^ Bernstein H, Bernstein C, Michod RE (2018). Sex in microbial pathogens. Infection, Genetics and Evolution volume 57, pages 8-25. ^. www. ucmp. berkeley. edu. Retrieved. ^ McNamara, Kenneth (2009-09-01). Western Australian Museum. P. oceanexplorer. noaa. gov. Retrieved. Barton, Larry L. ; Fardeau, Marie-Laure; Fauque, Guy D. (2014-01-01). "Hydrogen sulfide: a toxic gas produced by dissimilatory sulfate and sulfur reduction and consumed by microbial oxidation". Metal Ions in Life Sciences. 14 : 237277. :. P. P. www. microbeworld. org. Retrieved. ^. www. els. net. Retrieved. Encyclopedia Britannica. Retrieved. ^. ResearchGate. :. Retrieved. Falb, Michaela; Pfeiffer, Friedhelm; Palm, Peter; Rodewald, Karin; Hickmann, Volker; Tittor, Jrg; Oesterhelt, Dieter (2005-10-01). Genome Research. 15 (10): 13361343. :. P. P. www. els. net. Retrieved. Extremophiles: Archaea and Bacteria"P: Map of Life". www. mapoflife. org. Retrieved. ^. www. vet. ed. ac. uk. Retrieved. Hook, Sarah E. ; Wright, Andr-Denis G. ; McBride, Brian W. (2010-01-01). Archaea. 2010 : 945785. :. P. P. van Wolferen M, Wagner A, van der Does C, Albers SV (2016).


Proc. Natl. Acad. Sci. U. S. A. 113 (9): 2496501. :. P. Bernstein H, Bernstein C. Sexual communication in archaea, the precursor to meiosis. pp. 103-117 in Biocommunication of Archaea (Guenther Witzany, ed. ) 2017. Springer International Publishing P DOI 10. 1007/978-3-319-65536-9 ^ Yett, Jay R. (2015). Eukaryotes. Salem Press Encyclopedia of Science. Speijer, D. ; Luke, J. ; Eli, M. (2015). Proc. Natl. Acad. Sci. U. S. A. 112 (29): 882734. :. P. ^. Nature. Retrieved. users. rcn. com. Retrieved. Klose, Robert T (2015). Protozoa. Salem Press Encyclopedia of Science. Ruggiero, Michael A. ; Gordon, Dennis P. ; Orrell, Thomas M. ; Bailly, Nicolas; Bourgoin, Thierry; Brusca, Richard C. ; Cavalier-Smith, Thomas; Guiry, Michael D. ; Kirk, Paul M. (2015-04-29). PLoS ONE. 10 (4): e0119248. :. P. www. microbeworld. org. Retrieved. www. microscope-microscope. org. Retrieved. www. ucmp. berkeley. edu. Retrieved. ^. Encyclopedia Britannica. Retrieved. Sugibayashi, Rika; Harumoto, Terue (2000-12-29). European Journal of Protistology. 36 (4): 415422. :. Encyclopedia of Life. Retrieved. Encyclopedia Britannica. Retrieved.


Kelso AA, Say AF, Sharma D, Ledford LL, Turchick A, Saski CA, King AV, Attaway CC, Temesvari LA, Sehorn MG (2015). PLoS ONE. 10 (9): e0139399. :. P. ^. www. encyclopedia. com. Retrieved. ^. www. biologyreference. com. Retrieved. ^. www. mbari. org. Retrieved. ^. www. genoscope. cns. fr. Retrieved. botany. si. edu. Retrieved. biolum. eemb. ucsb. edu. Retrieved. ^. www. microbiologyonline. org. uk. Retrieved. Alba-Lois, Luisa; Segal-Kischinevzky, Claudia (2010). Nature Education. 3. Retrieved. MicrobeWiki. Retrieved. www. yourgenome. org. Retrieved. www. cdc. gov. Retrieved. Accessed 2011-10-24. Bauer, Becky (October 2008). All at Sea. Retrieved. John Wesley Tunnell; Ernesto A. Chvez; Kim Withers (2007). Texas A M University Press. p. P91. P. Wisegeek. com. 2014-02-23. Retrieved. [ unreliable source? Over the course of millions of years, marine life has been evolving to adapt to the high salt content, temperature and light conditions of the oceans. These adaptations depend on the type of marine life. Animals such mollusks, have hard outer shells that protect them from predators, high concentrations of salt, and water erosion.


Keen eyesight is an important adaptation for an octopus. In order to catch food in the dark and deep parts of the ocean, they must be able to spot food quickly. Marine mammals also have special adaptations for survival in saltwater. Mammals in the oceans are warm-blooded; their body temperature is regulated to be higher than the temperature of the ocean water. In addition, seals and manatees must decrease the amount of energy and breathing capacity used, in order to dive deep in the ocean. Lastly, reptiles that have evolved to live in saltwater, such as the sea turtle, have harder shells and feet designed for swimming. These organisms are found in tropical and temperate oceans, but there are also organisms that can survive even the harshest of saltwater environments. Halophiles, small microbes, can live in environments up to 10 times more saline (salty) then the oceans. The Great Salt Lake, in Salt Lake City, Utah, is home to these organisms. The salt content in the Great Lake is so high that you can actually walk on salt flats. Understandably, these microbes have very specific adaptations. I hope this helps!

  • Views: 20

why do you always make me cry
why do they call the canadiens habs
why do they call the day after christmas boxing day
why do redskins fans wear pig noses
why do redskin fans wear pig noses
youtube when calls the heart episode 1
you remind me of who i am