Cyanobacteria (oxygenic phototroph) anoxygenic phototroph aerobic heterotroph fe
ID: 178241 • Letter: C
Question
Cyanobacteria (oxygenic phototroph)
anoxygenic phototroph
aerobic heterotroph
fermenting heterotroph
iron oxidizer
iron reducer
sulfate oxidizer
sulfate reducer
nitrate reducer (denitrification)
ammonia oxidizer (nitrification)
nitrogen fixer
autotroph
methanogen
methanotroph
halophile or halotolerant
psychrophile or psychrotolerant
themophile or thermotolerant or hyperthermophile or mesophile
acidophile or acidotolerant
alkaliphile or alkalitolerant
obligate anaerobe
facultative anaerobe
Given the following physicochemical gradient, and your knowledge of metabolism, describe the most likely community composition. Light, oxygen Organic molecules Light, no oxygen H2S, organic molecule No light, no oxygen Sulfate Fe3+ Organic molecules ure 1.23Explanation / Answer
Inn sectionn A- Cynobacteria. And Autotrophs..!!
Inn section B- Sulphur reducer and Sulpher Oxidizer. . ! !
Obligate anaerobe. And Facultative anaerobe..!!
Section C- Iron oxidizer and Iron reducer..!!
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