Multiple Choice
Nitrifying Thaumarchaeota can outcompete nitrifying bacteria in acidic environments because Thaumarchaeota
A) are well-adapted to high salinity and extreme UV irradiation.
B) are well-adapted to temperature extremes.
C) are well-adapted to very low NH₃ concentrations.
D) have very resistant specialized cells that survive long periods of dehydration and nutrient starvation.
Correct Answer:

Verified
Correct Answer:
Verified
Q45: Some Archaea are chemoorganotrophs and use organic
Q46: What makes the lifestyle and genome of
Q47: Halophilic Archaea are the only inhabitants of
Q48: Cellular integrity and cell wall stabilization of
Q49: In chemolithotrophic Archaea, H₂ is a common
Q51: Methanogens<br>A) produce methane as a part of
Q52: Although the domain Archaea contains many acidophilic
Q53: The small ribosomal rRNA gene sequences of
Q54: Thermoplasma are facultative aerobes, growing either aerobically
Q55: Many hyperthermophiles are chemolithoautotrophs.