Archarbacteria. Prokaryote and extremeophiles. And Archarbacteria
Archaea
Archaea and Bacteria.
Ancient bacteria can live in very extreme environments. often with little or no oxygen. true bacteria can not do this. Ancient bacteria are often found in hot sulfur springs, muddy environments such as mudflats and swamps, and places deep in the ocean where lava and hot water seep through cracks on the ocean floor. But true bacteria are found EVERYWHERE except extreme environments.
Technically, all bacteria is ancient and has developed over billions of years. The bacteria we find today all comes from a common ancestor. Some ancient bacteria had to thrive in extreme environments, they are known as Extremophiles. These Extremophiles live in environments that other organisms can not, such as high temperatures, extreme pH ranges.
The differance is that they Eubactiria is bad
The archaebacteria kingdom is one of the six kingdoms. Organisms in this kingdom are also called Bacteria; they are unicellular and live in very extreme environments. The "common bacteria" belongs to another kingdom; the Eubacteria kingdom, bacteria in this kingdom differ from bacteria in the archaebacteria kingdom and they do not live in extreme environments.
Archea
Archaea and Bacteria.
Archea Bacteria are a domain of organisms that live in extreme environments.
archaebacteria
Archaebacteria
Ancient bacteria can live in very extreme environments. often with little or no oxygen. true bacteria can not do this. Ancient bacteria are often found in hot sulfur springs, muddy environments such as mudflats and swamps, and places deep in the ocean where lava and hot water seep through cracks on the ocean floor. But true bacteria are found EVERYWHERE except extreme environments.
Bacteria that can thrive in harsh or extreme conditions are often categorized as extremophiles. These include thermophiles that live in high temperatures, psychrophiles in cold temperatures, acidophiles in acidic environments, alkaliphiles in alkaline environments, and halophiles in high-salt environments. These bacteria have developed specialized adaptations that allow them to survive and function in such challenging conditions.
It can be either. An extremophile is an organism that is able to grow, and thrive, in extreme environments.
Archeabacteria lives in a kingdom made up of bacteria that live in EXTREME environments
Chlamydia is a eubacteria. Most bacteria are eubacteria unless the bacteria live in extreme environments.
Technically, all bacteria is ancient and has developed over billions of years. The bacteria we find today all comes from a common ancestor. Some ancient bacteria had to thrive in extreme environments, they are known as Extremophiles. These Extremophiles live in environments that other organisms can not, such as high temperatures, extreme pH ranges.
They're from a more primitive cellular lineage, and usually extremophiles (bacteria that live in extreme conditions) arearcheabacteria.