The stability of the archaea enables then survive in extreme temperature and areas that are highly alkaline and highly acidic.
Archaebacteria can generally survive in much more extreme conditions, such as extreme heat, salty, pH, etc. environments. Those "other" bacteria will generally survive only within an optimal range of temperature, etc.
Amoebas are not a bacteria and are protozoa which are eukaryotes and NOT Archaea . Which unlike other bacteria does not have peptidoglycan and is more related to eukaryotes than bacteria that is why the name changed for Archaeabacteria to just Archaea, lives in extreme conditions but can be found in other places,such as 30%of marine microbes, and does not cause infections to humans . One example of Archaea is Methanococcus jammaschii which is one of the first to make this classification clear. Protozoa are eukaryotes ,while Archaea are prokaryotes without membrane bound organelles. Halobacterium Korarchaeota are only found in in high temperature hydrothermal environments
both archaea and bacteria are domains that are made up of prokaryots. prokaryots do not have a nucleus. the only domain that is known to have nuclei is eukarya.
No, nothing can survive extreme heat and pressure that an atom bomb puts out. There are only two way, one being the bomb shelter and the other is getting out of the blast radius. Animals that have simple internal systems may survive the radiation, but many would die.
It is a solid, only in extreme heat it would be a liquid. And Im not sure what would make it a gas.
The question's a little boggled, but maybe the word you're looking for is thermophiles.
Archaea or archaeabacteria are bacteria that are able to live in extreme conditions. They are single-celled organisms lacking a nucleus. Eubacteria have linked lipids in their cell membrane and can only survive in more normal conditions.
well if you mean by distinguish as diff rent archaebacteria can live in extreme environment and it is an ancient bacteria but eubacteria cant live in extreme environment but it can live in food , air , and also in living things .
Archaebacteria can generally survive in much more extreme conditions, such as extreme heat, salty, pH, etc. environments. Those "other" bacteria will generally survive only within an optimal range of temperature, etc.
Amoebas are not a bacteria and are protozoa which are eukaryotes and NOT Archaea . Which unlike other bacteria does not have peptidoglycan and is more related to eukaryotes than bacteria that is why the name changed for Archaeabacteria to just Archaea, lives in extreme conditions but can be found in other places,such as 30%of marine microbes, and does not cause infections to humans . One example of Archaea is Methanococcus jammaschii which is one of the first to make this classification clear. Protozoa are eukaryotes ,while Archaea are prokaryotes without membrane bound organelles. Halobacterium Korarchaeota are only found in in high temperature hydrothermal environments
The domains Bacteria and Archaea are composed of only unicellular organisms. These organisms are prokaryotic and lack a true membrane-bound nucleus in their cells.
It depends. Not all bacteria and archaea can share the same environment. Most archaea are extremophiles, i.e., they live under extreme environments like high salt concentration, marshy lands, radioactive soil, etc. All bacteria however are not extremophiles. There do exist certain species who live in environments having high temperature (thermophiles), low temperature (psychrophiles), etc but most bacterial species are mesophiles and live under conditions of normal temperature (around 25 to 38 degree celsius). Moreover, temperature is not the only limiting factor. Any kind of extremity that would otherwise be lethal to most living forms are lovely places for archaea to live in. Have you ever wondered why cowdung is a good fuel source? Its because of archaea called methanogens which produce methane from the hydrocarbons present in cowdung. They are thus beneficial to us in a way!
Archaea (prokaryotic organisms which live in extreme environments)Bacteria (prokaryotic organisms, includes most disease-causing microorganisms)Eukaryote (eukaryotic organisms, contains the 5 kingdoms of Protista, Fungi, Plantae, Animalia, and Monera)
Bacteria and Archaea
Coniferous trees are the only ones that can survive the extreme cold.
yes it does but only under extreme and special conditions...
In both regions, only plants that can adjust to extreme temperatures can survive.