Derfilingting Bacteria lives in the salty conditions of the ocean providing salt and nutrients to other small Bugs laying at the bottom of the sea. When Cold the salt stops and pepper comes out and produces.
Some types of bacteria, called extreme or obligate halophiles, are adapted to-and require-high salt concentrations, such as found in the Dead Sea, where salt concentrations can reach 30%. Facultative halophiles do not require high salt environments to survive, but are capable of tolerating these conditions. Halophiles can grow in salt concentrations up to 2%, a level that would inhibit the growth of other bacteria. However, some facultative halophiles, such as Halobacterium halobium grow in salt lakes, salt flats, and other environments where the concentration of salts is up to seven times greater than that of the ocean
Osmosis draws water from bacteria and kill them by dehydration.
Halobacteria (halo is derived from the greek word for salt)
Bacteria that live in salty water are called halophiles. This comes from two latin words, 'halo' meaning 'salt' and 'phile' meaning 'loving'. Thus halophiles are salt-loving microbes.
high concentrations of salt dehydrate bacteria :)
Halophiles
Cause they are tough cookies.
Certain kind of archaebacteria, called halophiles can live in extremely salty environments.
Archaea and Bacteria.
Bacteria require adequate nutrients and conditions to thrive and reproduce. These vary depending on the type of bacteria. For example, there are both autotrophic bacteria, that require CO2 as their carbon source, and heterotrophic bacteria, that require one or more organic molecules for their carbon source. Because of this they usually live off of autotrophs. There are also bacteria that only thrive and reproduce in extreme conditions. These extremophiles may reside in high or low pH environments, very high heat (hot springs) or low temperatures (glaciers), very salty environments and other extremes.
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 live in extreme environments. The big three live in extremely hot water, super salty water, or extremely acidic water.
Halophiles live in a high salt concentration.
A halophile would be an organism that thrives in (or requires a) very salty environments. A halotolerant organism would be able to survive in a salty enviroment, but can also live outside of this environment.
Prokaryotes under the branch Archae typically live in extreme environments meaning hot or salty environment.
Archea Bacteria are a domain of organisms that live in extreme environments.
No you would not because thermoacidophilic bacteria live in extreme hot environments while enteric bacteria are found in areas such as human intestines
Cause they are tough cookies.
yes it does
Many ancient bacteria live in extremely hot or salty water. True bacteria describes one-celled organisms that have no separate nucleus.
Certain kind of archaebacteria, called halophiles can live in extremely salty environments.
Archea
Archaea and Bacteria.