Archaea, particularly halophiles, survive in salty environments by employing specialized adaptations. They often accumulate compatible solutes, such as potassium ions, to balance the osmotic pressure without disrupting cellular functions. Additionally, their cell membranes contain unique lipid compositions that maintain stability and integrity under high salinity. These adaptations enable them to thrive where most other organisms cannot.
No, sea snails cannot live in freshwater environments as they require a salty marine environment to survive.
Spider plants cannot thrive in an ocean environment because they are terrestrial plants that require soil to grow. They would not be able to survive in the salty water of the ocean.
"Just as salty as the environment."
archaea
Yes, archaea are prokaryotic.
it is so salty nothing can survive in it
It depends upon the type of the plant. All the plants do not survive in salty water, few of the species of plants do. They are called Halophiles that grow in salty water they are not harmed by the salty water.
All animals have a type of homeostatic behavior within them because Homeostasis is the regulation of the internal environment to compensate for a change in the external. Without this adaptation nothing would survive. An example of this in worms is that of the osmoregulation in their bodies (the adjusting of a salty environment by holding in more water).
how did the miwok and the hupa use their environment to survive
Animals survive in mangrove swamps by adapting to the brackish water, fluctuating water levels, and salty soil. They have specialized adaptations such as breathing roots, salt glands, and the ability to tolerate varying levels of salinity. These adaptations help them thrive in the unique environment of mangrove swamps.
The Dead Sea is landlocked and is so salty that a dolphin would not survive.
yes but cannot stay there and remain there for as long as fresh water