how does extremophiles adapt?

up vote 0 down vote favorite

asked Jul 10 '16 at 18:35

Unnamed User
1 0 0 0

Can you answer these questions?

How long does it take for a car to drive 1 mile at a speed of 75 MPH?

Your Answer

Related Content

	Halophile Halophiles are organisms that thrive in high salt concentrations. They are a type of extremophile organism. ... Halophiles can be found anywhere with a concentration of salt five times greater than ...
	Extremophiles and their adaptation to hot environments In this paper, I will give an overview about hyperthermophiles, their taxonomic relationships, environmental adaptations and strategies of life.
	Extremophiles and Extreme Environments Cyanobacteria can also develop in hypersaline and alkaline lakes, ... Interestingly, extremophiles adapted to the same extreme condition may ...

Related Content

	What Are Extremophiles? Extremophiles are organisms that have been discovered on earth that survive in ... These organisms can survive at very high temperatures. ... . Adaptations.
	Adaptations of Plants and Extremophiles \| Ecology and Environment ... You've learned about adaptations. Now let's see some examples of plants and other organisms that have adapted to live in extreme ...
	Extremophiles, Antarctica, and Extraterrestrial Life Extremophiles are the ultimate adventurers. ... to identify features that may help these microbes adapt to their cold surroundings. ... “The focus of the project was not to do an exhaustive appraisal of genes specific to each ...
	How Extremophiles Work \| HowStuffWorks Extremophiles are organisms that live in "extreme" environments. Learn why extremophiles are remarkable, not only because of their habitats. ... Body to Science Works · How do they deice airplanes? Does a wet summer mean a brilliant fall?
	How Thermophilic Bacteria Survive, Part II: DNA - Bitesize Bio In part I, I answered the question, “How do proteins in thermophiles survive under high temperatures?” ... Proteins managed to adapt to high temperatures using a number of very ... Thermophilic and halophilic extremophiles.