Bacteria can go into a sort of hibernated state to survive in more hostile-to-life environments, such as in places with no food or water. They have a thick cellular wall.
They have a thick cell wall that helps them survive.
With the help of endospores, or thick-walled structures that help the bacteria survive harsh conditions.
It allows the bacteria to create a resistant and dormant cell that can preserve the original cells genetic material when put under extremely unfavourable conditions
oxygen, stable and agreeable temperature, food - usually sugar will do, time and sunshine help too
The reason that bacteria have been able to survive so long is that the asexual reproduction that they use allows for very little mutation, so as long as the environment stays the same, the bacteria will thrive. When mutation, or evolution does occur, because of the asexual reproduction the mutations are much more extreme and fast (because there is no recombination fo the DNA as in sexual reproduction). So the species will be able to survive in the new environment, thus the bacteria are able to survive.
Tropical rainforest plants have natural traits that enable the plant to survive the harsh conditions. Inherited traits or adaptations the plants have are the thick leaves that can withstand the high temperatures. The leaves in the plants absorb a lot of water to help the plant thrive by retaining moisture.
With the help of endospores, or thick-walled structures that help the bacteria survive harsh conditions.
Because if an extremophile can survive in such harsh conditions on Earth, why cant it survive anywhere else?
It allows the bacteria to create a resistant and dormant cell that can preserve the original cells genetic material when put under extremely unfavourable conditions
they have a hard shell to hide in to help them stay cool/warm
No, bacteria doesn't eat your insides. In fact, you already have bacteria inside your intestines that help you survive life.
Inside a seed is a food supply for the developing plant embryo. The outside of a seed is a protective coat. This allows a seed to survive cold weather or a lack of water. A seed can remain dormant for months, or even years, while waiting for the right growing conditions.
Inside a seed is a food supply for the developing plant embryo. The outside of a seed is a protective coat. This allows a seed to survive cold weather or a lack of water. A seed can remain dormant for months, or even years, while waiting for the right growing conditions.
The four features of bacteria that enable them to survive in a wide variety of habitats are: The primary feature of the bacteria is their ability to develop a cyst, which protects them from unfavorable environmental conditions. For instance, the prokaryotic organism has a cell wall, which helps them to survive in hypertonic and hypotonic conditions. Also, the bacteria form endospores that help the bacteria to resist extreme hot temperatures. The bacteria synthesize cold shock proteins, which help to survive in low temperatures. There are many features that make bacteria survive in harsh conditions. Bacteria are found almost everywhere. There are various types of features found in bacteria. These adaptation helps them to survive in extreme conditions.
Dehydration helps control bacteria in a great number of ways. Dehydration denies the bacteria the water that they need to survive.
the dog sledding teams help people survive in harsh climates by, doing all the running and pushing for the humans it. a dog sledding team can also help if the human is disabled or injured.
The rise of fascism in Germany.
sand, water, dirt, snow.