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What type of organism is OK what special structures would have order to survive?
An organism that can survive in extreme conditions, such as an extremophile, typically has specialized structures such as heat-shock proteins, protective cell membranes, and enzymes that function at high temperatures or extreme pH levels. These adaptations allow them to maintain cellular integrity and metabolic processes in harsh environments. Additionally, some extremophiles may possess unique DNA repair mechanisms to withstand damage from extreme conditions.
How are bacterial endospores and cysts of protozoa similar?
Bacterial endospores and cysts of protozoa are similar in that they are both dormant, protective structures that enable survival in harsh conditions. They provide resistance to adverse environmental conditions such as heat, lack of nutrients, and desiccation. Both structures allow the organism to remain viable until more favorable conditions return for growth and reproduction.
What is the order of organism succession?
The order of organism succession typically starts with pioneer species such as lichens and mosses, which can grow in harsh conditions. These are followed by grasses and shrubs, then trees, leading to a climax community with a stable and diverse ecosystem.
How bacteria can survive harsh conditions?
With the help of endospores, or thick-walled structures that help the bacteria survive harsh conditions.
What type of dormancy do humans exhibit?
Humans exhibit obligate dormancy, which is a type of dormancy where the organism must enter a dormant state in order to survive harsh conditions. An example of this is hibernation during cold weather.
What organism would you most likely find in the most extreme habitats on earth?
Some sheeps like in mountains in harsh conditions in freezing cold
What was harsh conditions once called?
what were the harsh conditions on the great plains once called
What type of organism is OK what special structures would have order to survive?
An organism that can survive in extreme conditions, such as an extremophile, typically has specialized structures such as heat-shock proteins, protective cell membranes, and enzymes that function at high temperatures or extreme pH levels. These adaptations allow them to maintain cellular integrity and metabolic processes in harsh environments. Additionally, some extremophiles may possess unique DNA repair mechanisms to withstand damage from extreme conditions.
What are the pro's of asexual reproduction?
Asexual reproduction is perfect for an organism that lives in harsh conditions. The organism is able to produce offspring without worry of finding another organism who is of the opposite sex. Also, this ensures that the genetic information that allows the current organism to live in these harsh conditions is transferred to its offspring.
How does an organism benefit by being able to reproduce asexually and sexually?
During good conditions, organisms can reproduce sexually and benefit from the genetic diversity that this creates. During harsh conditions, asexual reproduction can take place without having a partner and results in offspring that are identical to the parent. This means that if the parent can survive the harsh conditions, then the offspring are more likely to as well.
How are bacterial endospores and cysts of protozoa similar?
Bacterial endospores and cysts of protozoa are similar in that they are both dormant, protective structures that enable survival in harsh conditions. They provide resistance to adverse environmental conditions such as heat, lack of nutrients, and desiccation. Both structures allow the organism to remain viable until more favorable conditions return for growth and reproduction.
What is the order of organism succession?
The order of organism succession typically starts with pioneer species such as lichens and mosses, which can grow in harsh conditions. These are followed by grasses and shrubs, then trees, leading to a climax community with a stable and diverse ecosystem.
What can protect bacteria from harsh conditions for millions of years?
What can protect bacteria from harsh conditions for even millions of years?
What were the working conditions for nurses in ww1?
The conditions were harsh and nasty
How do caribou maintain homeostasis?
Caribou maintain homeostasis through various physiological adaptations and behavioral strategies. They have a thick fur coat that insulates them against cold temperatures, while their large hooves help them traverse snowy terrain and find food. Additionally, caribou migrate seasonally to access better food sources and more favorable climates, which aids in regulating their body temperature and energy balance. These adaptations allow them to thrive in harsh Arctic environments.
How bacteria can survive harsh conditions?
With the help of endospores, or thick-walled structures that help the bacteria survive harsh conditions.
How do bacteria survive?
they survive in harsh conditions
