Want this question answered?
They adapt to where they live.
Two ways that some organisms can escape from unfavorable environmental conditions would be to move or migrate or to hibernate. Some organisms can even adapt.
Lichens adapt to different environmental conditions by changing their growth rate, morphology, and composition. They can withstand extreme temperatures, desiccation, and high radiation levels by altering their metabolic activity and producing protective pigments. Lichens also exhibit a diverse range of symbiotic relationships with fungi and algae or cyanobacteria, allowing them to access nutrients and water in various habitats.
Adaptability: Their ability to adapt quickly to extreme conditions and survive frozen or in extreme heat. Reproduction: Their Reproductive rates are incredible high, fast and asexual.
If there is a major climate change, most likely lost of organisms will die off. Some will adapt to the extreme conditions, but most won't.
They adapt to where they live.
Extreme pressure.
Figs and figwasps share a commonality in that they can both adapt to extreme temperature changes and extreme changes in the amount of water present. Being able to survive under such a range of conditions is unusual.
Two ways that some organisms can escape from unfavorable environmental conditions would be to move or migrate or to hibernate. Some organisms can even adapt.
Two ways that some organisms can escape from unfavorable environmental conditions would be to move or migrate or to hibernate. Some organisms can even adapt.
adaptability is key to long term survival of any animal species
Wildlife that breeds on the Antarctic continent -- none live there, adapt with layers of fat and feather or skin features that protect their cores from the extreme cold.
Lichens adapt to different environmental conditions by changing their growth rate, morphology, and composition. They can withstand extreme temperatures, desiccation, and high radiation levels by altering their metabolic activity and producing protective pigments. Lichens also exhibit a diverse range of symbiotic relationships with fungi and algae or cyanobacteria, allowing them to access nutrients and water in various habitats.
no, not in the sense that people can migrate to said extreme environment and adapt to living there. Yes in the sense that if a limited group of people lived for generations in harsh but not extreme conditions, their genetic make up would shift to traits that are better adapted to these conditions. In such a case one could argue that evolution has adapted these people, which is wrong because evolution is not an actor but a phenomenon.
Their ability to adapt to the changes around them that's why we're number one.
Organisms adapt to adverse environmental conditions in various ways. Some will migrate to other areas (many bird species). Some will go into a state of dormancy (deciduous trees). Some will hibernate or aestivate.
Adaptability: Their ability to adapt quickly to extreme conditions and survive frozen or in extreme heat. Reproduction: Their Reproductive rates are incredible high, fast and asexual.