Evolution. Over hundreds of years animals will change to adapt to there surroundings.
Polar-bears and walruses are two examples of animals that have adapted to extreme cold temperatures. There are others - arctic fox, various species of penguins, etc. Camels are an example of adaptation to extreme (desert) heat - though in Siberia, they also have to adapt to cold.
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.
adaptability is key to long term survival of any animal species
They do not adapt normally as other plants do in time. They adapt extremely fast and go through stages called Phagquestionesis. This is due to the extreme temperatures and climate in the Central Valley's. Plants in this location also produce offspring faster than the majority of other plants. They behave more like weeds and are very susceptible to plant viruses such as Nekedballus and extreme mutations.
animals adapt to differents biomes because
The cells that are in thermophiles need extreme heat to multiply, they have adapted by changing their body temperature and now survive best in hot climates.
Animals change and adapt through evolution by natural selection.
Animals adapt by changing little features to adapt.
to eat there dilicious the reason why we need animals for is because they help teach us how to adapt to extreme environments.They also help us survive with they meat and nutrients to help us human survive
they adapt by mutations in their genes when they have newborns.
An increase in temperature will lead to more frequent and severe heatwaves, melting of polar ice caps and glaciers causing sea levels to rise, shifts in ecosystems as plants and animals adapt to changing climates, and increased frequency of extreme weather events such as hurricanes and droughts.
The body temperature of a squid typically matches the temperature of the surrounding water, as they are considered cold-blooded animals. This allows them to adapt to various ocean environments and maintain their metabolic functions within the range of temperatures they encounter.