Fish basicly hibrenate, or slow their matabolism in order to take in less oxygen for the water. Slowing down their heartbeat, and doing less vigorous activities help it conserve it's body energy. Therefore they are able to survive the time alotted in winter...
Yes, some archaea are extremophiles that can survive in extreme conditions, including high temperatures. However, most known archaea cannot survive in water above the boiling point, as it would denature their proteins and disrupt their cellular processes.
Some species of algae can tolerate and even thrive in high acid environments, such as those found in extreme conditions like volcanic lakes or acidic hot springs. These algae have developed various adaptations, such as specialized cellular mechanisms to maintain pH balance and protect against damage from acidity. However, not all algae can survive in such conditions, and their ability to do so often depends on the specific species and the severity of the acidity.
Algae can live in various habitats such as oceans, lakes, rivers, ponds, and even on damp soil or surfaces. They can be found in both freshwater and saltwater environments, and some species can also survive in extreme conditions like hot springs or snowfields.
Yes, archaebacteria are known to thrive in extreme environments such as hot springs, deep-sea hydrothermal vents, acidic environments, and salt flats. Their ability to survive in these harsh conditions is due to their unique biochemistry and cell structures.
the plants that can survive in water , which can breath the carbon dioxide that is dissolved in the water
a.] water a high specific heat capacity
Yes, some archaea are extremophiles that can survive in extreme conditions, including high temperatures. However, most known archaea cannot survive in water above the boiling point, as it would denature their proteins and disrupt their cellular processes.
Ice covers lakes and ponds in winter......
The American alligator is able to survive in water temperatures approaching freezing during winter. Most crocodiles are tropical and would not survive long in freezing temperatures.
Lakes don't freeze solid because the top layer of ice acts as an insulating barrier, preventing the water below from freezing completely. This allows aquatic life to survive during the winter months.
Some species of algae can tolerate and even thrive in high acid environments, such as those found in extreme conditions like volcanic lakes or acidic hot springs. These algae have developed various adaptations, such as specialized cellular mechanisms to maintain pH balance and protect against damage from acidity. However, not all algae can survive in such conditions, and their ability to do so often depends on the specific species and the severity of the acidity.
Algae can live in various habitats such as oceans, lakes, rivers, ponds, and even on damp soil or surfaces. They can be found in both freshwater and saltwater environments, and some species can also survive in extreme conditions like hot springs or snowfields.
Salt lakes, or saline lakes, host a variety of specialized lifeforms adapted to high salinity conditions. Common inhabitants include halophilic bacteria, which can thrive in extreme salt concentrations, and various species of algae, particularly green and red algae. Additionally, brine shrimp and certain types of brine flies are prevalent, serving as key components of the food web. These organisms have evolved unique physiological mechanisms to survive and reproduce in such harsh environments.
They lived near water so that they could easily and frequently fish. The fish was then stored so that there would be enough food to survive the winter.
They can survive in one at a right temperature. But alligators are more adapted to live in shallow rivers and marshes rather than in lakes.
Yes, archaebacteria are known to thrive in extreme environments such as hot springs, deep-sea hydrothermal vents, acidic environments, and salt flats. Their ability to survive in these harsh conditions is due to their unique biochemistry and cell structures.
Temperate climates have cold winters but warm summers. Certain fruit trees, such as apple and cherry, grow quite well in those conditions. Other types of fruit trees such as citrus fruit, will not grow in those conditions.