Will the distribution level of species be affected by gradual increase in temperature? Say briefly.
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Answer:
Climate models project that rising temperatures over time can lead to an increase in dry, desert-like conditions, which will affect not only the survivorship of particular species, but also the natural resources they have adapted to use in their natural environment.
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Distribution of species
Explanation:
Temperature is an important factor which influences the distribution of species
- Temperature is a factor that influences species distribution because organisms must either maintain a specific internal temperature or inhabit an environment that will keep the body within a temperature range that supports their metabolism
- Many species have developed adaptations, such as migration, hibernation, and aestivation, to deal with temperature fluctuations in the environments in which they live
- It exerts an important influence on living organisms because few can survive at temperatures below 0 °C (32 °F) due to metabolic constraints,it is also rare for them to survive at temperatures exceeding 45 °C (113 °F)
- Temperature can limit the distribution of living things
- Rising temperatures over time can lead to an increase in dry, desert-like conditions, which will affect not only the survivorship of particular species, but also the natural resources they have adapted to use in their natural environment
- Migration, the movement from one place to another, is common in animals, including many that inhabit seasonally-cold climates
- Migration solves problems related to temperature, locating food, and finding a mate
- Amphibians and reptiles are more limited in their distribution because they lack migratory ability,Not all animals that can migrate do so as migration carries risk and comes at a high energy cost
- Some animals hibernate or aestivate to survive hostile temperatures
- Hibernation enables animals to survive cold conditions, while aestivation allows animals to survive the hostile conditions of a hot, dry climate
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