Climate affects the temperature, amount of water and amount of sunlight in an area. These factors affect the look of the land, as well as what types of plants and animals can survive in the biome. When the climate changes drastically, it can have seriously negative impacts on the biome.Know More
The temperature and amounts of water and sunlight an area gets make up the basic building blocks of the climate. Somewhere with low rainfall, high temperatures and large amounts of sunlight leads to a dry, arid climate, for example. This in turn creates a desert-like biome. The plants and animals evolve in response to this harsh climate to conserve as much water as possible, and the animals often become nocturnal to deal with the high temperatures.
Alternatively, somewhere with a lot of water, moderate sunlight and moderate to high temperatures creates a tropical biome, filled with lush plant life and many different species of animals. Frigid temperatures with little sunlight, such as in the Arctic and Antarctic regions, evolve fewer animals and organisms because of the climate.
The climate is one of the most important parts of how a biome evolves. Geography also has a huge impact, since it affects the amount of water, type of soil and elevation.Learn more about Botany
Climate affects the lives of humans and animals by maintaining and changing the environment in which they live. This includes the impact on human and animal health as well as crops grown to sustain living organisms. These effects may be positive or negative.Full Answer >
Climate affects the rate of weathering in several ways: humidity, physical erosion and temperature all impact the rate at which rocks and earthen materials wear and fade. Climate influences weathering over short and longer periods of time. This weathering takes place naturally, through the process of physical weathering, and in the form of chemical weathering, which involves rain, snow and other precipitation with synthetic compounds.Full Answer >
Temperature affects the speed of sound by changing the density of the medium in which a sound wave travels. In most cases, when the temperature of a medium increases so does the speed of sound through that medium.Full Answer >
According to Clinton Community College, temperature primarily affects the fluidity of a cell membrane, with temperatures that are too low causing it to solidify and temperatures that are too high causing it to become more fluid or even break up. Cell membranes at functional temperatures are relatively viscous liquid bubbles. Their structure is maintained by using a phospholipid bilayer and its inherent hydrophilic and hydrophobic qualities.Full Answer >