Particulates in the atmosphere reflect solar radiation and prevent it reaching the earth. This has the effect of lowering the temperature of the earth. This happened seriously in the mid-20th Century, but was stopped by Clean Air Acts round the world. It also happens for a few days after a volcanic eruption.
No. The global warming affect only involves the atmosphere. Earth's mantle generates it's own heart via the slow decay of radioisotopes, and is well insulated from the cooler atmosphere by earth's oceans and crustal rock. In general, heat dissipates, so the mantle would not gain heat from the much cooler atmosphere.
Yes, the solar constant affects temperature by determining the amount of solar energy reaching the Earth's atmosphere. A higher solar constant can lead to an increase in temperature, while a lower solar constant can result in cooler temperatures.
Greenhouse effect. The same effect that keeps Earth warmer than if there would be no atmosphere: without an atmosphere, the average temperature on Earth would be below zero Celsius.
Not by temperature variations at Earth's surface, no. However, temperature variations in Earth's mantle play a role in plate tectonics, and so can affect earthquake activity.
When greenhouse gases like carbon dioxide increase in the atmosphere then the temperature rises. Greenhouse gases capture heat rising from the surface of the earth and prevent it escaping to space.
Particulates in the atmosphere reflect solar radiation and prevent it reaching the earth. This has the effect of lowering the temperature of the earth. This happened seriously in the mid-20th Century, but was stopped by Clean Air Acts round the world. It also happens for a few days after a volcanic eruption.
Particulates in the atmosphere reflect solar radiation and prevent it reaching the earth. This has the effect of lowering the temperature of the earth. This happened seriously in the mid-20th Century, but was stopped by Clean Air Acts round the world. It also happens for a few days after a volcanic eruption.
Particulates, or particulate matter, can significantly affect the atmosphere by influencing air quality, climate, and human health. They can scatter and absorb sunlight, leading to changes in temperature and weather patterns. Additionally, particulates can contribute to the formation of clouds and precipitation, impacting the Earth's radiation balance. Prolonged exposure to particulate pollution can also harm respiratory health in humans and other living organisms.
it dose not. but what dose is the atmosphere, & how close it is 2 the sun.
Variations in temperature can impact the density, pressure, and circulation of the Earth's atmosphere. This can lead to changes in weather patterns, such as the formation of clouds, precipitation, and storm development. Additionally, temperature changes can affect the balance of greenhouse gases in the atmosphere, leading to shifts in climate patterns over time.
Because of the Earths atmosphere, the distance from the Sun, does not affect the temperature on the surface of the Earth. In the northern hemisphere, we are closer to the Sun in winter and the furthest away in summer.
it dose not. but what dose is the atmosphere, & how close it is 2 the sun.
Air is Earth's atmosphere.
Yes. Due to effects with the Earth's atmosphere, the average temperature on Earth is higher.Yes. Due to effects with the Earth's atmosphere, the averagetemperature on Earth is higher.Yes. Due to effects with the Earth's atmosphere, the averagetemperature on Earth is higher.Yes. Due to effects with the Earth's atmosphere, the averagetemperature on Earth is higher.
Because of atmosphere
solar cycle is nothing but the different types of energy provided by sun to earth and the cyclic movement of this within the earth atmosphere. As there is variatiuon of temperature in temperature of various layers of atmosphere the drag force varies since it is proportional to the different of the temperature between the two given layers.
The Earth's atmosphere interacts with the hydrosphere by regulating temperature through heat exchange, driving weather patterns, and influencing the water cycle. Atmospheric conditions such as temperature, pressure, and humidity play a crucial role in shaping the characteristics and behaviors of water bodies on Earth.