The Annual Changes Of Temperature On A Planet

Extreme weather is another effect of global warming. While experiencing some of the hottest summers on record, much of the United States has also been experiencing colder-than-normal winters. Changes in climate can cause the polar jet stream the boundary between the cold North Pole air and the warm equatorial air to migrate south, bringing with it cold, Arctic air. This is why some places have very cold weather more often than some of the othe hot areas.Global warming may also lead to extreme weather other than cold or heat extremes. Like tornadoes or hurricane patterns might change. The atmosphere indicate that hurricanes are more likely to become less frequent on a global basis, though

Answer. The isothermal shift is much more pronounced in high altitudes than in low and also much more pronounced over the continents than over the oceans. (Hess, 2011, p.90). The temperature gradient (rate of temperature change with horizontal distance) is steeper in winter than in

More sunlight reaches the equator of the planet causing a correlation between UV intensity and latitude.

Climate is closely associated with the seasons, but do you know what causes the seasons? Log on to the website

The Earth has been experiencing a considerable amount of climate change for the last several decades. Natural factors that contribute to the climate system consist of: solar output, volcanic activity and earth’s orbit around the sun. The two factors relevant on timescales of contemporary climate exist in volcanic activity and changes in solar radiation. The earth’s energy balance primarily influences the amount of incoming energy from volcanic eruptions, which have a relatively short-term effect on climate. Changes in solar output have contributed greatly to climate trends over the past century. The effect of greenhouse gases in the atmosphere has been at least ten times that of changes in the Sun’s output and the ocean covers more than 70 percent of the earth’s surface, receiving twice the amount of earth’s radiation. Although the sun is the engine that drives all the weather, oceans and atmosphere control the sun 's energy along certain

When the average temperatures have been the same for so long, people get used to them because they make the pattern of recurring every time creating the cycle of crop planting and harvesting and everything that farmers had to get done in that time period before it got too cold and dry and nothing would come out of it.

20. Although it is much colder on Mars than on Earth, the similar tilt of Earth’s and Mars’ axes means they have similar seasons. Like Earth's, Mars’ north and south polar caps shrink in the summer and grow in the winter. In addition, a day on Mars is 24 hours 37 minutes—nearly the same as Earth’s. No other planet shares such similar characteristics with Earth.e 21. Mars’ seasons are twice as long as those on Earth because it takes Mars 687 days to orbit the sun, twice as long as Earth’s 365-day journey.a 22. With no large moon like Earth’s to stabilize it, Mars periodically tilts much more toward the sun, creating warmer summers on Mars than it otherwise would have.d 23. The Earth’s moon is 240,000 miles away. Earth’s next closest neighbor is Venus, which comes as near as 24 million miles. After the moon and Venus, Mars is our next closest neighbor at 34 million miles away—though when Mars and Earth are at the opposite sides of their orbits around the sun, they are separated by 249 million miles.e 24. Mars is home to Hellas, a vast and featureless plain that covers 1300 miles (the size of the Caribbean Sea). It was created by asteroids crashing into the planet’s surface of Mars

To compare, all three planets have secondary atmospheres that were produced by volcanoes. To contrast, Venus is too close to the Sun, and was too warm for liquid water to form and without liquid water; the CO2 could not settle out of the atmosphere and dissolve into the oceans. This caused Venus to suffer from runaway greenhouse effect and became hot with an extremely dense and vastly insulated atmosphere. Along with this, UV sunlight destroyed the H2O in the atmosphere. On the other hand, Earth had enough distance from the Sun for liquid water to form and precipitate out into the ocean while the CO2 in the atmosphere dissolved into the oceans and was removed from the atmosphere. The trace amounts of H2O and CO2 in the atmosphere create an insulating layer which is enough to keep the Earth at a mild temperature. Out of the three planets, Mars is the farthest from the Sun. It is possible that Mars had liquid water earlier in its history. The CO2 dissolved into water; however, Mars has less mass than Venus or the Earth. Because of Mars’ smaller mass, it has less tectonic activity and Volcanism stopped early in its formation. This did not allow the atmosphere to be renewed from CO2 or H2O

7) Explain why temperatures on average become cooler and seasonality becomes greater as one moves from the equator toward the poles (use a diagram of the orbit of the earth

Summers are warmer than winters in the Northern Hemisphere due to the tilt of the earth. During this time, the earth is tilted towards the sun and the Northern Hemisphere is getting more direct sunlight.

Instead it is determined by the flow of mana in an area, different variations lead to different climates; these variables follow a pattern to a certain extent, preventing, say a deset from forming right next to a frozen tundra. Something similar goes for the seasons of this world, they are caused by annual fluctuations in the world's mana, but follow a similar pattern as earth.

It follows the Milankovitch cycles, cycles that determine the timing of the seasons and amount of solar radiation that enters the atmosphere. This variation is caused by the shifting in the Earth’s orbit and rotation. Because of these changes, the Earth endure periods of cold and warm cycles (Ice Age and Past Climates, n.d.). Before the Little Ice Age, there was the medieval warm period, or MWP. This warming has said to have started in 900 CE and lasted until 1300, bringing warm conditions for most parts of the world, predominantly in the Northern Hemisphere. Although there is no sure measurement to how much warmer the Earth’s surface temperature was during this time, some scientists estimate the change to be about 1-2 degrees Celsius higher (Rafferty,

The angle at which sunlight strikes the ground causes the seasons. Earth does not have an axis that is straight up and down, its axis is tilted 23.5°. When Earth revolves around the sun, the way the sunlight hits earth causes some places to be colder when they are tilted away from the sun, while other places are warmer because they are tilted towards the sun. An example of this is our Boston/ San Carlos data lab. In this lab, we looked at the weather for Boston and San Carlos de Bariloche. The reason we chose San Carlos is because it is our exact latitude opposite, being 29° South and Boston being 29° North. As Boston was proceeding into winter, San Carlos was proceeding to summer. This is because of Earth’s tilt. San Carlos is tilted towards

The myth of Persephone explains how the seasons change. In the beginning of the myth Persephone was picking flowers and saw a narcissus and went to pick it and Hades rose from the under road in a golden chariot and took her. Demeter her mother searched for her and went into depression which caused everything to start to die ‘causing fall. Demeter went the other gods and found that Zeus made a deal with Hades to allow Hades marry Persephone. Demeter demanded for Zeus to allow her to see her daughter. He sent a messenger to receive her. He saw that she adapted to the life in the underworld and found her calling. Before she left, Hades gave her the fruit of life because she couldn't return to him if she was pure. Zeus compromised

The climate of the Earth is affected by multiple factors, including greenhouse gases in the atmosphere. Greenhouse effects warm the planet and even though CO2 concentration is low, increasing amounts can