Thursday , August 11 2022

The rising heat, the greater the power of the ice sheets, the circular to the public



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Climate change changes the energy in the atmosphere. In summer conditions, the Northern Association may have a steep stake in the Middleland areas in North America, Europe and Asia, and may still be stagnant.

Scientists report that global warming, especially in the Arctic energy, is redistributed: Energy for cold energy gives ventilation and other local and convection processes, and energy shortages to extraterrotic cyclones over the summer. Thousands of kilometers are spread out. This system is often associated with wind and wind which generate rain.

Charles Gerller, a graduate student at the MIT Department, says: "If you are weakening the weaker extracorative hurricanes and air pollution in the summer, you know the possibility of poor air quality in urban areas." Earth, atmospheric and planetary sciences (EAPS). "Move to air standards in cities, more destructive and more staggering days.

Gertrar, his co-writer and associate professor Paul Owenman publish their results in EAPS. Proceedings of the National Academy of Sciences.

A shrinking gradient

In contrast to more tropical tropical cyclones, such as hurricane-like climatic conditions, the authorities have great climate systems that have polar power in tropical regions. This storm's system generates rapid changes in the US's most traumatic front. In winter, extraterritorial hurricanes can swallow up to the Knights. In the summer, public and light rains bring heavy hardening and thunderstorm.

Extratropic cyclones vary the terrestrial temperature of the atmosphere – the average temperature difference between the northern and southern latitudes. Humidity and moisture generates a certain amount of energy in the atmosphere, which can lead to weathering. Between the arctic and the equator, the massive massive magnitude will be a strong and staggering storm.

Over the next decades, the remainder of the Arctic Earth is worse than the rest of the Earth and the atmosphere of the atmosphere decreases. Gartler and Ogaryne wondered how this temperature trend affected the tropical cyclone and other summer weather phenomena.

In the 1970s, they launched a global redundancy of weather forecasts known as the ERA-Interim Reanalysis Project, which collected density climates, bombs, weather and bahonic quantities around the world. From these dimensions, this project builds the highest grid grid at high altitudes, temperature and humidity.

The teams are concentrated between 20 to 80 degrees latitude in the southern hemisphere. The average summer temperatures in June, July and August are warm and humid from 1979 to 2017. They form an average temperature of summer each year and an algorithm of moisture, which develops in MIT. The energy available in the atmosphere is the resultant temperature and humid climate.

"We can understand how energy is increased over the years, and how much energy can be distinguished quickly for convection, for example, big circulation, such as wind, petroleum, and extrastrost cyclones," says Ogon.

Seeing changes now

Since 1979, they have found a large decrease of energy to extrudorial hurricanes from around 6%, but the energy consumed by smaller and more solar fuels has increased by 13%.

Some of the recent evidence in the Northern Hemisphere reflects their results, indicating that the summer winds associated with extrotrophic cyclones have come down to global warming. Observations from Europe and Asia strengthen the rainwater-like cyclone.

Researchers to locate these trends, "says gerrttar wind, rainy weather associated with climate. Climate change presents a unified framework that connects directly to the weather and climate, the weather, so we see this change in climate, the average change of the interior for the first time met areakkeyanenkilum areakkeyanann .

Researchers estimate that the average impact of global warming on the summer energy in the Northern Hemisphere. They hope to be ahead of time to see how climate change can affect the world's more specific areas.

"What happens to the energy available in the atmosphere, we see the trend on the map to see that it's going on in North America, Asia and the oceans," said Ogon. "It needs to learn more."

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