In the northern hemisphere over 99 percent of the tornadoes spin counterclockwise but in the southern hemisphere 99 percent of tornadoes spin clockwise.
NO! Taking the heat from the Earth is helping the sub surface cool at a faster rate. You might be thinking well then how is global warming happening? The atmosphere is warming up but the sub surface is cooling. We are finding more and more ways to help drive the earth to its grave.
It is warming more and very much faster than previous natural cycles
It is warming faster than previous natural cycles.
The Earth is warming faster than in previous natural cycles.
There is more land surface in the Northern Hemisphere and land has a lower specific heat than water therefore warming faster than the vast oceans of the Southern Hemisphere.
Its near the pole(s), where change is happening faster.
In the northern hemisphere over 99 percent of the tornadoes spin counterclockwise but in the southern hemisphere 99 percent of tornadoes spin clockwise.
Land surfaces warm faster and cool faster
NO! Taking the heat from the Earth is helping the sub surface cool at a faster rate. You might be thinking well then how is global warming happening? The atmosphere is warming up but the sub surface is cooling. We are finding more and more ways to help drive the earth to its grave.
From 1900 to 2150, the average length of time per year from the beginning of the northern hemisphere summer to the beginning of the northern hemisphere winter is 183.52 days, and the average length of time per year from the beginning of the southern hemisphere summer to the beginning of the southern hemisphere winter is 181.72 days. The reason that northern hemisphere summers are longer than southern hemisphere summers is that Earth is closest to the sun, at its perihelion, in January, and it's farthest from the sun, at its aphelion, in July, and orbiting bodies always travel faster when they're closer to the body they're orbiting.
It happens faster where there are holes in the ozone layer.
The biggest effects of global warming are expected to occur in regions near the poles, including the Arctic and Antarctic. These areas are experiencing a faster rate of warming compared to the rest of the planet, leading to the melting of glaciers and ice sheets, rising sea levels, and changes in ecosystems. Additionally, regions with already warm climates, such as tropical and subtropical areas, may face increased risks of extreme weather events, including hurricanes and heatwaves.
It is warming more and very much faster than previous natural cycles
The Coriolis effect actually stops any hurricane or cyclone from crossing the equator. It's like a "Coriolis barrier", if you will. Hurricanes and typhoons are essentially "heat transfer" effects and almost continuously move AWAY from the equator, to the north or south.
*Warming it *Stirring it *Usign a catalyst
Earth's orbit around the Sun is not a perfect circle; rather, it is an elipse. In winter (the northern winter; in the southern hemisphere this would be the summer), Earth is closer to the Sun, and moves faster.