The North Pole approaches Siberia, the northern part of the Eurasian continent will be in a less sunny and cooler climate, and the southern part will be affected by drought.
Future Earth’s climate changes
Bogdan Góralski
Library of Historical Institute of the University of Warsaw
In my book entitled “A modern look at the Earth's climate mechanism and the Cosmo-geophysical system of the Earth” that is published in the Internet, I wrote that the source of climate change is the displacement of the earth's coating (i.e., the crust and upper part of the earth's mantle) around the liquid interior of the earth. The Earth's coating surface, which rotates relative to the ecliptic plane because of gravitational pulling of the Solar System objects, experiences the changes in the sun lighting of the Earth's surface, and consequently, changes in the location of the climatic zones and precipitation zones.
Earth's climate zones functioned in the atmosphere are stationary relative to the ecliptic plane. When the Earth's surface (together with the earth's coating) moves relative to the ecliptic plane under a stationary earth's atmosphere, the zones of life-giving precipitation (and cold and heat zones) change their position over the Earth's surface. These phenomena cause the Earth’s climatic changes.
Today the Earth’s coating moves in that way that the Siberia is step by step closer to the geographic North pole, which is the pole of the cold.
If the geographic North Pole approaches Siberia, the northern part of the Eurasian continent will be in a less sunny and cooler climate, and the southern part will be affected by drought. North America will be in a warmer climate, which in the north of the continent will favor the vegetation, and the south of the North American continent will experience drought. South America will shift to the South, and the South part of Brazil could be affected by drought all year. North Africa will be in a permanent dry zone, and the Sahara perhaps will grow green. The climatic zones will shift from the current position of about ca. 15 degrees latitude of distance, which will change the spread of vegetation zones. There will be a global increase in the number of earthquakes, especially in the Mediterranean, Central America, the Malay Archipelago, and around Australia.
These climate changes will negatively affect food production and human well-being.
To prevent the development of an unfavorable global situation, I described in my works published on the Internet an action plan that requires international elites cooperation. It is up to the elites to decide if we can realize this plan.
Warsaw, 2015
The December of 2019
Fires in Australia, Brazil, Israel, Lebanon, and California mean that the area of these huge territories moved to the dry climatic zone that extends between the 20 to the 30 parallel. It means that the movement of Earth's coating directs to the South in the area of Brazil, California, and the opposite ( to the North) in the areas that are surrounding the Australian continent. My information shows that the area of Tanzania in Africa since the last two years moved to the North to the wet all year tropical climatic zone. Israel, Lebanon, has shifted to the climatic zone, which is dry all year.
An excerpt of Water Encyclopedia:
The result of these shifting climatic zones are latitude bands with distinctive precipitation characteristics:
0–5° latitude: wet through the year (rising zone)
5–20° latitude: wet summer (rising zone), dry winter (sinking zone)
20–30° latitude: dry all year (sinking zone)
30–50° latitude: wet winter (rising zone), dry summer (sinking zone)
50–60° latitude: wet all year (rising zone)
60–70° latitude: wet summer (rising zone), dry winter (sinking zone)
70–90° latitude: dry all year (sinking zone)
If the Earth had no mountains, and oceans were homogeneous with respect to their heat content, the climate would occur in latitude bands like those listed above. However, mountains indeed exist, and they exert a strong influence on precipitation, as do warm and cold ocean currents.