La Madre Phenomenon of La Madre Relationship

The long periods of the Earth's rotation mostly correspond to the sunspot cycle, the planetary meeting and period, and the lunar cycle, respectively. Among them, the period with a larger amplitude is year, year by year, etc. The amplitude of the Earth's self-transformation is the largest in about 60 years.

The analysis shows that when the Earth's rotation accelerates from west to east, the ocean currents and trade winds flowing from east to west near the equatorial belt strengthen, blowing warm water from the surface of the Pacific Ocean to the western Pacific, and the deep cold water in the eastern Pacific Ocean is bound to rise to replenish it, and the sea surface temperature naturally decreases to form La Niña. When the Earth's rotation decelerates, the "brake effect" causes the atmosphere and sea water in the equatorial belt to gain an eastward inertial force, the equatorial currents and trade winds weaken, the warm water in the western Pacific Ocean flows eastward, and the cold water in the eastern Pacific Ocean is blocked, and the El Niño phenomenon of sea water warming and sea level elevation occurs due to the accumulation of warm water. The period of El Niño events is 2-7 years, which corresponds to the quasi-periodic change in the acceleration of the Earth's rotation in 3-4 years.

In the same way, when the Earth's rotation accelerates from west to east, the ocean currents and trade winds flowing from east to west near the equatorial belt strengthen, blowing warm water from the Pacific Ocean to the western Pacific. When the earth's rotation decelerates, the "brake effect" causes the atmosphere and sea water in the equatorial belt to gain an eastward inertia force, the equatorial ocean current and trade winds weaken, the warm water in the western Pacific Ocean flows eastward, and the cold water in the eastern Pacific Ocean is blocked. Since the La Madre cold phase has the same formation mechanism as La Niña, and the La Madre warm phase has the same formation mechanism as El Niño, their meeting will make La Niña or El Niño more intense.

In the era of the acceleration of the earth's rotation, the position of the subtropical high is west-north, forming drought in the south and flooding in the north, and vice versa. 1972 1999 was an era of slowing down of the earth's rotation, so China experienced floods in the south and drought in the north. The above mechanism shows that the acceleration of the earth's rotation, the upturning of cold waters in the eastern Pacific, the cold phase of Ramadre, and the cooling of the global climate are one-to-one, and the drought in the south and floods in the north of China are one-to-one.

On the contrary, the slowdown of the earth's rotation, the accumulation of hot sea water in the eastern Pacific Ocean, the warming phase of La Madre, and global warming are one-to-one correspondence with flooding in the south and drought in the north in China.

The interaction of energy and the exchange of matter in land, sea and air are the main causes of global change. The La Madre cold phase implies the advent of a natural tendency to cooling, similar to the cooling situation of 1946 and 1976, which should be reasonably explained. The entry of La Madre into the cold phase in 2000 and the beginning of the acceleration of the Earth's rotation in 1999 indicate that the Earth system is undergoing a consistent transition.

Since 1999, the acceleration of the Earth's rotation and the increase in activity for five consecutive years should attract the attention of the world. The mechanism of global climate cooling caused by the upturning of cold sea water in the deep ocean deserves attention, and strong tides play a stimulating role.

The "La Madre phenomenon" is attracting close attention from meteorological oceanographers around the world, who are intensifying their research on the causes of its formation and closely tracking its impact on the global climate, especially global warming.

Discovered in 1996 by American oceanographer Steven Hale, La Madre is known as the Pacific Decadal Oscillation in gas and oceanography. Preliminary results of scientific research suggest that La Madre is extremely closely related to El Niño and La Niña, and is known as the "mother" of El Niño and La Niña, which means "mother" in Spanish.

La Madre is a high-air pressure stream that alternates over the Pacific Ocean in two forms, warm and cold, respectively, with each phenomenon lasting 20 30 years. For more than 100 years, La Madre has appeared in two full cycles. The cold phase of the first cycle occurred in 1890-1924, and the warm phase occurred in 1925-1946.

The cold phase of the second cycle appeared in 1947 and 1976, and the warm phase from 1977 to the late 90s of the 20th century.

When La Madre occurs in the form of a warm phase, the water surface temperature near the North American continent rises abnormally high, while the ocean surface temperature in the North Pacific Ocean decreases abnormally. At the same time, the Pacific airflow moves from the Americas and Asia to the Pacific**. When La Madre comes in the form of a cold phase, the opposite is true.

La Madre has a close relationship with El Niño and La Niña, and if La Madre in warm phase meets El Niño, it will make it more intense and appear more often; If La Madre in the cold phase meets La Niña, then La Niña will show strong momentum and appear frequently.

"La Madre" is a low-temperature, high-pressure air flow, usually at a higher position in the Great Dry Identification Layer, which declines on average every 20 to 30 years and lasts for more than 20 years. The "La Madre phenomenon" was discovered in 1996 by Steven Hale, an American oceanographer, and is known in meteorology and oceanography as the "Taizao Orange Oscillation" (ODP).

Since 1889, there have been 18 times of greater than or equal to ** in the world, 4 times from 1889 to 1924, 1 time from 1925 to 1945, 11 times from 1946 to 1972, 0 times from 1977 to 2003, and 2 times from 2000 to 2005. The law shows that the period of the cold phase of La Madre is the period of concentrated eruption of global strong earthquakes. The year 2000 entered the cold phase of La Madre, and the period from 2000 to 2035 is the period of debate when a strong earthquake breaks out globally.

The phenomenon of "La Madre" is the name of the American oceanographer Steven. Discovered by Hale in 1996, it is known meteorologically and oceanographically as the PDO Pacific Decadal Oscillation. Preliminary results of scientific research show that PDO is closely related to the phenomenon of "El Nio" and "La Nina" (La Nia) in the South Pacific Ocean, and is known as the "mother" of "El Niño" and "La Niña".

Eladio Zarate, president of the Costa Rican National Meteorological Association, recently said that the La Niña phenomenon in 2000 will meet the La Madre phenomenon in Latin America and bring a lot of rain to the region. The meteorologist said that after many years of activity, El Niño was gradually replaced by La Niña in the second half of 1998. At present, La Niña is changing from weak to strong.

Interestingly, the strengthening of La Niña was accompanied by the emergence of another natural phenomenon, La Madre. The simultaneous occurrence and meeting of these two natural phenomena will bring a lot of rain to Latin America and the Caribbean.

According to Zarate, the "La Madre" phenomenon is still little known to this day, and scientists have called it the "mother" of El Niño and La Niña. "La Madre" is a low-temperature, high-pressure air stream, usually higher in the atmosphere, which falls on average every 20 to 30 years and lasts for more than 20 years. He pointed out that La Niña, supported by La Madre, would dramatically reduce the ocean surface temperature in the equatorial region of the Pacific Ocean, which was raised by El Niño.

As a result, the average rainfall in Latin America and the Caribbean in 2000 will increase by 25 per cent, making it the wettest year in 50 years, with some regions seeing a relatively early rainy season. At the same time, the intersection of La Niña and La Madre also caused 11 tropical storms, seven of which turned into hurricanes.

As it turned out, Zarate's ** was correct. The La Niña event that occurred in June 1998 lasted for two years and lasted until June 2000.