El Ni o heat, high blood pressure how to do

If you have high blood pressure, you should usually pay attention to rest, proper exercise, and you can also drink Guozang Kangqi to reduce mountain height, it is designed for the pathogenesis characteristics of the "yin and yang deficiency" type, and is composed of bitter buckwheat, corn whiskers, kudzu, cassia, yellow essence, honeysuckle, hawthorn, green tea, chrysanthemum, lotus leaf, mulberry leaf, licorice, monk fruit, wolfberry, yam, bitter gourd, raspberry, lemon, blueberry and other food raw materials of the same origin of medicine and food, comprehensively regulating the five internal organs of the human body, comprehensive care, and the effect is incomparable!

The Northwest Institute of Plateau Biology, Chinese Academy of Sciences and the Graduate School of the Chinese Academy of Sciences analyzed the main nutrients in the wild black wolfberry fruits, and the results showed that the black wolfberry was rich in anthocyanins, and its content far exceeded that of blueberry, which was 20 times that of VC and 50 times that of VE. Moreover, the absorption is fast, and the anthocyanins can be detected in the blood after 20 minutes of eating black wolfberry, so that the blood ingestion of anthocyanins can effectively lower blood pressure, inhibit the increase in blood pressure, and also refresh and sleep peacefully, so that patients can sleep peacefully.

In hot weather, the blood pressure fluctuations of hypertensive patients are related to the weather and the patient's personality. If there is a high temperature in summer, the blood pressure of people who are often angry will fluctuate more. Of course, there are many factors that affect blood pressure, but in the case of hot weather that lasts for many days, some middle-aged and elderly people are prone to cerebral hemorrhage if their blood pressure suddenly rises due to emotional irritability and anger, so you need to pay attention!

to make an impact.

Folded Central Pacific.

The ENSO phenomenon from April 1982 to July 1983 was the worst in centuries, with water surface temperatures in the eastern to central Pacific Ocean about 4 to 5 above normal, killing 1,300,1500 people worldwide and causing economic losses of nearly $10 billion.

The ENSO phenomenon from 1986 to 1987 caused the surface water temperature of the central and eastern equatorial Pacific Ocean to be about 2 higher than the average annual temperature. At the same time, the atmospheric circulation in the tropics is also correspondingly abnormal, and the weather in the tropics and other regions is abnormal. Heavy rains in northern and central Peru in South America; The Amazon River in Colombia swelled so much that its embankments burst several times; The northeast of Brazil is dry and rainy, and the western part is hot; Significant reduction in rainfall in eastern and coastal Australia; There is little rain and drought in a wide range of areas from northern China and South Asia to northern Africa.

In the early 1990s, the enso precursor phenomenon occurred again. In January of this year, the water surface temperature in the central Pacific Ocean was higher than in previous years, in addition to the water surface temperature in the equatorial sea area was higher than in previous years, the water surface temperature in the sea area west of the international date change line was also nearly 1 higher than in previous years. The warm water layer of 28 near the sea surface is about 10 meters shallower than usual; The water level in the waters off the Pacific coast of South America is **15 30 cm higher than usual.

Collapse Chinese influence.

The Enso phenomenon of 1997-1998 resulted in water surface temperatures about 3 to 4 above normal in the eastern to central Pacific Ocean, persistent heavy rains in the Americas, and persistent droughts and large-scale forest fires in South-East Asia. This El Niño event occurred immediately after 1990-1994 and was rare but small. At the same time, the warm water driven by ENSO affects the movement of fish in groups and destroys the growth of coral reefs.

For example, in the 1997 Pacific typhoon season, there were 10 typhoons with the highest level 5, and in the 1997 Pacific hurricane season, there were also two highest-level 5 hurricanes: Hurricane Linda and Hurricane Qellermore.

For China, El Niño is prone to warm winters, heavy rains and floods in the south, high temperatures and droughts in the north, and cold summers in the northeast. Extreme weather is more dangerous than mere temperature changes.

1) Fewer typhoons. The number of tropical storms (typhoons) in the western Pacific and the number of landfalls along the coast of China are lower than those in normal years.

2) The summer monsoon is weak, and the monsoon rain belt is southerly, located in central China or south of the Yangtze River. The northern region is prone to drought and high temperature in summer, and the southern region is prone to low temperature and flooding. Severe floods in China in the past 100 years, such as the floods in the middle and lower reaches of the Yangtze River in 1931, 1954 and 1998, all occurred in the year following the emergence of the El Niño phenomenon.

3) In the winter after the occurrence of El Niño, the northern part of China is prone to warm winters.

First of all, the number of typhoons has decreased, and after the occurrence of the El Niño phenomenon, the number of tropical storms (typhoons) in the northwest Pacific and the number of landfalls along the coast of China are lower than in normal years.

Usually in the year of El Niño, China's summer monsoon is weak, the monsoon is southerly, located in the central part of China or south of the Yangtze River, and the northern region of China is often prone to drought and high temperature in summer. After the strong El Niño in 1997, drought and high temperatures in northern China were very obvious.

The third is that the southern part of our country is prone to low temperature and floods, and in the year after the occurrence of the El Niño phenomenon, in the southern part of our country, including the Yangtze River basin and the Jiangnan region, it is prone to floods, and the severe floods that have occurred in our country in the past 100 years, such as 1931, 1954 and 1998, all occurred in the following year of the El Niño year. In 1998, El Niño was one of the most important factors influencing the devastating floods that struck our country.

Finally, in the winter after the occurrence of El Niño, the northern part of China is prone to warm winters.

El Niño is a phenomenon that causes cold water to warm up abnormally around Christmas.

El Niño will change the global climate, the most direct impact is manifested in the Pacific Ocean and the northern Indian Ocean monsoon region, because El Niño makes the cold water in the eastern Pacific Ocean turn into warm water, which weakens the easterly trade winds in the Pacific Ocean, makes the warm water originally accumulated in the western Pacific Ocean flow eastward, and makes the thickness of the western surface sea water and the warm water layer significantly reduced, which will weaken the southwest and southeast monsoon winds flowing over the warm water layer, and make the South Asian monsoon region appear obviously dry. In the East Asian monsoon region, due to the weakening of the southeast monsoon, the northern region is unable to be affected by the southeast monsoon and there is a summer drought, while in the southern Yangtze River basin, because the southeast monsoon lingers for a long time, this causes floods in the area. Then, due to changes in atmospheric circulation, the climate of the whole world has changed.

According to foreign media reports, on June 2, Rajasthan, a western desert province in India, suffered a "death heat", becoming the hottest place in India that day, close to the highest temperature in India's weather records. Temperatures were above 40 degrees in most parts of India on June 2. Most of the Gangetic Plain is over 45 degrees Celsius, with some areas approaching 50 degrees Celsius.

The Indian weather forecast map is red, much redder than a bull market!

The scorching heat in the north-central part of the Indian Meteorological Department** could even continue for another week. The previous persistent hot weather led to many deaths from heat stroke. Some cities in India have reported that lakes and rivers are drying up due to persistent high temperatures and lack of rain, and water scarcity is a cause for concern.

Over the past few decades, El Niño has been more frequent and unstable than in the past 400 years. Because of the damage caused by humans to the global environment, which leads to the emergence of extreme weather. Lower rainfall in Australia and parts of Asia, warmer sea temperatures in western America, floods, typhoons, tsunamis, and more are warnings to humanity about El Niño.

The development of science and technology has made human life easier, but it has also destroyed the environment on which human beings depend. Every El Niño event has serious consequences, with building damage, infectious disease outbreaks, and even devastating effects in some areas.

Experts believe that with the destruction of the earth's environment by humans, El Niño will only become more frequent and the world will become more cruel. And this "death heat" is just a small warning from El Niño to mankind, if human beings do not pay attention to environmental protection and stop the destruction of the earth, one day it will usher in a devastating blow. Of course, environmental protection is a long-term topic, which requires the joint efforts of several generations or dozens of generations of human beings!

El Niño can cause high temperatures, and it's very high, and if there is no protection, it will kill a large number of people.

Because El Niño itself will cause high temperatures, and if it is not restrained, it will cause even greater temperatures.

It may be due to the occurrence of certain chemical reactions, which release a lot of heat, resulting in a high temperature.

It may be the miraculous power of nature, and some natural phenomena are irreversible.

This may be caused by some natural geographical phenomenon, which is very common.

The main reason is that the temperature is too high this time, and this phenomenon will be formed.

I guess this is the kind of thing that would have happened.

Because this weather phenomenon is indeed the highest temperature ever recorded in India.

It should be that this virus spreads very quickly, and there is no way to effectively suppress it.

When El Niño occurs, it can be divided into four phases, namely the onset phase, the development phase, the maintenance phase and the decay phase. Normally, it lasts for about a year, and when the sea temperature changes, the atmospheric temperature also changes.

The impact of El Niño is enormous, and it has a great impact on our country. The first is the decrease in typhoons, after the occurrence of the El Niño phenomenon, the number of typhoons and the number of landings along China's coast have decreased compared with normal years. The second is that northern China is prone to high temperatures and drought in summer, and these usually occur in the year when the El Niño phenomenon occurs.

Because China's summer monsoon is weak, and the monsoon rain belt is relatively southern, basically located in the central part of China or the south of the Yangtze River, so the northern part of China is often prone to drought and high temperature in summer. And after a strong El Niño, the intensity of this drought and high temperature will intensify.

El Niño will also increase rainfall in the south of our country, making the southern region prone to low temperatures and floods. In the year after the occurrence of the El Niño phenomenon, floods are prone to occur in southern China, including the Yangtze River basin and the Jiangnan region, and the severe floods that have occurred in China in the past 100 years, such as 1931, 1954 and 1998, all occurred in the year following the El Niño year. In particular, in the 1998 devastating floods, El Niño was one of the contributing factors.

In addition, the years with warm winters in the northern part of the country often occur after the occurrence of El Niño.

Latitude is a problem. The high latitude of the Northeast itself is inherently low and less affected. The latitude north of the Huai River in the Qinling Mountains, which is generally referred to in the north of our country, is low.