LA-NINA DROUGHT :- THE LOOMING CATASTROPHE. (PART 1).

After the 2020 El-Nino rains, the La-Nina drought was apparently expected as it is always a sequel to every El-Nino weather. However, not this soon.

This year's lowlands winter, which started in November 2020 to February 2021 was cut short unexpectedly by an astronomical event of an alignment of the big peripheral planets especially Jupiter and Saturn.

The combined gravitaty of these planets applied such a strong back force in the earth, it stopped the discharge stroke midway and in the course cutting off winter rains before the crops reached full maturity.

This process has already set off a La-Nina weather drought which is likely to last around two to four years without any significant harvest from farming activities. 

Without proper preparations by world nation's, especially vulnerable developing countries, the La-Nina weather effects can be catastrophic.

Food shortages will definitely result in increased food prices with other sectors following suit and eventually resulting in great inflation. This results in regional instability with possible conflicts.

Water and pasture shortages will obviously cause friction among communities. An area requiring early attention by affected nations.

Countries dependent on hydro-electric power will have to ration their electricity supply, which will reduce industrial output, resulting in loss of jobs and rising unemployment. This will excercerbate poverty resulting in increased criminal activities and lawlessness.

This post is aimed at serving as an early warning for the world to prepare for difficult times ahead.

The analysis and predictions of the possible La-Nina drought are based on gravitational principles which operate the process of rain and seasons and which you can read in this ebook,

https://techgents2014.blogspot.com/2018/06/role-of-gravity-in-seasons-and-weather.html?m=1

Gravity And Weather Motions

The ground is in motion as the earth spins from West to East. This produces a frontal (Positive) gravity referred here as Pro-gravity which cause air and clouds to rush in the opposite direction.

The weather in general is depended on air and cloud motions. Gravity plays a big role in these motions for this matter. These movements are responsible for dissemination of moisture around the planet.

In 'The general theory of gravitational dynamics and life', gravity is defined as;- a charge imparted on matter by motion.  For this reason, a lump of matter set on the course is entitled to a positive gravitational charge to the front here referred to as pro-gravity and a negative gravitational charge to the rear referred here as retro-gravity. An object affected by gravity also becomes 'gravitatic', assuming the ability to attract.

In the dynamics of gravity on weather, the ground is in motion as the earth spins from west to east. You may expect the ground to push the air forward as a wave like in water, but in a funny way of gravity the air rushes to greet the mountain.

This is as a result of the frontal pro-gravity in the direction of rotation, the east, which subsequently pulls air and the clouds in the opposite direction.

The best example of this is mountains or continental masses by the equatorial region. You will observe that the clouds move towards the mountain from east to west. 

You will also note that high towering clouds bent at the top as they move towards the west from this effect.

Similar reading;

gravity-and-dynamics-of-weather

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Gravity And Atmosphere

 

   

The virtue of air having weight gives us the atmosphere

 

The role of gravity in climate and weather is for the main part founded on its influence in most sections of atmospheric physics. For a planet to have life supporting climate, it should have in the constitutions of the atmospheric fluids, oxygen. This only forms part of the gaseous composition of the earth.

In the hearachy of matter by their atomic weight, the lightest elements always occupy the top in any buoyant situation while the heavy elements take the bottom part. For this reason, the gasses in the atmosphere also arrange themselves in the same order. Thanks to the virtue of air having weight, gravity holds it in place to give us the atmosphere.

Although there are several factors which determine atmosphere in a planet, the lower the gravity the weaker the atmosphere and with time the atmospheric blanket fizzles out at a rate relative to the size of the planet. 

Similar reading;

explaining-mystery-of-worlds-hottest-spots

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Gravity And The Dynamics Of Planetary Weather.

  In the picture, the planet's interior spins on its axis from left to right as shown by the green arrows at the poles. This produces an east to west atmospheric currents shown with a green arrow to indicate right to left flow of clouds. The red arrow indicates the motion of Jupiter's storm, (spot) from left to right, and which is actually an elevated surface feature, a mountain.

In order to understand the role of gravity in the climatic and weather process in our planet earth, we have to separate weather, climate and seasons. 

When we talk of weather, we basically refer to the prevailing state of atmospheric conditions in an environment. This can be sunny, cloudy or rainy.

The climate refers to the most common weather of a given locality which can be hot, cold, humid, temperate, etc.

Season refers to the prevalent state of weather in a given period of the year, which can be rainy or dry season. More rain in a period of the year is rain season while no rain or dry weather is for dry season or summer.

Every process in nature is based on certain laws and principles which have to be followed by all automated operations in the absence of human supervision.

The laws which govern planetary weather, climate and seasons are all based and founded on gravity. Keep in mind, 'gravity is a charge imparted on matter by motion' according to "The General Theory Of Gravitational Dynamics And Life", yet to be published.

For this matter, the spinning motion of the earth drives weather by creating a tangential attraction into the atmosphere which produce equatorial east to west currents. These currents play a very significant role in the transport and dissemination of moisture round the globe. 

A planet's rate of spin, which is the length of its day, plays a big role in determining its weather activities. The faster a planet spins, the shorter its day and the more active its weather. An example of this is planet Jupiter (see picture below). However, there other factors which can contribute to different conditions.

The climatic conditions of a planet's interior are divided and determined by the gravitational distribution of its land masses, by attracting and concentrating moisture in some places while dispersing it in others.

The seasons are founded not on the spinning motion of a planet, but on its orbital motion round the sun.  

Similar reading;

gravity-and-weather-motions

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Grvity And Atmospheric Currents:

The rotation of the Earth exerts a tangential attraction into the atmosphere producing an east to west current which carry clouds along to produce weather.

 HOW GRAVITY DRIVES WEATHER CURRENTS. 

The east to west atmospheric currents that carry  clouds along and determining weather are mainly powered by the earths rotation. As the Earth rotates from west to east, wind blows from east to west carrying with it clouds, which determine the prevailing weather of an area in relation to the prevailing season.

Gravity is relative and proportional to the motion and velocity of a body in motion;(General Theory Of Gravitational Dynamics And Life; "to be published"), and for this reason the rotation of the earth imparts a tangential attraction in the atmosphere causing an east to west wind currents which carry the clouds along with them in the opposite direction (see diagram above).  

This effect is mainly observed along the equator, however, different gravitational interactions at different points of the earth's globe can produce different patterns of  wind currents especially in the upper and lower hemispheres.

If the earth's rotation ground to a halt, most of its  weather activities will cease forthwith. Therefore, a planets weather is for the most part is driven by its ration. 

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Explaining the mystery of worlds hottest spots

The gravity of two mountains deflect sun light concentrating it with heat in middle lowlands or plains in a process known as gravitational micro-lensing. This is the process which make some places have record higher than normal temperatures.

 HOW  GRAVITY  CONCENTRATES HEAT  TO  PRODUCE  WORLDS HOTTEST  SPOTS:

Our climate and weather are by a big degree influenced by the gravity of the locality of a given environment.The arrangement of gravitational entities of a given place in a region determine not only its weather patterns, but the climatic conditions of the area in general.

Mountainsare naturally strong gravitational entities which significantly influence our climatic conditions in many ways. One of these is by a process called gravitational micro-lensing.  This effect is observed when light passes near a compact hallo object in space, such as a planet. It undergoes a form of distortion, taking a curved path. 

This means the arrangement of planets can diverge or converge sunlight in its path like a lense.Although this effect is usually observed in space, it has a profound influence in our weather and climate.   The gravity of mountains attract sunlight from far towards it but deflect it away to the sides from near, and pouring it with heat in nearby lowlands or plains.

This effect is unknown within the atmosphere and is responsible for temperature variations in close by regions. In some cases, it can concentrate a lot of heat on a small spot to produce record high temperatures. This is how the worlds highest temperature spots occur. This is one of the major reasons why lowlands are hotter than highlands.   

The record temperatures in the hottest spots in the world can vary with time of the day and

year as well. This is the result of the fact that the arrangement of the planets in a certain period of the year play a role in the process. A particular arrangement of these bodies can contribute in concentrating the light and heat for the excess temperatures.

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