Prepare for "Drying Earth".

  

Water And Food Shortages' preparations a Must.

The issue of drying earth irrespective of the blamed cause is real and without proper preparations for it, most countries will come to bear a negative end of the phenomenon. The increase of  world populations is always inversely proportionate to the resources. As population increase the essential resources such as water and food dwindle from waning of rainfall and weather in most parts of the world.

However most areas may not invest in the sectors early enough which will see communities in affected areas having water and and food as great challenges. People in such areas will be walking great distances in search of the commodity as traditional watering points and boreholes run dry, with the search for water occupying most of their day's work. This subsequently breeds negative effect to the economic activities of such areas.

This coupled with drying weather and droughts will contribute to increased food prices and perennial water shortages in many countries.

These problems are not reserved for rural  communities alone but other places as well including urban communities which might have to ration water as reservoir dams keep on recording receding levels. 

Read more about the  operating principles of rain and seasons in this ebook;

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

Similar reading;
where-to-dig-for-water

(Copyright Reserved)

Gravity's Tug of Pull and Weather.

The rarefying effects of gravitational tug of pull between mountains and continental masses can disperse clouds in certain times of the year, at the center point leaving an area of sunshine. The same effect acting on water or moisture synthetises salt producing brine like in sea water.

Influence Of Gravitational Tug Of Pull Between Mountains On Weather And Climate:

Among the many influences gravity has on weather and climate is by an effect produced at the gravitational center of pull between mountains or continental masses. At this point, a rarefying gravitational field can produce different conditions depending on the period of the year as planets respond to different conditions of gravitational fluctuations. 

In particular times, the mountains pull clouds along with moisture away from the central area leaving a sunny weather condition. 

The rarefying gravitational field has synthesizing effects which produce salt and are partly responsible for the saline in Sea water.

In other times of the year, orbital gravitational fluctuations produces reverse effects where the gravity repels clouds and moisture to the central point. This process produce clouds and rainfall which tend to concentrate on low level ground. Heavy and thick clouds such as cumulonimbus are particularly affected by this characteristic. However, in generalized moisture, the effect may not be evident because of  a cloud cover which make it difficult to tell the thick concentration.

In other times of the year, orbital gravitational fluctuations produce reverse effects in which the gravity of the mountains or continental masses repel clouds to the central point producing a rainfall which concentrate on low level ground.

This effect is produced in distant land masses and not necessarily as shown in the illustrations above. The land masses can be arranged in different ways; in circles, in individual mountains with a common central point of pull or in form of continental masses or high ground.

Similar reading;
where-to-dig-for-water

(Copyright Reserved).

Where to dig for water and oil.

The gravitational tug of pull between mountains elevate water in their mid point, creating marshland and making a suitable place for digging wells.

How gravity brings water near the surface.

The role of gravity in climate and weather covers a broad spectrum. One of the areas administered by its dynamics is the area of underground water. The force of gravity of a mountain affects not only its atmospheric environment but as well the area beneath.

This force pulls underground water upwards producing an elevated water table at the mountain base which act as a natural water reservoir. This results in oozing of water in valleys at the mountain base to form perennial rivers and streams. 

The other interesting  aspect of this effect is observed in the mid point of gravitational tug of pull between mountains, highlands or continental masses. At this mid point, the pull of gravitational force results in raising of underground fluids i.e, water or oil to or near the surface, creating a perfect area for digging shallow wells. This is how marshlands are created. 

In this area, things weigh less than their usual weight in other areas and exhibit high buoyancy as in the Dead Sea. The resulting gravitational rarefying effect has synthesizing properties which produce salt. This means, in some cases, the water may be salty. This is the process that synthetizes brine in sea water.  (see illustration above).

Similar reading;
prepare-for-drying-earth

(Copyright Reserved)

Gravity and Rain Forests.

A mountain exerts a kind of  magnetic-like gravitational force on its surroundings which attrack moisture and clouds, concentrating them in and around its precincts.

 

HOW RAIN FORESTS FORM:

Mountains are significant factors contributing to climatic conditions of a particular environment. Wherever there is a mountain, flora and fauna flourish in and around its environment. Forests with all sorts of plant and animal species dwell about mountains and mountainous regions.Rain forests are mainly found within mountains or by their close by areas.

The main reason for this is that a mountain exerts a magnetic like gravitational force on its surroundings, which attract moisture and clouds towards its environment. This produces a pooling of clouds within and about its precincts producing a humid climate which become favorable for all forms of life both animal and plant. It is through this pooling of moisture and clouds which nurture and sustain rain forests.

Some forests may seem far away from mountains but are actually powered by adjacent mountains or highlands. Gravitational interactions between distant mountains or high ground can generate similar favorable  conditions for forest nurseries.

Highlands can as well usurp moisture from neighboring lowlands or plains to produce climatic conditions for rain forests.

Similar reading;
where-to-dig-for-water

(Copyright Reserved)