Water Protection and Restoration
Saturday, December 23, 2023
Survival Methods -Water
Friday, December 22, 2023
The Concept of Energizing Water
Energized water refers to water that's been charged with energy to increase its vibrational frequency and improve its quality and health benefits in various ways
What is energizing water?
Direct contact with water is not necessary as the energy is transferred by way of vibration. This process is similar to one tuning fork picking up the vibration of another tuning fork, even if the first one has not been struck. This is also called resonance.
No electrical power supply is required.
Water charged Reiki
By holding a bottle of water in their hands for at least 30 minutes, those who practice Reiki can increase their vibrational frequency, charging the water with energy. Depending on the level of the practitioner, the energy of the water can be improved from 5 to 80 times (from X5 to X80).
Water loaded with stones
If the water is left for a few days in contact with natural stones or gems, its energy increases. There are different systems to achieve this, the most effective ones use numerous stones, different from each other. Following this method the water is energized up to five times (from X2 to X5).
Mountain spring water
Spring water is more charged with subtle energies than tap water. The difference is usually less than one might expect. Although not all existing sources have been energetically analyzed, a typical result shows improved energies more than twice as much as normal water. (X2 to X8).
Waterfall loaded with Tibetan bells
A well-known method of energizing water is to expose it to the sound of Tibetan bells or crystal bowls. The sounds emitted by the bells are transmitted to the water and improve its energy. By exposing the water to the sound of the bells for at least 30 minutes, the energy will increase up to five times (X5).
Water loaded with mandalas (and sacred geometries)
Another method of energizing water is to place the bottle on top of a mandala or other sacred geometry. Just place the water on a sheet where the chosen image is represented and leave it to load for a few days, its energy will improve. (from X2 to X5).
Spiritual waters
There are many types of spiritual waters, their frequency is usually high, Lourdes water for example is X28, that of Medjugorie X34, Diamond water X14, Remonda-S.Michele X325. These waters are usually given away in small bottles or bought at small shops near the sacred sources.
Thanks to their high frequency these spiritual waters can be reproduced with the same principle as the mother yeast. One takes a small amount of spiritual water (also called waters of light) and pours it into a bottle of ordinary water, then shaking it all; the frequency of a cap is enough to increase that of a bottle.
The contraindication to the use of these waters is that they are difficult to find and this leads to keeping a bottle, which is used every day to replicate many other bottles to drink. Using the original bottle in this way, the bacterial proliferation of the original bottle is very high, it is not recommended to keep a bottle for more than a few months, because every time the cap is opened, bacteria and other microorganisms enter it. (X15 to X2500)
Waters loaded in meditation / prayer
Another method of energizing water is to use mantras, prayers or meditation. The effect is much stronger if more people are practicing together. By putting water in a room where these activities are practiced for at least 30 minutes, the frequency can be increased up to 10 times. (X2 to X10)
What is the best way to energize water?
Magnetizing, adding Himalayan salt, storing water in bottles with quartz crystals, and vortexing water are considered some of the easiest ways to create energized water. When water is stored in a glass device and vortexed, it infuses with oxygen and energize
The Vortex Energiser is a spiralling copper device. It contains water which has been prepared in an implosion machine.
Machu Picchu Water Management
The ancient city of Machu Picchu uses a water source of natural springs that are located on the north slope of the mountain of Machu Picchu . The ancient Incan engineers created a very sophisticated collection system to carry the spring water to the city.
What is incredible is that the system remains functional to this day. A canal carries the water from the first spring to the city center.
The canal is 749 m long, varying in width between 10 and 12 cm and depth between 10 and 16 cm, and stone lined. A cross section of the canal can be seen below in The average slope of the canal is about 3 percent and gravity flow is relied upon for delivering the water to the city.
The design capacity of the canal to be 300 L/min while the typical yield from the primary spring is 25 to 150 L/min The ancient Incan engineers planned the canal well to be able to accommodate varying flow rates over time. The canal first enters the city in the agricultural sector and then into the urban center where it starts flowing through the system of fountains. The canal has a fairly steady slope on its way into the city.
The infrastructure of Machu Picchu was designed to maintain the purity of the domestic water supply by directing the agricultural and urban stormwater discharges away from the domestic water canal. Drainage of excess water was crucial at Machu Picchu due to the location of the city.
There is a threat of mudslides due to excess or extreme rainfall events. The agricultural terraces are one of the most recognizable and visual characteristics of the ancient city. These terraces not only maximize the available land for farming, but they help to protect against erosion. The subsurface of the terraces reveals a very well-planned drainage system with stones at the bottom, then gravel, sandy material, and finally the topsoil.
The above schematics shows a basic schematic of the terrace layers. This layering effect provides strength for the terraces and ensures that water drains at an appropriate rate. The agricultural terraces are also sloped slightly which will direct the runoff into drainage channels that lead to a main drain that carries the water out of the city safely.
The city incorporated many drainage holes into the walls and structures of the city, and many drainage channels into stairways, walkways, and buildings that carry runoff to the main drain.
The Incans also built channels that collected water from the roofs of their buildings to be able to protect the building foundations and structures. Two collecting locations for excess spilling water are located above urban sector to keep runoff out of the main domestic water source.
The very extensive drainage system at Machu Picchu is one of the reasons why the ancient city is still in very good condition and works to this day. The Incans built the city for longevity and it definitely shows.
Monday, December 18, 2023
Teraforming Permaculture Swales and the example of China Straitening the Rivers
Pemaculture - Originally the term was a contraction of “Permanent Agriculture” for that is what it was, the design and implementation of permanent (sustainable) agricultural systems.
Permaculture is a philosophy of working with, rather than against nature; of protracted and thoughtful observation rather than protracted and thoughtless labor; and of looking at plants and animals in all their functions, rather than treating any area as a single product system.
Three core values of Permaculture are:
Care for the Earth. Care for People. Fair Share (or, setting limits on consumption, and returning surplus).
Swales as used in permaculture are designed by permaculturalists to slow and capture runoff by spreading it horizontally across the landscape (along an elevation contour line), facilitating runoff infiltration into the soil.
A permaculture swale builds a self-sustaining ecosystem.Swales catch water and direct it to where it's needed, which is in the soil. Instead of water running off or pooling above ground, swales direct it downward into an underground reservoir. Nature has its own built-in, self-watering system.
Unlike ditches, swales are not deep with straight sides. They have gently sloping sides and are wider than they are deep.
The swale and should be planted with both trees and groundcovers so that the soil is stabilized. The swale also must have a level spillway so that, in times when water is overabundant, it can release safely and passively in an appropriate location without damaging the berm.
Swales are never built in straight lines.
When people play with water withouth knowing or understanding the effects on the ecosystems the ecosystems breaks such as is the case in china.
Many parts of the Yangtze and its tributaries have been straightened, deepened or otherwise altered to make shipping more convenient. But this has made life harder for the organisms that live in it.
“The river’s original meandering form ensured a diversity of habitats, some of which were shallow, or deep, or in fast- or slow-flowing water,” said Wang from the Chinese Academy of Sciences. “Animals like the finless porpoise prefer to live in shallow, meandering waters, and very few can actually survive in deep, straightened channels.”
At the same time, construction along the river’s banks and of hydropower facilities has eaten into natural habitats — a shrinkage exacerbated by the evaporation of water from lakes whose connections to the river have been disrupted by construction.
Between the 1950s and the 2000s, Dongting Lake in Hunan province, one of the biggest lakes in the Yangtze basin, shrank by nearly 40%, according to figures from the Ministry of Water Resources.
The two dolphin species were once commonly sighted along the Yangtze, and fossils suggest that the baiji has existed for over 25 million years, and lived in the river for 20 million. But by the time Chinese researchers began paying closer attention to them in the 1970s, the population of baiji had shrunk to only 400 individuals from around 6,000 just two decades earlier.
The Dujiangyan (Chinese: 都江堰; pinyin: Dūjiāngyàn) is an ancient irrigation system in Dujiangyan City, Sichuan, China. Originally constructed around 256 BC by the State of Qin as an irrigation and flood control project, it is still in use today. The system's infrastructure develops on the Min River (Minjiang), the longest tributary of the Yangtze. The area is in the west part of the Chengdu Plain, between the Sichuan Basin and the Tibetan Plateau. Originally, the Min would rush down from the Min Mountains and slow down abruptly after reaching the Chengdu Plain, filling the watercourse with silt, thus making the nearby areas extremely prone to floods. King Zhao of Qin commissioned the project, and the construction of the Dujiangyan harnessed the river using a new method of channeling and dividing the water rather than simply damming it. The water management scheme is still in use today to irrigate over 5,300 km2 (2,000 sq mi) of land in the regionand has produced comprehensive benefits in flood control, irrigation, water transport and general water consumption.Begun over 2,250 years ago, it now irrigates 668,700 hectares of farmland. The Dujiangyan, the Zhengguo Canal in Shaanxi and the Lingqu Canal in Guangxi are collectively known as the "three great hydraulic engineering projects of the Qin.
Source
https://www.caixinglobal.com/2018-07-21/what-killed-the-yangtze-river-101306836.html
Friday, December 15, 2023
Fluoridation Cargil Company Connection 250,000 tons of Poison Chemical in the Water Supply
Fluoride is a poison and accepting Fluoride in toothpaste and water supply is a psychological warfare against the population of the world.
Friday, December 1, 2023
Resonance
One of the pope changed the musical scales so that we haven't got the full spectrum of music to play with.
Why would anyone want to deprive people of something that provided beauty and harmony?
Art and.music can give a lot of beauty and perfection.
Churches might have been source rezonante machines. The ceilings have cinematic patterns. Ifna sound is played inside a Tower with organ piper water will vibrate.
When reaching a certain tone, for example 432 the sound resinates and leave a pattern it creates în the surface.
Now that pattern would be hard to see on the water alone but, if light arriving from a window opening reflecta like mirror and passed through crystals or lenses then through the resonating water you will get a projection onto a white screen.
This device could project cinematic patterns on a ceiling to be copies as a template maybe? Or for a window? Is that what they did?
This type of technology proves to us that the previous generation of humanities sound as light?
Sound andarchitecture are very closely connected and the perfecte architectural qualities found in churches are definitely a resinating mechanism which is used to great effect for healing.
Ancient Desalination Plant?
Magnetic water has growing effects on plants. In the former Soviet Union they used magnets to test the growing effects on plants. The magnets have increased the plant yeld. It is possible that health of the people could be improved by placing magnets in water.
The desalination process or removing salt from water is not as hard as you might presume. Did ancient Rome desalination water to help out on times of drought?
How to desalinate water.
Fill a pot with water, put the lid down, heat it up. Your water will steam up and drip down the sides of the smaller pot and become fresh-water.
You canals do this without boiling by placing a bowl filled with slat water in direct sunlight.
This will heat up the water and cause condensation to form on the plastic wrap.
As condensation forms, freshwaterndrplers will drip from the plastic wrap into the cup. You can have a drink of safe desalination water.
If you lòk at the ancient Flaviab Amphitheaters you'll see that they had retractable cloth roof. It's known as velarium.
There are rings similar to Amphitheaters and the Colliseum on Italy all over Spain. They are now used as bull fighting rings. They are used as needlessly murder animals.
Were these actually water tanks for water purification and magnetization or desalination processes?
The bull fighting rings are round not elypticàl. Could they have been desalination plants?
The desalination plants such as the one in Carlsbad California are similar with the bull fighting rings in Spain.
What if the people in antiquity have been desalination their water as well.
The most advanced features of the coliseum were the sand filtration with V-shaped basins suitable for a superior vortex oscillation water purification mechanism.Five hundred tons of iron wiring in the arches ensured rhe magnetism of water's. Minerals.
Some pipes could be used to transport cold water and rhe lead piped in stone tunels could have been for hot water maybe even to generate heat.
They would have clean pure water with this closed pipe system in place.
Basically you get one side of the pipe that goes deep into the earth and then water will heat up because the earth is warmer the deeper you go.
Then it goes up into your house once is nice and warm, it cools down and goes back down through the pipes to reason the heat again and returns into the house.
The most amazing thing about this is that is all year round free energy generated by warm water.