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TO COOL THE OCEANS AND STABILIZE THE CLIMATE,
especially the ARCTIC OCEAN is overheating at +4,2°C and the Mediterranean Sea is overheating at +3°C.
It is IMPERATIVE:
1- To consider the real impact of carbon dioxide (CO2) on the triggering of global warming since the pre-industrial era (1850-1900).
2- But also to reconsider the equally real impact of STRATOSPHERIC water vapor (H2O) on the biginning of the runaway climate that can be dated back to the years 1995-2000.
Our observation
IN THE LAST CENTURY SAINT EXUPERY SAID"AS FOR THE FUTURE IT IS NOT A QUESTION OF FORESEING IT,BUT OF MAKING IT POSSIBLE."
The SOUTHERN Hemisphere is not overheating and is following the projections of the COP 21 of 2015 in Paris which provides:
. 1,5°C max in 2050
. 2°C max in 2100
While the NORTHERN Hemisphere is OVERHEATING and on a certain TRAJECTORY UNTENABLE of + 1,5°C by 2024 and +4 °C or even +7°C by 2100, that is not a possible future for the planet.
ACCORDING AGAIN TO SAINT-EXUPERY , "TOMORROW'S TRUTH IS NOURISHED BY YESTERDAY'S ERROR," AND THEREFORE TODAY'S CLIMATE EMERGENCY IS TO REVERSE PRIORITIES AND DESHYDRATE THE LOWER STRATOSPHERE .
It is the two major climatic events that have occurred on earth for a little over a century that dictate this solution.
Indeed, on August 27, 1883, the explosion of the terrestrial volcano Krakatoa in Indonesia occurred at 6° south latitude, which was characterized by fiery clouds. A volume of ash of 23 km3 is propelled into the STRATOSPHERE and will cause a very marked COOLING of the globe for more than four winters.
On January 15, 2022, the Hunga Tonga submarine volcano exploded in the central Pacific of the southern hemisphere. The volume of ash shipped into the STRATOSPHERE is 6.5 km3, much less than for Krakatoa. The only difference in the case of an underwater volcano is that 140 million tons of water vapor are also propelled into the STRATOSPHERE.
Scientists were expecting a cooling but the opposite happened, the southern hemisphere warmed suddenly by +0.23°, twenty times more than its historical average. And this runaway due to stratospheric water vapour will last for four to five winters.
WE MUST STOP ALL BUSINESS CEASING, the deposition of water vapor deposited by the combustion of the kerosene of World Air Transport between 10,000 and 13,000 meters. This goes far beyond the simple decarbonization of human activities in the troposphere.
THE LOCATION OF GLOBAL AIR TRANSPORT IS 93% in the Northern Hemisphere and only 7% in the Southern Hemisphere. THE HALT IN FLIGHTS DURING THE TWO COVID YEARS, 2019 AND 2020, SHOWED THAT THE PLANET'S TEMPERATURE HAS DROPPED.
ACCORDING TO CHURCHILL, "NEVER IN THE FIELD OF HUMAN CONFLICT HAVE SO MANY MEN OWED SO MUCH TO SO FEW... " AIRLINE PILOTS ALONE HAVE THE OBVIOUS SOLUTION TO STOP THE PLANET'S RUNAWAY CLIMATE: NO LONGER FLY IN THE STRATOSPHERE AND REDUCE THE CRUISING ALTITUDE TO LESS THAN 8,000 METERS.
Water vapor lifespan
8 to 10 days in the troposphere. At low altitudes, water vapor is climate-neutral, as is that produced by the cooling of nuclear power plants.
More than 1500 days in the stratosphere, that is 150 times more.
Our solution
1
DESHYDRATION & DRYNESS
From the lower STRATOSPHERE of the NORTHERN HEMISPHERE
TO STOP
The Arctic Ocean' s runaway climate
AND REDUCE
The melting of
glaciers and ice floes
2
REDUCTION to less than 8,000 meters from flight altitude Global Air Transport in order to
LIMIT IN THE STRATOSPHERE,
The climatic impact of residual water vapour, deposited by monsoons and hurricanes, but also by hydrogen H2 which, reaching the stratosphere, attacks the ozone O3 layer and produces water vapour.
3
COOLING OF TROPICAL OCEANS,
TO FIGHT
Against the increase in the intensity of hurricanes.
