When a pool develops in the Southern Ocean the stream goes either of two ways. Consider the development on the Greenwich Meridian:
One of the intense lows on the Greenwich Meridian, the outer one next to the anticyclone, could go to the centre or out towards the outside. However there is already a cyclone occupying the inner, whilst on the outside there is room of expansion.
Sometimes the situation allows the air mass in but in this case that does not occur. The matter requires explanation but I am concentrating on the other option at the moment. Maybe I will get back to it, it is perfectly reasonable -as well as obvious.
The centre of the cyclone rotates about a controlled environment as do the rest of the air masses and this one inexplicably expands. Again the reason for this is obvious.
But as it expands so does the one next to it on the Indian Ocean.
This is the mountain called Bogoslof in the last post on this blog, erupting. What I mentioned about its conditions then still apply.
And this time the charge is building up across two oceans. That is the sum of developments so far.
The last of the other cyclone under discussion in t+24 is subsumed into the Antarctic continent.
And the isobars around the frozen waste extend ever outwards as temperatures drop in the region.
The massive heat engine affects everything on that side of the world.
Cols are formed out of Cyclones and the rotation of anticyclone activity is impaired.
Soon we will receiving news of another eruption, as it never stops.
The draught that is sucked into the Antarctic continent deepens. This change in pressure allows the contra-rotation of air masses to take place as the continent breathes in, then (later) out
You don't have to take my word for it, just keep watching.
Tells continued:
When there is an eruption, the anticyclone around the various continents expand and with it the pressure in the higher latitudes so that they can swallow the developments with a venturi effect, which in turn causes cyclone to subdivide. In the case with massive eruptions contra-rotation can be observed.
Magma is a magical fluid that only exists for volcanoes at the very top of such mountains. Later they magically transpose themselves from the red hot magma chambers that everybody knows and loves and into the feet of the mountain ranges that nobody even suspects contain water.
In the Southern Ocean, as the water from the eruption fills the North Atlantic, the system grows so large that the whole ocean is surrounded with parallel isobars as if it is one big cyclone. It is difficult to explain why meteorology has NEVER commented on any of this stuff.
Maybe they prefer to be ignorant rather than be forced to explain how right I am. I am not bragging, this is a gift from Jehovah that anyone asking of him can receive. It is not me that is smart except I was smart enough to ask him. And to believe the answers. Meanwhile:
In the Southern Ocean rotation has taken the systems described to Australia where it may grow large enough to reach Northern Australia. It is there that cyclosis takes place for the systems there tend to break down into their original components en route to the Pacific.
(You never realised that when a mountain range evaporates it has far reaching effects?
Really?)
The smaller systems tend to enter the to enter Antarctica and suck out the anticyclones that have built up in there. They generally leave at the Ross Ice shelf the largest region of low lying land in the area.
This is the process by which Antarctica breathes. Deep lows form streaks of long, black, deeply compressed "low pressure". (For WTH?, don't ask me, ask god.) As these things pass through open sea they change into anticyclonic "Cols" and return to higher latitudes from whence came they.
This continuum continues for as long as the tropical storm season. There is a matching component in the Solar System that mirrors the fractal nature of this once chaotic, now beautiful engine; when counter rotation is observed in the heavens this all started for example, IIRC, with the planet Mars.
http://weatherlawyer.blogspot.co.uk/2017/08/august-planetary-positions.html
One of the intense lows on the Greenwich Meridian, the outer one next to the anticyclone, could go to the centre or out towards the outside. However there is already a cyclone occupying the inner, whilst on the outside there is room of expansion.
Sometimes the situation allows the air mass in but in this case that does not occur. The matter requires explanation but I am concentrating on the other option at the moment. Maybe I will get back to it, it is perfectly reasonable -as well as obvious.
The centre of the cyclone rotates about a controlled environment as do the rest of the air masses and this one inexplicably expands. Again the reason for this is obvious.
But as it expands so does the one next to it on the Indian Ocean.
This is the mountain called Bogoslof in the last post on this blog, erupting. What I mentioned about its conditions then still apply.
And this time the charge is building up across two oceans. That is the sum of developments so far.
The last of the other cyclone under discussion in t+24 is subsumed into the Antarctic continent.
And the isobars around the frozen waste extend ever outwards as temperatures drop in the region.
The massive heat engine affects everything on that side of the world.
Cols are formed out of Cyclones and the rotation of anticyclone activity is impaired.
Soon we will receiving news of another eruption, as it never stops.
The draught that is sucked into the Antarctic continent deepens. This change in pressure allows the contra-rotation of air masses to take place as the continent breathes in, then (later) out
You don't have to take my word for it, just keep watching.
Tells continued:
When there is an eruption, the anticyclone around the various continents expand and with it the pressure in the higher latitudes so that they can swallow the developments with a venturi effect, which in turn causes cyclone to subdivide. In the case with massive eruptions contra-rotation can be observed.
Magma is a magical fluid that only exists for volcanoes at the very top of such mountains. Later they magically transpose themselves from the red hot magma chambers that everybody knows and loves and into the feet of the mountain ranges that nobody even suspects contain water.
In the Southern Ocean, as the water from the eruption fills the North Atlantic, the system grows so large that the whole ocean is surrounded with parallel isobars as if it is one big cyclone. It is difficult to explain why meteorology has NEVER commented on any of this stuff.
Maybe they prefer to be ignorant rather than be forced to explain how right I am. I am not bragging, this is a gift from Jehovah that anyone asking of him can receive. It is not me that is smart except I was smart enough to ask him. And to believe the answers. Meanwhile:
In the Southern Ocean rotation has taken the systems described to Australia where it may grow large enough to reach Northern Australia. It is there that cyclosis takes place for the systems there tend to break down into their original components en route to the Pacific.
(You never realised that when a mountain range evaporates it has far reaching effects?
Really?)
The smaller systems tend to enter the to enter Antarctica and suck out the anticyclones that have built up in there. They generally leave at the Ross Ice shelf the largest region of low lying land in the area.
This is the process by which Antarctica breathes. Deep lows form streaks of long, black, deeply compressed "low pressure". (For WTH?, don't ask me, ask god.) As these things pass through open sea they change into anticyclonic "Cols" and return to higher latitudes from whence came they.
This continuum continues for as long as the tropical storm season. There is a matching component in the Solar System that mirrors the fractal nature of this once chaotic, now beautiful engine; when counter rotation is observed in the heavens this all started for example, IIRC, with the planet Mars.
http://weatherlawyer.blogspot.co.uk/2017/08/august-planetary-positions.html
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