Hurricanes are also called
cyclones. They are more powerful twisters than the tornados. They become more
powerful, because they are powered directly by the vast
electric currents in the electrojets that flow high in the ionosphere.
Electrojets in the ionosphere occur in two parallel bands of strong electric
currents that are spaced more than a thousand miles apart and roughly follow the magnetic equator
(the magnetic pole for this line is shifted 11 degrees from the geographic pole towards
northern Canada). Hurricanes form when 'moist' updrafts reach high enough to
draw power from the ionosphere near the regions of the jets. This condition is
met in the Inter Tropical Convergence Zone where the Northern and Southern
Hemisphere weather system merge.
The location of the Inter
Tropical Convergence Zone is critical for establishing the connection to the
ionosphere that powers a hurricane. When the location coincides with the
location of an electrojet a strong down-flowing electric Birkeland current is
formed that causes rotating magnetic fields and rotating secondary currents.
Once this kind of connection is established the
hurricane remains connected by the Birkeland currents to the ionosphere. While it remains connected it is drawn towards the polar electrojets
(not shown here). When the resulting hurricane remains exclusively located over the oceans, its can
move long distances. However, when it moves inland, the hurricane looses is
strong electric connection, which the ground cannot provide, whereby it rapidly diminishes.
The ITCZ, which is the critical
element for getting the connection started, is a part of the global
air-circulation system. It is the part that provides highest-reaching upwelling
water-vapor air currents. Since, the ITCZ is seasonally mobile, its north/south movement brings
it invariably near one of the two Equatorial Electrojets where an electric
connection with the ionosphere becomes possible and the formation of a hurricane
thereby becomes likely.
While the tropics are essentially none-seasonal, the necessary coincidence of
the ITCZ with the location of the electrojets is provided by the one thing that
is seasonal in the tropics, which is the shifting of the ITCZ. This seasonal
shifting of the hemispheric boundary makes the hurricane occurrences
That the ITCZ by itself
is not the mechanistic driver that causes hurricanes to happen by sheer thermal
convection, is evident by the lack of hurricanes in the thousand-mile wide gap across
equatorial region where no hurricanes occur. The gap remains hurricane free in spite of the
close uniformity of thermal conditions near the equator, which the ITCZ crosses.
The gap between the hurricane bands, roughly reflects the gap between the bands
of the electrojets.
That the coincidence between
the ITCZ and the electrojets is critical is also shown by the glaring lack of
hurricanes is area A below, which has the same tropical climate than the area
near Australia where hurricanes are common, but which is an area where the southern electrojet is tilted too far south by the
offset of the magnetic equator, which thereby puts it out of reach of the southern ITCZ so
that no hurricanes are able to form there.
Ultimately hurricanes will become a thing of the past when humanity begins to
draw on the ionosphere for its comparatively modest electric power needs. While
the ionosphere is not primarily a capacitor, but an interface to the galactic
electric power streams, our utilization of the power of the ionosphere won't be
able to draw it down significantly, as the power is constantly being
re-supplied. However, our utilization of this power may reduce the sharp
excesses in electric potential that may be a factor in 'igniting' the electric
circuit that causes hurricanes. Also, as the ice age cooling sets in, the
convective upwelling of air currents in the ITCZ will likely be weaker and
reduce further the forming of the hurricanes and eventually end them altogether.
Another item of evidence
of the electric nature of hurricanes is found in the dual-directional rotation in
the structure of hurricanes in the northern hemisphere.
The above illustration by
NOAA shows how the upper cloud layer that comes out of the eye of the hurricane
rotates in the cyclonic direction while the core of the hurricane rotates in the
opposite direction. No known mechanistic cause can result in these two opposite
rotations. The puzzle resolves itself when one recognizes that two separate
causes are involved. The upper cloud rotation that forms the cyclonic shape that
one sees from space is caused by the mechanistic effect of the Coriolis principle,
while the inner rotation of the body of the hurricane is the electrodynamic
rotational effect inherent in the principle of the self-twisting Birkeland
This type of interaction
between electrodynamic and mechanistic effects is quite common in the universe.
The burning flame of a candle is a common example of it. When oxygen and carbon
atoms are brought close together so that the electrons in their outer shells
share each other's open spaces, a part of their surrounding electrodynamic
energy becomes redundant as the larger structure require less binding energy.
The redundant energy lights the candle. The larger structure remains stable,
because a corresponding electric energy input is required to restore the joined atoms
back to their original state.
This reversal process is what the chlorophyll molecules in plants accomplish. In both cases we
encounter an interaction of mechanistic and electrodynamic effects.
In the universe, the
electrodynamic effects are the most powerful, since the electric force is 36
orders of magnitude stronger than the cosmic mechanistic force, which is the
force of gravity that also diminishes with the square of the distance. Thus, on
the larger cosmic scale, such as the galactic scale, all effects are
electrodynamic in nature. On this larger scale gravity plays no role at all. It
is a 'local' force that operates on the scale of planetary and solar systems.
The gravity of the Sun barely reaches past the extend of the heliosphere.
Hurricanes, in contrast, are powered by the dynamic effect of the cosmic
electric force. They are part of the evidence on Earth that we live in an
electrically powered universe.
The bottom line is that
the Earth is intimately connected to the vast cosmic electrodynamic system that also powers
the Sun, just as it powers the twisters and hurricanes on Earth, and affects our climate by
affecting cloud formation, and which also governs the occurrence of the ice age cycles, and
The problem with the cosmic electrodynamic system is, that it is not mathematically
predictable as one can predict mechanistic cycles. Ice ages are periods of
weaker electric density in the cosmic dynamic system that powers our Sun and thereby
affects the Earth. The
exact timing of the ice age events is, as one might expect, therefore as unpredictable as hurricanes are, since both
phenomena result from
the operation of dynamic electric systems.
However, the seasons of
their occurrences are predictable. Over the years society has learned to protect itself
against the seasonal hurricanes and twisters, regardless of their unpredictable occurrences, though this knowledge is poorly utilized.
of ice age conditions is likewise known to be 'seasonal' in the galactic
context, and so is the devastating influence
on human living when vast areas become rapidly disabled for agricultural use.
When no preparations are made for the coming onset of the 'hurricane of the
cold', the ice age impact will likely eradicate the major mart of humanity or cause
its complete extinction, since people cannot live without food.
However, since human
beings are not animals, but have the cognitive capacity to discover that we
live in an Ice Age Epoch (The Pleistocene Epoch) and that the next ice age
glaciation cycle is near, it becomes possible for humanity to prepare itself and
change its world in accord with the Ice Age Challenge before it. In this
context, the withholding of this knowledge from society, so
that the preparation will not be made, should be deemed the most absolute
criminal offense possible.
The question of
responding to the Ice Age
Imperative is vastly more than just a mere moral question, because the changing dynamics
involved have the potential to cause the extinction of humanity.
The Ice Age Imperative
is by its nature the most critical imperative in the present age, because, if we fail ourselves by not
having new agricultural resources in place before the next ice age transition
begins, we will have have closed the door on our survival. Once the transition begins, it
is no longer possible to make up for lost ground. It takes time to build the
infrastructures for new agriculture to replace what is endangered, which likely
includes everything north of the 40 degree latitude.
While we don't know the exact time
when the transition will be happening, we know that a dramatic change of 'season' is before
us. We also know that the
potential is extremely high that the transition will begin like a hurricane does without a warning, and
will unfold rapidly.
Interglacial and glacial seasons of the last 450,000 years (wikipedia)
The comparison of the
'seasonal' ice age transitions with the seasonal hurricane occurrences is
useful, because both phenomena are electrodynamic in nature. We know from
previous hurricane seasons that once the season has started, one has to be
prepared for the worst, or the consequences become tragic. We should also know,
that with the the ice age
transition being in season once again, the preparation for the worst
have been started long ago. We should have already large-scale floating agriculture operating all across the tropics in the hurricane-free
zone, extending from the two intercontinental floating bridges that would likely
be connecting the continents initially across this zone.
This infrastructure imperative
should have been met already, because we really don't know when, in the current ice age season, the next transition will hit us. It could hit us
hard. It could hit us all the way to the 40
degree latitude where the permafrost boundary line was during the last glaciation
We also know from ice core
samples that large transient 'ripples' have occurred, swinging back and forth
between full glaciation conditions to full interglacial conditions for short
periods in the order of decades, just as we have seen transient anomalies during
the interglacial period. The imperative to respond, which we face in the
present, is of a
far more critical nature than any mere moral consideration. Thus, likewise the political
imperative for meeting the Ice Age Challenge, makes all the other political
imperatives appear also small, if not puny, and merely moral in comparison,
such as the Glass Steagall imperative to separate commercial banking from the
looting enterprises of the investment banking. The Glass Steagall consideration is on the moral
level, because the consequences are not as severe as the consequences of not
meeting the Ice Age Challenge.
The Ice Age Imperative
might possibly be seen as a moral imperative in the context of its power to create a
brand new renaissance in our world, when the imperative is responded to, for which the capability
already exists. However, a further argument can be made here, that creating a
renaissance, for whatever imperative, takes us beyond the moral level into
the spiritual domain when the human being comes to light as a discoverer, creator,
and producer, with such power as to even snub the Ice Age at the height of its
season. This supreme imperative in which humanity begins to wear its crown,
should be real driver behind the Ice Age Challenge.
This now is the challenge
that stands before us, the greatest challenge we will ever face, to build the
grandest renaissance ever, which the Ice
Age Challenge has the potential to bring to the foreground, by which all the
lesser merely moral challenges, will be met along the way.
Ice Age Renaissance - DIAR - (Universal
- Dynamic Systemic Change - The Ice Age Challenge being met - The Reality of
Humanity unfolding before us)