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Strange weather of January 2005.
Was the South East Asian earthquake to blame?
In the immediate period following the South East Asia disaster a spate of highly unusual weather conditions that spanned the entire globe made many feel these
events were in some way connected to the Indian Ocean catastrophe.
Unusual events.
In the USA floods caused widespread damage in numerous states including California where some areas witnessed 14 consecutive days of heavy rain. Eastern States
including Maine saw their most severe winter weather for over 65 years and the state of Texas enjoyed its first white Christmas for 86 years. Astonishingly areas of desert in the United Arab
Emirates recorded their first ever snow fall when temperatures plunged to an incredible - 5 degrees centigrade. Heavy snow also blanketed parts of Greece, and central Europe. Thick snow also
fell in Hawaii, and in Brazil rare tornadoes struck the Southern State of Santa Catarina. In Northern Europe parts of Britain experienced their worst flooding for over a hundred years as
hurricane force winds battered coastlines and inland areas causing widespread disruption.
Volcanic eruptions.
Meanwhile volcanoes began erupting in the Andaman and Nicobar chain and in Guatemala a state of alert was declared after three volcanoes began erupting for the
first time in 31 years. In Mexico the massive volcano Popocatepetl sent a huge column of ash and smoke high into the sky.
A firm connection.
Although mainstream scientific opinion is very much against the idea of these events being connected to the South East Asia disaster we believe that extreme
weather in the early weeks of January 2005 had but one origin - the catastrophe that so lethally battered coastlines on the Indian Ocean. Of course there can be no theory without proof and in
this respect we believe that all the necessary evidence points to one conclusion - that these extreme weather systems were spawned by the Indian Ocean disaster.
Special relationship.
The fact is that sea and wind are intricately woven in a special relationship. The wind drives the sea to form waves, and it is well known that the main ocean
streams that flow hundreds and even thousands of miles do so in harmony to the prevailing winds in those areas. The sea affects the wind and vice versa. For example it wasn’t too many years
ago that parts of the South American coastline and even further afield were savaged by the effects of El Nino.
Yearly phenomenon.
El Nino is a yearly phenomenon where warm sea currents affect the coasts of Ecuador and Chile. Normally these currents only flow for a few weeks but every three
to seven years these currents flow for many months and have a devastating effect not only on local economies but on world weather in general; changes which can be both dramatic and extreme,
and showing great contrasts.
The El Nino of 1982 - 83 resulted in severe drought in at least 10 nations world wide, yet brought heavy rain and devastating hurricanes to  others. Winds spawned by El Nino deviate from their normal path bringing
unusual and extreme weather patterns. Similar problems also arise from La Nina which is characterised by unusually cold ocean temperatures in the Equatorial Pacific, compared to
El Nino whose currents are unusually warm.
Extreme Effects.
We see then that Ocean currents can and do have extreme effects on our climate and weather. But how does this tie in
with the South East Asia catastrophe? The answer is simple and relates to the topics we have already discussed.
Disturbed winds and currents.
The immense tidal waves consisting of billions of tons of water released by the scale 9 earthquake off the coast of
Sumatra on the 26th of December would have stormed out across the Oceans and are even known to have reached the shores of Brazil - half a world a way. In turn this would have
disturbed existing ocean currents, upsetting the vital balance of air, wind, and water to produce currents of unusual strength and power.
In the case of the Northern European storms , this warm air would then race northwards to clash with colder air coming
down from the Arctic. And the result? A massive and potentially highly destructive storm whose consequences were fortunately sparing, undoubtedly because its worst track
was over relatively unpopulated areas of northern Europe.
Incredible effects on the stability of the planet.
Convincing though it is, the above account is likely not the only cause for the amazing storms over northern Europe in the
second week of 2005. Other reasons exist and once again the trigger is to be found in the incredible South East Asia disaster. The truth is this was a phenomenal event. Not just in
the tragic loss of life but what it did to the planet. In fact the initial earthquake was so powerful that it altered the shape of the world, shaved time off the length of each day, moved the
North Pole, and even increased the speed at which the Earth revolves on its axis.
This was a remarkable event and it is likely that the jolt to the planet was itself enough to increase wind speeds by an
appreciable amount. If the jolt had been too great the Earth’s atmosphere could have been flung out into space putting an end to all life on the planet. As it was these winds swirled
away from the Equator and powered northwards resulting in the scenario already described above.
A firm connection.
The above account makes a clear connection between the South East Asian catastophe and the storms that battered
Northern Europe. The fact is that other disturbed and unusual weather patterns outlined at the head of this feature are likely to have resulted from a similar invasion of influence
emanating from the Indian Ocean disaster. An influence that if other, less formidable events are anything to go by may well contribute to unusual and extreme weather for a good while to come.
Long term implications.
The Earth is very delicately balanced and when something as powerful as the South East Asia disaster comes along it
effects it in thousands of different ways. Not all of these effects will be immediately obvious, but it is likely that the coming months will see even more unusually potent events. A
very real test will come in around two weeks time when the Full Moon returns.
Full Moon brings more earthquakes.
An example of how potent an influence the Full Moon can be in sparking earthquakes can be seen from the Full Moon on
the 24 th - 25th January. This was the first Full Moon after the South East Asia disaster and incredibly the area around the Nicobar Islands in the Indian Ocean - especially badly hit in
the catastrophe - had at least 160 earthquakes above 5 magnitude in just 6 days. This included a particularly active period just after the Full Moon on the 27th of January when
this vulnerable island chain was hit by over 60 earthquakes above 5 magnitude in just 24 hours.
For your continued reading we suggest the following topics.
Click here for the likely influence of the Moon on the South East Asia disaster.
Was the South East Asia disaster the result of global warming?
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