sirbiotech
01-10-2002, 11:14 AM
rch directly references the el nino phenomenon and states...
"the truth is that deep ocean currents (the source of el niãƒâƒã‚âƒãƒâ‚ã‚âƒãƒâƒã‚â‚ãƒâ‚ã‚âƒãƒâƒã‚âƒãƒâ‚ã‚â‚ ãƒâƒã‚â‚ãƒâ‚ã‚âƒãƒâƒã‚âƒãƒâ‚ã‚âƒãƒâƒã‚â‚ãƒâ‚ã‚â‚ムâƒã‚âƒãƒâ‚ã‚â‚ãƒâƒã‚â‚ãƒâ‚ã‚â±o type
effects) are not influenced by the sun. there is simply no way for
the small heat variations on the surface to find their way so deep
into the earth's oceans -- especially to such great delayed effect.
the true source of this heat has to be internal, appearing from a
currently unknown (to present science) source directly within the
millions of cubic miles of ocean water covering the earth ... exactly
as the hyperd model would predict."
http://enterprisemission.com/warming.htm
------------------------------------------------------
and then this comes out today...its backkkkkk....guess there is
further proof from the establishmnt that the energies are rising, tho
they of course won't say that's why it's occuring..we all know what's
the score. ----
thursday january 10 1:11 pm et
el nino may be returning
by randolph e. schmid, associated press writer
washington (ap) - the world may be headed for another bout with el
nino.
the periodic event that can trigger changes in the weather worldwide
could return in early spring and affect the united states by late
summer, the federal climate prediction center reported thursday.
the severity of the effects depends on how strong the el nino is and
it's too early to predict that, said vernon kousky of the climate
center, a division of the national oceanic and atmospheric
administration.
a severe el nino in 1997-98 caused flooding in california and along
the gulf coast.
the first signs of an el nino (pronounced el neen-yo) are an unusual
warming of the water in the tropical pacific ocean, something that
has begun to occur, the agency said. that can result in increases in
rising warm air, changes in the air pressure patterns and shifts in
the high-level winds that direct the movement of weather.
the climate center said indications of the current warming include
increased cloudiness and rainfall over the equatorial central pacific
for the first time since the last el nino.
``considering the observed oceanic and atmospheric circulation
patterns and their recent evolution, it seems most likely that warm-
episode conditions will develop in the tropical pacific over the next
3-6 months,'' kousky said.
the first area affected would be the tropical pacific, he said, with
indonesia likely to get some relief from torrential rains.
if el nino develops as expected, the pacific northwest will
experience wetter than normal conditions in the fall. in the winter,
louisiana eastward to florida, and possibly southern california,
could also experience wetter than normal conditions, and the northern
great plains could experience warmer than normal conditions, kousky
said.
el ninos are associated with increased rainfall across the east-
central and eastern pacific and with drier than normal conditions
over northern australia, indonesia and the philippines.
during an el nino, december-february will usually see wetter than
usual patterns along coastal ecuador, northwestern peru, southern
brazil, central argentina and equatorial eastern africa.
drier than normal conditions are generally observed over northern
south america, central america and southern africa during this
period.
during june-august of an el nino it will be drier than normal over
eastern australia and wetter than usual in the intermountain regions
of the united states and over central chile.
turning to temperature, during december-february of an el nino year
it tends to be abnormally warm across southeast asia, southeastern
africa, japan, southern alaska and western-central canada,
southeastern brazil and southeastern australia.
in june-august of an el nino it tends to be warmer than normal along
the west coast of south america and across southeastern brazil.
the causes of el nino are not fully understood but climate records
show the event has been occurring for hundreds of years.
historically, el ninos have occurred every two to seven years and can
last up to 12 months. sometimes an unusual cooling of the tropical
pacific - called la nina - occurs in between.
el nino means little boy in spanish. the effect was named by peruvian
fishermen who would notice its impact on their catch around
christmastime and called the phenomenon after the baby jesus.
http://dailynews.yahoo.com/h/ap/20020110/us/el_nino.html
"the truth is that deep ocean currents (the source of el niãƒâƒã‚âƒãƒâ‚ã‚âƒãƒâƒã‚â‚ãƒâ‚ã‚âƒãƒâƒã‚âƒãƒâ‚ã‚â‚ ãƒâƒã‚â‚ãƒâ‚ã‚âƒãƒâƒã‚âƒãƒâ‚ã‚âƒãƒâƒã‚â‚ãƒâ‚ã‚â‚ムâƒã‚âƒãƒâ‚ã‚â‚ãƒâƒã‚â‚ãƒâ‚ã‚â±o type
effects) are not influenced by the sun. there is simply no way for
the small heat variations on the surface to find their way so deep
into the earth's oceans -- especially to such great delayed effect.
the true source of this heat has to be internal, appearing from a
currently unknown (to present science) source directly within the
millions of cubic miles of ocean water covering the earth ... exactly
as the hyperd model would predict."
http://enterprisemission.com/warming.htm
------------------------------------------------------
and then this comes out today...its backkkkkk....guess there is
further proof from the establishmnt that the energies are rising, tho
they of course won't say that's why it's occuring..we all know what's
the score. ----
thursday january 10 1:11 pm et
el nino may be returning
by randolph e. schmid, associated press writer
washington (ap) - the world may be headed for another bout with el
nino.
the periodic event that can trigger changes in the weather worldwide
could return in early spring and affect the united states by late
summer, the federal climate prediction center reported thursday.
the severity of the effects depends on how strong the el nino is and
it's too early to predict that, said vernon kousky of the climate
center, a division of the national oceanic and atmospheric
administration.
a severe el nino in 1997-98 caused flooding in california and along
the gulf coast.
the first signs of an el nino (pronounced el neen-yo) are an unusual
warming of the water in the tropical pacific ocean, something that
has begun to occur, the agency said. that can result in increases in
rising warm air, changes in the air pressure patterns and shifts in
the high-level winds that direct the movement of weather.
the climate center said indications of the current warming include
increased cloudiness and rainfall over the equatorial central pacific
for the first time since the last el nino.
``considering the observed oceanic and atmospheric circulation
patterns and their recent evolution, it seems most likely that warm-
episode conditions will develop in the tropical pacific over the next
3-6 months,'' kousky said.
the first area affected would be the tropical pacific, he said, with
indonesia likely to get some relief from torrential rains.
if el nino develops as expected, the pacific northwest will
experience wetter than normal conditions in the fall. in the winter,
louisiana eastward to florida, and possibly southern california,
could also experience wetter than normal conditions, and the northern
great plains could experience warmer than normal conditions, kousky
said.
el ninos are associated with increased rainfall across the east-
central and eastern pacific and with drier than normal conditions
over northern australia, indonesia and the philippines.
during an el nino, december-february will usually see wetter than
usual patterns along coastal ecuador, northwestern peru, southern
brazil, central argentina and equatorial eastern africa.
drier than normal conditions are generally observed over northern
south america, central america and southern africa during this
period.
during june-august of an el nino it will be drier than normal over
eastern australia and wetter than usual in the intermountain regions
of the united states and over central chile.
turning to temperature, during december-february of an el nino year
it tends to be abnormally warm across southeast asia, southeastern
africa, japan, southern alaska and western-central canada,
southeastern brazil and southeastern australia.
in june-august of an el nino it tends to be warmer than normal along
the west coast of south america and across southeastern brazil.
the causes of el nino are not fully understood but climate records
show the event has been occurring for hundreds of years.
historically, el ninos have occurred every two to seven years and can
last up to 12 months. sometimes an unusual cooling of the tropical
pacific - called la nina - occurs in between.
el nino means little boy in spanish. the effect was named by peruvian
fishermen who would notice its impact on their catch around
christmastime and called the phenomenon after the baby jesus.
http://dailynews.yahoo.com/h/ap/20020110/us/el_nino.html