Climate Change Ignores all Borders as Rain Bombs Fall on Kauai and the Middle East Alike
2
May, 2018
The
weaponization of weather language has long been a topic of some
controversy in the meteorological press. Peace-loving people the
world over rightly try to communicate in a manner that discourages
violent conflict. And the term ‘rain bomb’ has taken quite a lot
of flak from those with thus-stated good intentions.
However,
whether or not the language itself bristles with perceived warlike
phrases, the
weather itself is steadily being weaponized against
everyone and everything living on the face of planet Earth by the
greenhouse gasses fossil fuel related industries and technologies
continue pumping into the air.
(Bruce
Haffner snapped this photo of an extreme heavy rainfall event over
Phoenix, AZ during 2016. Climate change has been increasing the
intensity of the most severe storms. So we see historic an unusually
strong events more and more frequently.)
So
I’ll add this brief appeal before going into another climate change
related extreme weather analysis — fight
climate change, not wars.
The opportunity for a peaceful, hopeful, prosperous future for
basically everyone depends on it.
*****
Whether
you like the phrase or not, more rain-bombs — or extreme heavy
rainfall events far outside the range of usual weather norms — keep
falling. And most recently the all-time record for the most rain to
fall within a 24 hour period was shattered on April 14-15 as
nearly 50 inches inundated Kauai,
Hawaii. In a separate instance half a world away, late April and
early May has seen extreme
drought giving way to extreme flooding over parts of the Middle East.
Both increasingly extreme drought events and much heavier than usual
precipitation events are signals of human-caused climate change. And,
lately, these signals have been proliferating.
Rainfall
Records Shattered in the World’s Wettest Place
For
the Kauai event, the
Washington Post reports that 49.69 inches of rain accumulated at the
Waipa rain gauge on Kauai in just one 24-hour period.
Though Kauai is the rainiest place on Earth — receiving some 400
inches per year — this single day rainfall was far in excess of
even that soggy norm. In total, it amounted to about one and a half
months of precipitation for the world’s wettest location falling in
just one day.
The
previous all-time record for single day rainfall in the U.S. occurred
in 1979 in Alvin, Texas during Tropical Storm Claudette.
This storm dumped 43 inches over a 24-hour period. The recent Kauai
event shattered this record. And it involved no tropical cyclone —
just historically high moisture levels over the Pacific colliding
with unstable air masses streaming down from the north. In this case,
warming ocean surfaces are generating higher levels of evaporation
which in turn are feeding extreme thunderstorms all across the
Pacific and over adjacent land masses.
(Historically
heavy rains flip cars and wreck structures in Kauai on April 14-15.
Image source: Lace Anderson and Hawaii
News Now.)
Chip
Fletcher, an
expert on the impact of climate change on Pacific island communities,
told the Los
Angeles Times:
“The flooding on Kauai is consistent with an extreme rainfall that comes with a warmer atmosphere. Just recognize that we’re moving into a new climate, and our communities are scaled and built for a climate that no longer exists.”
The
present record Kauai event has been classified as a 1 in 100 year
instance in the context of past climatology. But given present
conditions and ever-increasing Earth surface temperatures, this new
record may fall within a decade or less as the atmosphere continues
to load more moisture and as evaporation and extreme precipitation
events steadily increase.
Middle
East Hammered by Extremes of Drought and Storm
Half
a world away, the Middle East is seeing its own series of weather and
climate shocks. The nations of Egypt, Jordan, Yemen, Lebanon, Syria,
and Saudi Arabia have been experiencing widespread and long term
drought. This drought has, as
with the recent Central U.S. event,
in large part been driven by rising temperatures. Evaporation plays
its role here too as lands dry out more swiftly when temperatures
rise.
(A
storm sweeping in from the Med brings heavy rains and havoc to a
drought-stricken Middle East. Image source: Tropical Tidbits and The
Washington Post.)
However,
with climate change, you can never discount the hard swing back to
heavy rain despite prolonged drying as weather chaos ensues. Such was
the situation during the recent week as an
intense weather disturbance crossed the Mediterranean and entered the
Middle East on April 26th and 27th.
The colder air mass tapped high levels of moisture bleeding off the,
again, much warmer than normal sea surfaces in the Med. It then
dumped this moisture in the form of extreme precipitation over the
Middle East.
In
Israel, the
resulting flash floods swept away ten teenagers as street flooding
that was described as ‘epic’ ran through the country’s cities.
Waters over-topped sidewalks and rushed into homes and businesses as
the heavens unleashed. One to two inch per hour rainfall rates were
reported. Meanwhile, in Syria, heavy
hail pelted down.
Jordan and Egypt were also inundated — with
many streets described as impassable due to flood waters.
The leading edge of cooler air kicked up a massive haboob — which
spread its immense cloud of dust over Saudi Arabia and Kuwait. Over
recent days, the stormy pattern continued. Heavy
rains overtook parts of Yemen —
forcing a dam to burst and washing away dozens of homes and farms
.
Two
More in a Lengthening Tally
These
two events are just the most recent affairs in a much larger and far
more widespread pattern of ramping extreme global weather events.
Events that will continue to proliferate so long as the world
continues to warm. This is the state of affairs that continued fossil
fuel burning has brought about. The rain bombs are hanging,
enlarging, above us. They are waiting to fall. And the
politically-charged denials of their chief manufacturers — oil,
gas, and coal — only make the situation worse for us all.
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