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PRESENTATION
On August 2, 1990, Kuwait was invaded by Iraqi troops. The
fires, resulting from the destruction of oil wells throughout
Kuwait, produced an incredible cloud of darkness and pollution.
The country, and then progressively the whole region, was covered
by an oily film from the ever growing black cloud. Dark clouds
blocked the sunlight for months, the air temperature of the atmosphere
decreased by an average of 10 degrees centigrade, and the water
temperature of the sea decreased by several degrees.
The war had killed more than 1,000 people and injured more
than 1,700.
After the fighting stopped, the first priority was to extinguish
the 613 oil well fires and reclaim the land, air, water, and
industry of the country. It took nine months for teams of oil
fire experts from eighteen nations to put out the "Fires
of Kuwait". Only on November 6, 1991, did Kuwait celebrate
the extinguishing of the last fire.
The 60 million barrels of oil released in the desert formed
246 oil lakes covering a surface of 49 km2; the smoke
and soot contaminated 953 km2 of desert; the oil spill
soiled 1,500 km of Gulf coast.
Ninety-five percent of the oil was removed and exported, however
the remaining 5% continues to pollute the desert with a high
risk of contaminating the fresh and brackish ground water that
is so limited in the region.
The Gulf waters were host to one of the biggest oil releases
in the history of the oil industry; ten million barrels, six
times more than the previous record holder, the Amoco Cadiz oil
spills. This spillage stressed marine life and coral reefs, the
"Jewels of Kuwait's Gulf Waters".
The Gulf War Impact on Terrestrial Environment
Seven years after one of the worst oil pollution events in
human history, it is clear that the greatest damage was that
done to the land. The burning and gushing oil from hundreds of
oil wells has led to an unprecedented disaster that has left
huge areas of Kuwait polluted. Even though the less contaminated
areas show signs of recovery, the situation in the oil lake areas
worsens each year as the contamination goes deeper into the desert
soil.
Water contamination is the greatest concern. This scarce resource
is seriously threatened by contamination from the oil lakes.
Forty percent of Kuwait's fresh water reserves are no longer
of drinkable quality and there is no scientific proof that a
technical solution will solve or even improve the problem in
the future. Alternative renewable sources of fresh water residing
in the wadi subsurface aquifers are also threatened by 120 km
of oil trenches along the Saudi Border.
Brackish water seems to have escaped oil contamination for
now. However, potential leaks in oil well casings threaten this.
In addition, the pumping rate of most of these aquifers is far
over the replenishment rate, endangering water levels in the
long-term.
Priority must be given to the research and future policies
of Kuwait's water supply. Water conservation programs must be
vigorously enhanced. Research, focusing on the prevention of
groundwater contamination and the restoration and enhancement
of water security storage, must be done immediately so that quick
actions may be taken. Future research should also focus on the
different ways to increase the catch of rainfall for human use.
Kuwait's agricultural practices must be seriously re-examined
in light of water stress. The future development of agriculture
must take into account groundwater scarcity, costs of desalinated
water, and soil salination problems. Similarly, grazing may pose
health threats to the animals in addition to slowing the recovery
of desert vegetation.
Contaminated soil must be cleaned. Huge amounts of oiled sand
is a burden for the environment. Time is also working against
Kuwait. Oil continues to go deeper and deeper, making the problem
more and more difficult to solve. As the soil erodes, the particles
become airborne and could create health problems and a large
scale chronic pollution problem. These soils will also continue
to pose threats to groundwater sources located nearby.
Remediation must be dramatically accelerated. Even though
experimental studies and cost effective assessments are not fully
completed, knowledge seems sufficient to start remediation on
a larger scale. Whatever it costs now, it will cost far more
later. The situation cannot be left as it is.
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