Ocean science and technology expert Dr. Charles Greene was
in Doha to attend the United Nations Climate Change Conference 2012 (COP18) this
week [December 3] and took time out to visit Weill Cornell Medical College in
Qatar to share his views on shaping a more sustainable world in the future.
Professor Greene is the director of the ocean resources and
ecosystems program in the Department of Earth and Atmospheric Sciences at
Cornell University. His talk was titled: A
Need for Qatari Leadership in Securing a Sustainable World for Future
Generations.
“Imagine a future in which Qatar plays a leading role in
solving the greatest challenges confronting humanity during the 21st century. Imagine
an integrated solution to climate change, energy security, and food security
emerging from the Arab world of the Middle East and Saharan North Africa. The
realization of such a future and such a solution are a lot closer to reality
than many people can imagine,” Professor Greene said.
He also described a bold plan to transform modern society
from its currently
unsustainable fossil-fuel addiction to a new reliance on
algal bioenergy and concentrated solar power. Along with this energy
transformation, the plan also integrates a suite of technologies that will
reduce carbon dioxide levels in the atmosphere while simultaneously providing
new sources of food, freshwater, and employment to regions of the world where
all of these things are in short supply.
In a broad ranging discourse about the long-term impacts of
global warming, climate change, the consequences of rising sea levels and the
near universal dependence on declining resources of fossil fuels, Professor
Greene outlined a grim future that could have a major impact on the way we live
our lives and conduct our business.
“By demonstrating
leadership in addressing humanity’s greatest challenges, Qatar can not only
ensure its own national security, it can help stabilize an increasingly
unstable world,” Professor Greene said.
Small steps are already in place in Qatar with an
experimental solar energy and algae cultivation plant established as part of
the Sahara Forest Project at Mesaimeer.
On its website, the pilot program describes its mission designed
to utilize what we have enough of to produce what we need more of, using
deserts, saltwater and carbon dioxide to produce food, water and clean energy.
This is done by combining already existing and proven environmental
technologies, including saltwater-cooled greenhouses, concentrated solar power
(CSP) and technologies for desert revegetation around a saltwater
infrastructure.
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