Climate Change Is World War III

Pages24-25
24 | THE ENVIRONMENTAL FORUM Reprinted by permission from The Environmental Forum®, November/December 2021.
Copyright © 2021, Environmental Law Institute®, Washington, D.C. www.eli.org.
Notice & Comment
to sail with convoys and deploy anti-
submarine planes. Some aircraft were
now equipped with high-power Leigh
Lights and radar, both o British draw-
ing boards. Canadian engineers gured
out how to cover the “air gap” out of
range of land-based American bomb-
ers protecting convoys. And the British
were using the rst digital computers to
decipher U-boats’ radio transmissions.
ese technologies were a result of
crash programs that all came to bear
fruit at the same time — changing the
situation in a few weeks from the
threshold of defeat for Britain to
the securing of the island as the
base for the Normandy invasion
that helped put an end to Hitler.
CAN YOU imagine if
the same energy were
to go into the challenge
of climate change? In
fact, that already is happening
and could be nurtured further by
thinking through how the inno-
vations of 1943 — and the spirit
of international government-
business-academic cooperation
that engendered them — could
be matched in the next few years.
“e scale and speed of the
eorts demanded by this criti-
cal and formidable goal make
this perhaps the greatest chal-
lenge humankind has ever
faced.” at was not said by
Churchill facing the Nazi men-
ace. Rather, it was a statement made
last May by Fatih Birol, the head of
the International Energy Agency,
in releasing its report “Net Zero by
2050.”
In fact, the science is on the hori-
zon. According to MIT Technolog y Re-
view, there is a lab version of a lithium
battery that “can be charged to more
than 80% of its capacity in 15 min-
utes, lasts for hundreds of thousands of
miles, and works ne at freezing tem-
peratures.” e inventors also say a car
based on their tech can go 450 miles
between charges. If this battery pans
out it would put an end to almost all
Climate Change
Is World War III
THE BATTLE against climate
change will require humanity
to transform energy systems,
production processes, even
basic agricultural practices — and all
within the next few years. Is there a
prior example of wide-ranging inven-
tion on a similarly tight time frame?
Look back to March 1943, when
the lm Action in the North At-
lantic, starring Humphrey Bog-
art, was in nal production. As in
those wartime propaganda pics
made in cooperation with the
relevant front-line services, this
one was about the dangers faced
by the truly heroic civilian crews
of the merchant marine.
In the real world, the ship-
ping news was dire that March.
Nazi subs had sunk more than
450,000 tons of vessels from the
United States carrying cargoes to
British ports — one of the worst
months ever. Churchill conded
to Roosevelt that the shipping
losses worried him more than
German bombers. Fuel was get-
ting scarce in Britain and food
shortages loomed. If the UK had
to sue for peace, it would leave
the Nazis undisputed in Europe.
e Hollywood version cen-
ters on the engagement between
a U-boat and the S.S. Seawitch.
e merchant ship’s captain is wound-
ed, leaving First Ocer Bogart in
charge. At the climax, out-armed and
taking re, he surprises the pursuing
sub by ramming it under the veil of
a smokescreen — naval tactics dating
back to Athenian triremes.
By the time the movie was released
on May 21, in those few weeks the real
Battle of the Atlantic had largely been
decided — and in the Allies’ favor.
Not by ancient practices but by a half
dozen technological leaps. ese break-
throughs became available collectively
while the movie was in production.
I became aware of this coincidence
when I happened to see the lm on
Netix shortly before reading a grip-
ping account of the real sea change in
historian Paul Kennedy’s masterpiece
Engineers of Victory. Winning the Battle
of the Atlantic was a result of interna-
tional cooperation among what Ken-
nedy calls “the problem solvers” — in-
novators in industry and academic labs
and government. “is conict was,
more than any other battle for the seas,
a scientists’ war,” Kennedy concludes.
One innovation was the American-
built Liberty Ship, a cookie-cutter cargo
carrier. ese were constructed using
assembly line techniques and joinery
methods never before deployed in ship-
building. More than 27 million tons
worth were laid down during the war,
three hulls every two days.
British and Canadian naval vessels
accompanying the merchant convoys
now wielded a hugely more eective
version of the venerable depth charge,
called the Hedgehog. Radio direction
nders were installed on most of their
warships, enabling them to chase down
subs. A new kind of small aircraft car-
rier came out of U.S. yards, designed

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