Ring of Fire
- R
- Year:
- 1991
- 100 min
- 625 Views
Our earth was born of fire.
For two billion years.
volcanoes spewed forth
the magma which the waking
earth would use to build
itself into being.
Volcanoes also vented the gases
which would form
the Earth's atmosphere
and the oceans.
Where life itself was born.
Then in the last seconds
of geologic time
a life form emerged
that would seek to
understand creation itself.
Today, more than 400 active volcanoes
shape life on the pacific rim.
Geologists call it "The Ring of Fire."
From Navidad in Chile and the
volcanoes of the Andes...
to the ancient ash-covered empires
of Mesoamerica...
past San Francisco on
the San Andreas fault.
cascades of America's Northwest...
To the great volcanic island arcs
of the Aleutians.
Siberia...
and Japan.
With sacred Mount Fuji...
and explosive Mount Sakurajima...
to Indonesia, home of Krakatoa...
Bromo...
and Gunung Agung.
Here where half a billion people
dwell is a window on the awesome
geological forces that
shape our planet.
At the very center of the ring of fire,
on the island of Hawaii
exists a lake of molten lava.
In this fiery lake can be seen a likeness
of the Earth's crust
and the geologic forces that shape it.
The Earth's thin crust is formed
of great tectonic plates
which are in constant motion.
Spreading. Colliding.
Grinding past one another.
And plunging back into
the molten interior.
Around the ring of fire,
collisions of the Earth's
tectonic plates produce earthquakes.
And the most violent natural
phenomenon on earth.
This is Navidad volcano
in southern Chile
which burst from the Earth
on christmas day 1988
and grew to a height
of 1,000 feet in a month.
Few people died in this sparsely
populated region.
Yet the immense geological
forces on the ring of fire
can just as easily strike at
the heart of civilization.
7,000 miles north on the ring of fire.
two tectonic plates
meet at a great fault
called the San Andreas,
which lies like a time bomb
beneath the city of San Francisco.
In 1906, a massive earthquake
destroyed this city.
and in the years that followed
San Francisco waited as the stresses
again built up along the fault.
Until one october day in 1989.
The third game of the world series
was about to begin
between the two bay area teams.
The San Francisco Giants
and the Oakland A's.
We're having an earthquake. We're
having an earthquake hold on.
One of the bridges collapsed.
Serious damage on the Bay Bridge.
Part of the upper deck collapsing.
I've never seen anything like this.
There's a major fire burning in
the marina district.
It started at the northeast corner
of Beach and Divisidero streets.
A building there collapsed and
burst into flames.
That is completely collapsed.
That's the upper section collapsing
into the lower section of the cypress.
A truck is upside down. We need
something to pry the door open.
We need something
to pry the door open.
The earthquake lasted
less than 15 seconds
but 62 people were dead and
nearly 4,000 injured.
42 died in the collapse
of the nimitz freeway.
More than 20,000 homes and buildings
were damaged or destroyed
during the quake.
Yet it struck with 1/30th of the energy
of the great quake of 1906.
Engineers learned a great deal
from what structures
survived the quake and what failed.
A 50-foot section of the
bay bridge collapsed
where the forces generated
by the earthquake
sheared the bolts on
one side of the span.
The bridge was repaired and
reopened in the month.
Built on landfill dwellings in
the marina district broke apart...
the unstable ground beneath them
actually magnifying the
effects of the quake.
Buildings engineered to withstand the
greatest earthquakes stood strong.
And so did the people.
Everybody helped each other.
It was like one big family out there.
It knocked us down,
but it didn't knock us out.
There are disasters everywhere.
Everyone lives under
some kind of threat.
If it's not an earthquake,
it's a tornado or hurricane.
It's a beautiful city, regardless.
i love it here. i'll never leave.
10 days after this quake.
we went back to baseball.
Now. That's...
that's the spirit of San Francisco.
Though the flags flew at half-mast.
The fans reunited at candlestick park
and a game turned into
a celebration of renewal.
600 miles north of San Francisco
is the site of the greatest
volcanic eruption in
modern american history.
Mount St. Helens.
Near where he stood that
sunday morning in 1980.
Photographer Gary Rosenquist
recalls the moment.
At dawn I noticed through some trees
steam at the very top of the mountain.
I got my camera and I just started
taking pictures, and the whole side
of the mountain was sliding away.
I was so excited.
I couldn't concentrate.
It was just amazing. I'd never
seen anything like that before.
240 square miles of woodland
were devastated in the eruption.
57 people and millions
of animals were killed.
Today. A ghostly forest still floats
on the surface of spirit lake.
Across the landscape
of fallen timber
life is reappearing at a rate
that has a astonished biologists.
Deep within the crater, a lava dome
formed in st. helens' volcanic throat
has risen over a thousand feet.
The mountain is rebuilding itself.
With his fellow geologists
from the Cascades
Volcano Observatory
dr. Norman Banks
is credited with saving
thousands of lives.
Our monitoring data
convinced the governor
who was also a scientist,
that an eruption possibly
of significant magnitude
was developing.
Since the explosive eruptions of 1980
we have had to work very
close to the center of activity.
That is the dome itself
to detect the changes
that allow us to forecast
the next eruption.
You can't predict future
eruptions of a volcano
until you know its character.
Some of the instrumentation we use
can be as simple as our own senses.
But to provide data that's quantifiable
we have to resort to high-tech
equipment such as seismometers
deformation equipment,
and gas analysis.
What we're after here
is to obtain the ability
to save thousands of lives
repeatedly around the ring of fire.
Several weeks after the team
left the mountain
the lava dome exploded
without warning.
Volcanologists foresee even greater
eruptions in the future.
For the forces which
created and destroyed
Mount St. Helens contines
powerful beyond our imaginings.
Deep within the earth above a core
of iron and nickel
is a mantle of lighter elements
heated by natural radioactivity.
Over millions of years
the mantle behaves like a heated fluid.
The thin plates of the earth's crust
float like huge rafts adrift
on the fluid mantle.
The heavier plates of the
spreading sea floor
sink beneath the continental plates
creating earthquakes
around the pacific rim.
The sinking plates release
superhot fluids
which melt the mantle above them.
The lighter magma rises
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