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from the Kennedy Space Center in Florida

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from the Kennedy Space Center in Florida
 

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from the Kennedy Space Center in Florida
this is Space Shuttle Endeavor launch

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this is Space Shuttle Endeavor launch
 

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this is Space Shuttle Endeavor launch
control the countdown for the launch of

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control the countdown for the launch of
 

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control the countdown for the launch of
Endeavour on space shuttle mission STS

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Endeavour on space shuttle mission STS
 

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Endeavour on space shuttle mission STS
68 is continuing on schedule this

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68 is continuing on schedule this
 

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68 is continuing on schedule this
morning again the final inspection team

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morning again the final inspection team
 

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morning again the final inspection team
is continuing to conduct their final

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is continuing to conduct their final
 

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is continuing to conduct their final
portions of the work at the pad and they

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portions of the work at the pad and they
 

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portions of the work at the pad and they
will be departing the pad shortly to

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will be departing the pad shortly to
 

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will be departing the pad shortly to
make their final report to the launch

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make their final report to the launch
 

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make their final report to the launch
director no issues have come up in the

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director no issues have come up in the
 

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director no issues have come up in the
wake of their assessments and everything

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wake of their assessments and everything
 

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wake of their assessments and everything
continues to look good as the crew

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continues to look good as the crew
 

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continues to look good as the crew
completes their breakfast they will soon

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completes their breakfast they will soon
 

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completes their breakfast they will soon
be donning their flight suits and entry

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be donning their flight suits and entry
 

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be donning their flight suits and entry
suits and the commander and pilot will

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suits and the commander and pilot will
 

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suits and the commander and pilot will
be given a final briefing on today's

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be given a final briefing on today's
 

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be given a final briefing on today's
weather outlook

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starting with our commander Mike Baker

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starting with our commander Mike Baker
 

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starting with our commander Mike Baker
all are being assisted with their suits

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all are being assisted with their suits
 

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all are being assisted with their suits
by Kennedy Space Center and Johnson

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by Kennedy Space Center and Johnson
 

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by Kennedy Space Center and Johnson
Space Center technicians these personnel

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Space Center technicians these personnel
 

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Space Center technicians these personnel
were experts in the understanding of the

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were experts in the understanding of the
 

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were experts in the understanding of the
details on how these suits work pilot

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details on how these suits work pilot
 

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details on how these suits work pilot
today is Terry Wolcott he'll be making

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today is Terry Wolcott he'll be making
 

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today is Terry Wolcott he'll be making
his first trip in his space shuttle

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his first trip in his space shuttle
 

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his first trip in his space shuttle
Endeavour mission specialist mission

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Endeavour mission specialist mission
 

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Endeavour mission specialist mission
specialist Steve Smith is making his

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specialist Steve Smith is making his
 

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specialist Steve Smith is making his
first trip into space today also appears

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first trip into space today also appears
 

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first trip into space today also appears
ready to fly ready to go up the bright

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ready to fly ready to go up the bright
 

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ready to fly ready to go up the bright
orange colored suits are basically an

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orange colored suits are basically an
 

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orange colored suits are basically an
altitude protection system and of course

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altitude protection system and of course
 

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altitude protection system and of course
they're checked out prior to launch

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they're checked out prior to launch
 

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they're checked out prior to launch
payload commander Tom Jones making his

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payload commander Tom Jones making his
 

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payload commander Tom Jones making his
second trip into space his first trip

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second trip into space his first trip
 

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second trip into space his first trip
was just this past April

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mission specialist Jeff Weiss off making

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mission specialist Jeff Weiss off making
 

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mission specialist Jeff Weiss off making
his second trip into space today a

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his second trip into space today a
 

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his second trip into space today a
mission specialist dan birch making his

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mission specialist dan birch making his
 

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mission specialist dan birch making his
second trip into space today making

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second trip into space today making
 

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second trip into space today making
preparations on his suit to make sure

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preparations on his suit to make sure
 

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preparations on his suit to make sure
that it pressurizes as it should

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that it pressurizes as it should
 

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that it pressurizes as it should
checking all the straps and loops

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following launch and while on orbit the

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following launch and while on orbit the
 

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following launch and while on orbit the
crew members change out of these suits

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crew members change out of these suits
 

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crew members change out of these suits
into more conventional and comfortable

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into more conventional and comfortable
 

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into more conventional and comfortable
clothing

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clothing
 

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clothing
however they are required to return to

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however they are required to return to
 

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however they are required to return to
these suits prior to prior to landing

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these suits prior to prior to landing
 

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these suits prior to prior to landing
this is shuttle launch control we are

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this is shuttle launch control we are
 

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this is shuttle launch control we are
now at t-minus three hours and Counting

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everything continues to look good for

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everything continues to look good for
 

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everything continues to look good for
our launch this morning at 7:16 a.m.

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our launch this morning at 7:16 a.m.
 

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our launch this morning at 7:16 a.m.
from pad 39a with the space shuttle

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from pad 39a with the space shuttle
 

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from pad 39a with the space shuttle
Endeavour on mission STS 68

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this is shuttle launch control at

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this is shuttle launch control at
 

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this is shuttle launch control at
t-minus two hours 15 minutes and

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t-minus two hours 15 minutes and
 

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t-minus two hours 15 minutes and
Counting and we have our sixth member of

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Counting and we have our sixth member of
 

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Counting and we have our sixth member of
crew on the third floor of the

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crew on the third floor of the
 

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crew on the third floor of the
operations and check-out building they

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operations and check-out building they
 

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operations and check-out building they
have been suited and they're ready to

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have been suited and they're ready to
 

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have been suited and they're ready to
take that 20-minute trip out to the pad

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take that 20-minute trip out to the pad
 

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take that 20-minute trip out to the pad
getting on the elevator they'll be going

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getting on the elevator they'll be going
 

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getting on the elevator they'll be going
down to the first floor at which time

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down to the first floor at which time
 

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down to the first floor at which time
they'll be entering the crew Astro van

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and our crew are walking out of the

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and our crew are walking out of the
 

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and our crew are walking out of the
upper checkout building on their way to

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upper checkout building on their way to
 

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upper checkout building on their way to
my paper

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this is shuttle launch control at

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this is shuttle launch control at
 

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this is shuttle launch control at
t-minus 2 hours 34 minutes and Counting

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t-minus 2 hours 34 minutes and Counting
 

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t-minus 2 hours 34 minutes and Counting
and the Astro van with the astronaut

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and the Astro van with the astronaut
 

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and the Astro van with the astronaut
crew members inside has arrived at the

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crew members inside has arrived at the
 

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crew members inside has arrived at the
base of pad 39a and they are at this

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base of pad 39a and they are at this
 

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base of pad 39a and they are at this
time disembarking from the astronaut van

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time disembarking from the astronaut van
 

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time disembarking from the astronaut van
and once they're all gathered in the

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and once they're all gathered in the
 

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and once they're all gathered in the
elevator they'll make the trip up to the

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elevator they'll make the trip up to the
 

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elevator they'll make the trip up to the
195-foot level of the fixed service

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195-foot level of the fixed service
 

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195-foot level of the fixed service
structure and begin their ingress into

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structure and begin their ingress into
 

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structure and begin their ingress into
the orbiter pad 39a is the southernmost

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the orbiter pad 39a is the southernmost
 

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the orbiter pad 39a is the southernmost
pad of nasa's 2 shuttle launch

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pad of nasa's 2 shuttle launch
 

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pad of nasa's 2 shuttle launch
facilities and it is nearly identical to

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facilities and it is nearly identical to
 

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facilities and it is nearly identical to
pad 39b which is located just about a

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pad 39b which is located just about a
 

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pad 39b which is located just about a
mile to the north it looks like our crew

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mile to the north it looks like our crew
 

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mile to the north it looks like our crew
members have deviated a little bit from

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members have deviated a little bit from
 

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members have deviated a little bit from
their desire to go straight up to the

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their desire to go straight up to the
 

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their desire to go straight up to the
orbiter and they're going to stand

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orbiter and they're going to stand
 

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orbiter and they're going to stand
beneath the mobile launcher platform and

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beneath the mobile launcher platform and
 

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beneath the mobile launcher platform and
have a quick picture taken of them

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and we are at t-minus nine minutes and

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and we are at t-minus nine minutes and
 

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and we are at t-minus nine minutes and
holding and all of our sights are

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holding and all of our sights are
 

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holding and all of our sights are
observed go and forecast go as far as

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observed go and forecast go as far as
 

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observed go and forecast go as far as
weather is concerned

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we're just a few seconds away from

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we're just a few seconds away from
 

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we're just a few seconds away from
resuming the countdown for the launch of

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resuming the countdown for the launch of
 

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resuming the countdown for the launch of
space shuttle Endeavour this morning and

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space shuttle Endeavour this morning and
 

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space shuttle Endeavour this morning and
we're at t-minus nine minutes and

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we're at t-minus nine minutes and
 

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we're at t-minus nine minutes and
Counting and the ground launch sequencer

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Counting and the ground launch sequencer
 

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Counting and the ground launch sequencer
has been initiated NASA test director

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has been initiated NASA test director
 

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has been initiated NASA test director
Bill Dowdell was about to call for the

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Bill Dowdell was about to call for the
 

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Bill Dowdell was about to call for the
transmittal of stored pre-launch

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transmittal of stored pre-launch
 

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transmittal of stored pre-launch
commands as endeavour is only nine

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commands as endeavour is only nine
 

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commands as endeavour is only nine
minutes from its seventh mission in

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minutes from its seventh mission in
 

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minutes from its seventh mission in
space on board is the space radar

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space on board is the space radar
 

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space on board is the space radar
laboratory and a crew of six astronauts

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t-minus seven minutes thirty seconds and

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t-minus seven minutes thirty seconds and
 

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t-minus seven minutes thirty seconds and
the orbiter access arm is now being

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the orbiter access arm is now being
 

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the orbiter access arm is now being
retracted away from the vehicle this is

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retracted away from the vehicle this is
 

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retracted away from the vehicle this is
the walkway used by the crew to gain

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the walkway used by the crew to gain
 

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the walkway used by the crew to gain
entry into and out of the vehicle and

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entry into and out of the vehicle and
 

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entry into and out of the vehicle and
can be returned to position within

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can be returned to position within
 

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can be returned to position within
seconds if need be

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and final eros eros surface checks of

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and final eros eros surface checks of
 

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and final eros eros surface checks of
the orbiters flaps and rudder are being

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the orbiters flaps and rudder are being
 

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the orbiters flaps and rudder are being
completed this verifies the orbiters

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completed this verifies the orbiters
 

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completed this verifies the orbiters
hydraulic systems and the three main

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hydraulic systems and the three main
 

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hydraulic systems and the three main
engines are being gimbal does a final

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engines are being gimbal does a final
 

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engines are being gimbal does a final
test before launch t-minus two minutes

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test before launch t-minus two minutes
 

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test before launch t-minus two minutes
30 seconds all is ready to fly today on

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30 seconds all is ready to fly today on
 

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30 seconds all is ready to fly today on
NASA's four-and-a-half million pound

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NASA's four-and-a-half million pound
 

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NASA's four-and-a-half million pound
space shuttle vehicle t-minus one minute

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00:08:37,010 --> 00:08:37,020
space shuttle vehicle t-minus one minute
 

241
00:08:37,020 --> 00:08:39,440
space shuttle vehicle t-minus one minute
50 seconds everything continues to look

242
00:08:39,440 --> 00:08:39,450
50 seconds everything continues to look
 

243
00:08:39,450 --> 00:08:40,940
50 seconds everything continues to look
good for launch this morning as the

244
00:08:40,940 --> 00:08:40,950
good for launch this morning as the
 

245
00:08:40,950 --> 00:08:43,040
good for launch this morning as the
space shuttle Endeavour soon will begin

246
00:08:43,040 --> 00:08:43,050
space shuttle Endeavour soon will begin
 

247
00:08:43,050 --> 00:08:45,050
space shuttle Endeavour soon will begin
its 10-day mission to continue its radar

248
00:08:45,050 --> 00:08:45,060
its 10-day mission to continue its radar
 

249
00:08:45,060 --> 00:08:46,820
its 10-day mission to continue its radar
mapping expedition and study

250
00:08:46,820 --> 00:08:46,830
mapping expedition and study
 

251
00:08:46,830 --> 00:09:03,639
mapping expedition and study
environmental taejun's on earth

252
00:09:03,639 --> 00:09:03,649

 

253
00:09:03,649 --> 00:09:05,790

and we have a go for autosequence start

254
00:09:05,790 --> 00:09:05,800
and we have a go for autosequence start
 

255
00:09:05,800 --> 00:09:08,290
and we have a go for autosequence start
endeavors onboard computers have primary

256
00:09:08,290 --> 00:09:08,300
endeavors onboard computers have primary
 

257
00:09:08,300 --> 00:09:09,850
endeavors onboard computers have primary
control of all the vehicles critical

258
00:09:09,850 --> 00:09:09,860
control of all the vehicles critical
 

259
00:09:09,860 --> 00:09:20,040
control of all the vehicles critical
functions t-minus 20 seconds fifteen

260
00:09:20,040 --> 00:09:20,050
functions t-minus 20 seconds fifteen
 

261
00:09:20,050 --> 00:09:26,590
functions t-minus 20 seconds fifteen
twelve eleven ten nine eight seven we

262
00:09:26,590 --> 00:09:26,600
twelve eleven ten nine eight seven we
 

263
00:09:26,600 --> 00:09:29,250
twelve eleven ten nine eight seven we
have a go for main engine start four

264
00:09:29,250 --> 00:09:29,260
have a go for main engine start four
 

265
00:09:29,260 --> 00:09:34,900
have a go for main engine start four
three two one and liftoff of the space

266
00:09:34,900 --> 00:09:34,910
three two one and liftoff of the space
 

267
00:09:34,910 --> 00:09:36,639
three two one and liftoff of the space
shuttle Endeavour on a mission to study

268
00:09:36,639 --> 00:09:36,649
shuttle Endeavour on a mission to study
 

269
00:09:36,649 --> 00:09:49,800
shuttle Endeavour on a mission to study
the Earth's ever-changing environment

270
00:09:49,800 --> 00:09:49,810

 

271
00:09:49,810 --> 00:09:52,530

endeavours roll maneuver is underway

272
00:09:52,530 --> 00:09:52,540
endeavours roll maneuver is underway
 

273
00:09:52,540 --> 00:09:55,060
endeavours roll maneuver is underway
vehicles now in a heads-down position on

274
00:09:55,060 --> 00:09:55,070
vehicles now in a heads-down position on
 

275
00:09:55,070 --> 00:09:58,450
vehicles now in a heads-down position on
course for a 57 degree 120 nautical mile

276
00:09:58,450 --> 00:09:58,460
course for a 57 degree 120 nautical mile
 

277
00:09:58,460 --> 00:10:07,500
course for a 57 degree 120 nautical mile
orbit

278
00:10:07,500 --> 00:10:07,510

 

279
00:10:07,510 --> 00:10:09,400

approaching two minutes into the flight

280
00:10:09,400 --> 00:10:09,410
approaching two minutes into the flight
 

281
00:10:09,410 --> 00:10:11,350
approaching two minutes into the flight
the next event is burnout in separation

282
00:10:11,350 --> 00:10:11,360
the next event is burnout in separation
 

283
00:10:11,360 --> 00:10:30,340
the next event is burnout in separation
of the solid rocket boosters

284
00:10:30,340 --> 00:10:30,350

 

285
00:10:30,350 --> 00:10:33,530

SRB separation is confirmed endeavours

286
00:10:33,530 --> 00:10:33,540
SRB separation is confirmed endeavours
 

287
00:10:33,540 --> 00:10:37,610
SRB separation is confirmed endeavours
altitude is 170 thousand feet downrange

288
00:10:37,610 --> 00:10:37,620
altitude is 170 thousand feet downrange
 

289
00:10:37,620 --> 00:10:41,050
altitude is 170 thousand feet downrange
from the launch site 32 nautical miles

290
00:10:41,050 --> 00:10:41,060
from the launch site 32 nautical miles
 

291
00:10:41,060 --> 00:10:44,510
from the launch site 32 nautical miles
now traveling 4,400 feet per second or

292
00:10:44,510 --> 00:10:44,520
now traveling 4,400 feet per second or
 

293
00:10:44,520 --> 00:10:52,490
now traveling 4,400 feet per second or
about 3,000 miles per hour three and a

294
00:10:52,490 --> 00:10:52,500
about 3,000 miles per hour three and a
 

295
00:10:52,500 --> 00:10:54,740
about 3,000 miles per hour three and a
half minutes now into endeavours mission

296
00:10:54,740 --> 00:10:54,750
half minutes now into endeavours mission
 

297
00:10:54,750 --> 00:10:56,870
half minutes now into endeavours mission
the orbiter is downrange from the launch

298
00:10:56,870 --> 00:10:56,880
the orbiter is downrange from the launch
 

299
00:10:56,880 --> 00:11:00,190
the orbiter is downrange from the launch
site 91 nautical miles

300
00:11:00,190 --> 00:11:00,200
site 91 nautical miles
 

301
00:11:00,200 --> 00:11:03,320
site 91 nautical miles
traveling 4,400 miles per hour at an

302
00:11:03,320 --> 00:11:03,330
traveling 4,400 miles per hour at an
 

303
00:11:03,330 --> 00:11:11,930
traveling 4,400 miles per hour at an
altitude of 300 to 6000 feet endeavour

304
00:11:11,930 --> 00:11:11,940
altitude of 300 to 6000 feet endeavour
 

305
00:11:11,940 --> 00:11:14,300
altitude of 300 to 6000 feet endeavour
Houston we see a nominal nominal Mako

306
00:11:14,300 --> 00:11:14,310
Houston we see a nominal nominal Mako
 

307
00:11:14,310 --> 00:11:21,680
Houston we see a nominal nominal Mako
homes one not required this is Mission

308
00:11:21,680 --> 00:11:21,690
homes one not required this is Mission
 

309
00:11:21,690 --> 00:11:23,890
homes one not required this is Mission
Control Houston we're now receiving some

310
00:11:23,890 --> 00:11:23,900
Control Houston we're now receiving some
 

311
00:11:23,900 --> 00:11:25,850
Control Houston we're now receiving some
videotape from the space shuttle

312
00:11:25,850 --> 00:11:25,860
videotape from the space shuttle
 

313
00:11:25,860 --> 00:11:29,240
videotape from the space shuttle
Endeavour of the external tank as it

314
00:11:29,240 --> 00:11:29,250
Endeavour of the external tank as it
 

315
00:11:29,250 --> 00:11:31,330
Endeavour of the external tank as it
drifts away from the shuttle Endeavour

316
00:11:31,330 --> 00:11:31,340
drifts away from the shuttle Endeavour
 

317
00:11:31,340 --> 00:11:34,280
drifts away from the shuttle Endeavour
following today's 616 a.m. Central time

318
00:11:34,280 --> 00:11:34,290
following today's 616 a.m. Central time
 

319
00:11:34,290 --> 00:11:36,950
following today's 616 a.m. Central time
launch from Kennedy Space Center this

320
00:11:36,950 --> 00:11:36,960
launch from Kennedy Space Center this
 

321
00:11:36,960 --> 00:11:39,530
launch from Kennedy Space Center this
tape being sent down to us through the

322
00:11:39,530 --> 00:11:39,540
tape being sent down to us through the
 

323
00:11:39,540 --> 00:11:41,120
tape being sent down to us through the
Merritt Island tracking station on the

324
00:11:41,120 --> 00:11:41,130
Merritt Island tracking station on the
 

325
00:11:41,130 --> 00:12:11,150
Merritt Island tracking station on the
coast of Florida

326
00:12:11,150 --> 00:12:11,160

 

327
00:12:11,160 --> 00:12:18,600

confirmed copy Roger roll endeavour

328
00:12:18,600 --> 00:12:18,610
confirmed copy Roger roll endeavour
 

329
00:12:18,610 --> 00:12:20,690
confirmed copy Roger roll endeavour
looks like I don't we see the roll

330
00:12:20,690 --> 00:12:20,700
looks like I don't we see the roll
 

331
00:12:20,700 --> 00:12:27,780
looks like I don't we see the roll
copy good bottle up 3 at 104 never go at

332
00:12:27,780 --> 00:12:27,790
copy good bottle up 3 at 104 never go at
 

333
00:12:27,790 --> 00:12:37,150
copy good bottle up 3 at 104 never go at
throttle up

334
00:12:37,150 --> 00:12:37,160

 

335
00:12:37,160 --> 00:12:42,040

that's our beset

336
00:12:42,040 --> 00:12:42,050

 

337
00:12:42,050 --> 00:12:48,040

copy SRB set 103 converged so why'd you

338
00:12:48,040 --> 00:12:48,050
copy SRB set 103 converged so why'd you
 

339
00:12:48,050 --> 00:12:51,460
copy SRB set 103 converged so why'd you
press one for endeavor single-engine

340
00:12:51,460 --> 00:12:51,470
press one for endeavor single-engine
 

341
00:12:51,470 --> 00:14:21,569
press one for endeavor single-engine
press 104

342
00:14:21,569 --> 00:14:21,579

 

343
00:14:21,579 --> 00:14:25,119

we have five decibel tighter tighter

344
00:14:25,119 --> 00:14:25,129
we have five decibel tighter tighter
 

345
00:14:25,129 --> 00:14:34,660
we have five decibel tighter tighter
tighter for the fuzzy logic you copy and

346
00:14:34,660 --> 00:14:34,670
tighter for the fuzzy logic you copy and
 

347
00:14:34,670 --> 00:14:42,789
tighter for the fuzzy logic you copy and
endeavour Houston we copy all thanks 12

348
00:14:42,789 --> 00:14:42,799
endeavour Houston we copy all thanks 12
 

349
00:14:42,799 --> 00:14:45,549
endeavour Houston we copy all thanks 12
the answer two plus 12 is sterilized not

350
00:14:45,549 --> 00:14:45,559
the answer two plus 12 is sterilized not
 

351
00:14:45,559 --> 00:14:48,069
the answer two plus 12 is sterilized not
disable the messages I'll stand by for

352
00:14:48,069 --> 00:14:48,079
disable the messages I'll stand by for
 

353
00:14:48,079 --> 00:14:50,710
disable the messages I'll stand by for
about 13 with your go all right we copy

354
00:14:50,710 --> 00:14:50,720
about 13 with your go all right we copy
 

355
00:14:50,720 --> 00:15:57,610
about 13 with your go all right we copy
let's look at it

356
00:15:57,610 --> 00:15:57,620

 

357
00:15:57,620 --> 00:16:00,190

now let's talk about the first of the

358
00:16:00,190 --> 00:16:00,200
now let's talk about the first of the
 

359
00:16:00,200 --> 00:16:02,470
now let's talk about the first of the
two experiments the first experiments

360
00:16:02,470 --> 00:16:02,480
two experiments the first experiments
 

361
00:16:02,480 --> 00:16:04,990
two experiments the first experiments
called brick it's biological research in

362
00:16:04,990 --> 00:16:05,000
called brick it's biological research in
 

363
00:16:05,000 --> 00:16:07,330
called brick it's biological research in
canisters and it's sponsored by the

364
00:16:07,330 --> 00:16:07,340
canisters and it's sponsored by the
 

365
00:16:07,340 --> 00:16:08,950
canisters and it's sponsored by the
United States Department of Agriculture

366
00:16:08,950 --> 00:16:08,960
United States Department of Agriculture
 

367
00:16:08,960 --> 00:16:11,140
United States Department of Agriculture
there are five canisters aluminum

368
00:16:11,140 --> 00:16:11,150
there are five canisters aluminum
 

369
00:16:11,150 --> 00:16:13,540
there are five canisters aluminum
canisters like this on board within each

370
00:16:13,540 --> 00:16:13,550
canisters like this on board within each
 

371
00:16:13,550 --> 00:16:15,520
canisters like this on board within each
canister there are a thousand gypsy moth

372
00:16:15,520 --> 00:16:15,530
canister there are a thousand gypsy moth
 

373
00:16:15,530 --> 00:16:17,260
canister there are a thousand gypsy moth
eggs so we have five thousand gypsy

374
00:16:17,260 --> 00:16:17,270
eggs so we have five thousand gypsy
 

375
00:16:17,270 --> 00:16:18,430
eggs so we have five thousand gypsy
moths they explain what's this you're on

376
00:16:18,430 --> 00:16:18,440
moths they explain what's this you're on
 

377
00:16:18,440 --> 00:16:20,680
moths they explain what's this you're on
endeavour now you might ask why do we

378
00:16:20,680 --> 00:16:20,690
endeavour now you might ask why do we
 

379
00:16:20,690 --> 00:16:23,950
endeavour now you might ask why do we
have gypsy moth eggs on Endeavour it

380
00:16:23,950 --> 00:16:23,960
have gypsy moth eggs on Endeavour it
 

381
00:16:23,960 --> 00:16:26,290
have gypsy moth eggs on Endeavour it
turns out that the gypsy moth is very

382
00:16:26,290 --> 00:16:26,300
turns out that the gypsy moth is very
 

383
00:16:26,300 --> 00:16:28,240
turns out that the gypsy moth is very
destructive a very destructive pest in

384
00:16:28,240 --> 00:16:28,250
destructive a very destructive pest in
 

385
00:16:28,250 --> 00:16:29,500
destructive a very destructive pest in
the United States especially to

386
00:16:29,500 --> 00:16:29,510
the United States especially to
 

387
00:16:29,510 --> 00:16:32,470
the United States especially to
Northeast hardware hardwood forests so

388
00:16:32,470 --> 00:16:32,480
Northeast hardware hardwood forests so
 

389
00:16:32,480 --> 00:16:33,610
Northeast hardware hardwood forests so
the United States Department of

390
00:16:33,610 --> 00:16:33,620
the United States Department of
 

391
00:16:33,620 --> 00:16:35,680
the United States Department of
Agriculture has a goal of controlling

392
00:16:35,680 --> 00:16:35,690
Agriculture has a goal of controlling
 

393
00:16:35,690 --> 00:16:39,040
Agriculture has a goal of controlling
the population of gypsy moths in that

394
00:16:39,040 --> 00:16:39,050
the population of gypsy moths in that
 

395
00:16:39,050 --> 00:16:41,230
the population of gypsy moths in that
area now the way they control gypsy

396
00:16:41,230 --> 00:16:41,240
area now the way they control gypsy
 

397
00:16:41,240 --> 00:16:42,790
area now the way they control gypsy
moths population is by introducing

398
00:16:42,790 --> 00:16:42,800
moths population is by introducing
 

399
00:16:42,800 --> 00:16:46,210
moths population is by introducing
sterile gypsy moths into the wild they

400
00:16:46,210 --> 00:16:46,220
sterile gypsy moths into the wild they
 

401
00:16:46,220 --> 00:16:48,310
sterile gypsy moths into the wild they
tried to produce sterile gypsy moths on

402
00:16:48,310 --> 00:16:48,320
tried to produce sterile gypsy moths on
 

403
00:16:48,320 --> 00:16:49,360
tried to produce sterile gypsy moths on
the ground but it's a very difficult

404
00:16:49,360 --> 00:16:49,370
the ground but it's a very difficult
 

405
00:16:49,370 --> 00:16:53,920
the ground but it's a very difficult
process and also very time-consuming we

406
00:16:53,920 --> 00:16:53,930
process and also very time-consuming we
 

407
00:16:53,930 --> 00:16:55,990
process and also very time-consuming we
also don't know exactly the mechanism

408
00:16:55,990 --> 00:16:56,000
also don't know exactly the mechanism
 

409
00:16:56,000 --> 00:16:57,790
also don't know exactly the mechanism
within the gypsy moths that makes them

410
00:16:57,790 --> 00:16:57,800
within the gypsy moths that makes them
 

411
00:16:57,800 --> 00:16:59,380
within the gypsy moths that makes them
stir but we do have a ground process

412
00:16:59,380 --> 00:16:59,390
stir but we do have a ground process
 

413
00:16:59,390 --> 00:17:02,320
stir but we do have a ground process
that works well by by accident we have

414
00:17:02,320 --> 00:17:02,330
that works well by by accident we have
 

415
00:17:02,330 --> 00:17:04,180
that works well by by accident we have
actually found out that gypsy moth eggs

416
00:17:04,180 --> 00:17:04,190
actually found out that gypsy moth eggs
 

417
00:17:04,190 --> 00:17:05,760
actually found out that gypsy moth eggs
if they are carried in spaceflight

418
00:17:05,760 --> 00:17:05,770
if they are carried in spaceflight
 

419
00:17:05,770 --> 00:17:09,790
if they are carried in spaceflight
produced Daryll gypsy moths we don't

420
00:17:09,790 --> 00:17:09,800
produced Daryll gypsy moths we don't
 

421
00:17:09,800 --> 00:17:11,680
produced Daryll gypsy moths we don't
quite understand the mechanism and

422
00:17:11,680 --> 00:17:11,690
quite understand the mechanism and
 

423
00:17:11,690 --> 00:17:14,920
quite understand the mechanism and
that's the goal of this experiment if we

424
00:17:14,920 --> 00:17:14,930
that's the goal of this experiment if we
 

425
00:17:14,930 --> 00:17:17,050
that's the goal of this experiment if we
take these 5000 gypsy moth eggs with us

426
00:17:17,050 --> 00:17:17,060
take these 5000 gypsy moth eggs with us
 

427
00:17:17,060 --> 00:17:19,240
take these 5000 gypsy moth eggs with us
and give them back to the USDA after the

428
00:17:19,240 --> 00:17:19,250
and give them back to the USDA after the
 

429
00:17:19,250 --> 00:17:21,340
and give them back to the USDA after the
flight they should produce still gypsy

430
00:17:21,340 --> 00:17:21,350
flight they should produce still gypsy
 

431
00:17:21,350 --> 00:17:23,590
flight they should produce still gypsy
moths and the USDA will be able to look

432
00:17:23,590 --> 00:17:23,600
moths and the USDA will be able to look
 

433
00:17:23,600 --> 00:17:25,270
moths and the USDA will be able to look
at those gypsy moths and understand the

434
00:17:25,270 --> 00:17:25,280
at those gypsy moths and understand the
 

435
00:17:25,280 --> 00:17:27,580
at those gypsy moths and understand the
exact mechanism that creates their

436
00:17:27,580 --> 00:17:27,590
exact mechanism that creates their
 

437
00:17:27,590 --> 00:17:30,700
exact mechanism that creates their
sterility now they wouldn't want us to

438
00:17:30,700 --> 00:17:30,710
sterility now they wouldn't want us to
 

439
00:17:30,710 --> 00:17:33,460
sterility now they wouldn't want us to
grow sterile gypsy moths in space for

440
00:17:33,460 --> 00:17:33,470
grow sterile gypsy moths in space for
 

441
00:17:33,470 --> 00:17:34,660
grow sterile gypsy moths in space for
introduction to the wild at mass

442
00:17:34,660 --> 00:17:34,670
introduction to the wild at mass
 

443
00:17:34,670 --> 00:17:36,160
introduction to the wild at mass
populations but they would like to

444
00:17:36,160 --> 00:17:36,170
populations but they would like to
 

445
00:17:36,170 --> 00:17:37,690
populations but they would like to
understand the mechanisms that create

446
00:17:37,690 --> 00:17:37,700
understand the mechanisms that create
 

447
00:17:37,700 --> 00:17:39,700
understand the mechanisms that create
sterility and hopefully reproduce it on

448
00:17:39,700 --> 00:17:39,710
sterility and hopefully reproduce it on
 

449
00:17:39,710 --> 00:17:42,040
sterility and hopefully reproduce it on
the ground so there's one example how

450
00:17:42,040 --> 00:17:42,050
the ground so there's one example how
 

451
00:17:42,050 --> 00:17:43,810
the ground so there's one example how
going away from the Earth's surface

452
00:17:43,810 --> 00:17:43,820
going away from the Earth's surface
 

453
00:17:43,820 --> 00:17:46,000
going away from the Earth's surface
actually can be used to solve a problem

454
00:17:46,000 --> 00:17:46,010
actually can be used to solve a problem
 

455
00:17:46,010 --> 00:17:48,070
actually can be used to solve a problem
we have on earth so that's the first of

456
00:17:48,070 --> 00:17:48,080
we have on earth so that's the first of
 

457
00:17:48,080 --> 00:17:50,470
we have on earth so that's the first of
the two experiments

458
00:17:50,470 --> 00:17:50,480
the two experiments
 

459
00:17:50,480 --> 00:17:52,060
the two experiments
the second experiment I'd like to

460
00:17:52,060 --> 00:17:52,070
the second experiment I'd like to
 

461
00:17:52,070 --> 00:17:53,710
the second experiment I'd like to
discuss discuss with you today is called

462
00:17:53,710 --> 00:17:53,720
discuss discuss with you today is called
 

463
00:17:53,720 --> 00:17:55,359
discuss discuss with you today is called
the commercial protein crystal growth

464
00:17:55,359 --> 00:17:55,369
the commercial protein crystal growth
 

465
00:17:55,369 --> 00:17:57,909
the commercial protein crystal growth
experiment or CPC G and it's sponsored

466
00:17:57,909 --> 00:17:57,919
experiment or CPC G and it's sponsored
 

467
00:17:57,919 --> 00:18:00,820
experiment or CPC G and it's sponsored
by the University of Alabama now before

468
00:18:00,820 --> 00:18:00,830
by the University of Alabama now before
 

469
00:18:00,830 --> 00:18:02,200
by the University of Alabama now before
I get into the details let me tell you

470
00:18:02,200 --> 00:18:02,210
I get into the details let me tell you
 

471
00:18:02,210 --> 00:18:03,849
I get into the details let me tell you
that the goal of this experiment

472
00:18:03,849 --> 00:18:03,859
that the goal of this experiment
 

473
00:18:03,859 --> 00:18:06,220
that the goal of this experiment
it's 132 times on the shuttle by the way

474
00:18:06,220 --> 00:18:06,230
it's 132 times on the shuttle by the way
 

475
00:18:06,230 --> 00:18:08,859
it's 132 times on the shuttle by the way
is to either create new drugs or to

476
00:18:08,859 --> 00:18:08,869
is to either create new drugs or to
 

477
00:18:08,869 --> 00:18:12,190
is to either create new drugs or to
improve drugs we already have now drug

478
00:18:12,190 --> 00:18:12,200
improve drugs we already have now drug
 

479
00:18:12,200 --> 00:18:14,049
improve drugs we already have now drug
design in the United States now is based

480
00:18:14,049 --> 00:18:14,059
design in the United States now is based
 

481
00:18:14,059 --> 00:18:15,549
design in the United States now is based
on a sophisticated process called

482
00:18:15,549 --> 00:18:15,559
on a sophisticated process called
 

483
00:18:15,559 --> 00:18:18,519
on a sophisticated process called
structural based drug design

484
00:18:18,519 --> 00:18:18,529
structural based drug design
 

485
00:18:18,529 --> 00:18:20,560
structural based drug design
that's where experiment is rather than

486
00:18:20,560 --> 00:18:20,570
that's where experiment is rather than
 

487
00:18:20,570 --> 00:18:22,419
that's where experiment is rather than
taking a sample of a disease and

488
00:18:22,419 --> 00:18:22,429
taking a sample of a disease and
 

489
00:18:22,429 --> 00:18:24,549
taking a sample of a disease and
applying different drugs to it in a

490
00:18:24,549 --> 00:18:24,559
applying different drugs to it in a
 

491
00:18:24,559 --> 00:18:27,310
applying different drugs to it in a
somewhat haphazard way actually study

492
00:18:27,310 --> 00:18:27,320
somewhat haphazard way actually study
 

493
00:18:27,320 --> 00:18:28,659
somewhat haphazard way actually study
the disease's structure

494
00:18:28,659 --> 00:18:28,669
the disease's structure
 

495
00:18:28,669 --> 00:18:31,239
the disease's structure
study the drugs that they might consider

496
00:18:31,239 --> 00:18:31,249
study the drugs that they might consider
 

497
00:18:31,249 --> 00:18:34,180
study the drugs that they might consider
what solve that disease so they just fit

498
00:18:34,180 --> 00:18:34,190
what solve that disease so they just fit
 

499
00:18:34,190 --> 00:18:36,279
what solve that disease so they just fit
together so they actually look at the

500
00:18:36,279 --> 00:18:36,289
together so they actually look at the
 

501
00:18:36,289 --> 00:18:39,519
together so they actually look at the
structure of this crystal or drug to try

502
00:18:39,519 --> 00:18:39,529
structure of this crystal or drug to try
 

503
00:18:39,529 --> 00:18:41,080
structure of this crystal or drug to try
and find out what exactly fits into that

504
00:18:41,080 --> 00:18:41,090
and find out what exactly fits into that
 

505
00:18:41,090 --> 00:18:43,149
and find out what exactly fits into that
disease actually would cure that disease

506
00:18:43,149 --> 00:18:43,159
disease actually would cure that disease
 

507
00:18:43,159 --> 00:18:45,700
disease actually would cure that disease
now this National Institute of Health as

508
00:18:45,700 --> 00:18:45,710
now this National Institute of Health as
 

509
00:18:45,710 --> 00:18:47,830
now this National Institute of Health as
a structural based drug design is one of

510
00:18:47,830 --> 00:18:47,840
a structural based drug design is one of
 

511
00:18:47,840 --> 00:18:49,210
a structural based drug design is one of
their number-one priorities in the next

512
00:18:49,210 --> 00:18:49,220
their number-one priorities in the next
 

513
00:18:49,220 --> 00:18:49,840
their number-one priorities in the next
ten years

514
00:18:49,840 --> 00:18:49,850
ten years
 

515
00:18:49,850 --> 00:18:52,450
ten years
now unfortunately in some cases where we

516
00:18:52,450 --> 00:18:52,460
now unfortunately in some cases where we
 

517
00:18:52,460 --> 00:18:54,909
now unfortunately in some cases where we
grow crystals on the ground again trying

518
00:18:54,909 --> 00:18:54,919
grow crystals on the ground again trying
 

519
00:18:54,919 --> 00:18:57,759
grow crystals on the ground again trying
to analyze the crystals to heal this

520
00:18:57,759 --> 00:18:57,769
to analyze the crystals to heal this
 

521
00:18:57,769 --> 00:19:00,129
to analyze the crystals to heal this
disease the crystals cannot be grown on

522
00:19:00,129 --> 00:19:00,139
disease the crystals cannot be grown on
 

523
00:19:00,139 --> 00:19:02,229
disease the crystals cannot be grown on
the ground because of our gravity well

524
00:19:02,229 --> 00:19:02,239
the ground because of our gravity well
 

525
00:19:02,239 --> 00:19:03,909
the ground because of our gravity well
the good news is that in space we don't

526
00:19:03,909 --> 00:19:03,919
the good news is that in space we don't
 

527
00:19:03,919 --> 00:19:05,979
the good news is that in space we don't
have vanity and we can grow crystals for

528
00:19:05,979 --> 00:19:05,989
have vanity and we can grow crystals for
 

529
00:19:05,989 --> 00:19:13,119
have vanity and we can grow crystals for
the scientists okay what I have here is

530
00:19:13,119 --> 00:19:13,129
the scientists okay what I have here is
 

531
00:19:13,129 --> 00:19:15,430
the scientists okay what I have here is
a picture on the bottom of a

532
00:19:15,430 --> 00:19:15,440
a picture on the bottom of a
 

533
00:19:15,440 --> 00:19:20,349
a picture on the bottom of a
ground-based crystal phone and on the

534
00:19:20,349 --> 00:19:20,359
ground-based crystal phone and on the
 

535
00:19:20,359 --> 00:19:22,269
ground-based crystal phone and on the
top is the crystal grown in space now

536
00:19:22,269 --> 00:19:22,279
top is the crystal grown in space now
 

537
00:19:22,279 --> 00:19:23,769
top is the crystal grown in space now
these photos are the same magnification

538
00:19:23,769 --> 00:19:23,779
these photos are the same magnification
 

539
00:19:23,779 --> 00:19:25,659
these photos are the same magnification
of the same drug so you can see that

540
00:19:25,659 --> 00:19:25,669
of the same drug so you can see that
 

541
00:19:25,669 --> 00:19:27,430
of the same drug so you can see that
these crystals on the ground grow on the

542
00:19:27,430 --> 00:19:27,440
these crystals on the ground grow on the
 

543
00:19:27,440 --> 00:19:29,229
these crystals on the ground grow on the
ground we're limited in size and quality

544
00:19:29,229 --> 00:19:29,239
ground we're limited in size and quality
 

545
00:19:29,239 --> 00:19:31,450
ground we're limited in size and quality
whereas the crystals grown in space are

546
00:19:31,450 --> 00:19:31,460
whereas the crystals grown in space are
 

547
00:19:31,460 --> 00:19:33,570
whereas the crystals grown in space are
much bigger and much better quality

548
00:19:33,570 --> 00:19:33,580
much bigger and much better quality
 

549
00:19:33,580 --> 00:19:36,430
much bigger and much better quality
therefore space flight produces crystals

550
00:19:36,430 --> 00:19:36,440
therefore space flight produces crystals
 

551
00:19:36,440 --> 00:19:38,190
therefore space flight produces crystals
that are better quality and larger

552
00:19:38,190 --> 00:19:38,200
that are better quality and larger
 

553
00:19:38,200 --> 00:19:40,899
that are better quality and larger
scientists can then can then take the

554
00:19:40,899 --> 00:19:40,909
scientists can then can then take the
 

555
00:19:40,909 --> 00:19:42,519
scientists can then can then take the
crystals on the ground and analyze and

556
00:19:42,519 --> 00:19:42,529
crystals on the ground and analyze and
 

557
00:19:42,529 --> 00:19:43,419
crystals on the ground and analyze and
now on earth while we're flying

558
00:19:43,419 --> 00:19:43,429
now on earth while we're flying
 

559
00:19:43,429 --> 00:19:45,759
now on earth while we're flying
something called alpha interferon it's

560
00:19:45,759 --> 00:19:45,769
something called alpha interferon it's
 

561
00:19:45,769 --> 00:19:47,739
something called alpha interferon it's
already a very successful drug around

562
00:19:47,739 --> 00:19:47,749
already a very successful drug around
 

563
00:19:47,749 --> 00:19:49,690
already a very successful drug around
the world used in 60 countries to treat

564
00:19:49,690 --> 00:19:49,700
the world used in 60 countries to treat
 

565
00:19:49,700 --> 00:19:52,210
the world used in 60 countries to treat
various forms of cancer and also viral

566
00:19:52,210 --> 00:19:52,220
various forms of cancer and also viral
 

567
00:19:52,220 --> 00:19:55,479
various forms of cancer and also viral
diseases however remember that the goal

568
00:19:55,479 --> 00:19:55,489
diseases however remember that the goal
 

569
00:19:55,489 --> 00:19:57,609
diseases however remember that the goal
of C PGG is either to help discover new

570
00:19:57,609 --> 00:19:57,619
of C PGG is either to help discover new
 

571
00:19:57,619 --> 00:20:00,070
of C PGG is either to help discover new
drugs or to improve current drugs and in

572
00:20:00,070 --> 00:20:00,080
drugs or to improve current drugs and in
 

573
00:20:00,080 --> 00:20:02,470
drugs or to improve current drugs and in
our case we're trying to improve alpha

574
00:20:02,470 --> 00:20:02,480
our case we're trying to improve alpha
 

575
00:20:02,480 --> 00:20:04,330
our case we're trying to improve alpha
interferon and when you try to

576
00:20:04,330 --> 00:20:04,340
interferon and when you try to
 

577
00:20:04,340 --> 00:20:06,250
interferon and when you try to
prove a drug you're basically trying to

578
00:20:06,250 --> 00:20:06,260
prove a drug you're basically trying to
 

579
00:20:06,260 --> 00:20:09,400
prove a drug you're basically trying to
eliminate some of the side effects so

580
00:20:09,400 --> 00:20:09,410
eliminate some of the side effects so
 

581
00:20:09,410 --> 00:20:10,960
eliminate some of the side effects so
now that's the second experiment I've

582
00:20:10,960 --> 00:20:10,970
now that's the second experiment I've
 

583
00:20:10,970 --> 00:20:13,600
now that's the second experiment I've
decided to describe to you and it's an

584
00:20:13,600 --> 00:20:13,610
decided to describe to you and it's an
 

585
00:20:13,610 --> 00:20:15,490
decided to describe to you and it's an
excellent example of how we go into

586
00:20:15,490 --> 00:20:15,500
excellent example of how we go into
 

587
00:20:15,500 --> 00:20:17,560
excellent example of how we go into
space to improve our lives on earth and

588
00:20:17,560 --> 00:20:17,570
space to improve our lives on earth and
 

589
00:20:17,570 --> 00:20:19,930
space to improve our lives on earth and
to solve problems we have on earth so

590
00:20:19,930 --> 00:20:19,940
to solve problems we have on earth so
 

591
00:20:19,940 --> 00:20:21,880
to solve problems we have on earth so
when you think of NASA and the shuttle

592
00:20:21,880 --> 00:20:21,890
when you think of NASA and the shuttle
 

593
00:20:21,890 --> 00:20:24,460
when you think of NASA and the shuttle
program going up into space we go away

594
00:20:24,460 --> 00:20:24,470
program going up into space we go away
 

595
00:20:24,470 --> 00:20:26,110
program going up into space we go away
from the Earth's surface to actually

596
00:20:26,110 --> 00:20:26,120
from the Earth's surface to actually
 

597
00:20:26,120 --> 00:20:27,730
from the Earth's surface to actually
help our families and friends in the

598
00:20:27,730 --> 00:20:27,740
help our families and friends in the
 

599
00:20:27,740 --> 00:20:28,090
help our families and friends in the
world

600
00:20:28,090 --> 00:20:28,100
world
 

601
00:20:28,100 --> 00:21:48,240
world
on the ground

602
00:21:48,240 --> 00:21:48,250

 

603
00:21:48,250 --> 00:21:55,240

the future load switch I'm doing that

604
00:21:55,240 --> 00:21:55,250
the future load switch I'm doing that
 

605
00:21:55,250 --> 00:21:58,870
the future load switch I'm doing that
and pushing that ahead calibration

606
00:21:58,870 --> 00:21:58,880
and pushing that ahead calibration
 

607
00:21:58,880 --> 00:22:01,270
and pushing that ahead calibration
go right to the green center left of the

608
00:22:01,270 --> 00:22:01,280
go right to the green center left of the
 

609
00:22:01,280 --> 00:22:04,870
go right to the green center left of the
green center release

610
00:22:04,870 --> 00:22:04,880
green center release
 

611
00:22:04,880 --> 00:22:10,169
green center release
and over here and show the target

612
00:22:10,169 --> 00:22:10,179

 

613
00:22:10,179 --> 00:22:12,570

a horizontal head calibration trial

614
00:22:12,570 --> 00:22:12,580
a horizontal head calibration trial
 

615
00:22:12,580 --> 00:22:56,710
a horizontal head calibration trial
number two

616
00:22:56,710 --> 00:22:56,720

 

617
00:22:56,720 --> 00:22:58,930

one of the medical experiments were

618
00:22:58,930 --> 00:22:58,940
one of the medical experiments were
 

619
00:22:58,940 --> 00:23:00,830
one of the medical experiments were
participating in you may have noticed

620
00:23:00,830 --> 00:23:00,840
participating in you may have noticed
 

621
00:23:00,840 --> 00:23:03,710
participating in you may have noticed
the device that's on Dan and my wrist

622
00:23:03,710 --> 00:23:03,720
the device that's on Dan and my wrist
 

623
00:23:03,720 --> 00:23:09,550
the device that's on Dan and my wrist
it's called back to low and it's part of

624
00:23:09,550 --> 00:23:09,560

 

625
00:23:09,560 --> 00:23:13,670

and not only they monitoring the

626
00:23:13,670 --> 00:23:13,680
and not only they monitoring the
 

627
00:23:13,680 --> 00:23:16,490
and not only they monitoring the
melatonin levels in our urine and saliva

628
00:23:16,490 --> 00:23:16,500
melatonin levels in our urine and saliva
 

629
00:23:16,500 --> 00:23:18,770
melatonin levels in our urine and saliva
they're also monitoring the light levels

630
00:23:18,770 --> 00:23:18,780
they're also monitoring the light levels
 

631
00:23:18,780 --> 00:23:20,330
they're also monitoring the light levels
that were exposed to light apparently

632
00:23:20,330 --> 00:23:20,340
that were exposed to light apparently
 

633
00:23:20,340 --> 00:23:23,720
that were exposed to light apparently
controls the production of melatonin so

634
00:23:23,720 --> 00:23:23,730
controls the production of melatonin so
 

635
00:23:23,730 --> 00:23:25,310
controls the production of melatonin so
the devices that we have on our wrists

636
00:23:25,310 --> 00:23:25,320
the devices that we have on our wrists
 

637
00:23:25,320 --> 00:23:26,630
the devices that we have on our wrists
are actually measuring the light levels

638
00:23:26,630 --> 00:23:26,640
are actually measuring the light levels
 

639
00:23:26,640 --> 00:23:29,030
are actually measuring the light levels
that were exposed to 24 hours a day in

640
00:23:29,030 --> 00:23:29,040
that were exposed to 24 hours a day in
 

641
00:23:29,040 --> 00:23:30,770
that were exposed to 24 hours a day in
addition to measuring our levels of

642
00:23:30,770 --> 00:23:30,780
addition to measuring our levels of
 

643
00:23:30,780 --> 00:23:32,420
addition to measuring our levels of
activity there's some accelerometers in

644
00:23:32,420 --> 00:23:32,430
activity there's some accelerometers in
 

645
00:23:32,430 --> 00:23:34,460
activity there's some accelerometers in
these devices and so it measures the

646
00:23:34,460 --> 00:23:34,470
these devices and so it measures the
 

647
00:23:34,470 --> 00:23:36,590
these devices and so it measures the
level of activity during the day and

648
00:23:36,590 --> 00:23:36,600
level of activity during the day and
 

649
00:23:36,600 --> 00:23:37,880
level of activity during the day and
then particularly it's been the level of

650
00:23:37,880 --> 00:23:37,890
then particularly it's been the level of
 

651
00:23:37,890 --> 00:23:40,100
then particularly it's been the level of
activity while we're sleeping it can

652
00:23:40,100 --> 00:23:40,110
activity while we're sleeping it can
 

653
00:23:40,110 --> 00:23:41,930
activity while we're sleeping it can
tell them whether we're sleeping very

654
00:23:41,930 --> 00:23:41,940
tell them whether we're sleeping very
 

655
00:23:41,940 --> 00:23:44,300
tell them whether we're sleeping very
well or not and therefore that's a good

656
00:23:44,300 --> 00:23:44,310
well or not and therefore that's a good
 

657
00:23:44,310 --> 00:23:46,610
well or not and therefore that's a good
measure of how well we're adjusting our

658
00:23:46,610 --> 00:23:46,620
measure of how well we're adjusting our
 

659
00:23:46,620 --> 00:23:49,640
measure of how well we're adjusting our
time clocks pretty much count on looking

660
00:23:49,640 --> 00:23:49,650
time clocks pretty much count on looking
 

661
00:23:49,650 --> 00:23:51,230
time clocks pretty much count on looking
at the imagery after the mission we

662
00:23:51,230 --> 00:23:51,240
at the imagery after the mission we
 

663
00:23:51,240 --> 00:23:53,590
at the imagery after the mission we
don't have ready access to NASA select

664
00:23:53,590 --> 00:23:53,600
don't have ready access to NASA select
 

665
00:23:53,600 --> 00:23:56,300
don't have ready access to NASA select
but we're very excited about the work

666
00:23:56,300 --> 00:23:56,310
but we're very excited about the work
 

667
00:23:56,310 --> 00:24:00,710
but we're very excited about the work
that you're doing and we'll be looking

668
00:24:00,710 --> 00:24:00,720
that you're doing and we'll be looking
 

669
00:24:00,720 --> 00:24:02,990
that you're doing and we'll be looking
forward to seeing you after you get back

670
00:24:02,990 --> 00:24:03,000
forward to seeing you after you get back
 

671
00:24:03,000 --> 00:26:55,100
forward to seeing you after you get back
to mother earth

672
00:26:55,100 --> 00:26:55,110

 

673
00:26:55,110 --> 00:30:57,080

burn some of their circuit boards

674
00:30:57,080 --> 00:30:57,090

 

675
00:30:57,090 --> 00:30:58,850

we have a few minutes here at the end of

676
00:30:58,850 --> 00:30:58,860
we have a few minutes here at the end of
 

677
00:30:58,860 --> 00:31:00,230
we have a few minutes here at the end of
the ship where I could tell you about

678
00:31:00,230 --> 00:31:00,240
the ship where I could tell you about
 

679
00:31:00,240 --> 00:31:03,169
the ship where I could tell you about
our activities on board tell you about

680
00:31:03,169 --> 00:31:03,179
our activities on board tell you about
 

681
00:31:03,179 --> 00:31:04,759
our activities on board tell you about
the major components of the space radar

682
00:31:04,759 --> 00:31:04,769
the major components of the space radar
 

683
00:31:04,769 --> 00:31:07,100
the major components of the space radar
laboratory talk about our science goals

684
00:31:07,100 --> 00:31:07,110
laboratory talk about our science goals
 

685
00:31:07,110 --> 00:31:09,919
laboratory talk about our science goals
for the week's activities and tell you

686
00:31:09,919 --> 00:31:09,929
for the week's activities and tell you
 

687
00:31:09,929 --> 00:31:11,810
for the week's activities and tell you
about some of the examples of global

688
00:31:11,810 --> 00:31:11,820
about some of the examples of global
 

689
00:31:11,820 --> 00:31:14,450
about some of the examples of global
change that we look forward to sharing

690
00:31:14,450 --> 00:31:14,460
change that we look forward to sharing
 

691
00:31:14,460 --> 00:31:16,129
change that we look forward to sharing
with the people and the scientists back

692
00:31:16,129 --> 00:31:16,139
with the people and the scientists back
 

693
00:31:16,139 --> 00:31:20,210
with the people and the scientists back
on earth this space radar lab - is part

694
00:31:20,210 --> 00:31:20,220
on earth this space radar lab - is part
 

695
00:31:20,220 --> 00:31:22,879
on earth this space radar lab - is part
of NASA's mission to Planet Earth that's

696
00:31:22,879 --> 00:31:22,889
of NASA's mission to Planet Earth that's
 

697
00:31:22,889 --> 00:31:25,610
of NASA's mission to Planet Earth that's
a program that NASA is conducting to

698
00:31:25,610 --> 00:31:25,620
a program that NASA is conducting to
 

699
00:31:25,620 --> 00:31:29,659
a program that NASA is conducting to
look at Earth's Wiese land water the air

700
00:31:29,659 --> 00:31:29,669
look at Earth's Wiese land water the air
 

701
00:31:29,669 --> 00:31:31,460
look at Earth's Wiese land water the air
around the planet and all the

702
00:31:31,460 --> 00:31:31,470
around the planet and all the
 

703
00:31:31,470 --> 00:31:33,350
around the planet and all the
interactions of those components we're

704
00:31:33,350 --> 00:31:33,360
interactions of those components we're
 

705
00:31:33,360 --> 00:31:35,930
interactions of those components we're
trying to understand earth as a single

706
00:31:35,930 --> 00:31:35,940
trying to understand earth as a single
 

707
00:31:35,940 --> 00:31:38,239
trying to understand earth as a single
complex system so that we can get a

708
00:31:38,239 --> 00:31:38,249
complex system so that we can get a
 

709
00:31:38,249 --> 00:31:41,029
complex system so that we can get a
handle on the real numbers behind the

710
00:31:41,029 --> 00:31:41,039
handle on the real numbers behind the
 

711
00:31:41,039 --> 00:31:43,609
handle on the real numbers behind the
changes our globe is experiencing now

712
00:31:43,609 --> 00:31:43,619
changes our globe is experiencing now
 

713
00:31:43,619 --> 00:31:46,609
changes our globe is experiencing now
spit the space radar lab goal as a part

714
00:31:46,609 --> 00:31:46,619
spit the space radar lab goal as a part
 

715
00:31:46,619 --> 00:31:48,440
spit the space radar lab goal as a part
of mission to Planet Earth is to look

716
00:31:48,440 --> 00:31:48,450
of mission to Planet Earth is to look
 

717
00:31:48,450 --> 00:31:51,019
of mission to Planet Earth is to look
for those hard numbers on Earth's

718
00:31:51,019 --> 00:31:51,029
for those hard numbers on Earth's
 

719
00:31:51,029 --> 00:31:55,009
for those hard numbers on Earth's
changes most been made and natural to

720
00:31:55,009 --> 00:31:55,019
changes most been made and natural to
 

721
00:31:55,019 --> 00:31:56,629
changes most been made and natural to
try to bring those back to North so we

722
00:31:56,629 --> 00:31:56,639
try to bring those back to North so we
 

723
00:31:56,639 --> 00:31:58,249
try to bring those back to North so we
can understand how we're affecting the

724
00:31:58,249 --> 00:31:58,259
can understand how we're affecting the
 

725
00:31:58,259 --> 00:31:59,960
can understand how we're affecting the
planet and how we have to cope with

726
00:31:59,960 --> 00:31:59,970
planet and how we have to cope with
 

727
00:31:59,970 --> 00:32:02,960
planet and how we have to cope with
those changes now to do that we have a

728
00:32:02,960 --> 00:32:02,970
those changes now to do that we have a
 

729
00:32:02,970 --> 00:32:04,669
those changes now to do that we have a
payload base full of sophisticated

730
00:32:04,669 --> 00:32:04,679
payload base full of sophisticated
 

731
00:32:04,679 --> 00:32:07,340
payload base full of sophisticated
instruments the last flew in April on

732
00:32:07,340 --> 00:32:07,350
instruments the last flew in April on
 

733
00:32:07,350 --> 00:32:09,799
instruments the last flew in April on
SPF 59 and I'd like to tell you a bit

734
00:32:09,799 --> 00:32:09,809
SPF 59 and I'd like to tell you a bit
 

735
00:32:09,809 --> 00:32:11,330
SPF 59 and I'd like to tell you a bit
about those and I've got a little video

736
00:32:11,330 --> 00:32:11,340
about those and I've got a little video
 

737
00:32:11,340 --> 00:32:13,190
about those and I've got a little video
segment here to show you those

738
00:32:13,190 --> 00:32:13,200
segment here to show you those
 

739
00:32:13,200 --> 00:32:17,239
segment here to show you those
components the first component we have

740
00:32:17,239 --> 00:32:17,249
components the first component we have
 

741
00:32:17,249 --> 00:32:19,509
components the first component we have
onboard space radar lab is a

742
00:32:19,509 --> 00:32:19,519
onboard space radar lab is a
 

743
00:32:19,519 --> 00:32:24,529
onboard space radar lab is a
state-of-the-art imaging radar and we're

744
00:32:24,529 --> 00:32:24,539
state-of-the-art imaging radar and we're
 

745
00:32:24,539 --> 00:32:26,180
state-of-the-art imaging radar and we're
going to show you here in this view as

746
00:32:26,180 --> 00:32:26,190
going to show you here in this view as
 

747
00:32:26,190 --> 00:32:29,019
going to show you here in this view as
we come down from the overhead windows

748
00:32:29,019 --> 00:32:29,029
we come down from the overhead windows
 

749
00:32:29,029 --> 00:32:31,519
we come down from the overhead windows
search the XR radar out in the payload

750
00:32:31,519 --> 00:32:31,529
search the XR radar out in the payload
 

751
00:32:31,529 --> 00:32:37,039
search the XR radar out in the payload
Bay the other components of SRL is the

752
00:32:37,039 --> 00:32:37,049
Bay the other components of SRL is the
 

753
00:32:37,049 --> 00:32:39,200
Bay the other components of SRL is the
maps air pollution sensor and in this

754
00:32:39,200 --> 00:32:39,210
maps air pollution sensor and in this
 

755
00:32:39,210 --> 00:32:40,669
maps air pollution sensor and in this
year the payload Bay you can see the

756
00:32:40,669 --> 00:32:40,679
year the payload Bay you can see the
 

757
00:32:40,679 --> 00:32:43,279
year the payload Bay you can see the
large radar array stretching from about

758
00:32:43,279 --> 00:32:43,289
large radar array stretching from about
 

759
00:32:43,289 --> 00:32:45,259
large radar array stretching from about
the short end of the day all the way

760
00:32:45,259 --> 00:32:45,269
the short end of the day all the way
 

761
00:32:45,269 --> 00:32:48,619
the short end of the day all the way
back to the tail it's labeled JPL that's

762
00:32:48,619 --> 00:32:48,629
back to the tail it's labeled JPL that's
 

763
00:32:48,629 --> 00:32:51,109
back to the tail it's labeled JPL that's
the Circe X our instrument the wildly

764
00:32:51,109 --> 00:32:51,119
the Circe X our instrument the wildly
 

765
00:32:51,119 --> 00:32:53,210
the Circe X our instrument the wildly
Research Center logo is on the mapped

766
00:32:53,210 --> 00:32:53,220
Research Center logo is on the mapped
 

767
00:32:53,220 --> 00:32:55,039
Research Center logo is on the mapped
instrument just to the right of the

768
00:32:55,039 --> 00:32:55,049
instrument just to the right of the
 

769
00:32:55,049 --> 00:32:57,529
instrument just to the right of the
screen to the left of the Canadian there

770
00:32:57,529 --> 00:32:57,539
screen to the left of the Canadian there
 

771
00:32:57,539 --> 00:33:00,289
screen to the left of the Canadian there
arm and the small segment of antenna

772
00:33:00,289 --> 00:33:00,299
arm and the small segment of antenna
 

773
00:33:00,299 --> 00:33:02,629
arm and the small segment of antenna
labeled X R as the german-built

774
00:33:02,629 --> 00:33:02,639
labeled X R as the german-built
 

775
00:33:02,639 --> 00:33:07,519
labeled X R as the german-built
component of space radar lab now these

776
00:33:07,519 --> 00:33:07,529
component of space radar lab now these
 

777
00:33:07,529 --> 00:33:10,350
component of space radar lab now these
sensors in the cargo bay right

778
00:33:10,350 --> 00:33:10,360
sensors in the cargo bay right
 

779
00:33:10,360 --> 00:33:12,630
sensors in the cargo bay right
useful unless we have the cruiser on

780
00:33:12,630 --> 00:33:12,640
useful unless we have the cruiser on
 

781
00:33:12,640 --> 00:33:15,240
useful unless we have the cruiser on
board to operate them for the imaging

782
00:33:15,240 --> 00:33:15,250
board to operate them for the imaging
 

783
00:33:15,250 --> 00:33:17,100
board to operate them for the imaging
radar part of the mission the crew has

784
00:33:17,100 --> 00:33:17,110
radar part of the mission the crew has
 

785
00:33:17,110 --> 00:33:19,620
radar part of the mission the crew has
an essential role to play there's a huge

786
00:33:19,620 --> 00:33:19,630
an essential role to play there's a huge
 

787
00:33:19,630 --> 00:33:21,029
an essential role to play there's a huge
amount of data coming down from the

788
00:33:21,029 --> 00:33:21,039
amount of data coming down from the
 

789
00:33:21,039 --> 00:33:23,130
amount of data coming down from the
instrument out there as it images the

790
00:33:23,130 --> 00:33:23,140
instrument out there as it images the
 

791
00:33:23,140 --> 00:33:25,409
instrument out there as it images the
Earth's surface and those images have to

792
00:33:25,409 --> 00:33:25,419
Earth's surface and those images have to
 

793
00:33:25,419 --> 00:33:26,880
Earth's surface and those images have to
be transferred to the ground we don't

794
00:33:26,880 --> 00:33:26,890
be transferred to the ground we don't
 

795
00:33:26,890 --> 00:33:29,490
be transferred to the ground we don't
have enough communications link onboard

796
00:33:29,490 --> 00:33:29,500
have enough communications link onboard
 

797
00:33:29,500 --> 00:33:31,799
have enough communications link onboard
to transfer them all in real time so the

798
00:33:31,799 --> 00:33:31,809
to transfer them all in real time so the
 

799
00:33:31,809 --> 00:33:34,500
to transfer them all in real time so the
first role the crew is to handle the

800
00:33:34,500 --> 00:33:34,510
first role the crew is to handle the
 

801
00:33:34,510 --> 00:33:36,029
first role the crew is to handle the
data coming back from the radar we do

802
00:33:36,029 --> 00:33:36,039
data coming back from the radar we do
 

803
00:33:36,039 --> 00:33:38,070
data coming back from the radar we do
that by changing out our data tapes

804
00:33:38,070 --> 00:33:38,080
that by changing out our data tapes
 

805
00:33:38,080 --> 00:33:41,399
that by changing out our data tapes
onboard and about 207 data tapes onboard

806
00:33:41,399 --> 00:33:41,409
onboard and about 207 data tapes onboard
 

807
00:33:41,409 --> 00:33:43,980
onboard and about 207 data tapes onboard
each of them holds 50 gigabytes of data

808
00:33:43,980 --> 00:33:43,990
each of them holds 50 gigabytes of data
 

809
00:33:43,990 --> 00:33:46,830
each of them holds 50 gigabytes of data
and we've gotten really good at

810
00:33:46,830 --> 00:33:46,840
and we've gotten really good at
 

811
00:33:46,840 --> 00:33:48,539
and we've gotten really good at
practicing changing out those tapes we

812
00:33:48,539 --> 00:33:48,549
practicing changing out those tapes we
 

813
00:33:48,549 --> 00:33:50,759
practicing changing out those tapes we
hope to bring back about 50 to tera bits

814
00:33:50,759 --> 00:33:50,769
hope to bring back about 50 to tera bits
 

815
00:33:50,769 --> 00:33:52,379
hope to bring back about 50 to tera bits
of data something like 20,000

816
00:33:52,379 --> 00:33:52,389
of data something like 20,000
 

817
00:33:52,389 --> 00:33:54,659
of data something like 20,000
encyclopedia volumes of information by

818
00:33:54,659 --> 00:33:54,669
encyclopedia volumes of information by
 

819
00:33:54,669 --> 00:33:57,210
encyclopedia volumes of information by
the time we're finished the second part

820
00:33:57,210 --> 00:33:57,220
the time we're finished the second part
 

821
00:33:57,220 --> 00:34:00,180
the time we're finished the second part
of the cruise role is to handle a

822
00:34:00,180 --> 00:34:00,190
of the cruise role is to handle a
 

823
00:34:00,190 --> 00:34:01,830
of the cruise role is to handle a
photography that supports the science

824
00:34:01,830 --> 00:34:01,840
photography that supports the science
 

825
00:34:01,840 --> 00:34:04,259
photography that supports the science
investigations around the world in many

826
00:34:04,259 --> 00:34:04,269
investigations around the world in many
 

827
00:34:04,269 --> 00:34:05,610
investigations around the world in many
freezes to the world we don't have

828
00:34:05,610 --> 00:34:05,620
freezes to the world we don't have
 

829
00:34:05,620 --> 00:34:07,139
freezes to the world we don't have
scientific teams on the ground to

830
00:34:07,139 --> 00:34:07,149
scientific teams on the ground to
 

831
00:34:07,149 --> 00:34:09,570
scientific teams on the ground to
validate the results from the radars or

832
00:34:09,570 --> 00:34:09,580
validate the results from the radars or
 

833
00:34:09,580 --> 00:34:12,659
validate the results from the radars or
from the maps pollution sensor and so we

834
00:34:12,659 --> 00:34:12,669
from the maps pollution sensor and so we
 

835
00:34:12,669 --> 00:34:14,760
from the maps pollution sensor and so we
are the ground troops photography from

836
00:34:14,760 --> 00:34:14,770
are the ground troops photography from
 

837
00:34:14,770 --> 00:34:17,399
are the ground troops photography from
14,000 still photo frames is going to be

838
00:34:17,399 --> 00:34:17,409
14,000 still photo frames is going to be
 

839
00:34:17,409 --> 00:34:20,579
14,000 still photo frames is going to be
used to provide the environmental

840
00:34:20,579 --> 00:34:20,589
used to provide the environmental
 

841
00:34:20,589 --> 00:34:22,230
used to provide the environmental
conditions over those targets and remote

842
00:34:22,230 --> 00:34:22,240
conditions over those targets and remote
 

843
00:34:22,240 --> 00:34:23,790
conditions over those targets and remote
areas of the globe will don't have

844
00:34:23,790 --> 00:34:23,800
areas of the globe will don't have
 

845
00:34:23,800 --> 00:34:26,220
areas of the globe will don't have
independent certification and the last

846
00:34:26,220 --> 00:34:26,230
independent certification and the last
 

847
00:34:26,230 --> 00:34:27,480
independent certification and the last
thing we're doing and probably the most

848
00:34:27,480 --> 00:34:27,490
thing we're doing and probably the most
 

849
00:34:27,490 --> 00:34:29,129
thing we're doing and probably the most
important role that the crews playing on

850
00:34:29,129 --> 00:34:29,139
important role that the crews playing on
 

851
00:34:29,139 --> 00:34:31,139
important role that the crews playing on
this mission is to point the payload Bay

852
00:34:31,139 --> 00:34:31,149
this mission is to point the payload Bay
 

853
00:34:31,149 --> 00:34:33,510
this mission is to point the payload Bay
instruments at the required targets and

854
00:34:33,510 --> 00:34:33,520
instruments at the required targets and
 

855
00:34:33,520 --> 00:34:35,460
instruments at the required targets and
to do that we're conducting a succession

856
00:34:35,460 --> 00:34:35,470
to do that we're conducting a succession
 

857
00:34:35,470 --> 00:34:38,159
to do that we're conducting a succession
of maneuvers about 409 of them during

858
00:34:38,159 --> 00:34:38,169
of maneuvers about 409 of them during
 

859
00:34:38,169 --> 00:34:40,710
of maneuvers about 409 of them during
the mission and that's about 25,000

860
00:34:40,710 --> 00:34:40,720
the mission and that's about 25,000
 

861
00:34:40,720 --> 00:34:42,329
the mission and that's about 25,000
computer keystrokes to tell endeavours

862
00:34:42,329 --> 00:34:42,339
computer keystrokes to tell endeavours
 

863
00:34:42,339 --> 00:34:44,369
computer keystrokes to tell endeavours
computers how to orient the payload

864
00:34:44,369 --> 00:34:44,379
computers how to orient the payload
 

865
00:34:44,379 --> 00:34:46,889
computers how to orient the payload
basis to get the optimum data coming

866
00:34:46,889 --> 00:34:46,899
basis to get the optimum data coming
 

867
00:34:46,899 --> 00:34:50,579
basis to get the optimum data coming
back down to the ground so the radar in

868
00:34:50,579 --> 00:34:50,589
back down to the ground so the radar in
 

869
00:34:50,589 --> 00:34:52,619
back down to the ground so the radar in
the cargo bay thrust the XR is a

870
00:34:52,619 --> 00:34:52,629
the cargo bay thrust the XR is a
 

871
00:34:52,629 --> 00:34:55,200
the cargo bay thrust the XR is a
synthetic aperture radar and it paints a

872
00:34:55,200 --> 00:34:55,210
synthetic aperture radar and it paints a
 

873
00:34:55,210 --> 00:34:56,669
synthetic aperture radar and it paints a
picture of the Earth's surface through

874
00:34:56,669 --> 00:34:56,679
picture of the Earth's surface through
 

875
00:34:56,679 --> 00:34:59,040
picture of the Earth's surface through
darkness and clouds and conducts operate

876
00:34:59,040 --> 00:34:59,050
darkness and clouds and conducts operate
 

877
00:34:59,050 --> 00:35:00,690
darkness and clouds and conducts operate
around the clock all the way around our

878
00:35:00,690 --> 00:35:00,700
around the clock all the way around our
 

879
00:35:00,700 --> 00:35:03,000
around the clock all the way around our
orbits every 90 minutes around the globe

880
00:35:03,000 --> 00:35:03,010
orbits every 90 minutes around the globe
 

881
00:35:03,010 --> 00:35:05,960
orbits every 90 minutes around the globe
the maps pollution sensor is an infrared

882
00:35:05,960 --> 00:35:05,970
the maps pollution sensor is an infrared
 

883
00:35:05,970 --> 00:35:08,339
the maps pollution sensor is an infrared
spectrometer and it measures the amount

884
00:35:08,339 --> 00:35:08,349
spectrometer and it measures the amount
 

885
00:35:08,349 --> 00:35:09,839
spectrometer and it measures the amount
of heat radiation coming up from the

886
00:35:09,839 --> 00:35:09,849
of heat radiation coming up from the
 

887
00:35:09,849 --> 00:35:11,250
of heat radiation coming up from the
ground and converts that into

888
00:35:11,250 --> 00:35:11,260
ground and converts that into
 

889
00:35:11,260 --> 00:35:13,470
ground and converts that into
information on how much carbon monoxide

890
00:35:13,470 --> 00:35:13,480
information on how much carbon monoxide
 

891
00:35:13,480 --> 00:35:15,960
information on how much carbon monoxide
is lying just beneath the Space Shuttle

892
00:35:15,960 --> 00:35:15,970
is lying just beneath the Space Shuttle
 

893
00:35:15,970 --> 00:35:18,060
is lying just beneath the Space Shuttle
as we go around the planet and over a

894
00:35:18,060 --> 00:35:18,070
as we go around the planet and over a
 

895
00:35:18,070 --> 00:35:20,190
as we go around the planet and over a
couple of days we can construct a map of

896
00:35:20,190 --> 00:35:20,200
couple of days we can construct a map of
 

897
00:35:20,200 --> 00:35:22,800
couple of days we can construct a map of
pollution sources and the way the co is

898
00:35:22,800 --> 00:35:22,810
pollution sources and the way the co is
 

899
00:35:22,810 --> 00:35:23,470
pollution sources and the way the co is
moving around

900
00:35:23,470 --> 00:35:23,480
moving around
 

901
00:35:23,480 --> 00:35:26,260
moving around
world on a day-to-day basis and this is

902
00:35:26,260 --> 00:35:26,270
world on a day-to-day basis and this is
 

903
00:35:26,270 --> 00:35:28,120
world on a day-to-day basis and this is
a very good comparison with information

904
00:35:28,120 --> 00:35:28,130
a very good comparison with information
 

905
00:35:28,130 --> 00:35:30,310
a very good comparison with information
we got last spring and on to previous

906
00:35:30,310 --> 00:35:30,320
we got last spring and on to previous
 

907
00:35:30,320 --> 00:35:33,010
we got last spring and on to previous
flights of maps and this is just the key

908
00:35:33,010 --> 00:35:33,020
flights of maps and this is just the key
 

909
00:35:33,020 --> 00:35:34,450
flights of maps and this is just the key
to our whole mission just looking for

910
00:35:34,450 --> 00:35:34,460
to our whole mission just looking for
 

911
00:35:34,460 --> 00:35:36,490
to our whole mission just looking for
changes around the world we're looking

912
00:35:36,490 --> 00:35:36,500
changes around the world we're looking
 

913
00:35:36,500 --> 00:35:39,220
changes around the world we're looking
for changes since last April's STS 59

914
00:35:39,220 --> 00:35:39,230
for changes since last April's STS 59
 

915
00:35:39,230 --> 00:35:41,710
for changes since last April's STS 59
mission statement or lab 1 we're looking

916
00:35:41,710 --> 00:35:41,720
mission statement or lab 1 we're looking
 

917
00:35:41,720 --> 00:35:43,300
mission statement or lab 1 we're looking
for changes in the previous Maps data

918
00:35:43,300 --> 00:35:43,310
for changes in the previous Maps data
 

919
00:35:43,310 --> 00:35:45,940
for changes in the previous Maps data
over the last 10 years and these two

920
00:35:45,940 --> 00:35:45,950
over the last 10 years and these two
 

921
00:35:45,950 --> 00:35:47,590
over the last 10 years and these two
flights and other flights and NASA's

922
00:35:47,590 --> 00:35:47,600
flights and other flights and NASA's
 

923
00:35:47,600 --> 00:35:49,450
flights and other flights and NASA's
mission to pilots will show the ability

924
00:35:49,450 --> 00:35:49,460
mission to pilots will show the ability
 

925
00:35:49,460 --> 00:35:52,120
mission to pilots will show the ability
to murder the earth or the global system

926
00:35:52,120 --> 00:35:52,130
to murder the earth or the global system
 

927
00:35:52,130 --> 00:35:54,340
to murder the earth or the global system
on a permanent basis we're looking for

928
00:35:54,340 --> 00:35:54,350
on a permanent basis we're looking for
 

929
00:35:54,350 --> 00:35:58,120
on a permanent basis we're looking for
changes like ecology changes phases

930
00:35:58,120 --> 00:35:58,130
changes like ecology changes phases
 

931
00:35:58,130 --> 00:36:00,490
changes like ecology changes phases
around the world climate changes and

932
00:36:00,490 --> 00:36:00,500
around the world climate changes and
 

933
00:36:00,500 --> 00:36:02,440
around the world climate changes and
some dramatic changes on the surface

934
00:36:02,440 --> 00:36:02,450
some dramatic changes on the surface
 

935
00:36:02,450 --> 00:36:04,030
some dramatic changes on the surface
that we're more familiar with like

936
00:36:04,030 --> 00:36:04,040
that we're more familiar with like
 

937
00:36:04,040 --> 00:36:06,390
that we're more familiar with like
volcanoes and storm systems for example

938
00:36:06,390 --> 00:36:06,400
volcanoes and storm systems for example
 

939
00:36:06,400 --> 00:36:09,370
volcanoes and storm systems for example
in the area of ecology we're looking at

940
00:36:09,370 --> 00:36:09,380
in the area of ecology we're looking at
 

941
00:36:09,380 --> 00:36:11,859
in the area of ecology we're looking at
clearing into forestation around the

942
00:36:11,859 --> 00:36:11,869
clearing into forestation around the
 

943
00:36:11,869 --> 00:36:14,109
clearing into forestation around the
world with the tropical and northern

944
00:36:14,109 --> 00:36:14,119
world with the tropical and northern
 

945
00:36:14,119 --> 00:36:16,270
world with the tropical and northern
forests of the world to see the rate at

946
00:36:16,270 --> 00:36:16,280
forests of the world to see the rate at
 

947
00:36:16,280 --> 00:36:17,859
forests of the world to see the rate at
which we're destroying the forests and

948
00:36:17,859 --> 00:36:17,869
which we're destroying the forests and
 

949
00:36:17,869 --> 00:36:18,970
which we're destroying the forests and
the rate at which they're renewing

950
00:36:18,970 --> 00:36:18,980
the rate at which they're renewing
 

951
00:36:18,980 --> 00:36:20,560
the rate at which they're renewing
themselves so we can really quantify

952
00:36:20,560 --> 00:36:20,570
themselves so we can really quantify
 

953
00:36:20,570 --> 00:36:22,750
themselves so we can really quantify
that important phenomenon in the

954
00:36:22,750 --> 00:36:22,760
that important phenomenon in the
 

955
00:36:22,760 --> 00:36:24,520
that important phenomenon in the
ecosystem they've already seen a lot of

956
00:36:24,520 --> 00:36:24,530
ecosystem they've already seen a lot of
 

957
00:36:24,530 --> 00:36:26,740
ecosystem they've already seen a lot of
forest fires over in Asia and in

958
00:36:26,740 --> 00:36:26,750
forest fires over in Asia and in
 

959
00:36:26,750 --> 00:36:29,710
forest fires over in Asia and in
Australia some at night over Africa and

960
00:36:29,710 --> 00:36:29,720
Australia some at night over Africa and
 

961
00:36:29,720 --> 00:36:33,130
Australia some at night over Africa and
in South America as well and our data

962
00:36:33,130 --> 00:36:33,140
in South America as well and our data
 

963
00:36:33,140 --> 00:36:34,690
in South America as well and our data
when we come back will give us the rates

964
00:36:34,690 --> 00:36:34,700
when we come back will give us the rates
 

965
00:36:34,700 --> 00:36:37,240
when we come back will give us the rates
of forest change around the world terms

966
00:36:37,240 --> 00:36:37,250
of forest change around the world terms
 

967
00:36:37,250 --> 00:36:39,250
of forest change around the world terms
of pollution we're looking for the way

968
00:36:39,250 --> 00:36:39,260
of pollution we're looking for the way
 

969
00:36:39,260 --> 00:36:41,109
of pollution we're looking for the way
that carbon monoxide drifts around the

970
00:36:41,109 --> 00:36:41,119
that carbon monoxide drifts around the
 

971
00:36:41,119 --> 00:36:42,910
that carbon monoxide drifts around the
world from its sources like forest fires

972
00:36:42,910 --> 00:36:42,920
world from its sources like forest fires
 

973
00:36:42,920 --> 00:36:45,099
world from its sources like forest fires
and that will help us track these what

974
00:36:45,099 --> 00:36:45,109
and that will help us track these what
 

975
00:36:45,109 --> 00:36:46,420
and that will help us track these what
we're looking for climate change by

976
00:36:46,420 --> 00:36:46,430
we're looking for climate change by
 

977
00:36:46,430 --> 00:36:48,010
we're looking for climate change by
looking at the geology around the world

978
00:36:48,010 --> 00:36:48,020
looking at the geology around the world
 

979
00:36:48,020 --> 00:36:50,980
looking at the geology around the world
for traces in the geologic past of radio

980
00:36:50,980 --> 00:36:50,990
for traces in the geologic past of radio
 

981
00:36:50,990 --> 00:36:52,990
for traces in the geologic past of radio
radio and dryer periods in the Earth's

982
00:36:52,990 --> 00:36:53,000
radio and dryer periods in the Earth's
 

983
00:36:53,000 --> 00:36:55,330
radio and dryer periods in the Earth's
deserts and the valleys that show

984
00:36:55,330 --> 00:36:55,340
deserts and the valleys that show
 

985
00:36:55,340 --> 00:36:58,080
deserts and the valleys that show
alluvial fan erosion those are very key

986
00:36:58,080 --> 00:36:58,090
alluvial fan erosion those are very key
 

987
00:36:58,090 --> 00:37:00,460
alluvial fan erosion those are very key
points to investigate for looking back

988
00:37:00,460 --> 00:37:00,470
points to investigate for looking back
 

989
00:37:00,470 --> 00:37:02,800
points to investigate for looking back
into the Earth's climatic past before

990
00:37:02,800 --> 00:37:02,810
into the Earth's climatic past before
 

991
00:37:02,810 --> 00:37:05,080
into the Earth's climatic past before
we've also been looking at several storm

992
00:37:05,080 --> 00:37:05,090
we've also been looking at several storm
 

993
00:37:05,090 --> 00:37:07,540
we've also been looking at several storm
systems down in the southern ocean that

994
00:37:07,540 --> 00:37:07,550
systems down in the southern ocean that
 

995
00:37:07,550 --> 00:37:09,700
systems down in the southern ocean that
which can track on a day-to-day basis

996
00:37:09,700 --> 00:37:09,710
which can track on a day-to-day basis
 

997
00:37:09,710 --> 00:37:11,800
which can track on a day-to-day basis
and there are targets for birth to radar

998
00:37:11,800 --> 00:37:11,810
and there are targets for birth to radar
 

999
00:37:11,810 --> 00:37:14,080
and there are targets for birth to radar
and some of the maps instruments because

1000
00:37:14,080 --> 00:37:14,090
and some of the maps instruments because
 

1001
00:37:14,090 --> 00:37:16,510
and some of the maps instruments because
they are those phone systems can

1002
00:37:16,510 --> 00:37:16,520
they are those phone systems can
 

1003
00:37:16,520 --> 00:37:18,880
they are those phone systems can
distribute pollution around the world we

1004
00:37:18,880 --> 00:37:18,890
distribute pollution around the world we
 

1005
00:37:18,890 --> 00:37:20,200
distribute pollution around the world we
have a busy week ahead of us here on

1006
00:37:20,200 --> 00:37:20,210
have a busy week ahead of us here on
 

1007
00:37:20,210 --> 00:37:22,540
have a busy week ahead of us here on
space radar lab we've got a lot of work

1008
00:37:22,540 --> 00:37:22,550
space radar lab we've got a lot of work
 

1009
00:37:22,550 --> 00:37:24,670
space radar lab we've got a lot of work
to do in terms of maneuvering changing

1010
00:37:24,670 --> 00:37:24,680
to do in terms of maneuvering changing
 

1011
00:37:24,680 --> 00:37:26,920
to do in terms of maneuvering changing
the tapes and most important for us on a

1012
00:37:26,920 --> 00:37:26,930
the tapes and most important for us on a
 

1013
00:37:26,930 --> 00:37:28,570
the tapes and most important for us on a
daily basis is taking all those still

1014
00:37:28,570 --> 00:37:28,580
daily basis is taking all those still
 

1015
00:37:28,580 --> 00:37:30,820
daily basis is taking all those still
photography still photos from the aft

1016
00:37:30,820 --> 00:37:30,830
photography still photos from the aft
 

1017
00:37:30,830 --> 00:37:32,950
photography still photos from the aft
windows it keeps us constantly busy when

1018
00:37:32,950 --> 00:37:32,960
windows it keeps us constantly busy when
 

1019
00:37:32,960 --> 00:37:34,860
windows it keeps us constantly busy when
there's a daylight pass going on

1020
00:37:34,860 --> 00:37:34,870
there's a daylight pass going on
 

1021
00:37:34,870 --> 00:37:36,940
there's a daylight pass going on
that's not surprising news is a very

1022
00:37:36,940 --> 00:37:36,950
that's not surprising news is a very
 

1023
00:37:36,950 --> 00:37:39,520
that's not surprising news is a very
complex system takes a lot of study to

1024
00:37:39,520 --> 00:37:39,530
complex system takes a lot of study to
 

1025
00:37:39,530 --> 00:37:42,370
complex system takes a lot of study to
understand it and the only future

1026
00:37:42,370 --> 00:37:42,380
understand it and the only future
 

1027
00:37:42,380 --> 00:37:44,140
understand it and the only future
permanent platform or suite of

1028
00:37:44,140 --> 00:37:44,150
permanent platform or suite of
 

1029
00:37:44,150 --> 00:37:45,220
permanent platform or suite of
instruments in orbit it's going to be

1030
00:37:45,220 --> 00:37:45,230
instruments in orbit it's going to be
 

1031
00:37:45,230 --> 00:37:47,170
instruments in orbit it's going to be
able to do that on a permanent basis and

1032
00:37:47,170 --> 00:37:47,180
able to do that on a permanent basis and
 

1033
00:37:47,180 --> 00:37:49,330
able to do that on a permanent basis and
we hope that by flying this testbed will

1034
00:37:49,330 --> 00:37:49,340
we hope that by flying this testbed will
 

1035
00:37:49,340 --> 00:37:50,830
we hope that by flying this testbed will
prove that that principle will in fact

1036
00:37:50,830 --> 00:37:50,840
prove that that principle will in fact
 

1037
00:37:50,840 --> 00:37:52,960
prove that that principle will in fact
work we're getting a taste of some of

1038
00:37:52,960 --> 00:37:52,970
work we're getting a taste of some of
 

1039
00:37:52,970 --> 00:37:54,220
work we're getting a taste of some of
the exciting results that we're

1040
00:37:54,220 --> 00:37:54,230
the exciting results that we're
 

1041
00:37:54,230 --> 00:37:56,560
the exciting results that we're
anticipating here in orbit with our own

1042
00:37:56,560 --> 00:37:56,570
anticipating here in orbit with our own
 

1043
00:37:56,570 --> 00:37:59,440
anticipating here in orbit with our own
eyes and it's going to be an exciting

1044
00:37:59,440 --> 00:37:59,450
eyes and it's going to be an exciting
 

1045
00:37:59,450 --> 00:38:01,450
eyes and it's going to be an exciting
look at the data when we get back to the

1046
00:38:01,450 --> 00:38:01,460
look at the data when we get back to the
 

1047
00:38:01,460 --> 00:38:03,490
look at the data when we get back to the
ground with those 207 data tapes and

1048
00:38:03,490 --> 00:38:03,500
ground with those 207 data tapes and
 

1049
00:38:03,500 --> 00:38:05,680
ground with those 207 data tapes and
really see in full fidelity what the

1050
00:38:05,680 --> 00:38:05,690
really see in full fidelity what the
 

1051
00:38:05,690 --> 00:38:08,200
really see in full fidelity what the
Circe XR and map sensors have brought

1052
00:38:08,200 --> 00:38:08,210
Circe XR and map sensors have brought
 

1053
00:38:08,210 --> 00:38:10,390
Circe XR and map sensors have brought
back well we can see the changes here

1054
00:38:10,390 --> 00:38:10,400
back well we can see the changes here
 

1055
00:38:10,400 --> 00:38:11,440
back well we can see the changes here
we're going to try to show them with you

1056
00:38:11,440 --> 00:38:11,450
we're going to try to show them with you
 

1057
00:38:11,450 --> 00:38:32,079
we're going to try to show them with you
in the coming week

1058
00:38:32,079 --> 00:38:32,089

 

1059
00:38:32,089 --> 00:38:34,589

okay you should be getting this Europe

1060
00:38:34,589 --> 00:38:34,599
okay you should be getting this Europe
 

1061
00:38:34,599 --> 00:38:37,870
okay you should be getting this Europe
through the square volcano you can see

1062
00:38:37,870 --> 00:38:37,880
through the square volcano you can see
 

1063
00:38:37,880 --> 00:38:40,539
through the square volcano you can see
the upper slopes and there's a very

1064
00:38:40,539 --> 00:38:40,549
the upper slopes and there's a very
 

1065
00:38:40,549 --> 00:38:42,729
the upper slopes and there's a very
active eruption going on from the

1066
00:38:42,729 --> 00:38:42,739
active eruption going on from the
 

1067
00:38:42,739 --> 00:38:46,719
active eruption going on from the
northeast portion about des County is

1068
00:38:46,719 --> 00:38:46,729
northeast portion about des County is
 

1069
00:38:46,729 --> 00:38:50,109
northeast portion about des County is
behind the smoke plume it will looks

1070
00:38:50,109 --> 00:38:50,119
behind the smoke plume it will looks
 

1071
00:38:50,119 --> 00:38:51,429
behind the smoke plume it will looks
like some the shadow heights you can

1072
00:38:51,429 --> 00:38:51,439
like some the shadow heights you can
 

1073
00:38:51,439 --> 00:38:52,959
like some the shadow heights you can
even estimate the height of the eruption

1074
00:38:52,959 --> 00:38:52,969
even estimate the height of the eruption
 

1075
00:38:52,969 --> 00:38:55,809
even estimate the height of the eruption
through but we're guessing it at least

1076
00:38:55,809 --> 00:38:55,819
through but we're guessing it at least
 

1077
00:38:55,819 --> 00:39:00,279
through but we're guessing it at least
35 or 40 thousand and that dark gray

1078
00:39:00,279 --> 00:39:00,289
35 or 40 thousand and that dark gray
 

1079
00:39:00,289 --> 00:39:03,910
35 or 40 thousand and that dark gray
dust will goes down with at least 500

1080
00:39:03,910 --> 00:39:03,920
dust will goes down with at least 500
 

1081
00:39:03,920 --> 00:39:11,439
dust will goes down with at least 500
kilometres if not more okay now this is

1082
00:39:11,439 --> 00:39:11,449
kilometres if not more okay now this is
 

1083
00:39:11,449 --> 00:39:14,400
kilometres if not more okay now this is
a going away shot east end of the

1084
00:39:14,400 --> 00:39:14,410
a going away shot east end of the
 

1085
00:39:14,410 --> 00:39:16,299
a going away shot east end of the
volcano you could still see the lava

1086
00:39:16,299 --> 00:39:16,309
volcano you could still see the lava
 

1087
00:39:16,309 --> 00:39:18,130
volcano you could still see the lava
flows at the top of the screen where the

1088
00:39:18,130 --> 00:39:18,140
flows at the top of the screen where the
 

1089
00:39:18,140 --> 00:39:20,370
flows at the top of the screen where the
eruption is actually originating and

1090
00:39:20,370 --> 00:39:20,380
eruption is actually originating and
 

1091
00:39:20,380 --> 00:39:23,170
eruption is actually originating and
this gives you good users the profile of

1092
00:39:23,170 --> 00:39:23,180
this gives you good users the profile of
 

1093
00:39:23,180 --> 00:39:25,199
this gives you good users the profile of
the clue and there's about a watch shop

1094
00:39:25,199 --> 00:39:25,209
the clue and there's about a watch shop
 

1095
00:39:25,209 --> 00:39:28,569
the clue and there's about a watch shop
adaptogen starting to stat it shows you

1096
00:39:28,569 --> 00:39:28,579
adaptogen starting to stat it shows you
 

1097
00:39:28,579 --> 00:39:35,019
adaptogen starting to stat it shows you
the extent of the ash this is Mission

1098
00:39:35,019 --> 00:39:35,029
the extent of the ash this is Mission
 

1099
00:39:35,029 --> 00:39:37,749
the extent of the ash this is Mission
Control Houston we are receiving some

1100
00:39:37,749 --> 00:39:37,759
Control Houston we are receiving some
 

1101
00:39:37,759 --> 00:39:40,569
Control Houston we are receiving some
data from the space radar laboratory

1102
00:39:40,569 --> 00:39:40,579
data from the space radar laboratory
 

1103
00:39:40,579 --> 00:39:43,029
data from the space radar laboratory
instruments this particular data is

1104
00:39:43,029 --> 00:39:43,039
instruments this particular data is
 

1105
00:39:43,039 --> 00:39:45,999
instruments this particular data is
coming down real-time or near real-time

1106
00:39:45,999 --> 00:39:46,009
coming down real-time or near real-time
 

1107
00:39:46,009 --> 00:39:51,069
coming down real-time or near real-time
and is data as of the Kamchatka

1108
00:39:51,069 --> 00:39:51,079
and is data as of the Kamchatka
 

1109
00:39:51,079 --> 00:39:56,019
and is data as of the Kamchatka
Peninsula the orbiter is flying over

1110
00:39:56,019 --> 00:39:56,029
Peninsula the orbiter is flying over
 

1111
00:39:56,029 --> 00:39:59,380
Peninsula the orbiter is flying over
this peninsula that is to the east of

1112
00:39:59,380 --> 00:39:59,390
this peninsula that is to the east of
 

1113
00:39:59,390 --> 00:40:01,479
this peninsula that is to the east of
Russia and on the western side of the

1114
00:40:01,479 --> 00:40:01,489
Russia and on the western side of the
 

1115
00:40:01,489 --> 00:40:09,790
Russia and on the western side of the
Bering Sea

1116
00:40:09,790 --> 00:40:09,800

 

1117
00:40:09,800 --> 00:40:11,750

he said there were you should be getting

1118
00:40:11,750 --> 00:40:11,760
he said there were you should be getting
 

1119
00:40:11,760 --> 00:40:15,859
he said there were you should be getting
that video now that's affirmed and so

1120
00:40:15,859 --> 00:40:15,869
that video now that's affirmed and so
 

1121
00:40:15,869 --> 00:40:18,470
that video now that's affirmed and so
once again really just a fantastic video

1122
00:40:18,470 --> 00:40:18,480
once again really just a fantastic video
 

1123
00:40:18,480 --> 00:40:31,579
once again really just a fantastic video
image

1124
00:40:31,579 --> 00:40:31,589

 

1125
00:40:31,589 --> 00:40:34,150

from the synthetic aperture radar

1126
00:40:34,150 --> 00:40:34,160
from the synthetic aperture radar
 

1127
00:40:34,160 --> 00:40:36,170
from the synthetic aperture radar
instrument onboard endeavor as it passes

1128
00:40:36,170 --> 00:40:36,180
instrument onboard endeavor as it passes
 

1129
00:40:36,180 --> 00:40:38,900
instrument onboard endeavor as it passes
over the rico michigan super site these

1130
00:40:38,900 --> 00:40:38,910
over the rico michigan super site these
 

1131
00:40:38,910 --> 00:40:46,589
over the rico michigan super site these
are live pictures from the XR instrument

1132
00:40:46,589 --> 00:40:46,599

 

1133
00:40:46,599 --> 00:40:48,599

Rico Michigan is one of the ecology

1134
00:40:48,599 --> 00:40:48,609
Rico Michigan is one of the ecology
 

1135
00:40:48,609 --> 00:40:56,309
Rico Michigan is one of the ecology
sites being studied the the ground looks

1136
00:40:56,309 --> 00:40:56,319
sites being studied the the ground looks
 

1137
00:40:56,319 --> 00:40:57,660
sites being studied the the ground looks
just like it did then we have a

1138
00:40:57,660 --> 00:40:57,670
just like it did then we have a
 

1139
00:40:57,670 --> 00:40:59,789
just like it did then we have a
beautiful mosaic of fall colors

1140
00:40:59,789 --> 00:40:59,799
beautiful mosaic of fall colors
 

1141
00:40:59,799 --> 00:41:03,059
beautiful mosaic of fall colors
beginning to develop and you should be

1142
00:41:03,059 --> 00:41:03,069
beginning to develop and you should be
 

1143
00:41:03,069 --> 00:41:06,089
beginning to develop and you should be
beginning to see lots of reds and

1144
00:41:06,089 --> 00:41:06,099
beginning to see lots of reds and
 

1145
00:41:06,099 --> 00:41:08,789
beginning to see lots of reds and
yellows as you look down over our site

1146
00:41:08,789 --> 00:41:08,799
yellows as you look down over our site
 

1147
00:41:08,799 --> 00:41:14,579
yellows as you look down over our site
in the days to come you know week last

1148
00:41:14,579 --> 00:41:14,589
in the days to come you know week last
 

1149
00:41:14,589 --> 00:41:16,620
in the days to come you know week last
night will simply be looking for it the

1150
00:41:16,620 --> 00:41:16,630
night will simply be looking for it the
 

1151
00:41:16,630 --> 00:41:18,390
night will simply be looking for it the
lighting so far is made a little hard to

1152
00:41:18,390 --> 00:41:18,400
lighting so far is made a little hard to
 

1153
00:41:18,400 --> 00:41:20,640
lighting so far is made a little hard to
distinguish colors but we have noticed a

1154
00:41:20,640 --> 00:41:20,650
distinguish colors but we have noticed a
 

1155
00:41:20,650 --> 00:41:22,920
distinguish colors but we have noticed a
little bit greener in wood near the

1156
00:41:22,920 --> 00:41:22,930
little bit greener in wood near the
 

1157
00:41:22,930 --> 00:41:24,329
little bit greener in wood near the
coastal lines for the Great Lakes it's

1158
00:41:24,329 --> 00:41:24,339
coastal lines for the Great Lakes it's
 

1159
00:41:24,339 --> 00:41:27,599
coastal lines for the Great Lakes it's
looked a little bit more far like well

1160
00:41:27,599 --> 00:41:27,609
looked a little bit more far like well
 

1161
00:41:27,609 --> 00:41:29,759
looked a little bit more far like well
that should be proceeding along rather

1162
00:41:29,759 --> 00:41:29,769
that should be proceeding along rather
 

1163
00:41:29,769 --> 00:41:32,819
that should be proceeding along rather
quickly now we've had two nights of good

1164
00:41:32,819 --> 00:41:32,829
quickly now we've had two nights of good
 

1165
00:41:32,829 --> 00:41:36,450
quickly now we've had two nights of good
hard Frost's with clear weather and the

1166
00:41:36,450 --> 00:41:36,460
hard Frost's with clear weather and the
 

1167
00:41:36,460 --> 00:42:01,630
hard Frost's with clear weather and the
drying so fall is coming quickly upon us

1168
00:42:01,630 --> 00:42:01,640

 

1169
00:42:01,640 --> 00:42:03,720

and endeavours now moving across the

1170
00:42:03,720 --> 00:42:03,730
and endeavours now moving across the
 

1171
00:42:03,730 --> 00:42:07,019
and endeavours now moving across the
northwestern portions of Africa again

1172
00:42:07,019 --> 00:42:07,029
northwestern portions of Africa again
 

1173
00:42:07,029 --> 00:42:09,609
northwestern portions of Africa again
using the synthetic aperture radar it's

1174
00:42:09,609 --> 00:42:09,619
using the synthetic aperture radar it's
 

1175
00:42:09,619 --> 00:42:11,079
using the synthetic aperture radar it's
very evident that the orbiter is now

1176
00:42:11,079 --> 00:42:11,089
very evident that the orbiter is now
 

1177
00:42:11,089 --> 00:42:13,720
very evident that the orbiter is now
crossing over land this is a geological

1178
00:42:13,720 --> 00:42:13,730
crossing over land this is a geological
 

1179
00:42:13,730 --> 00:42:17,319
crossing over land this is a geological
site a super site again over the Sahara

1180
00:42:17,319 --> 00:42:17,329
site a super site again over the Sahara
 

1181
00:42:17,329 --> 00:42:21,519
site a super site again over the Sahara
Desert area and the Sahara is an area

1182
00:42:21,519 --> 00:42:21,529
Desert area and the Sahara is an area
 

1183
00:42:21,529 --> 00:42:24,339
Desert area and the Sahara is an area
which is about the size of the United

1184
00:42:24,339 --> 00:42:24,349
which is about the size of the United
 

1185
00:42:24,349 --> 00:42:30,910
which is about the size of the United
States prior to its becoming a desert

1186
00:42:30,910 --> 00:42:30,920
States prior to its becoming a desert
 

1187
00:42:30,920 --> 00:42:35,799
States prior to its becoming a desert
area it had been apparently well laden

1188
00:42:35,799 --> 00:42:35,809
area it had been apparently well laden
 

1189
00:42:35,809 --> 00:42:40,539
area it had been apparently well laden
with fairly major drainage networks with

1190
00:42:40,539 --> 00:42:40,549
with fairly major drainage networks with
 

1191
00:42:40,549 --> 00:42:42,880
with fairly major drainage networks with
increasing dominance of the wind and the

1192
00:42:42,880 --> 00:42:42,890
increasing dominance of the wind and the
 

1193
00:42:42,890 --> 00:42:44,859
increasing dominance of the wind and the
sands and the channels and the various

1194
00:42:44,859 --> 00:42:44,869
sands and the channels and the various
 

1195
00:42:44,869 --> 00:42:48,130
sands and the channels and the various
floodplains of the rivers began to be

1196
00:42:48,130 --> 00:42:48,140
floodplains of the rivers began to be
 

1197
00:42:48,140 --> 00:42:51,370
floodplains of the rivers began to be
reworked into thin sheets and eventual

1198
00:42:51,370 --> 00:42:51,380
reworked into thin sheets and eventual
 

1199
00:42:51,380 --> 00:42:53,769
reworked into thin sheets and eventual
scattered dunes this is Mission Control

1200
00:42:53,769 --> 00:42:53,779
scattered dunes this is Mission Control
 

1201
00:42:53,779 --> 00:42:55,180
scattered dunes this is Mission Control
Houston we're now receiving some

1202
00:42:55,180 --> 00:42:55,190
Houston we're now receiving some
 

1203
00:42:55,190 --> 00:42:57,400
Houston we're now receiving some
additional real-time downlink from the

1204
00:42:57,400 --> 00:42:57,410
additional real-time downlink from the
 

1205
00:42:57,410 --> 00:43:00,039
additional real-time downlink from the
synthetic aperture radar instrument in

1206
00:43:00,039 --> 00:43:00,049
synthetic aperture radar instrument in
 

1207
00:43:00,049 --> 00:43:02,079
synthetic aperture radar instrument in
endeavours payload Bay as it flies 118

1208
00:43:02,079 --> 00:43:02,089
endeavours payload Bay as it flies 118
 

1209
00:43:02,089 --> 00:43:04,029
endeavours payload Bay as it flies 118
nautical miles over the coast of Japan

1210
00:43:04,029 --> 00:43:04,039
nautical miles over the coast of Japan
 

1211
00:43:04,039 --> 00:43:06,430
nautical miles over the coast of Japan
with us again is dr. Jeffrey plow the

1212
00:43:06,430 --> 00:43:06,440
with us again is dr. Jeffrey plow the
 

1213
00:43:06,440 --> 00:43:09,400
with us again is dr. Jeffrey plow the
geology representative for soar cxr dr.

1214
00:43:09,400 --> 00:43:09,410
geology representative for soar cxr dr.
 

1215
00:43:09,410 --> 00:43:10,479
geology representative for soar cxr dr.
Platt what are we looking for in these

1216
00:43:10,479 --> 00:43:10,489
Platt what are we looking for in these
 

1217
00:43:10,489 --> 00:43:13,779
Platt what are we looking for in these
XR images well at this point we're

1218
00:43:13,779 --> 00:43:13,789
XR images well at this point we're
 

1219
00:43:13,789 --> 00:43:16,059
XR images well at this point we're
traveling over the Sea of Japan and this

1220
00:43:16,059 --> 00:43:16,069
traveling over the Sea of Japan and this
 

1221
00:43:16,069 --> 00:43:22,259
traveling over the Sea of Japan and this
is an inland body not an inland body

1222
00:43:22,259 --> 00:43:22,269
is an inland body not an inland body
 

1223
00:43:22,269 --> 00:43:24,789
is an inland body not an inland body
this is a strait between the main

1224
00:43:24,789 --> 00:43:24,799
this is a strait between the main
 

1225
00:43:24,799 --> 00:43:27,509
this is a strait between the main
northern tip of the island of Hokkaido

1226
00:43:27,509 --> 00:43:27,519
northern tip of the island of Hokkaido
 

1227
00:43:27,519 --> 00:43:30,400
northern tip of the island of Hokkaido
which was the vicinity of the offshore

1228
00:43:30,400 --> 00:43:30,410
which was the vicinity of the offshore
 

1229
00:43:30,410 --> 00:43:34,120
which was the vicinity of the offshore
earthquake earlier today dr. Platt is

1230
00:43:34,120 --> 00:43:34,130
earthquake earlier today dr. Platt is
 

1231
00:43:34,130 --> 00:43:36,519
earthquake earlier today dr. Platt is
there any possibility I need or line

1232
00:43:36,519 --> 00:43:36,529
there any possibility I need or line
 

1233
00:43:36,529 --> 00:43:38,140
there any possibility I need or line
because of the waves that have been in

1234
00:43:38,140 --> 00:43:38,150
because of the waves that have been in
 

1235
00:43:38,150 --> 00:43:41,229
because of the waves that have been in
the area that is the type of observation

1236
00:43:41,229 --> 00:43:41,239
the area that is the type of observation
 

1237
00:43:41,239 --> 00:43:43,479
the area that is the type of observation
that we would be interested in making

1238
00:43:43,479 --> 00:43:43,489
that we would be interested in making
 

1239
00:43:43,489 --> 00:43:45,729
that we would be interested in making
and in this case perhaps looking for

1240
00:43:45,729 --> 00:43:45,739
and in this case perhaps looking for
 

1241
00:43:45,739 --> 00:43:49,779
and in this case perhaps looking for
ponded water or any bright returns right

1242
00:43:49,779 --> 00:43:49,789
ponded water or any bright returns right
 

1243
00:43:49,789 --> 00:43:52,059
ponded water or any bright returns right
radar returns from the near shore area

1244
00:43:52,059 --> 00:43:52,069
radar returns from the near shore area
 

1245
00:43:52,069 --> 00:43:54,460
radar returns from the near shore area
here we're coming over the southwest

1246
00:43:54,460 --> 00:43:54,470
here we're coming over the southwest
 

1247
00:43:54,470 --> 00:43:56,470
here we're coming over the southwest
corner and then beyond in the top of the

1248
00:43:56,470 --> 00:43:56,480
corner and then beyond in the top of the
 

1249
00:43:56,480 --> 00:43:59,079
corner and then beyond in the top of the
screen there is the northeast section of

1250
00:43:59,079 --> 00:43:59,089
screen there is the northeast section of
 

1251
00:43:59,089 --> 00:44:01,210
screen there is the northeast section of
the island and there's no obvious

1252
00:44:01,210 --> 00:44:01,220
the island and there's no obvious
 

1253
00:44:01,220 --> 00:44:03,910
the island and there's no obvious
evidence of damage but this is going by

1254
00:44:03,910 --> 00:44:03,920
evidence of damage but this is going by
 

1255
00:44:03,920 --> 00:44:07,269
evidence of damage but this is going by
rather fast and we'd certainly need more

1256
00:44:07,269 --> 00:44:07,279
rather fast and we'd certainly need more
 

1257
00:44:07,279 --> 00:44:09,279
rather fast and we'd certainly need more
time to sit down and do a detailed

1258
00:44:09,279 --> 00:44:09,289
time to sit down and do a detailed
 

1259
00:44:09,289 --> 00:44:11,650
time to sit down and do a detailed
processing and analysis of the image and

1260
00:44:11,650 --> 00:44:11,660
processing and analysis of the image and
 

1261
00:44:11,660 --> 00:44:14,049
processing and analysis of the image and
the next day to take underway with the

1262
00:44:14,049 --> 00:44:14,059
the next day to take underway with the
 

1263
00:44:14,059 --> 00:44:14,920
the next day to take underway with the
synthetic aperture

1264
00:44:14,920 --> 00:44:14,930
synthetic aperture
 

1265
00:44:14,930 --> 00:44:17,200
synthetic aperture
radar in endeavours payload Bay as the

1266
00:44:17,200 --> 00:44:17,210
radar in endeavours payload Bay as the
 

1267
00:44:17,210 --> 00:44:19,599
radar in endeavours payload Bay as the
orbiter tracks northeast now approaching

1268
00:44:19,599 --> 00:44:19,609
orbiter tracks northeast now approaching
 

1269
00:44:19,609 --> 00:44:25,380
orbiter tracks northeast now approaching
the Great Lakes region

1270
00:44:25,380 --> 00:44:25,390

 

1271
00:44:25,390 --> 00:44:30,069

the Reiko Michigan super site is located

1272
00:44:30,069 --> 00:44:30,079
the Reiko Michigan super site is located
 

1273
00:44:30,079 --> 00:44:32,770
the Reiko Michigan super site is located
on the eastern end of Michigan's Upper

1274
00:44:32,770 --> 00:44:32,780
on the eastern end of Michigan's Upper
 

1275
00:44:32,780 --> 00:44:41,240
on the eastern end of Michigan's Upper
Peninsula

1276
00:44:41,240 --> 00:44:41,250

 

1277
00:44:41,250 --> 00:44:44,650

the particular site of interest is

1278
00:44:44,650 --> 00:44:44,660
the particular site of interest is
 

1279
00:44:44,660 --> 00:44:48,080
the particular site of interest is
located between forested regions in the

1280
00:44:48,080 --> 00:44:48,090
located between forested regions in the
 

1281
00:44:48,090 --> 00:44:51,260
located between forested regions in the
northern temperate forest which is known

1282
00:44:51,260 --> 00:44:51,270
northern temperate forest which is known
 

1283
00:44:51,270 --> 00:44:55,130
northern temperate forest which is known
as a transitional zone that is expected

1284
00:44:55,130 --> 00:44:55,140
as a transitional zone that is expected
 

1285
00:44:55,140 --> 00:44:58,250
as a transitional zone that is expected
to be ecologically sensitive to global

1286
00:44:58,250 --> 00:44:58,260
to be ecologically sensitive to global
 

1287
00:44:58,260 --> 00:45:06,470
to be ecologically sensitive to global
changes the baseline studies are of the

1288
00:45:06,470 --> 00:45:06,480
changes the baseline studies are of the
 

1289
00:45:06,480 --> 00:45:09,589
changes the baseline studies are of the
vegetation areas and those areas are

1290
00:45:09,589 --> 00:45:09,599
vegetation areas and those areas are
 

1291
00:45:09,599 --> 00:45:11,330
vegetation areas and those areas are
essential for being studied in

1292
00:45:11,330 --> 00:45:11,340
essential for being studied in
 

1293
00:45:11,340 --> 00:45:15,500
essential for being studied in
monitoring the global changes again the

1294
00:45:15,500 --> 00:45:15,510
monitoring the global changes again the
 

1295
00:45:15,510 --> 00:45:18,260
monitoring the global changes again the
orbiter is tracking along the Great

1296
00:45:18,260 --> 00:45:18,270
orbiter is tracking along the Great
 

1297
00:45:18,270 --> 00:45:23,530
orbiter is tracking along the Great
Lakes area to the Northeast

1298
00:45:23,530 --> 00:45:23,540

 

1299
00:45:23,540 --> 00:45:26,420

coming up here's the shoreline of one of

1300
00:45:26,420 --> 00:45:26,430
coming up here's the shoreline of one of
 

1301
00:45:26,430 --> 00:45:32,359
coming up here's the shoreline of one of
the islands and we can clearly see the

1302
00:45:32,359 --> 00:45:32,369
the islands and we can clearly see the
 

1303
00:45:32,369 --> 00:45:35,930
the islands and we can clearly see the
volcanoes on those islands these are

1304
00:45:35,930 --> 00:45:35,940
volcanoes on those islands these are
 

1305
00:45:35,940 --> 00:45:37,790
volcanoes on those islands these are
some of the most remote volcanoes in the

1306
00:45:37,790 --> 00:45:37,800
some of the most remote volcanoes in the
 

1307
00:45:37,800 --> 00:45:39,050
some of the most remote volcanoes in the
world and some of the least studies

1308
00:45:39,050 --> 00:45:39,060
world and some of the least studies
 

1309
00:45:39,060 --> 00:45:40,430
world and some of the least studies
because of the remoteness and the

1310
00:45:40,430 --> 00:45:40,440
because of the remoteness and the
 

1311
00:45:40,440 --> 00:45:43,089
because of the remoteness and the
difficulty of getting to them in

1312
00:45:43,089 --> 00:45:43,099
difficulty of getting to them in
 

1313
00:45:43,099 --> 00:45:45,260
difficulty of getting to them in
addition this area is often cloud

1314
00:45:45,260 --> 00:45:45,270
addition this area is often cloud
 

1315
00:45:45,270 --> 00:45:46,700
addition this area is often cloud
covered and makes it difficult for

1316
00:45:46,700 --> 00:45:46,710
covered and makes it difficult for
 

1317
00:45:46,710 --> 00:45:48,290
covered and makes it difficult for
aerial observations or satellite

1318
00:45:48,290 --> 00:45:48,300
aerial observations or satellite
 

1319
00:45:48,300 --> 00:46:15,180
aerial observations or satellite
observations

1320
00:46:15,180 --> 00:46:15,190

 

1321
00:46:15,190 --> 00:46:17,640

once we get the radar set up and ready

1322
00:46:17,640 --> 00:46:17,650
once we get the radar set up and ready
 

1323
00:46:17,650 --> 00:46:19,620
once we get the radar set up and ready
to go it's ready to start taking data

1324
00:46:19,620 --> 00:46:19,630
to go it's ready to start taking data
 

1325
00:46:19,630 --> 00:46:21,450
to go it's ready to start taking data
and the next scene that you're going to

1326
00:46:21,450 --> 00:46:21,460
and the next scene that you're going to
 

1327
00:46:21,460 --> 00:46:23,340
and the next scene that you're going to
see is a picture of us passing over the

1328
00:46:23,340 --> 00:46:23,350
see is a picture of us passing over the
 

1329
00:46:23,350 --> 00:46:25,170
see is a picture of us passing over the
Sahara Desert as you can see that to the

1330
00:46:25,170 --> 00:46:25,180
Sahara Desert as you can see that to the
 

1331
00:46:25,180 --> 00:46:26,910
Sahara Desert as you can see that to the
eye it doesn't look very like there many

1332
00:46:26,910 --> 00:46:26,920
eye it doesn't look very like there many
 

1333
00:46:26,920 --> 00:46:28,500
eye it doesn't look very like there many
features but when you turn the radar on

1334
00:46:28,500 --> 00:46:28,510
features but when you turn the radar on
 

1335
00:46:28,510 --> 00:46:29,550
features but when you turn the radar on
this is what the radar can see

1336
00:46:29,550 --> 00:46:29,560
this is what the radar can see
 

1337
00:46:29,560 --> 00:46:30,600
this is what the radar can see
underneath the ground or ancient

1338
00:46:30,600 --> 00:46:30,610
underneath the ground or ancient
 

1339
00:46:30,610 --> 00:46:33,270
underneath the ground or ancient
riverbeds and that was part of our study

1340
00:46:33,270 --> 00:46:33,280
riverbeds and that was part of our study
 

1341
00:46:33,280 --> 00:46:34,650
riverbeds and that was part of our study
this was a geological site that we

1342
00:46:34,650 --> 00:46:34,660
this was a geological site that we
 

1343
00:46:34,660 --> 00:46:36,120
this was a geological site that we
wouldn't understand the history of how

1344
00:46:36,120 --> 00:46:36,130
wouldn't understand the history of how
 

1345
00:46:36,130 --> 00:46:37,710
wouldn't understand the history of how
the Sahara Desert became what it is

1346
00:46:37,710 --> 00:46:37,720
the Sahara Desert became what it is
 

1347
00:46:37,720 --> 00:46:39,690
the Sahara Desert became what it is
today because obviously it's climate in

1348
00:46:39,690 --> 00:46:39,700
today because obviously it's climate in
 

1349
00:46:39,700 --> 00:46:40,890
today because obviously it's climate in
the past must have been very different

1350
00:46:40,890 --> 00:46:40,900
the past must have been very different
 

1351
00:46:40,900 --> 00:52:09,140
the past must have been very different
to have these riverbeds underneath

1352
00:52:09,140 --> 00:52:09,150

 

1353
00:52:09,150 --> 00:52:10,640

this is Mission Control Houston

1354
00:52:10,640 --> 00:52:10,650
this is Mission Control Houston
 

1355
00:52:10,650 --> 00:52:12,650
this is Mission Control Houston
endeavours tracking across the Northeast

1356
00:52:12,650 --> 00:52:12,660
endeavours tracking across the Northeast
 

1357
00:52:12,660 --> 00:52:14,539
endeavours tracking across the Northeast
portions of North America just to move

1358
00:52:14,539 --> 00:52:14,549
portions of North America just to move
 

1359
00:52:14,549 --> 00:52:17,839
portions of North America just to move
off the coastline just to the north of

1360
00:52:17,839 --> 00:52:17,849
off the coastline just to the north of
 

1361
00:52:17,849 --> 00:52:23,000
off the coastline just to the north of
Newfoundland we use coming from the

1362
00:52:23,000 --> 00:52:23,010
Newfoundland we use coming from the
 

1363
00:52:23,010 --> 00:52:34,460
Newfoundland we use coming from the
payload Bay cameras aboard the orbiter

1364
00:52:34,460 --> 00:52:34,470

 

1365
00:52:34,470 --> 00:52:37,710

it's see where it is it's see the

1366
00:52:37,710 --> 00:52:37,720
it's see where it is it's see the
 

1367
00:52:37,720 --> 00:52:47,550
it's see where it is it's see the
pincers and there's covered involved in

1368
00:52:47,550 --> 00:52:47,560
pincers and there's covered involved in
 

1369
00:52:47,560 --> 00:54:02,270
pincers and there's covered involved in
you take it is it open wide open

1370
00:54:02,270 --> 00:54:02,280

 

1371
00:54:02,280 --> 00:54:18,090

maybe

1372
00:54:18,090 --> 00:54:18,100

 

1373
00:54:18,100 --> 00:54:54,380

looks like 68

1374
00:54:54,380 --> 00:54:54,390

 

1375
00:54:54,390 --> 00:55:25,080

shoots away

1376
00:55:25,080 --> 00:55:25,090

 

1377
00:55:25,090 --> 00:55:39,160

endeavor on energy at the 90

1378
00:55:39,160 --> 00:55:39,170

 

1379
00:55:39,170 --> 00:55:52,290

approaching 1,000 feet

1380
00:55:52,290 --> 00:55:52,300

 

1381
00:55:52,300 --> 00:55:54,450

and the landing gear is now down and

1382
00:55:54,450 --> 00:55:54,460
and the landing gear is now down and
 

1383
00:55:54,460 --> 00:56:08,109
and the landing gear is now down and
locked

1384
00:56:08,109 --> 00:56:08,119

 

1385
00:56:08,119 --> 00:56:20,849

main gear touchdown

1386
00:56:20,849 --> 00:56:20,859

 

1387
00:56:20,859 --> 00:56:24,459

and nose gear touchdown endeavour

1388
00:56:24,459 --> 00:56:24,469
and nose gear touchdown endeavour
 

1389
00:56:24,469 --> 00:56:27,309
and nose gear touchdown endeavour
rolling out on runway 2 to the Edwards

1390
00:56:27,309 --> 00:56:27,319
rolling out on runway 2 to the Edwards
 

1391
00:56:27,319 --> 00:56:29,549
rolling out on runway 2 to the Edwards
Air Force Base facility in California

1392
00:56:29,549 --> 00:56:29,559
Air Force Base facility in California
 

1393
00:56:29,559 --> 00:56:33,009
Air Force Base facility in California
after 183 orbits of the earth traveling

1394
00:56:33,009 --> 00:56:33,019
after 183 orbits of the earth traveling
 

1395
00:56:33,019 --> 00:57:10,690
after 183 orbits of the earth traveling
4 million 700 3,000 miles

1396
00:57:10,690 --> 00:57:10,700

 

1397
00:57:10,700 --> 00:57:14,480

Houston and order a wheel stop roger

1398
00:57:14,480 --> 00:57:14,490
Houston and order a wheel stop roger
 

1399
00:57:14,490 --> 00:57:16,840
Houston and order a wheel stop roger
wheelstop endeavour and welcome home

1400
00:57:16,840 --> 00:57:16,850
wheelstop endeavour and welcome home
 

1401
00:57:16,850 --> 00:57:18,740
wheelstop endeavour and welcome home
makes you and your crew have done a

1402
00:57:18,740 --> 00:57:18,750
makes you and your crew have done a
 

1403
00:57:18,750 --> 00:57:20,210
makes you and your crew have done a
great job made a significant

1404
00:57:20,210 --> 00:57:20,220
great job made a significant
 

1405
00:57:20,220 --> 00:57:21,830
great job made a significant
contribution to the mission to Planet

1406
00:57:21,830 --> 00:57:21,840
contribution to the mission to Planet
 

1407
00:57:21,840 --> 00:57:22,280
contribution to the mission to Planet
Earth

1408
00:57:22,280 --> 00:57:22,290
Earth
 

1409
00:57:22,290 --> 00:57:24,590
Earth
we on the ground are proud of your work

1410
00:57:24,590 --> 00:57:24,600
we on the ground are proud of your work
 

1411
00:57:24,600 --> 00:57:26,390
we on the ground are proud of your work
and proud to be a part of this flight

1412
00:57:26,390 --> 00:57:26,400
and proud to be a part of this flight
 

1413
00:57:26,400 --> 00:57:52,160
and proud to be a part of this flight
well done

1414
00:57:52,160 --> 00:57:52,170

 

1415
00:57:52,170 --> 00:57:55,599

Osby neighbor autoloader he's happy

1416
00:57:55,599 --> 00:57:55,609
Osby neighbor autoloader he's happy
 

1417
00:57:55,609 --> 00:57:58,579
Osby neighbor autoloader he's happy
Roger wheel step endeavor and welcome

1418
00:57:58,579 --> 00:57:58,589
Roger wheel step endeavor and welcome
 

1419
00:57:58,589 --> 00:57:59,059
Roger wheel step endeavor and welcome
home

1420
00:57:59,059 --> 00:57:59,069
home
 

1421
00:57:59,069 --> 00:58:00,829
home
fakes here and your crew have done a

1422
00:58:00,829 --> 00:58:00,839
fakes here and your crew have done a
 

1423
00:58:00,839 --> 00:58:02,329
fakes here and your crew have done a
great job made a significant

1424
00:58:02,329 --> 00:58:02,339
great job made a significant
 

1425
00:58:02,339 --> 00:58:03,949
great job made a significant
contribution to the mission to planted

1426
00:58:03,949 --> 00:58:03,959
contribution to the mission to planted
 

1427
00:58:03,959 --> 00:58:05,989
contribution to the mission to planted
everything we on the ground they're

1428
00:58:05,989 --> 00:58:05,999
everything we on the ground they're
 

1429
00:58:05,999 --> 00:58:07,519
everything we on the ground they're
proud of your work and proud to be a

1430
00:58:07,519 --> 00:58:07,529
proud of your work and proud to be a
 

1431
00:58:07,529 --> 00:58:14,269
proud of your work and proud to be a
part of this flight well done explain

1432
00:58:14,269 --> 00:58:14,279
part of this flight well done explain
 

1433
00:58:14,279 --> 00:58:18,680
part of this flight well done explain
copy so post-landing deltas pick up with