Science

In pictures: NASA tracer rockets form ringed clouds at the edge of space

In pictures: NASA tracer rocke...
The rockets carry an onboard chemical which, when released, form clouds revealing wind patterns at outer reaches of Earth's atmosphere (Photo: NASA/Wallops)
The rockets carry an onboard chemical which, when released, form clouds revealing wind patterns at outer reaches of Earth's atmosphere (Photo: NASA/Wallops)
View 12 Images
The first ATREX rocket launched at 4:58 a.m. EDT from NASA's Wallops Flight Facility in Virginia (Photo: NASA/Wallops)
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The first ATREX rocket launched at 4:58 a.m. EDT from NASA's Wallops Flight Facility in Virginia (Photo: NASA/Wallops)
The rockets carry an onboard chemical which, when released, form clouds revealing wind patterns at outer reaches of Earth's atmosphere (Photo: NASA/Wallops)
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The rockets carry an onboard chemical which, when released, form clouds revealing wind patterns at outer reaches of Earth's atmosphere (Photo: NASA/Wallops)
A long-exposure image of one of the rocket launches (Photo: NASA/Wallops)
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A long-exposure image of one of the rocket launches (Photo: NASA/Wallops)
Not to be confused with the experimental Japanese ramjet of the same name, ATREX stands for Anomalous Transport Rocket Experiment, which NASA describes as a "Heliophysics sounding rocket mission" (Photo: NASA/Wallops)
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Not to be confused with the experimental Japanese ramjet of the same name, ATREX stands for Anomalous Transport Rocket Experiment, which NASA describes as a "Heliophysics sounding rocket mission" (Photo: NASA/Wallops)
Heliophysics merges meteorology and astrophysics, being a study of the interactions between the Sun's heliosphere and objects within its influence, including planetary atmospheres (Photo: NASA/Wallops)
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Heliophysics merges meteorology and astrophysics, being a study of the interactions between the Sun's heliosphere and objects within its influence, including planetary atmospheres (Photo: NASA/Wallops)
The first ATREX rocket launched at 4:58 a.m. EDT from NASA's Wallops Flight Facility in Virginia, with the remaining four rockets launching at 80-second intervals (Photo: NASA/Wallops)
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The first ATREX rocket launched at 4:58 a.m. EDT from NASA's Wallops Flight Facility in Virginia, with the remaining four rockets launching at 80-second intervals (Photo: NASA/Wallops)
The visible ranges of the rockets at various altitudes (Photo: NASA/Wallops)
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The visible ranges of the rockets at various altitudes (Photo: NASA/Wallops)
The red points on the map indicate the deployment points of the chemical tracer (Photo: NASA/Wallops)
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The red points on the map indicate the deployment points of the chemical tracer (Photo: NASA/Wallops)
Sounding rockets used for the ATREX mission include Terrier-Improved Malemutes , Terrier-Improved Orions and Terrier-Orioles (Photo: NASA/Wallops)
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Sounding rockets used for the ATREX mission include Terrier-Improved Malemutes , Terrier-Improved Orions and Terrier-Orioles (Photo: NASA/Wallops)
Each rocket carries chemicals released into the high-altitude jet stream (above what we usually hear referred to as jet streams in weather reports) between 60 and 65 miles (97 to 105 km) above the Earth, where winds roar at speeds that can exceed 300 mph (483 km/h) (Photo: NASA/Wallops)
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Each rocket carries chemicals released into the high-altitude jet stream (above what we usually hear referred to as jet streams in weather reports) between 60 and 65 miles (97 to 105 km) above the Earth, where winds roar at speeds that can exceed 300 mph (483 km/h) (Photo: NASA/Wallops)
Sightings of the distinctive clouds were report from as far afield as Wilmington, North Carolina; Charlestown, West Virginia; and Buffalo, New York (Photo: NASA/Wallops)
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Sightings of the distinctive clouds were report from as far afield as Wilmington, North Carolina; Charlestown, West Virginia; and Buffalo, New York (Photo: NASA/Wallops)
In addition to the winds, strong ionospheric electric currents occur at these altitudes which are thought to affect communications (Photo: NASA/Wallops)
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In addition to the winds, strong ionospheric electric currents occur at these altitudes which are thought to affect communications (Photo: NASA/Wallops)
View gallery - 12 images

NASA launched five rockets in five minutes early on Tuesday morning, as part of its ongoing ATREX mission to study the winds of the upper level jet stream. The rockets carry an onboard chemical which, when released, form clouds revealing wind patterns at outer reaches of Earth's atmosphere. And as you can see from the resulting photography, some striking cloud formations occurred.

Not to be confused with the experimental Japanese ramjet of the same name, ATREX stands for Anomalous Transport Rocket Experiment, which NASA describes as a "Heliophysics sounding rocket mission." Heliophysics merges meteorology and astrophysics, being a study of the interactions between the Sun's heliosphere and objects within its influence, including planetary atmospheres. A sounding rocket is merely another name for an instrument-carrying research rocket.

The first ATREX rocket launched at 4:58 a.m. EDT from NASA's Wallops Flight Facility in Virginia, with the remaining four rockets launching at 80-second intervals. Each rocket carries chemicals released into the high-altitude jet stream (above what we usually hear referred to as jet streams in weather reports) between 60 and 65 miles (97 to 105 km) above the Earth, where winds roar at speeds that can exceed 300 mph (483 km/h).

The red points on the map indicate the deployment points of the chemical tracer (Photo: NASA/Wallops)
The red points on the map indicate the deployment points of the chemical tracer (Photo: NASA/Wallops)

And in addition to the winds, strong ionospheric electric currents occur at these altitudes which are thought to affect communications. As well as the chemical payloads, two of the rockets carried instruments to measure temperature and pressure at high altitudes.

Sightings of the distinctive clouds were report from as far afield as Wilmington, North Carolina; Charlestown, West Virginia; and Buffalo, New York. The ATREX mission concludes April 3. In addition to our photo gallery, a video of the rocket launches can be seen below.

Source: NASA

ATREX Mission Successfully Launched from Wallops

View gallery - 12 images
2 comments
Mr Stiffy
If your careful in your observations, and the clouds are layered right along with the wind directions - as a for instance, I have seen the lower clouds heading west and the high altitude clouds heading north. The winds do vary enormously in direction and speed - at different altitudes.
When the chem-trails of aircraft go through fronts, they effect is the same as the smoke trails from the rockets.
One day I got to see a chemtrail turn into a giant cork screw through sky as the wind twisted it around.
Slowburn
re; Mr Stiffy
What is this chemtrail you speak of. I haven't seen a plane trailing oily black smoke in decades except in TV and movies. I do occasionally see contrails.