Stratospheric Collection

Jet stream cirrus clouds C016 / 5818
Jet stream cirrus clouds over a snowy landscape. Cirrus clouds are found at altitudes of over 5 kilometres. They consist of tiny ice crystals blown by the wind into wispy cloud shapes

Stratospheric Flight
These two aviators are preparing for a flight in the stratosphere, for which they will need the equivalent of divers suits to withstand the lack of breathable air

The SOFIA infrared observatory and F / A-18 safety chase during a test flight
October 11, 2007 - The SOFIA infrared observatory and F/A-18 safety chase during the first series of test flights to verify the flight performance of the modified Boeing 747SP

USSR-1 high-altitude balloon, 1933
USSR-1 high-altitude balloon, after take-off. This Soviet balloon set a world record altitude in October 1933, reaching the stratosphere and a height of 18, 514 metres

Jetstream clouds seen over north-western Libya. The jetstreams are high-altitude, fast-moving air currents that are a few thousand kilometres long

Ozone hole, September 2001
Antarctic ozone hole. Coloured satellite image of reduced atmospheric ozone levels around Antarctica (lower centre, darkest blue) on 17 September 2001

Antarctic ozone hole, 2006
Antarctic ozone hole. Coloured satellite image of the reduced atmospheric ozone layer over Antarctica on 13th September 2007

Zero-G Airbus aircraft, artwork

Global methane concentration, 2004
Global methane concentration. Map showing the concentration of methane (CH4) gas in the stratosphere (about 10-50 kilometres in altitude) on 25th July 2004

SOFIA airborne observatory in flight
SOFIA - the flying 2, 7m mirror observatory onboard an Boeing 7747 SP. The first light pictures were taken on May 26, 2010 of planet Jupiter and M82 galaxy

Soviet jet engine, 1969
Soviet jet engine. Museum display diagram of a cross-section through the engine of a Soviet semi-jet stratospheric aeroplane

Ozone hole prediction. Computer model showing Antarctic ozone levels from 1974 to 2054 if chlorofluorocarbons (CFCs), the chemicals widely blamed for destroying ozone

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"Exploring the Stratospheric Realm: Unveiling the Mysteries Above" Venturing into the stratosphere, where jet streams and cirrus clouds intertwine, unveils a world of endless possibilities. From stratospheric flights to groundbreaking observatories, humanity's quest for knowledge soars to new heights. Witnessing the marvels of science in action, we find ourselves amidst the SOFIA infrared observatory and its F/A-18 safety chase during an exhilarating test flight. These airborne wonders pave the way for unprecedented discoveries that expand our understanding of the universe. Looking back at history, we recall the USSR-1 high-altitude balloon's daring ascent in 1933—a testament to human courage and curiosity. Jetstream clouds dance above us as reminders of nature's intricate beauty, while September 2001 marked a turning point with revelations about ozone depletion through the haunting image of an ozone hole. Fast forward to 2006 when attention turned towards Antarctica—an ominous reminder that protecting our fragile environment is paramount. Even art takes flight as Zero-G Airbus aircraft showcases artistic expression amidst weightlessness—where creativity knows no bounds. Amidst these captivating scenes lies a crucial concern—the global methane concentration in 2004 serves as a wake-up call urging us to address climate change collectively. Yet hope prevails as we witness SOFIA airborne observatory gracefully soaring through skies—reminding us that scientific advancements hold immense potential for positive change. In this boundless realm above, where dreams meet reality and innovation reigns supreme, let us embrace this journey together. For it is within these stratospheric horizons that humanity continues its relentless pursuit of knowledge—to unlock secrets yet untold and shape a brighter future for all.