Earth, Kessler Syndrome and international space station

What is the Kessler Syndrome? How space junk has become an orbital threat
Well, many of those objects - or fragments of them - are still there, languishing above Earth in an ever-expanding space junkyard. Because they're expensive to remove, retired satellites are often left in a low-Earth orbit,
With space junk clouding Earth’s orbit, are we barreling toward ‘Kessler Syndrome’?
The concept known as “Kessler Syndrome” was proposed nearly five decades ago. Experts weigh in on whether the space-based disaster scenario is already unfolding.
Kessler Syndrome: How Our Own Satellites Could Trap Humans on Earth
Kessler syndrome could make space exploration and the use of satellites dangerous, or even unfeasible, for many generations.
What is Kessler Syndrome and the potential consequences for Earth of growing space debris?
What to know about the growing threat of space debris as satellites multiply and experts warn of potential orbital disaster.
Kessler syndrome: How crowded satellite orbits could lead to a runaway space debris problem
As the number of satellites in Earth orbit increases, so too does the risk from space debris — and some experts warn certain orbits could already be getting dangerously crowded.
What is Kessler Syndrome? The growing threat of space junk and its consequences
ESA warns that unchecked debris accumulation could lead to Kessler Syndrome, rendering space travel impossible in future.
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NASA and Microsoft team up to create an Earth Copilot AI chatbot
New Azure OpenAI Service-based AI chatbot lets users interact with spaceborne data The tool democratizes access to more users, including students and academics Users can ask natural language ...
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Chapter 13: First Example of a Spaceborne Imager: A General-Purpose Mechanical Scanner
In 1978 the Scanning Multichannel Microwave Radiometer (SMMR) was launched on the U.S. satellite Nimbus-7. SMMR represented a new and very successful concept: the multifrequency passive imager that ...
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PhD Position (DAAD Fellowship): Blind Source Separation for Innovative Spaceborne Synthetic Aperture Radar Systems
A crucial issue in the development of innovative spaceborne synthetic aperture radar (SAR) systems is related to the possibility to separate multiple, simultaneously received, signals with a minimum ...