Astronauts resume Operations after Russian ASAT, create a hazardous debris in Space

• Russian ASAT creating dangerous debris in space
• Astronauts resume normal operations after Russian ASAT
• Approximately 1,500 pieces of debris that could be tracked

According to the U.S. State Department, Russia destroyed one of its own satellites with a missile launched from the ground. Thousands of pieces of debris have spread out into Earth orbit since the November 15 explosion. In an interview with The Associated Press, State Department spokesperson Ned Price said the US had identified approximately 1,500 pieces of debris that could be tracked, along with thousands of smaller pieces that cannot be tracked.

According to LeoLabs, a private space tracking company, several objects have been observed in the vicinity of an old Russian satellite called Kosmos 1408. This has now been confirmed to be the target of the ASAT test.

All four nations have previously destroyed their own satellites as part of ASAT tests, including the U.S., Russia, and India, and China. While the United States last conducted an ASAT test in 2008, Russia criticized the Pentagon on Tuesday for testing the X-37 spacecraft, claiming that there has been “active development” of space weapons.
Russia’s latest ASAT test will likely create a debris field that will stay in orbit for years, which poses a threat to other satellites. The Earth imagery company Planet, which operates more than 140 satellites in low Earth orbit, noted that Russia’s ASAT test makes it the fourth country “to blow its own satellite up with a missile in the last 15 years.”

As tensions between the US and Russia rise, the incident comes at a critical time. In addition to publicly criticizing Russia’s buildup of troops near its border with Ukraine, senior US officials also expressed concern over the migrant crisis on the border with Belarus, which European officials have characterized as an act of hybrid warfare against Europe by Belarus with Russian backing.

Disclaimer: This information is covered based on the latest research and development available. However, it may not fully reflect all current aspects of the subject matter.

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