Thursday, March 17, 2022

NUCLEAR TARGETS OF THE US

 





  • Earlier this week, UN Secretary-General António Guterres said nuclear war is "back within the realm of possibility."
  • Russia has previously said it could vaporize various locations in the US with new missiles. 
  • A Russian nuclear attack would likely focus on high-value targets in North Dakota or Montana.

The UN secretary-general said nuclear war is "back within the realm of possibility" following Russia's warning it was putting its nuclear forces on alert amid its war in Ukraine that threatens to draw NATO into direct combat with Russia. 

In 2017, Russian state media detailed how Moscow would annihilate US cities and areas after a nuclear treaty collapsed and put the Cold War rivals back in targeting mode — a shocking threat even by the Russian regime's own extreme standards. 

Hyping up a then-new hypersonic nuclear-capable missile, Russian state TV said the Pentagon, Camp David, Jim Creek Naval Radio Station in Washington, Fort Ritchie in Maryland, and McClellan Air Force Base in California, would be targets, according to Reuters.

But the latter two have been closed for over two decades, making them strange choices for targets. 

With most everything from the Russia or its heavily censored media, it's best to take its claims with a grain of salt. Instead of taking Russia's word for it when it comes to nuclear targets, Insider got an expert opinion on where Moscow would likely try to strike.

Read moreRussian state media says Putin's hypersonic missiles would instantly vaporize these 5 US targets

Since the Cold War, the US and Russia have drawn up plans on how to best wage nuclear war against each other; and while large population centers with huge cultural impact may seem like obvious choices, strategists believe a nuclear attack will focus on countering the enemy's nuclear forces — destroying them before they can counter-attack.

According to Stephen Schwartz, the author of "Atomic Audit: The Costs and Consequences of US Nuclear Weapons Since 1940," as the Cold War progressed and improvements in nuclear weapons and intelligence-collection technologies enabled greater precision in where those weapons were aimed, the emphasis in targeting shifted from cities to nuclear stockpiles and nuclear war-related infrastructure.

This map shows the essential points Russia would have to attack to wipe out the US's nuclear forces, according to Schwartz:

Skye Gould/Business Insider
© Skye Gould/Business InsiderSkye Gould/Business Insider

This map represents targets for an all-out attack on the US's fixed nuclear infrastructure, weapons, and command-and-control centers, but even a massive strike like this wouldn't guarantee anything.

"It's exceedingly unlikely that such an attack would be fully successful," Schwartz told Insider. "There's an enormous amount of variables in pulling off an attack like this flawlessly, and it would have to be flawless. If even a handful of weapons escape, the stuff you missed will be coming back at you."

Even if every single US intercontinental ballistic missile silo, stockpiled nuclear weapon, and nuclear-capable bomber were flattened, US nuclear submarines could — and would — retaliate.

According to Schwartz, at any given time, the US has four to five nuclear-armed submarines "on hard alert, in their patrol areas, awaiting orders for launch."

Even high-ranking officials in the US military don't know where the silent submarines are, and there's no way Russia could chase them all down before they fired back, which Schwartz said could be done in as little as 5 to 15 minutes.

But a strike on a relatively sparsely populated area could still lead to death and destruction across the US, depending on how the wind blew. That's because of fallout.

Dangerous radioactive fallout zones shrink rapidly after a nuclear explosion. Brooke Buddemeier/Lawrence Livermore National Laboratory
© Brooke Buddemeier/Lawrence Livermore National LaboratoryDangerous radioactive fallout zones shrink rapidly after a nuclear explosion. Brooke Buddemeier/Lawrence Livermore National Laboratory



No comments:

Post a Comment