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Unusual heatwave sweeps through Siberia and the Far East regions.

Eastern Siberia's heat source transitioning towards the Far East at a steady pace.

Unusual heatwave strikes Siberia and the Far East regions.
Unusual heatwave strikes Siberia and the Far East regions.

Unusual heatwave sweeps through Siberia and the Far East regions.

The Red-Hot Shift Eastwards

Hold onto your hats, folks! The sweltering heat wave that's been baking Siberia is relocating towards the Far East, as per Roman Vilfand, the brains behind Russia's Hydrometeorological Center.

From June 25, you can expect temperatures to reach scorching highs, exceeding standard norms by 5 to 10°C. Here's what to anticipate:

  • Irkutsk region: +33 to +38°C (above normal by 8-9°C) by the next few days
  • Buryatia (June 25-28): +32 to +39°C (5 to 10°C above normal)
  • Zabaykalsky Krai: +34 to +37°C (7 to 10°C above normal) until the end of June
  • Amur region: +33 to +38°C (anomaly +7 to +10°C)
  • Khabarovsk Krai: +33 to +35°C (8 to 10°C higher than usual)
  • Primorsky Krai: up to +32 to +37°C

Why the tropical blast, you ask? That's because a heat source that was hanging out in Western Siberia five days ago has moved eastward, according to Vilfand. Good news? Well, the Siberian Federal District's temps are back to their seasonal groove.

Now, here's where things get critical - these extreme conditions call for strategy. Lay off the sunbathing, drink more water, and be mindful of vulnerable groups. Ain't no joke, homies!

While these regions usually hover around +20 to +25°C, this extreme heatwave is no usual June scorcher.

Road Restrictions Ahead on Krasnoarmeyskaya St in Biysk from June 25

Bye-bye, free flow, hey there, traffic restrictions! Keep that in mind while you're cruising down Krasnoarmeyskaya St in Biysk starting June 25. Watch out for those gridlocks! 🚗

The abnormal heatwave moving eastwards, potentially reaching the Far East, could have repercussions on the local climate-change patterns, making it a topic of interest for environmental-science researchers. As temperatures soar beyond usual norms, responsible behavior to mitigate health risks associated with the weather becomes crucial in the affected regions.

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