President try to wayang sympathize with average Singaporeans

Bastards pap love to show their hawker photo but they keep secret when they have luxury dinner with Xiamen money laundering syndicates
 
To hell with that Davos cocksucker. :rolleyes:


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It sounds counterintuitive, but climate change can lead to colder winters in some regions because of disruptions in large-scale atmospheric and oceanic systems, especially the jet stream and polar vortex. Here’s the breakdown:

1. Warming in the Arctic weakens the polar vortex

The polar vortex is a band of strong winds that normally traps cold air around the North Pole.

Due to climate change, the Arctic is warming about 3–4 times faster than the global average (Arctic amplification).

This reduces the temperature difference between the Arctic and mid-latitudes, which weakens the polar vortex.

A weaker vortex can split or meander, allowing frigid Arctic air to spill southward into North America, Europe, or Asia — causing cold snaps or severe winters.



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2. Jet stream becomes wavier and slower

The jet stream, driven by the temperature gradient between the poles and the equator, also weakens when the Arctic warms.

Instead of flowing in a stable, fast west-to-east pattern, it becomes wavier.

These waves allow cold air to dive south and warm air to surge north, leading to persistent weather patterns — like prolonged cold spells in winter for some regions.



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3. Changes in ocean circulation and snow cover

Melting Arctic sea ice and shifts in ocean currents (like the weakening of the Atlantic Meridional Overturning Circulation) can also change heat distribution.

More snow cover in early winter (due to moisture from warmer oceans) can intensify cold outbreaks later.



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✅ In short: Global warming doesn’t mean every day gets warmer. It means climate systems destabilize, causing extremes — hotter heatwaves, stronger storms, and sometimes colder winters in mid-latitudes.

Would you like me to show a diagram of how the polar
vortex weakens and causes cold winters?
 
It sounds counterintuitive, but climate change can lead to colder winters in some regions because of disruptions in large-scale atmospheric and oceanic systems, especially the jet stream and polar vortex. Here’s the breakdown:

1. Warming in the Arctic weakens the polar vortex

The polar vortex is a band of strong winds that normally traps cold air around the North Pole.

Due to climate change, the Arctic is warming about 3–4 times faster than the global average (Arctic amplification).

This reduces the temperature difference between the Arctic and mid-latitudes, which weakens the polar vortex.

A weaker vortex can split or meander, allowing frigid Arctic air to spill southward into North America, Europe, or Asia — causing cold snaps or severe winters.



---

2. Jet stream becomes wavier and slower

The jet stream, driven by the temperature gradient between the poles and the equator, also weakens when the Arctic warms.

Instead of flowing in a stable, fast west-to-east pattern, it becomes wavier.

These waves allow cold air to dive south and warm air to surge north, leading to persistent weather patterns — like prolonged cold spells in winter for some regions.



---

3. Changes in ocean circulation and snow cover

Melting Arctic sea ice and shifts in ocean currents (like the weakening of the Atlantic Meridional Overturning Circulation) can also change heat distribution.

More snow cover in early winter (due to moisture from warmer oceans) can intensify cold outbreaks later.



---

✅ In short: Global warming doesn’t mean every day gets warmer. It means climate systems destabilize, causing extremes — hotter heatwaves, stronger storms, and sometimes colder winters in mid-latitudes.

Would you like me to show a diagram of how the polar
vortex weakens and causes cold winters?

The climate alarmists are clutching at straws with these explanations. :D
 
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