The climate news from Germany highlights a significant weather anomaly at the Antarctic Amundsen-Scott Station, which experienced its coldest October in 44 years. This observation contradicts the widely accepted climate models that predict warming trends due to increased carbon dioxide (CO₂) levels.
• Record Cold Temperatures: On October 15, 2025, the Amundsen-Scott South Pole Station recorded a temperature of minus 61.3 degrees Celsius. This extreme cold occurred during the spring season when temperatures typically begin to rise.
• Historical Context: The current October temperatures are the coldest recorded since 1981. Prior data shows a trend of significant cold snaps, challenging the assumption that the Antarctic is warming.
• Contradiction to Climate Models: The cold temperatures observed do not align with prevailing climate models that predict continuous warming and suggest that extreme heat should be the "new normal. " The evidence indicates that temperature variations may be more influenced by natural climate factors rather than solely by CO₂ levels.
• Natural Climate Drivers: Instead of being solely impacted by increased CO₂, the article suggests that phenomena such as stratospheric waves and polar vortex stability are influential in weather patterns. This challenges the dominant narratives in climate science regarding CO₂ as the most critical factor in climate variations.
• Long-Term Trends in Antarctica: Contrary to expectations that polar regions would warm most significantly due to climate change, some areas in Antarctica have actually seen colder temperatures or stagnation in warming.
• Implications for Climate Science: The article argues that the prolonged cold records in Antarctica should prompt reevaluations of climate models and questions about the understanding of climate dynamics, which have relied heavily on CO₂-driven theories.
The remarkable cold at the Amundsen-Scott Station raises serious questions about current climate models and the foundational principles behind them. Decision-makers using these models must consider the newly presented evidence and adapt their understanding of climate drivers beyond just carbon dioxide's influence.
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