In 2022, climate warming led to amplified concurrent extremes, including heatwaves and extreme precipitation events, across the Earth's three Poles (Arctic, Antarctica, and Tibet Plateau). This study highlights the role of warming in these regions in driving extreme weather events. The warming caused poleward shifts in westerly jet streams, amplified Rossby waves, and expanded subtropical highs, leading to intensified heatwaves in mid-latitudes and extreme precipitation in Asia. Additionally, the weakening of the Asian summer monsoon contributed to these extremes. The study also found that the melting of snow and ice in these regions, along with changes in albedo and hydrological factors, played a significant role in these extreme events. The research shows that the combined effects of warming in the three Poles, along with other factors like atmospheric circulation changes, contributed to the record-breaking extremes in 2022. The study emphasizes the importance of understanding the physical processes linking anthropogenic forcing to extreme weather events, which is crucial for climate predictions and disaster prevention. The findings suggest that the warming of the three Poles has a significant impact on global climate patterns, particularly in the context of extreme weather events. The study also highlights the need for further research into the interactions between the three Poles and other climatic factors to better understand and predict extreme weather events.In 2022, climate warming led to amplified concurrent extremes, including heatwaves and extreme precipitation events, across the Earth's three Poles (Arctic, Antarctica, and Tibet Plateau). This study highlights the role of warming in these regions in driving extreme weather events. The warming caused poleward shifts in westerly jet streams, amplified Rossby waves, and expanded subtropical highs, leading to intensified heatwaves in mid-latitudes and extreme precipitation in Asia. Additionally, the weakening of the Asian summer monsoon contributed to these extremes. The study also found that the melting of snow and ice in these regions, along with changes in albedo and hydrological factors, played a significant role in these extreme events. The research shows that the combined effects of warming in the three Poles, along with other factors like atmospheric circulation changes, contributed to the record-breaking extremes in 2022. The study emphasizes the importance of understanding the physical processes linking anthropogenic forcing to extreme weather events, which is crucial for climate predictions and disaster prevention. The findings suggest that the warming of the three Poles has a significant impact on global climate patterns, particularly in the context of extreme weather events. The study also highlights the need for further research into the interactions between the three Poles and other climatic factors to better understand and predict extreme weather events.