Arctic amplification (AA), referring to the phenomenon of amplified warming in the Arctic
compared to the warming in the rest of the globe, is generally attributed to the increasing …

The Arctic near-surface warming is much faster than its global counterpart. Yet, this Arctic
amplification occurs a rate that is season, model and forcing-dependent. The present study …

熊力, 刘博, 孙咏. 末次间冰期全球地表温度变化及物理机制的模拟研究[J]. 第四纪研究, 2023, 43
(4): 1010-1018. doi: 10.11928/j. issn. 1001-7410.2023. 04.09引用本文: 熊力, 刘博, 孙咏 …

The Arctic is estimated to have warmed up to four times faster than the rest of the globe since
the 1980s. There is significant interest in understanding the mechanisms by which such …

Understanding changes between paleo-and modern climate would enhance the
understanding of how climate would response to external forcings and how to reduce …

In response to a positive CO 2 forcing, the seasonal Arctic warming pattern is characterized
by an early winter maximum and a summer minimum. While robust, our fundamental …

Under the background of global warming, the Arctic region has warmed faster than the
Antarctic, which is referred to as asymmetric Arctic and Antarctic warming. The new …

Both historical observations and recent modeling studies reveal a faster warming in the
Arctic compared to the Antarctic. To understand the role of the Antarctic Circumpolar …

The climate effects of the Tibetan Plateau (TP) have been studied extensively in the past
decades. However, most previous studies have focused merely on atmospheric processes …

Local and remote processes have been suggested to drive Arctic amplification (AA)—the
enhanced warming of the Arctic region relative to other areas under increased greenhouse …