Climate Change Disrupts Historical Indian and Pacific Ocean Connection
氣候變遷擾亂了印度洋與太平洋的歷史連結
更新於: 2026年9月15日 上午12:30
For centuries, the Indian and Pacific Oceans have moved in synchronization, a vital relationship that helps stabilize global rainfall and temperatures.
數個世紀以來，印度洋與太平洋一直同步運動，這種至關重要的關係有助於穩定全球降雨量與氣溫。
Historically, the Indian Ocean followed the lead of the Pacific.
從歷史上看，印度洋一直跟隨太平洋的節奏。
However, recent research from the Woods Hole Oceanographic Institution reveals that this long-standing connection is breaking down in an unprecedented way.
然而，伍茲霍爾海洋研究所的最新研究顯示，這種長期的連結正以前所未有的方式崩解。
By analyzing 400 years of data, including coral and tree ring records, scientists discovered that the bond between these two oceans has weakened significantly since the 1980s.
透過分析四百年的數據，包括珊瑚與樹木年輪的紀錄，科學家發現這兩大洋之間的連結自一九八○年代起顯著減弱。
While volcanic eruptions caused a similar temporary disruption in the 19th century, the current shift is different.
雖然火山噴發曾在十九世紀造成類似的暫時性中斷，但目前的轉變卻截然不同。
Experts attribute this breakdown to human-caused greenhouse gas emissions and global warming, which are overpowering the Pacific’s natural influence.
專家將這種崩解歸因於人為溫室氣體排放與全球暖化，這兩者正蓋過太平洋的自然影響力。
This decoupling means the Indian Ocean is now acting more independently, which creates major challenges for climate scientists trying to forecast global weather patterns.
這種脫鉤意味著印度洋現在表現得更加獨立，這對試圖預測全球天氣模式的氣候科學家而言，造成了巨大的挑戰。
This transition from natural, temporary disruptions to a persistent, human-driven systemic change marks a critical and concerning shift in our planet's climate system.
這種從自然、暫時性的擾動，轉變為持續性、人為驅動的系統性變化，標誌著我們行星氣候系統中一項關鍵且令人擔憂的轉變。
