犹他大学的研究人员发现大气二氧化碳水平上升与海洋表面温度升温之间的相关性, Researchers from the University of Utah discovered a correlation between rising atmospheric CO2 levels and warming sea surface temperatures during the Paleocene to Eocene epochs transition.
犹他大学的研究人员发现，在大约 59 至 5100 万年前的古新世到始新世过渡期间，大气中 CO2 水平上升与海面温度变暖之间存在相关性。 Researchers from the University of Utah discovered a correlation between rising atmospheric CO2 levels and warming sea surface temperatures during the Paleocene to Eocene epochs transition, approximately 59 to 51 million years ago. 这项研究分析了海洋生物的微型化石化壳,揭示了这一时期地球的变暖模式,主要归因于大规模温室气体排放和构造活动。 The study, which analyzed microscopic fossilized shells of marine organisms, sheds light on the planet's warming patterns during this time, attributing it primarily to massive greenhouse gas emissions and tectonic activity. 这些研究结果使人们深入了解碳循环反馈机制和敏感性,并对人为气候变化作出宝贵的预测。 These findings provide insights into carbon cycle feedback mechanisms and sensitivities and offer valuable predictions for anthropogenic climate change.