Science. 1994 Sep 9;265(5178):1566-8. doi: 10.1126/science.265.5178.1566.
During the last interglacial, sea level was as high as present, 4000 to 6000 years before peak Northern Hemisphere insolation receipt 126,000 years ago. The sea-level results are shown to be consistent with climate models, which simulate a 3 degrees to 4 degrees C July temperature increase from 140,000 to 130,000 years ago in high latitudes, with all Northern Hemisphere land areas being warmer than present by 130,000 years ago. The early warming occurs because obliquity peaked earlier than precession and because precession values were greater than present before peak precessional forcing occurred. These results indicate that a fuller understanding of the Milankovitch-climate connection requires consideration of fields other than just insolation forcing at 65 degrees N.
在上一个间冰期,海平面与现在一样高,大约在 12.6 万年前北半球太阳辐射接收峰值的 4000 到 6000 年前。海平面的结果与气候模型一致,该模型模拟了从 14 万年前到 13 万年前高纬度地区 7 月气温上升 3 到 4 摄氏度,所有北半球陆地面积的温度在 13 万年前都比现在高。早期变暖是因为偏心率比岁差更早达到峰值,而且在岁差达到峰值之前,岁差的值比现在大。这些结果表明,要充分了解米兰科维奇气候联系,需要考虑除了 65 度 N 太阳辐射强迫以外的其他领域。