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中国南方过去400年的极端冷冬变化
  • 期刊名称:地理学报
  • 时间:2011.11.11
  • 页码:1479-1485
  • 分类:P426.615[天文地球—大气科学及气象学] P532[天文地球—古生物学与地层学;天文地球—地质学]
  • 作者机构:[1]Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, Beijing 100101
  • 相关基金:Supported by the Innovation Project of the Chinese Academy of Sciences (KZCX2-YW-Q1-01, XDA05080100), National Basic Research and Development (973) Program of China (2010CB950100), National Science and Technology Support Program of China (2007BAC03A01), and National Natural Science Foundation of China (41071029).
  • 相关项目:过去300年长江中下游冬季主要气候特征重建与分析
中文摘要:

降水异例的空间模式用分级从自然档案从中国历史的文件和 22 降水代理系列盖住 48 个车站的数据集的干 / 湿在 691720, 12311260, 17411770, 19211950,和 19812000 的五个 30 年的温暖的时期期间被调查。它被发现北方中国平原(约 35 东亚(20 ? 蚈迥? 諥 ? 髧钰韦吗??

英文摘要:

The spatial patterns of precipitation anomalies during five 30-yr warm periods of 691-720, 1231-1260, 1741-1770, 1921-1950, and 1981-2000 were investigated using a dryness/wetness grading dataset covering 48 stations from Chinese historical documents and 22 precipitation proxy series from natural archives. It was found that the North China Plain (approximately 35~-40~N, east of 105~E) was dry in four warm periods within the centennial warm epochs of 600-750, the Medieval Warm Period (about 900-1300) and after 1900. A wet condition prevailed over most of China during 1741-1770, a 30-yr warm peak that occurred during the Little Ice Age (about 1650-1850). The spatial pattern of the precipitation anomaly in 1981-2000 over East China (25~-40~N, east of 105~E) is roughly consistent with that in 1231 1260, but a difference in the precipitation anomaly appeared over the Tibetan Plateau. The spatial patterns of the precipitation anomalies over China varied between all five 30-yr warm periods, which implies that the matching pattern between temperature and precipitation change is multiform, and the precipitation anomaly could be positive or negative when a decadal warm climate occurs in different climate epochs. This result may provide a primary reference for the mechanism detection and climate simulation of the precipitation anomaly of the future warm climate.

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