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Interannual modulation of intraseasonal sea level variability along the southern coast of Java

Science China Earth Sciences 2018年第1期61卷 1-12页

作者： CAO GuoJiao HE YiJun WEI ZeXun XU TengFei School of Marine Sciences Nanjing University of Information Science & Technology Nanjing 210044 China First Institute of Oceanography State Oceanic Administration Qingdao 266061 China Laboratory for Regional Oceanography and Numerical Modeling Qingdao National Laboratory for Marine Science and Technology Qingdao 266237 China jiangsu Research Center for Ocean Survey and Technology Nanjing 210044 China

The intraseasonal variability(ISV) of sea level anomalies(SLAs) along the southern coast of Java and its interannual modulation were studied based on a gridded SLA product produced from the Archiving, Validation, and Interpretation of Satellite Oceanography dataset. This ISV is induced by the propagation of intraseasonal Kelvin waves derived from the central equatorial Indian Ocean(EIO). Wavelet analysis and empirical mode decomposition of intraseasonal SLAs along the southern coast of Java showed interannual variability, with weaker ISV events during El Ni years and positive Indian Ocean Dipole(IOD) years than during normal years. This interannual modulation of the ISV is influenced by the El Ni-Southern Oscillation teleconnection via the Walker Circulation and eastern Indian Ocean upwelling connected to IOD events. The anomalously weaker Walker Circulation during El Ni events generates anomalous surface easterlies over the central-eastern tropical Indian Ocean that produce upwelling Kelvin waves in the EIO and offshore water transport along the southern coasts of Sumatra and Java, resulting in negative SLAs along the southern coast of Java. These negative SLAs damp the positive SLAs induced by the eastward propagation of downwelling Kelvin waves from the central EIO during the following March–May of El Ni years. Similar features of SLAs and sea surface wind anomalies also occur during positive IOD years. Consequently, the sea level ISV along the southern coast of Java is weaker in El Ni and positive IOD years.

关键词： Intraseasonal 可变性海水平 Interannual 可变性凯尔文挥手印度洋

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Toward understanding Cretaceous climate An updated review

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Science China Earth Sciences 2017年第1期60卷 5-19页

作者： William W. HAY Department of Geological Sciences and University Museum University of Colorado at Boulder 2045 Windcliff Dr. Estes Park CO 80517 USA

New data and ideas are changing our view of conditions during the *** of the continents was lower than originally thought,eliminating the'cold continental interior paradox'of fossils of plants that could not tolerate freezing occurring in regions indicated by climate models to be well below freezing in *** controversy over the height of Cretaceous sea levels has been resolved by knowledge of the effects of passage of the subducted slab of the Farallon Plate beneath the North American *** cause of shorter term sea level changes of the order of 30 to 50 meters is not because of growth and decay of ice sheets,but more likely the filling and release of water from groundwater reservoirs and lakes although there may have been some ice in the Early and latest *** dioxide was not the only significant greenhouse gas;methane contributed significantly to the warmer *** of very warm tropical ocean temperatures(>40℃)have implications for the nature of plant life on land limited by Rubisco *** land surfaces were much wetter than has been thought,with meandering rivers and many oxbow lakes providing habitat for large dinosaurs.A major rethinking of the nature of conditions on a warmer Earth is underway,and a new suite of paleoclimate simulations for the Cretaceous is needed.

关键词：白垩纪 Paleogeography Paleotopography 海水平温室 Paleohydrology 古气候

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A prediction of sea level rising amplitude in 2030 and defensive countermeasures in the Zhujiang delta

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Science China Earth Sciences 2001年第5期44卷 446-454页

作者：黄镇国张伟强吴厚水陈特固范锦春江沛霖黎子浩黄本胜 Guangzhou Institute of Geography Guangzhou China South China Sea Institute of Oceanology Chinese Academy of Sciences Guangzhou China Zhujiang River Water Resources Commission Guangzhou China Water Conservancy and Hydroelectric Power Resources Institute of Guangdong Province Guangzhou China

By analysing comprehensively the factors such as theoretical sealevel, abnormal fluctuation of sea level, rising amplitude of floodtide water level and land deformation, a rising amplitude of 22-33 cm of relative sea level by the year of 2030 is forecasted in the Zhujiang Delta. From the forecasted amplitude of 30 cm, using hydraulic and hydrometric models the scope influenced by sea level rise is delimited and the reappearing periods of floodtide water level, protecting ability of embankments, design parameters of water conservancy project, drain waterlogging, saline intrusion, resource of mud beach and comprehensive prevention measures are discussed.

关键词：海水平预防 Zhujiang 三角洲

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