首页> 外文会议>2014 IEEE/OES Baltic International Symposium : Measuring and modeling of multi-scale interactions in the marine environment: Book of abstracts >Climatic change of the Baltic Sea level and sea surface temperature based on satellite altimetry and radiometry
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Climatic change of the Baltic Sea level and sea surface temperature based on satellite altimetry and radiometry

机译:基于卫星测高和辐射测量的波罗的海海平面和海面温度的气候变化

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摘要

As it was shown recently, climate changes in the Baltic Sea resulted in interannual trends of some climatic parameters like sea level atmospheric pressure, surface air temperature, ice thickness and others. These tendencies have effect on the Baltic Sea meteorological and hydrological regime. The following remote sensing data: GODAE (Global Ocean Data Assimilation Project) High Resolution Sea Surface Temperature data and satellite altimetry data of mission TOPEX/Poseidon and Jason-1/2 are used to analyze the interannual and/or climatic tendency of sea surface temperature (SST) and sea level anomaly (SLA). According to the obtained results, on average for the entire the sea area in the period 1992–2013 SST has positive trend +0.06±0.03 °C/yr and SLA also has positive interannual trend +0.33±0.07 cm/yr. For different time intervals SST and SLA are decreased or dropped.
机译:正如最近显示的那样,波罗的海的气候变化导致某些气候参数的年际趋势,例如海平面大气压力,地表气温,冰层厚度等。这些趋势影响波罗的海的气象和水文状况。以下遥感数据:GODAE(全球海洋数据同化项目)高分辨率TOPEX / Poseidon和Jason-1 / 2任务的海面温度数据和卫星测高数据用于分析海面温度的年际和/或气候趋势(SST)和海平面异常(SLA)。根据获得的结果,整个1992-2013年期间,整个海域的SST平均呈正趋势+ 0.06±0.03°C / yr,SLA的年际呈正趋势+ 0.33±0.07 cm / yr。对于不同的时间间隔,SST和SLA会降低或下降。

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