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Sub-seasonal variance of surface meteorological parameters in buoy observations and reanalyses

机译:浮标观测和再分析中地表气象参数的亚季节变化

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摘要

Tropical Atmosphere Ocean ( TAO)/Triangle Trans-Ocean Buoy Network ( TRITON) and Eastern Pacific Investigation of Climate ( EPIC) moorings across the equatorial Pacific are used to evaluate the mean climate and sub-seasonal variance in surface meteorological variables in the NCEP/NCAR, NCEP/DOE, and ERA40 reanalyses. This study focuses on the June - November time period when tropical storms are most frequent in the region. For the mean fields, the reanalysis surface products compare better with the moorings than the 1000 hPa products. In contrast, the variance in the 1000 hPa ERA40 state variables is in best agreement with the mooring variance. As long as these disparities exist, air-sea interaction studies and our ability to drive ocean models with observed fluxes will be limited.
机译:热带大气海洋(TAO)/三角跨海浮标网络(TRITON)和赤道太平洋的东太平洋气候调查(EPIC)系泊被用于评估NCEP /中地表气象变量的平均气候和次季节变化NCAR,NCEP / DOE和ERA40重新分析。这项研究的重点是该地区热带风暴最频繁的六月至十一月。对于平均场,再分析地表产品与系泊设备的比较要好于1000 hPa产品。相反,1000 hPa ERA40状态变量中的方差与系泊方差最一致。只要存在这些差异,气海相互作用研究以及我们利用观测到的通量来驱动海洋模型的能力将受到限制。

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