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ECMWF数值模式对中韩航线海域灾害性大风的预报效果检验

万超 盛春岩 连帆 张灿 孙倩倩 王迪

海洋气象学报2026,Vol.46Issue(4):103-113,11.
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海洋气象学报2026,Vol.46Issue(4):103-113,11.DOI:10.19513/j.cnki.hyqxxb.20250909002

ECMWF数值模式对中韩航线海域灾害性大风的预报效果检验

Verification of ECMWF numerical model's forecast effect on disastrous strong winds in the China-Korea shipping route sea area

万超 1盛春岩 2连帆 3张灿 3孙倩倩 3王迪3

作者信息

  • 1. 山东省气象防灾减灾重点实验室,山东济南 250031||威海市气象局,山东威海 264200
  • 2. 山东省气象数据中心,山东济南 250031
  • 3. 威海市气象局,山东威海 264200
  • 折叠

摘要

Abstract

Using the wind field data from 11 observing stations(two coastal stations and 9 buoy stations)in the central Yellow Sea and ECMWF 10-m wind forecast data from 2016 to 2021,this study systematically evaluates the bias characteristics of numerical model forecasts for disastrous strong winds in the China-Korea shipping route sea area by applying correlation analysis,threat score(TS)and error verification methods.The results are as follows.(1)The ECMWF model has a relatively high correlation with the observed wind speed(R=0.81,passing the significance test at the 0.01 level),but the wind speed is systematically overestimated by approximately 1 m·s-1.The TS shows a significant downward trend as the wind force increases,and both the false alarm rate and missing rate of strong winds above force 8 exceed 50%.(2)The wind direction forecast exhibits a feature of counterclockwise deflection,and the accuracy of the comprehensive wind forecast is lower than the half of individual accuracy of wind direction and wind speed forecasts.(3)The spatial distribution indicates that the wind speed errors at offshore stations are significantly higher than those at open seas,with the southern coastal stations being more pronounced.

关键词

中韩航线海域/灾害性大风/ECMWF模式/效果检验

Key words

China-Korea shipping route sea area/disastrous strong wind/ECMWF model/effect verification

分类

海洋科学

引用本文复制引用

万超,盛春岩,连帆,张灿,孙倩倩,王迪..ECMWF数值模式对中韩航线海域灾害性大风的预报效果检验[J].海洋气象学报,2026,46(4):103-113,11.

基金项目

山东省气象局科研项目(2021sdqxm08,2025sdqxm20) (2021sdqxm08,2025sdqxm20)

山东省自然科学基金创新发展联合基金项目(ZR2024LQX009) (ZR2024LQX009)

海洋气象学报

2096-3599

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