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High-resolution nowcasting and its application in road maintenance: experiences from the INCA Central European area project

机译:高分辨率临近预报及其在道路养护中的应用:INCA中欧地区项目的经验

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摘要

The improvement of risk management standards within the field of road safety has been one of the central goals of the EU funded project INCA (Integrated Nowcasting Through Comprehensive Analysis) Central Europe - Integrated Nowcasting system for the Central European area. The project approach was undertaken in a transnational and multidisciplinary way by enhancing the very short range weather model INCA for specific application fields (among others road safety). The communication between model developers, weather services, stakeholders and local authorities have been enhanced via intensified feedback loops. Meteorological parameters in INCA that are commonly used by road management authorities are 2-m temperature, surface temperature, precipitation and precipitation type. The INCA system has been put into pilot implementation in three different countries, that is, Austria, Slovakia and Slovenia. It has been shown that the system is able to offer detailed information about the temporal evolution and spatial distribution of snowfall and surface temperature, which is crucial for adequate short term decision making. The skill is especially high in the nowcasting range (which corresponds to a forecast horizon of ~ 6 h) and the system is able to represent specific regional and local characteristics. An additional coupling of INCA with a road-specific energy balance model (like model of the environment and temperature of roads (METRo)) is able to further improve the skill and thus enhance the capability of INCA to be used in road management services.
机译:改善道路安全领域的风险管理标准一直是欧盟资助的项目INCA(通过综合分析进行综合临近预报)中欧-中欧地区综合临近预报系统的主要目标之一。通过增强针对特定应用领域(尤其是道路安全)的超短距离天气模型INCA,该项目方法以跨国和多学科的方式进行。模型开发人员,气象服务机构,利益相关方和地方政府之间的沟通已通过加强反馈回路得到了加强。道路管理部门常用的INCA气象参数为2米温度,地表温度,降水量和降水类型。 INCA系统已在奥地利,斯洛伐克和斯洛文尼亚这三个不同的国家试行实施。已经表明,该系统能够提供有关降雪和地表温度的时间演变和空间分布的详细信息,这对于适当的短期决策至关重要。该技术在临近预报范围(对应于约6小时的预测范围)内特别高,并且该系统能够代表特定的区域和局部特征。 INCA与特定于道路的能量平衡模型(如道路环境和温度模型(METRo))的附加耦合能够进一步提高技能,从而增强INCA在道路管理服务中使用的能力。

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