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学会动态通知公告党建活动媒体播报

专家论坛预告 | 陈飞研究员特邀报告

时间：2022-07-11 关键词：点击量：714

报告题目/Title

Improving the representation of land-atmosphere interactions in the WRF convection-permitting modeling

报告时间/Time

2022年7月15日 | 北京时间 10:00-11:30

July 15, 2022 10:00-11:30 (UTC+8)

腾讯会议ID/VooV Meeting ID

223-622-732

报告内容/Content

Convection-Permitting Modeling (CPM) captures well localized extreme weather events, and sub-daily precipitation characteristics (diurnal cycle, spatial structures, and extremes). NCAR has been conducting long-term WRF CPM regional climate simulations for North and South America. Better representing complex land-surface processes and land-atmosphere interactions in WRF has significantly improved CPM regional hydroclimate simulations. For instance, incorporating a groundwater model in WRF effectively mitigates dry and warm bias of WRF CPM in Central Plains in the United States. Advancing the understanding of the nexus among food, energy, and water systems has recently emerged as a new science frontier, and the research community started modeling urbanization and agricultural management in earth-system models to develop an integrated modeling tool for investigating relevant land-atmosphere interactions and agriculture and urban sustainability issues. However, despite those efforts, there are substantial discrepancies in simulating land-atmosphere interactions over human-modified surfaces. We discuss recent efforts in developing an integrated urban and agriculture-system model in WRF to highlight the challenges for earth-system models to capture cross-scale interactions between urbanization, agricultural management, hydrology, and climate systems.

嘉宾简介/Speaker

Fei Chen，who earned a PHD (1990) in Meteorology from Blaise Pascal University, is currently the Deputy Director of Hydrometeorology Applications Program of Research Applications Laboratory in National Center for Atmospheric Research (NCAR). He served on the Chair of American Meteorological Society (AMS) Board on the Urban Environment, the Chair of Award Nomination Committee for AMS, and the Elected Member of the International Association for Urban Climate (IAUC) Board. He received the Outstanding Scientific and Technical Advancement Award of NCAR, Elected Fellow of AMS, and Honorary Professorship of Chinese Academy of Meteorological Sciences of China Meteorological Administration (CMA). He received AMS Board on the Urban Environment Award, Outstanding Publication Award of NCAR, and AMS Board on the Urban Environment Award.

He is interested in improving land-surface modeling and data assimilation. Study land-atmospheric interactions and their impacts on boundary layer structures and precipitation. Examine feedback between soil moisture, vegetation conditions, landscape change, agriculture management, urbanization, and regional weather and climate. Organized the surface, vegetation, and soil observation network for the IHOP_02 field experiment in 2002. Developed and implemented the Noah and Noah-MP land surface and hydrology models for MM5 and WRF. Led an international effort to develop the integrated WRF-Urban modeling system.

主持人/Host

苗世光, 北京城市气象研究院院长

Shiguang Miao, Director of Institute of Urban Meteorology (IUM), CMA, Beijing

主办单位/Sponser

北京气象学会

Beijing Meteorological Society (BMS)

支持单位/Co-Sponsers

北京市科学技术协会、中国气象学会、北京城市气象研究院（北京城市气象工程技术研究中心）、中国气象学会城市气象学委员会

Beijing Association for Science and Technology, Chinese Meteorological Society, Institute of Urban Meteorology, and Committee of Urban Meteorology of CMS

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