中文
|
English
Home
About
Introduction
Welcome Message
Directors
Organization
History
Reports
Contact Us
News
News
Research Results
IUM Forum
Our People
People
Scientific Committee
Distinguished Experts
Supervisors
Researchers
Administrators
Postdoctors
Research
Research Directions
RMAPS Models
Platforms
Comprehensive Observation Platform
Joint Research Platform
Postdoctoral Center
Urban Meteorology Committee, Chinese Meteorological Society
Beijing Meteorological Society
Resources
RMAPS Product Display Platform
Database System Platform
Large-scale Instrument Sharing Platform
National Urban Meteorological Basic Data Platform
Opportunities
Recruitments
中文
Home
About
News
People
Research
Platforms
Resources
Opportunities
Newsletter
more
2022-01-05
Oct-Dec, 2021
2021-10-11
Jul-Sep, 2021
2021-07-06
Apr-Jun, 2021
2021-04-02
Jan-Mar, 2021
2019-07-10
Jan-Jun, 2019
Our People
more
Congratulations! Two Members of the Institute of Urban Meteorology Selected for the 2024-2026 Youth Talent Promotion Project of the Beijing Association for Science and Technology
Congratulations! Two Members of the Institute of Urban Meteorology Selected for the 2024-2026 Youth Talent Promotion Project of the Beijing Association for Science and Technology
more
News
more
Inauguration of the Joint Laboratory for Artificial Intelligence and Digital Meteorological Application Research
2024-08-05
Inauguration of the Joint Laboratory for Artificial Intelligence and Digital Meteorological Application Research
more
2024-11-04
Researchers of the IUM participated in the annual meeting of EMS in Spain
2024-10-25
Researchers from the IUM Participated in a Key R&D Project Seminar on Extreme Rainfall Intensity in Xinyang
2024-10-24
Urban Meteorological Data Sharing Platform Completion and Open to the Public Promoting Urban Meteorological Research
2024-10-19
Researchers of the IUM Participated in the Observational Application Seminar
2024-10-10
Urban Micro-scale Meteorological Scientific and Technological Achievements Were Rated as Excellent
2024-09-23
Researchers from the IUM participated in the Seminar on the Physical Process of Solar Power Generation Oriented NWP
2024-09-18
The Dean Miao Shiguang Participated in the WWRP/SSC Annual Meeting, WMO
Research
Directions
Urban Boundary Layer and High-impact Weather Mechanism
Mainly carry out urban boundary layer and atmospheric environment observation research, atmospheric chemistry models research and application.
Urban Fine-scale Weather Forecast
Mainly carry out nowcasting research, numerical weather forecast research, artificial intelligence meteorological application research.
Urban Climate and Climate Change
Mainly carry out research on urban human-land-air coupling mechanism and numerical simulation, urban climate change, and urban climate service.
Research-to-Operations and Applications
Mainly carry out the business transformation of research achievement of refined forecasting, the development of the R&D operation and maintenance system of the refined forecasting business system.
IUM
Forum
more
Application of Rapid Update Four-Dimensional Variational Assimilation in Identifying Key Factors of Extreme Rainstorms: A Case Study of the July 21, 2021 Zhengzhou Rainstorm
Application of Rapid Update Four-Dimensional Variational Assimilation in Identifying Key Factors of Extreme Rainstorms: A Case Study of the July 21, 2021 Zhengzhou Rainstorm
Comprehensive Understanding of Observation, Mechanisms, and Applications of Lightning
Comprehensive Understanding of Observation, Mechanisms, and Applications of Lightning
Innovative Applications of Artificial Intelligence in Modern Meteorology
Innovative Applications of Artificial Intelligence in Modern Meteorology
Research &
Results
more
Paper: Addressing Future Health Risks Posed by High Temperatures: Balancing Emission Reduction and Healthcare Infrastructure Development.
Paper: Addressing Future Health Risks Posed by High Temperatures: Balancing Emission Reduction and Healthcare Infrastructure Development.
IUM's AI Regional Atmospheric Environment Forecast Model Offers More Precision Thran Traditional CTM
IUM's AI Regional Atmospheric Environment Forecast Model Offers More Precision Thran Traditional CTM
Software copyright:Integrated land surface data assimilation system V1.0
Software copyright:Integrated land surface data assimilation system V1.0
Introduction of A Masterwork | Translated Monograph of Frontier Atmospheric Science-Urban Climate
Introduction of A Masterwork | Translated Monograph of Frontier Atmospheric Science-Urban Climate
Invention patent: Early warning method applicable to natural slopes and urban waterlogging depths
Invention patent: Early warning method applicable to natural slopes and urban waterlogging depths
Joint effects of Beijing-Tianjin-Hebei local circulation and anthropogenic emissions on the formation of persistent O3 pollution
Joint effects of Beijing-Tianjin-Hebei local circulation and anthropogenic emissions on the formation of persistent O3 pollution
Refined Assessment of Wind Environment over Winter Olympic Competition Zone Based on Large Eddy Simulation
Refined Assessment of Wind Environment over Winter Olympic Competition Zone Based on Large Eddy Simulation
Recommended Monographs: Air Pollution and Climate Change
Recommended Monographs: Air Pollution and Climate Change
Parameterization of subgrid aerosol formation and its regional influence on aerosol in China
Parameterization of subgrid aerosol formation and its regional influence on aerosol in China
Paper: Addressing Future Health Risks Posed by High Temperatures: Balancing Emission Reduction and Healthcare Infrastructure Development.
IUM's AI Regional Atmospheric Environment Forecast Model Offers More Precision Thran Traditional CTM
Software copyright:Integrated land surface data assimilation system V1.0
Introduction of A Masterwork | Translated Monograph of Frontier Atmospheric Science-Urban Climate
Invention patent: Early warning method applicable to natural slopes and urban waterlogging depths
Joint effects of Beijing-Tianjin-Hebei local circulation and anthropogenic emissions on the formation of persistent O3 pollution
Refined Assessment of Wind Environment over Winter Olympic Competition Zone Based on Large Eddy Simulation
Recommended Monographs: Air Pollution and Climate Change
Parameterization of subgrid aerosol formation and its regional influence on aerosol in China
Resources
RMAPS Product Display Platform
Rapid-refresh Multi-scale Analysis and Prediction System(RMAPS)display platform, including RMAPS-ST, RMAPS-NOW, RMAPS-RISE, RMAPS-CHEM products ... ...
Database System Platform
The urban meteorological data platform provides researchers with relevant urban meteorological and urban climate data, including scientific experiment data, operational observation data, and observation data for numerical models ... ...
Large-scale Instrument Sharing Platform
Appointment use platform for large-scale scientific research instruments and equipment of IUM ... ... Under construction ... ...
National Urban Meteorological Basic Data Platform
Under construction ... ...
About
|
Research
|
Platforms
|
Resources
|
Opportunities
|
Contact Us
|
Links:
Select
Ministry of Science and Technology of the People's Republic of China
National Science and Technology Information System, Public Service Platform
National Natural Science Foundation of China
Beijing Municipal Science and Technology Commission
Science and Technology Project Unified Management Platform of Beijing Municipal Science and Technology Commission
Office of Beijing Natural Science Foundation Committee
Beijing Science and Technology Award Office
Institute of Atmospheric Physics, Chinese Academy of Sciences
Chinese Academy of Meteorological Sciences
Department of Earth System Science, Tsinghua University
China Meteorological Administration
Beijing Meteorological Service
Institute of Urban Meteorology
Tel:
Address:No. 55 Beiwaxili Road, Haidian District, Beijing, 100089, China( Postcode:100089)
Email:
Copyright © 2019 Institute of Urban Meteorology All Rights Reserved [Page View:221252]
By
:
BOLEHU
Home
Tel
Address