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Inaugural Session of the Third Pole Climate Forum and Meeting of the Third Pole RCC-Network Task Team Held in Lijiang

Co-organized by Beijing Climate Centre (BCC) and World Meteorological Organization (WMO), Co-host by Northwest Institute of Eco-Environment and Resources and Yunnan Meteorological Service, the Inaugural Session of the Third Pole Climate Forum (TPCF) and Meeting of the Third Pole RCC-Network Task Team was held on 4-6 June 2024 in Lijiang, China.

Rapid Attribution of June 2026 Temperature Anomalies in China: Substantial Anthropogenic Influence in Northwest China

FOCRAII 2026 Photo

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Departure percentage of Precipitation Rate

Probability of Precipitation Rate

2-m Air Temperature Anomaly

Probability of 2-m Air Temperature

Departure percentage of Precipitation Rate

Probability of Precipitation Rate

2-m Air Temperature Anomaly

Probability of 2-m Air Temperature

850 hPa Wind Anomaly

Departure percentage of Precipitation Rate

Probability of Precipitation Rate

2-m Air Temperature Anomaly

Probability of 2-m Air Temperature

500 hPa Geopotential Height (line) and its Anomaly (shading)

200 hPa Geopotential Height (line) and its Anomaly (shading)

850 hPa Air Temperature (line) and its Anomaly (shading)

200 hPa Zonal Wind (line) and its Anomaly (shading)

Mean Temp. Anomalies (last 10 days)

Mean Temp. Anomalies (last 30 days)

Prec. Totals (last 10 days)

Prec. Totals (last 30 days)

Prec. % Anomalies (last 10 days)

Prec. % Anomalies (last 30 days)

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Climate ecological brand creation and demonstration

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Prediction services for hydropower stations in Brazil

Han River climate prediction service

Assessing climate change on reservoir impoundment, hydropower supply and electricity demand- A case study in the Upper Yangtze River Basin of China

Climate services for the South-to-North Water Diversion Project

Tools

Interactive analysis of atmospheric circulation

Wind field : Vector wind, Zonal wind, Meridional wind, Vertical velocity Height field : 500hPa, Other Levels Sea level pressure, Water vapor transport, Walker circulation

A New-Generation Crowdsourcing Innovative Platform: Climate Intelligent Prediction and Analysis System (CIPAS)

Beijing Climate Center (BCC) of China Meteorological Administration (CMA) has recently developed and completed a new-generation Climate Intelligent Prediction and Analysis System (CIPAS2.3), which is a crowdsourcing innovative platform based on the big data technology.

An Instruction to SEMAP2.0

As an effort to improve the operational prediction of ENSO, Beijing Climate Center has launched "System of ENSO Monitoring, Analysis and Prediction" (SEMAP2.0) in 2015. The SEMAP2.0 provides three kinds of ENSO prediction products routinely in the middle of each month.

Meteorological Disaster Risk Management System

This system supports seven major disasters, i.e., rainstorm, flood, typhoon, drought, high temperature, low temperature, ocean gale, and global typhoon. It is a whole-process disaster risk operation integrating disaster monitoring and identification, impact assessment, risk prediction, risk zoning and online product analysis. It can be used to generate 1900 disaster risk products in seven categories.

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