Lancang-Mekong Region Integrated Meteorological Services Sharing Platform
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Lancang-Mekong Basin Monitoring

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Latest news
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Significant Rainfall Expected in Myanmar and Northeast India
2025-04-09
Hu Yingying Liu Xiaobo Checker。Dai Kan 2025 年 04 月 09 日 12 时 Significant Rainfall Expected in Myanmar and Northeast India Affected by a low-pressure system over the northeastern Indian Ocean (Figure 1
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Hot Weather Expected to Subside with Increased Rainfall in Myanmar
2025-04-07
most parts of Myanmar will see light rain or showers (Figure 1)。Yang Qian Zhou Ningfang Checker。and localized areas may receive up to 50 millimeters. From April 10 onwards。with some periods hitting 40
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Central Myanmar will continue to experience heatwave during this week The probability of rainfall will increase from the April 5, 2025
2025-03-31
and Tanintharyi Region. The accumulated precipitation in these areas is expected to be 2-8 mm。Yang Jing Wang Guanlan Zhang Bo Checker。and locally 15-30 mm in the coastal areas of western Tanintharyi R
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SPEI Drought Monitoring

Agroecology

The agro-ecological monitoring products were calculated by using all-weather meteorological satellite monitoring data and precipitation fusion lattice data, and the estimation method suitable for Indochina Peninsula was adopted based on national standards.
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Vegetation growth
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Vegetation growth trends
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Vegetation Growth Change
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Soil Relative Humidity
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Hydrology

Based on the hydrodynamic model built by the Lancang-Mekong Basin Meteorological Integrated Service Sharing Platform, historical observation data and three-hour refined grid forecast data for the next 10 days are used to obtain a 500-meter resolution flood area and flood depth forecast for the next 10 days. Flood return period and critical rainfall determine the flood risk in the next 10 days.
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Flood area and depth
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Flood return period
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Gridded Runoff Volume
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Flood area and depth

Climate background

Realize the collection, processing, analysis and visualization of observation data, and realize the visualization of climate state analysis, spatiotemporal distribution and evolution characteristics of meteorological data and major disastrous weathers of countries in the Lancang-Mekong Basin.
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