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UID:pretalx-foss4g-asia-2024-SWHW7J@talks.geoinfo-lab.org
DTSTART;TZID=+07:20241217T113000
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DESCRIPTION:Hydrometeorological data are crucial for effective water resour
 ce management\, weather forecasting\, and climate adaptation. In Asia\, a 
 region known for its vast geographic diversity and varied climatic conditi
 ons\, the lack of high-resolution data has been a significant challenge fo
 r addressing local-scale issues. Traditional datasets often have coarse sp
 atial resolution (e.g.\, 10 – 25 km)\, limiting their usefulness for det
 ailed\, localized analysis. To address this gap\, we have developed a pion
 eering dataset offering 1 km resolution hydrometeorological data for the e
 ntire Asian continent. This dataset includes essential variables such as p
 recipitation\, surface temperature\, radiation\, soil moisture\, evapotran
 spiration\, groundwater\, and surface runoff delivering unprecedented deta
 il and accuracy compared to existing coarse-resolution data. The dataset w
 as created using advanced remote sensing techniques\, land surface physics
 \, and sophisticated data assimilation methods\, ensuring both enhanced sp
 atial resolution and accurate reflection of local conditions. Our dataset 
 spans from 1940 to the present\, providing a comprehensive historical arch
 ive and seasonal forecasts extending up to six months into the future. Thi
 s combination of historical and predictive data makes it an invaluable res
 ource for a variety of applications\, including water resources\, climate 
 studies\, agriculture\, and disaster assessment. To validate the accuracy 
 of our high-resolution data\, we conducted extensive comparisons with sate
 llite remote sensing products such as MODIS (Moderate Resolution Imaging S
 pectroradiometer)\, GRACE (Gravity Recovery and Climate Experiment)\, and 
 SMAP (Soil Moisture Active Passive). These comparisons confirm that our da
 taset offers superior accuracy and finer detail compared to publicly avail
 able data.
DTSTAMP:20260511T144125Z
LOCATION:Auditorium Hall 1
SUMMARY:Advancing Hydrometeorological Data in Asia for Enhanced Water Resou
 rces and Climate Applications - Natthachet Tangdamrongsub
URL:https://talks.geoinfo-lab.org/foss4g-asia-2024/talk/SWHW7J/
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