Access high-resolution monthly hydrometeorological data at 1 km scale for Asia, empowering advancements in water resources management, climate research, and environmental decision-making. Unlock precise insights for optimized conservation strategies, refined hydrological forecasts, and effective climate change mitigation.
MODIS-derived Evapotranspiration (ET) data, with monthly resolution at 1 km over Asia, aggregates 8-day 500 m data to monitor water flux dynamics. Its high spatial-temporal coverage aids hydrology, agriculture, and climate research, offering insights into land use change, climate variability, and water management for addressing sustainability challenges.
Meteorological data, including precipitation, temperature, and wind, is essential for climate analysis, disaster preparedness, and resource management. ALICE-LAB provides 5 to 16-day forecasts across Asia using open data. These forecasts aid in resource management and emergency response.
In ALICE-LAB, we use CMIP6 data, including NASA’s NEX-GDDP projections, to assess hydrological changes under various climate scenarios (SSP1-2.6, SSP2-4.5, SSP3-7.0, SSP5-8.5). These datasets support hydrological model simulations, predicting future water availability, and are used for bias correction and downscaling to improve regional research and decision-making.
High-resolution at 10 km, our global streamflow model delivers detailed river flow estimates in ungauged regions. It addresses the limitations of costly gauges, aiding flood risk assessment, water management, and climate impact evaluation for more effective decision-making.
ALICE-LAB provides daily high-resolution hydrometeorological data for Thailand at a 1 km scale, enhancing water resource management and climate research. This detailed dataset refines hydrological forecasts, supports conservation strategies, and offers critical insights for effective climate change mitigation, driving better decision-making and operational efficiency.
Our lab offers high-resolution hydrometeorological forecasts at 1 km resolution for Thailand, predicting climate, water, and carbon variables up to 6 months ahead. These forecasts support water management, climate impact analysis, and agricultural optimization, enabling better planning and decision-making.
Our lab’s 1 km resolution streamflow simulation for Thailand improves water management, agriculture, and climate applications. Covering even remote areas, it offers up-to-date data for better decision-making, flood warnings, and resource management.
ALICE-LAB provides daily high-resolution hydrometeorological data for Thailand at a 1 km scale, enhancing water resource management and climate research. This detailed dataset refines hydrological forecasts, supports conservation strategies, and offers critical insights for effective climate change mitigation, driving better decision-making and operational efficiency.
ALICE-LAB lab produces the regional hydrological midterm forecast, delivering crucial data on water balance variables—including precipitation, evapotranspiration, runoff, streamflow, groundwater, and terrestrial water storage—at an spatial resolution of approximately 10 km over Thailand.
Ground observations like rainfall, temperature, groundwater levels, and river stages are crucial for monitoring climate, weather, and hydrology, as well as enhancing model simulations and validation. ALICE-LAB collects data from various networks in Thailand, including the Royal Irrigation Department, Hydro-Informatics Institute, and Department of Groundwater Resources.