Reference Site Minimum Requirements: State Variables and Fluxes at Surface AND Key Contributions to the CEOP Overall Objectives
Reference Site |
Type of Reference Site |
Key Contributions to the CEOP Overall Objectives |
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1D |
2.5D |
3D |
Basin |
WESP |
Monsoon System Study |
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Tundra |
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X |
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X |
Permafrost land surface processes. |
Effect of cold land processes on the monsoon |
Taiga |
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X |
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Boreal forest processes with well instrumentation |
Effect of cold land processes on the monsoon |
Mongolia |
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X |
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Spatial distribution and average of soil moisture and fluxes with well instrumentation |
Impacts of monsoon rainfall on water resources (grass production). |
Inner Mongolia |
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X |
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Intercomparison among three land uses |
Impacts of monsoon rainfall on land use |
KOFLUX |
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X |
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Spatial average of fluxes with well instrumentation |
Effect of land processes on heavy rainfall |
KOMEX |
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X |
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Heavy Rainfall and storm prediction |
Heavy rainfall mechanism associated with Baiu and Typhoon |
Tibet |
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X |
X |
Spatial distribution and average of soil moisture and fluxes and 1D comprehensive observation with well instrumentation |
Atmospheric heating processes and their interaction to Asian monsoon activity |
Yangtze River |
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X |
X |
Heavy rainfall prediction with well instrumentation during IOP |
Meiyu front activity mechanisms and flood damage prevention |
Himalayas |
X |
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Monsoon prediction |
Driving heat source of the monsoon |
TMEX |
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X |
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3D process with well instrumentation |
Summer and Winter monsoon systems |
Chao-Phraya |
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X |
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X |
Effect of mixed land use on spatial average of WEB |
Impacts of monsoon rainfall on water resources |
NE Thailand |
X |
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Spatial distribution of soil moisture |
Impacts of land use change on rainfall |
Palau |
X |
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Monsoon-ENSO interaction |
Kototabang |
X |
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1D wind monitoring at equator |
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