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East Asia and Western Pacific METEOROLOGY AND CLIMATE

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256<br />

staion of LID (farml<strong>and</strong> in the forest belt between desert <strong>and</strong> oasis ),<br />

Huayin, southwest of Linze county (Gobi) <strong>and</strong> North of Pingchuan<br />

(desert)*<br />

The central station is located at Linze, where the automatic data<br />

collecting <strong>and</strong> transmitting system will be set up to remotely control<br />

the operations of measurements at 5 basic experimental stations <strong>and</strong> to<br />

record the observational data 'from them.<br />

In addition, there are 1*1 rainfall stations <strong>and</strong> a mobile station<br />

for multi-parameter observation.<br />

III.<br />

Scientific Problems<br />

The main scientific problems for realizing the objectives<br />

mentioned above are as follows:<br />

(1) Development of measuring techniques <strong>and</strong> computing methodology<br />

for the determination of the heat <strong>and</strong> evaporation fluxes over the<br />

nonuniform ground surface in the arid area*<br />

(2) Study on the vertical structure of the surface layer <strong>and</strong><br />

planetary boundary layer over various l<strong>and</strong> surfaces (desert, Gobi,<br />

irrigated farml<strong>and</strong>, etc.)* <strong>and</strong> the advection effectes on the vertical<br />

transport of energy in the PBL over the whole experimental area.<br />

(3) Study on the influences of surface <strong>and</strong> sub-surface conditions<br />

(such as vegetative processes <strong>and</strong> soil moisture) on the surface water<br />

<strong>and</strong> energy budget.<br />

(4) Development of the methodology for spatial integration <strong>and</strong><br />

parameterization of net raidiation, heat flux, evaporation <strong>and</strong><br />

rainfall for the area with various types of l<strong>and</strong> surface.<br />

(5) The numerical experiment simulating the interaction between<br />

climate <strong>and</strong> l<strong>and</strong> surface.<br />

(6) The characteristics of radiative physics <strong>and</strong> its variation for<br />

various l<strong>and</strong> surfaces, <strong>and</strong> the statistical study on the comparision<br />

between the ground-truth <strong>and</strong> satellite-observed data (NOAA, GMS).<br />

(7) The concentration <strong>and</strong> size distributions of atmospheric dust

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