Disclosed are a system and method for determining whether to perform airborne glaciogenic seeding experiments through numerical simulations including analyzing weather factors of a target area for airborne glaciogenic seeding experiments, determining whether airborne experiments are possible based on the direction of the wind, the velocity of the wind, temperature and humidity in the target area, determining seeding information by taking into consideration the direction of the wind and the velocity of the wind, performing numerical simulations using the seeding information, displaying and calculating a seeding material spread and distribution field using the results of the numerical simulations, displaying a precipitation increment and a region, and calculating an area, and determining whether a seeding effect is present or not using the displayed and calculated results.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. A method for determining whether to perform airborne glaciogenic seeding experiments through numerical simulations, the method comprising: a first step for analyzing, by a weather factor analysis unit, weather factors of a target area for airborne glaciogenic seeding experiments; a second step for determining, by an airborne experiment possibility determination unit, whether airborne experiments are possible based on a direction of the wind, a velocity of the wind, temperature and humidity in the target area; a third step for determining, by a seeding information determination unit, seeding information by taking into consideration the direction of the wind and the velocity of the wind; a fourth step for performing, by a numerical simulation execution unit, numerical simulations using the seeding information; a fifth step for displaying and calculating, by an experiment calculation unit, a seeding material spread and distribution field using results of the numerical simulations, displaying a precipitation increment and a region, and calculating an area; and a sixth step for determining, by a seeding effect determination unit, whether a seeding effect is present or not using the displayed and calculated results. 2. The method of claim 1, wherein in the first step, the weather factor analysis unit analyzes the velocity of the wind, the direction of the wind, the temperature and the humidity which are the weather factors of an experiment area for the airborne glaciogenic seeding experiments using a vertical time-series diagram of weather center forecast data. 3. The method of claim 1, wherein in the third step, the seeding information determination unit determines the seeding information comprising a seeding line, a seeding altitude, a seeding start time, a seeding termination time and an amount of seeding by taking into consideration the direction of the wind and the velocity of the wind. 4. The method of claim 1, wherein in the fourth step, the numerical simulation execution unit generates information about a point, time and altitude regarding a domain of the seeding information using the seeding information and performs SEED numerical experiments and criterion experiments or NOSEED experiments numerical simulations. 5. The method of claim 1, wherein in the sixth step, the seeding effect determination unit determines whether a seeding effect is present or not based on whether the seeding material has reached the target area or not and a precipitation increment and precipitation increase area attributable to the seeding using the displayed and calculated results. 6. The method of claim 1, further comprising a seventh step for performing experiments or not performing experiments based on a result of the determination of whether a seeding effect is present or not. 7. A system for determining whether to perform airborne glaciogenic seeding experiments through numerical simulations, the system comprising: a weather factor analysis unit configured to analyze weather factors of a target area for airborne glaciogenic seeding experiments; an airborne experiment possibility determination unit configured to determine whether airborne experiments are possible based on a direction of the wind, a velocity of the wind, temperature and humidity in the target area; a seeding information determination unit configured to determine seeding information by taking into consideration the direction of the wind and the velocity of the wind; a numerical simulation execution unit configured to perform numerical simulations using the seeding information; an experiment calculation unit configured to display and calculate a seeding material spread and distribution field using results of the numerical simulations, display a precipitation increment and a region, and calculate an area; and a seeding effect determination unit configured to determine whether a seeding effect is present or not using the displayed and calculated results. 8. The system of claim 7, wherein the weather factor analysis unit analyzes the velocity of the wind, the direction of the wind, the temperature and the humidity which are the weather factors of an experiment area for the airborne glaciogenic seeding experiments using a vertical time-series diagram of weather center forecast data. 9. The system of claim 7, wherein the seeding information determination unit determines the seeding information comprising a seeding line, a seeding altitude, a seeding start time, a seeding termination time and an amount of seeding by taking into consideration the direction of the wind and the velocity of the wind. 10. The system of claim 7, wherein the numerical simulation execution unit generates information about a point, time and altitude regarding a domain of the seeding information using the seeding information and performs SEED numerical experiments and criterion experiments or NOSEED experiments numerical simulations. 11. The system of claim 7, wherein the seeding effect determination unit determines whether a seeding effect is present or not based on whether the seeding material has reached the target area or not and a precipitation increment and precipitation increase area attributable to the seeding using the displayed and calculated results.