Now that there is hail weather, can't we use artificial intervention to prevent it in advance? So why do hailstorms damage crops?

Although humans have now mastered some artificial weather modification technologies, such as artificial rainfall, artificial rain enhancement, and artificial hail prevention, these technologies still have limitations. In actual operation, the effect of artificial weather intervention is affected by many factors, including meteorological conditions, technical level, economic cost, etc. Therefore, the impact of extreme weather such as hail on crops cannot be completely avoided.

The following are some factors that may limit the effectiveness of artificial weather intervention:

Meteorological conditions: Artificial weather intervention usually requires certain meteorological conditions, such as appropriate cloud cover, humidity and wind direction, etc. . Where these conditions are not met, manual intervention may not achieve the desired results.

Technical level: Although artificial weather intervention technology has made great progress in the past few decades, there are still certain limitations. For example, existing artificial hail prevention technologies may not be able to completely eliminate hail formation, or may only achieve hail prevention effects on a local scale.

Economic cost: The economic cost of artificial weather intervention is relatively high, requiring a large investment of manpower, material and financial resources. In some economically disadvantaged areas, these costs may not be affordable. In addition, since the effect of artificial weather intervention is affected by many factors, the relationship between input and output is uncertain, which may make it difficult to achieve the expected results in actual operations.

Forecast accuracy: It is difficult to predict and forecast extreme weather such as hail. In the case of inaccurate forecasts, timely initiation of manual intervention measures may be affected.

In short, although artificial weather intervention technology can reduce the impact of hail and other extreme weather on crops to a certain extent, it cannot completely eliminate these impacts due to technical limitations, economic costs and other factors. When dealing with extreme weather such as hail, we should comprehensively use various means, including improving the accuracy of weather forecasts, strengthening the disaster resistance of crops, and improving the agricultural insurance system, to reduce the impact of hail on crops.