Is it possible to manually control the weather now?

Humans have actually mastered some ways to control the weather, such as:Artificial rainfall, artificial cloud and rain reduction, artificial hail prevention, artificial fog elimination, etc.

Artificial rain enhancement is the most common type of artificial weather modification in life, in the weather conditions conducive to precipitation, the method of artificial intervention is adopted, and part of the rainfall is added in addition to the natural rainfall is a scientific means.

Artificial rainfall. It can effectively carry out agricultural drought resistance, solve the problem of human and livestock water use and forest fire prevention, and also rationally develop and utilize aerial cloud water resources.

Influencing factors. Experiments with weather modification have been widely carried out in some countries. With the deepening of the experimental research, the complexity of this work is gradually recognized:

Weather modification must have certain natural conditions, such as the presence of supercooled water droplets in the clouds in order to make the clouds cold.

Catalysis works; Because the dynamic process and the microphysical process in the cloud are very complex, and the two affect each other, the same cloud seeding method may produce completely different effects under different natural conditions, and the results of cloud seeding in different occasions are often very different.

Because the natural variability of weather phenomena is large, and the changes caused by cloud seeding are small, it is very difficult to distinguish anthropogenic changes from natural changes (i.e., effect tests). Therefore, people often have different views and evaluations of the actual effects of weather modification.

It is far from being able to "control" the weather, but only in some ways that can be controlled by the help of natural meteorological changes, such as the process of using silver iodide catalysts to condense water droplets in clouds for artificial rainfall. For more in-depth areas, especially how to avoid disastrous weather, it is still difficult to make breakthroughs.

Many years ago, the United States? Countries such as the former Soviet Union began to try to artificially modify weather plans, trying to shoot artillery into the sky and sowing silver iodide into the clouds? Dry ice to control the weather, yet most efforts have failed?

In the 70s of the 20th century, researchers trying to control the weather turned to a more realistic goal: to find accurate weather forecasts? Some new research methods have entered the field of meteorology?

By applying new technologies, scientists can obtain an unprecedentedly complex and accurate simulation of the Earth's atmospheric system? According to this model, short-term weather forecasts in a small area can be quite accurate for typhoons? Whirlwind?

Is it also possible to forecast natural disasters such as thunderstorms? However, due to the error in the model, it is still quite difficult to predict the weather after 10 days.

So some scientists think that it seems theoretically possible to modify the weather, but in practice it is almost practical? Because in order for humans to raise or fall the temperature in a small area, they have to use the equivalent of several hydrogen bombs, which is obviously unrealistic?

No, the reason why the weather is so bad now is because we have done more damage to the environment than before.

This does not happen because humans control within a certain range and do not touch the entire system.

It's not possible, because with today's technology, people can't control the weather.

Weather forecasting applies technology to the state of the atmosphere at a designated location in the future. Humans have been trying to weather for millions of years, and it wasn't until the 19th century that official weather forecasts began to be available. [5] [6] Weather forecasting entails collecting quantitative data on the current state of the atmosphere, and then applying our scientific understanding of atmospheric processes to how the atmosphere will change.

7] Initially relying entirely on human power to make forecasts based on changes in air pressure, current weather conditions, and sky conditions,[8][9] now forecasting models** for future weather are used. Manpower is still needed to select the most promising good forecasting models to make forecasts, taking into account pattern recognition skills, teleconnection, model efficacy, and pattern bias.

The chaotic nature of the atmosphere, the large amount of computational resources required to solve the system of equations that describe the atmosphere, the errors introduced in measuring the initial conditions, and the incomplete understanding of atmospheric processes all contribute to the earlier and longer the forecast, the worse the forecast. The use of ensemble forecasting can help us reduce the error and pick out the most likely outcome. [10][11][12]

Weather forecasts have a wide variety of end-users. Weather warnings are used to protect life and property and are important forecasts. [13][14] Forecasts based on temperature and precipitation are important for agriculture and are therefore also valued by commodity traders in the ** and ** markets.

Utilities also rely on temperature forecasts to estimate future demand. [19][20][21] On a daily basis, people refer to the weather forecast to determine their daily clothing. Because outdoor activities can be severely affected by heavy rain, snow and cold winds, people rely on forecasts to plan activities and prepare for bad weather.