Cloud Seeding is a relatively new concept that has been developed since satellite technology has made it possible to deliver rain. This process works by using clouds to spread the pain over a much larger area than the amount of rainfall we receive on average. Cloud formation is done by using several different types of software. The type and size of the clouds used to determine how effective this technique is at precipitation generation.
Cloud seeding was first done back in 1993. A research group from the Institute of Chemistry in Milan, Italy, led by Professor Piero Guccaro made use of this method for experimental purposes. Back then they succeeded in creating and testing several different types of clouds with varying strengths and colors. The experiments were done in the Presence of drought and over mountainous regions to see how it worked. After applying various types of powders to the clouds, the groups were able to determine which colors created the best rain.
The next step for the cloud seeding experiment was to make a record of what had happened during the last year. Different types of information were recorded in order to learn how well the technique worked. Based on this record, the scientists then developed a computer model that can predict precipitation. Another important factor that was included in the study is how cloud seeding works during other climate conditions. This way, experts will be able to understand the effects of the weather modification even without making use of the clouds. The model is also useful for future predictions.
One of the most significant findings made was the increase in the snowfall in the Alps. During the study, scientists were able to track the changes in temperature and humidity in the area. The computer model accurately predicts that in the coming year, cloud seeding will increase the snowfall by up to 40%. In addition, no other precipitation agent has the same effect as the silver iodide.
Silver iodide is usually added as the last ingredient during the cloud seeding process. Although it has a negative effect, this ingredient does not melt snow. In fact, dry ice is more effective in melting snow because it does not emit heat. However, dry ice still drops particles like dry hail and seed particles onto the cloud.
Another fascinating aspect of this research is the impact of cloud warriors on the climate. The purpose of cloud seeding is to increase the moisture in the air. However, the cloud warriors also have an impact. They prevent cloud formation and reduce the melting snow. They are basically the foam-like substance that hanging from the ceilings and is sprinkled on top of the clouds. This technique only works on clear winter nights and is used commonly during cold winters.
Scientists have also studied the impact of cloud seeding on the water supply in the state of Colorado. Winter precipitation is very important for agriculture and to help Colorado’s water supply. During a time when farmers are struggling to get through a record amount of snow, a study by the University of Colorado found that cloud seeding can actually increase the amount of precipitation. Specifically, during a time when the normal precipitation was 35 inches, the amount rose to an impressive 58 inches.
There is still much to learn about cloud seeding and precipitation enhancement techniques. Researchers have found that they do make a difference in the snowpack, but they have yet to determine how much. They also have yet to determine if cloud seeding actually increases the risk of fire, which is a real threat during the time of year when there is a lack of rainfall. As the climate and weather patterns become more severe, it is likely that more precipitation will fall as snow instead of rain. Whether or not cloud seeding is a solution to current weather problems will probably only be known after a great deal of research has been done.