It has been practised since the 1940s and is widespread throughout the world for a variety of reasons, most notably in China. Nevertheless it is becoming more popular in the United State. Particularly in the West, which is suffering from a severe drought.
Julie Gondzar, the program manager for Wyoming’s weather Modification Program, admitted that she receives numerous calls asking about what they are doing.
Gondzar claimed that some people accuse her of “playing God.” while others claim that he is “taking rain from the storm,’ leaving other areas drier than they would otherwise be sort of like robbing peter to pay paul.
in 2003, Wyoming began cloud seeding as part of study. When a 10-year research showed it is effective the state started carrying it out in that capacity 8 seasons ago.
They have completed 28 flying operation this season for cloud seeding in Wyoming.
she emphasised that the season still has four weeks left and expressed her hope for other opportunities before it ends.
What is Cloud seeding?
Cloud seeding uses and existing cloud and adds ice nuclei, which are small particles, by injecting silver iodide into the cloud (which water needs to freeze). Simply put, clouds are a collection of ice crystals or water droplets floating in the atmosphere. The nuclei aid in the cloud’s production of precipitation, and synthetic ice nuclei aid in producing more precipitation that the cloud otherwise would.
is it working?
Gondzar admitted,” Cloud Seeding does not end the drought. ” A drought cannot be ended by cloud seeding. It is a tool in the tool box.
Godzar acknowledged that it’s challenging to determine exactly how much additional snow they are receiving, even though they are aware that that process produces more snow than they would normally get.
Radar and several written materials include evidence of it. Gondzar stated. “How well does it function is the current query they’re attempting to address. And it’s challenging to respond to that question. As this contains an abstract element. Really, there is no way to predict how much snow a specific system would have generated.
