Urban heat is causing severe weather issues, as those regions with plenty of concrete are generally 5-10 degrees hotter than aspects of rural population bases. Thus the air flows above the town tend to become hotter and more agitated causing super cells or aggravated storm clouds, then as the warmer air flows towards the Ceramic coating colder air we get intense thunder and lightning storms. Such storms cause super cells producing Tornadoes, flooding and intense Thunder and Lightening.
By trapping heat coming off the roads through special ceramic or glass type coatings we will stop the reflection of heat to the atmosphere and keep the floor cool in order air flows over it, the airflows will remain unchanged in temperature. The coating must certanly be inexpensive as coating a town like Los Angeles; all its roads, building tops and parking lots is no simple feat. There is over 460 square miles in the Southern California area which houses some 16-people. Many cities where airflows move across at low levels and then to the Midwest or large flat areas are probably the most serious. Once the air is heat up large clouds form and blow over the plains. Large cities like Denver, San Antonio, Dallas, Oklahoma City, St. Louis, Houston, Austin, Kansas City, Atlanta, Phoenix, Las Vegas; to name just a couple could significantly change the ever increasing intensity of the summer storms. The coating cannot come apart and if it will must remain inert in the surroundings without hurting the eco-system.
The coating must certanly be freeze resistant to boost automobile safety and also reduce noise from automobiles and trucks, while also absorbing heat of sunlight during high temperature days and solar flares. If we can try this, we can significantly reduce our drastic weather. The money we save from preventing flooding and crop failures will a lot more than pay for the price to coat our concrete civilization.