The ingredient based explanation for supercell thunderstorms cites moisture, wind shear, instability and lift as the reasons for their formation. I prefer to focus on the big picture. Supercell thunderstorms are a manifestation of nature’s attempt to correct an extreme imbalance. The ever ongoing effort to reach equilibrium, or viscosity, is what drives all of our weather, and the force with which the atmosphere tries to correct this imbalance is proportional to the gradient. In other words, the more extreme the imbalance, the more extreme the storm.
A study by SeatGeek — in collaboration with ESPN — does just that: it combines seat locations with where home run balls land to determine where fans should sit if they want to catch a home run ball. To determine if a home run was “catchable,” SeatGeek overlaid data from ESPN’s Home Run Tracker with their custom seating charts to figure out an approximate location of where each ball landed. Stadiums that have spots where fans are not sitting weren’t included in the catchable total. SeatGeak, which sells tickets to sports and entertainment venues, then created a measure to determine what sections will give you the best chances of catching a ball for the lowest average ticket price.
I finished reading Make Your Bed.
I finished listening to Unbroken: A World War II Story of Survival, Resilience, and Redemption.
I finished reading The Warrior Ethos.
I finished reading Billy Boy: A Novel.