The first successful tornado forecast was made by the U.S. Weather Bureau, leading to the prediction of a tornado striking Tinker Air Force Base in Oklahoma. This breakthrough was made possible through advancements in meteorological science, particularly in understanding tornado formation and behavior. Forecasters analyzed atmospheric data and identified signs indicative of impending severe weather. The forecast prompted immediate preparations at the base, ensuring safety measures were enacted in anticipation of the tornado's arrival. The storm did indeed strike, leading to significant damage but sparing lives due to the prior warning.

This event is significant not just for Tinker Air Force Base but also for meteorology as a science. The ability to predict tornadoes accurately became a critical advancement, influencing how meteorological data is interpreted and used. It also set a precedent for future warning systems and the development of technologies aimed at improving weather predictions. As a young field at the time, meteorology benefitted from this incident as researchers and meteorologists began to prioritize tornado forecasting and safety protocols in their studies.

The successful prediction ushered in an era where timely alerts could mitigate risks associated with tornado events. It also exemplified the collaboration between military operations and scientific research, showcasing how both could work together to protect lives and property. Over the following decades, the methodologies developed and lessons learned from this tornado prediction would contribute significantly to the modern meteorological practices that help save countless lives during severe weather events today.