Lightning flashes overhead, hail pounds mercilessly into the ground, and high winds threaten to bring down trees. Suddenly, a funnel cloud begins to snake down from the dark clouds above, kicking up dust and growing in size as it reaches the ground. If you are like most people, seeing something like this would probably make you want to run for cover. But for more than 100 scientists working with the VORTEX2 project, running for cover isn’t an option. Being up close and personal with tornadoes is their job, and over the course of the next month they will be patrolling the Great Plains region of the United States searching for these killer storms.
VORTEX stands for “Verification of the Origins of Rotation in Tornadoes Experiment.” As the name suggests, the project is attempting to discover exactly how, when, where, and why tornadoes form. Currently, weather forecasters can predict tornadoes with an average lead time of only 13 minutes, and 70% of tornado alerts turn out to be false alarms. VORTEX2, which runs from May 1 to June 15 of this year, will be the largest-ever tornado study, and the scientists involved hope to deploy an unprecedented array of cutting-edge technology into and around these storms.
The original VORTEX project took place in 1994 and 1995 and helped to inspire the 1996 film Twister. Data from that project helped to significantly improve tornado forecasting. The VORTEX2 project will build on the knowledge gained from its predecessor by using more advanced data collection tools and by extending the study period by two weeks. You can follow VORTEX2’s daily progress at the project website or blog.
If you are interested in learning more about tornadoes and other severe weather events, stay tuned to the Morehead website for information about a new live show that will debut on June 15 (the last day of the VORTEX2 project): “Science 360: Predicting Severe Weather.”
Casey Rawson is the Science Content Developer for Science 360.