Uploaded October 2023 | Updated September 2026, 3 weeks ago
These silent black and white 8mm home movies were taken by a resident of Cheyenne, Oklahoma during a regional tornado event on May 4, 1961. The tornado was significant in meteorological terms as later on in the life cycle, it was the first to be documented on an actual scientific storm chase by Neil Ward, a meteorologist with the National Severe Storms Laboratory. Ward successfully located and shot additional motion picture films of later portions of the life cycle of this tornado to the east near Geary, Oklahoma with radio report assistance and radar guidance relayed via short wave from the Oklahoma Highway Patrol.
The films here showcase unique structure of the tornado that day, with dramatic satellite vortices present at times. Large hail had also fallen and is visible in portions of the film clip.
While I do not have the original photographers name noted nor was it listed on the film to tape copy this originates from, these films were gathered by NSSL in the 1960's to be later used for research on the structure and mesoscale dynamics in/around tornadoes. Neil Ward was also pioneering tornado model simulations in a lab setting at the time, thus this event was well studied.
Film courtesy of the National Severe Storms Laboratory archives.
These silent black and white 8mm home movies were taken by a resident of Cheyenne, Oklahoma during a regional tornado event on May 4, 1961. The tornado was significant in meteorological terms as later on in the life cycle, it was the first to be documented on an actual scientific storm chase by Neil Ward, a meteorologist with the National Severe Storms Laboratory. Ward successfully located and shot additional motion picture films of later portions of the life cycle of this tornado to the east near Geary, Oklahoma with radio report assistance and radar guidance relayed via short wave from the Oklahoma Highway Patrol.
The films here showcase unique structure of the tornado that day, with dramatic satellite vortices present at times. Large hail had also fallen and is visible in portions of the film clip.
While I do not have the original photographers name noted nor was it listed on the film to tape copy this originates from, these films were gathered by NSSL in the 1960's to be later used for research on the structure and mesoscale dynamics in/around tornadoes. Neil Ward was also pioneering tornado model simulations in a lab setting at the time, thus this event was well studied.
Film courtesy of the National Severe Storms Laboratory archives.






![Weather Segment with Dave Whitford on WZZM 13 | 1991
These are two weather broadcasts with [former] meteorologist Dave Whitford on WZZM 13 ABC in Grand Rapids, Michigan from presumably July 1991. At the time all three stations in West Michigan had live operational radar systems, both conventional and Doppler. While Im not aware of the specific date of these broadcasts, they were from sometime in the late summer of that active weather year!
Enjoy! Weather Segment with Dave Whitford on WZZM 13 | 1991](https://i.ytimg.com/vi/o3MhvDiU58s/mqdefault.jpg)


![April 21, 1967 Northern Illinois Tornadoes
A deadly tornado outbreak transpired across the Midwest and western Great Lakes on April 21, 1967. Significant tornadoes swept through the communities of Belvidere and shortly thereafter Lake Zurich and Oak Lawn, Illinois. 58 people died and thousands others sustained personal injuries. Locally for several generations this day became known as Black Friday, nor has there been a repeat of this event in the decades since, although a few events have come close in geographic occurrences and intensity [Lamont 1976, Plainfield 1990, and Chicago, west suburbs, 2023].
This Universal Newsreel chronicles only a brief glimpse of the tornado aftermath. Further information on the April 21, 1967 tornado outbreak can be accessed here: https://www.weather.gov/lot/1967_April_Tornadoes
Film © 1967 UPI, Universal Newsreel. April 21, 1967 Northern Illinois Tornadoes](https://i.ytimg.com/vi/p7gbJv8AcoY/mqdefault.jpg)
