A heat wave was gripping Brittany, France, when 11 TXST students and recent graduates arrived for a four-week field season in July 2026. Temperatures near Rennes topped 100 degrees Fahrenheit.
Led by Ahlman, McKeown, and Herrmann, the team returned with maps, artifact records, and survey results from 2025. An earlier ground-penetrating radar scan had suggested a large concentration of aircraft wreckage in a different field, so the team began there. The faculty led the fieldwork, reviewed each day’s evidence with students, and helped decide where the group should focus next.
Keegan Beane, a third-year doctoral candidate in applied anthropology from upstate South Carolina, served as field archaeologist. This was her third DPAA mission, following earlier work in Germany and the 2025 field season in France. Mara Stumpf, also an applied anthropology doctoral student from Raleigh, North Carolina, served as crew chief.
Beane drafted daily reports, classified evidence, and helped plan the next day’s work. Stumpf worked with her to rotate students among metal detecting, digging, screening soil, mapping, and recording artifacts. They also tracked rest breaks so the crew could work safely through the heat.
"Throughout the season, we did our best to make sure that people were rotating stations, learning new parts of the excavation processes, and tried to mix up who people were grouped with as well,” said Stumpf.
The team first excavated the area identified by the earlier ground scan. However, it did not contain the large concentration of wreckage researchers expected.
The group also learned more about the site’s recent history through the landowners who welcomed the students onto their property. For about 80 years, the landowners’ family had moved aircraft debris toward the field edge. That meant some metal detector readings reflected farming and cleanup, as well as the crash.
“This shows the importance of maintaining good landowner relations in these sorts of projects,” Ahlman said. “Archaeology never goes as planned, and it is important for students and early career researchers to learn how to be flexible in their approach. The work we do is a prime example of having to be flexible and pivoting when things may not be going as planned.”
In an attempt to find an efficient solution, the team rented a magnetometer, a tool that measures magnetic fields and can help locate buried metal. With prior experience using a magnetometer, Beane and Stump set up the equipment, laid out the survey area, and walked the planned lines in areas the team had not yet searched.
“When we realized that our initial course was not exactly what we had expected it to be, we stayed determined. It is always important to remember that ruling out a specific area is also an important part of the investigation,” said Stumpf.
Over two days, the survey showed a “hotspot,” a patch of ground with a strong magnetic signal that pointed to a dense concentration of aircraft wreckage or a possible pit containing material linked to the crash.
Before leaving France, the team excavated small test areas around the hotspot and found additional wreckage. The work gave researchers a new target for 2027. The team hopes to return to investigate that area and search one final field.