Smithsonian: Ancient Maya ballcourt may have been blessed

UC researchers collect clues about ceremonial practices using environmental DNA

Smithsonian magazine highlighted the University of Cincinnati's discovery of a collection of plants used in ceremonial rituals beneath a ballcourt in the ancient Maya city of Yaxnohcah in Mexico. 

Using environmental DNA analysis, researchers identified plants known for their religious associations and medicinal properties beneath a plaza floor upon which a ballcourt was built.

UC Professor David Lentz and his colleagues have a new study on the ancient Maya coming out. Using environmental DNA, researchers discovered what they think were offerings made at the site of a ballcourt next to a Mayan temple, suggesting how important it was for the ancient Maya to consecrate the land when they made changes to it.

UC Professor David Lentz. Photo/Andrew Higley/UC Marketing + Brand

Researchers said the ancient Maya likely made a ceremonial offering during the ballcourt’s construction.

UC's team partnered with Mexico's National Institute of Anthropology and History in collaboration with researchers from the University of Calgary, the Autonomous University of Campeche and the National Autonomous University of Mexico.

Their findings could provide clues about the ritual life of the ancient Maya.

UC Professor Emeritus Nicholas Dunning collected a sample of sediment at the base of a sidewall. Here, in a place known as the Helena complex, researchers believe stood a civic ceremonial platform consisting of 1-meter-high stone and earth.

An environmental DNA analysis identified plants associated with ancient Maya medicine used in divination rituals such as a morning glory called xtabentun and chile peppers.

“I think the fact that these four plants which have a known cultural importance to the Maya were found in a concentrated sample tells us it was an intentional and purposeful collection under this platform,” UC botanist and study co-author Eric Tepe said.

Lentz also spoke to the National Science Foundation podcast the Discovery Files about his team's discoveries at Yaxnohcah.

“One thing we did at that site was improve our techniques with environmental DNA, so we were able to get a lot of information from that new technology,” Lentz said.

Lentz said the ancient Maya relied on stored water from reservoirs to survive during seasonal dry periods. Lentz said often the Maya would use plaster or clay to line the reservoirs to prevent water from draining into the porous limestone.

“One of the biggest takeaways is the Maya are an excellent distant mirror for our own activities,” Lentz said.

Lentz said the ancient Maya faced environmental crises much like our own with water pollution, deforestation and mercury contamination.

“I think our society can learn a lot from studying the Maya. To understand the present, you should understand history and that goes for prehistory, too,” Lentz said.

Featured image at top: UC Professor David Lentz poses in front of a temple in the ancient Maya city of Tikal. Photo/Liwy Grazioso Sierra

UC's ancient Maya research in the news

Related Stories

1

UC associate professor wins short film award, named Mary Ellen Heintz professor

November 1, 2026

Anima Adjepong won an award for the best short film at the Black Star International Film Festival in Ghana, in September. Adjepong’s film will be screened on Thursday, Nov. 12 at the Esquire Theater. The film titled "Home, Or Our Journey is Still Long," was made in collaboration with Ghana film maker Joewackle J. Kusi. It was funded by the University Research Council Pivot Grant award. Adjepong said the film is about exploring the feeling of home and belonging, as well as reflecting on the ocean and the industrialization of the natural world.

2

'Very inspiring'; UC professor wins award for greenhouse-gas research, credits students for her passion

October 30, 2026

Amy Townsend-Small, a College of Arts and Sciences professor, won the 2026 Sustainability Leadership award for her nearly two decades of work looking into the oil and gas industries. Townsend-Small, who teaches for the School of Environment and Sustainability (SEaS), said she studies where methane is emitted through the life cycle of natural gas, and what can be done to reduce emissions. Methane, according to Townsend-Small, is very good at trapping heat in the atmosphere. Specifically, she works to quantify the emissions with the goal to be providing accurate data for policy change.

3

Arts and Sciences student wins national award for work on vigilante political violence in India

October 29, 2026

A competitive academic award in the political sciences arena has been captured by College of Arts and Sciences student, Yash Sharma. The prestigious HFG Emerging Scholar award is open to students from across the world and every discipline within the scope of political violence. Sharma's dissertation is on the study of anti-minority vigilante violence, specifically religious nationalism and political violence in his home country of India.