New study: calls to city 311 lines can predict opioid overdose hotspots

COLUMBUS, Ohio — Service requests to city non-emergency telephone lines can help identify “hotspots” for opioid use and overdoses, a study in Columbus found.

Researchers found that calls to the 311 line – used in many cities across the United States to report non-emergency issues – tracked closely to places and times in Columbus in which opioid overdose events were on the rise.

Findings showed that calls about code violations, public health and street lighting were the best indicators of opioid use in Columbus communities.

“Complaints to the city about issues like streetlight repair, abandoned vehicles and code violations reflect disorder and distress that are also linked to opioid use,” said Yuchen Li, lead author of the study and doctoral candidate in geography at The Ohio State University.

“311 data helps identify which parts of the community may be the next hotspot for opioid overdoses.”

The study was published today in the journal Scientific Reports.

The results suggest that data from 311 calls can be an effective opioid overdose surveillance indicator to direct outreach and resources to where they are needed, said TDAI Affiliate Harvey Miller, co-author of the study and professor of geography at Ohio State.

“311 calls are in some ways a conversation between communities and the city about what is of immediate concern to residents,” said Miller, who is director of Ohio State’s Center for Urban and Regional Analysis.

“This data provides a more dynamic and useful way to track the opioid crisis in American cities.”

For the study, the researchers obtained data on Columbus emergency personnel responses to opioid overdoses in the city between 2008 and 2017. These incidents are tracked, aggregated and summarized on the Franklin County Opioid Crisis Activity Levels (FOCAL) Map.

Researchers compared the location and time of each overdose with data they received on 311 calls received from residents in the same area near the same time.

The 311 calls are not about drug use, Miller said. But the results show they do indicate when areas are becoming a hotspot for opioid overdoses.

“The 311 data points to the environmental and social stressors that are also associated with drug use,” he said.

“The results add to the scientific evidence that the opioid crisis is rooted in social inequality, distress and under-investment in communities.”

Findings showed that 10 out of 21 types of 311 requests were specifically associated with nearby opioid overdoses. Calls about code violations, public health issues such as pest management, food security and unsanitary conditions due to animals, and problems with street lighting were the most accurate predictors of opioid overdose hotspots.

Other calls linked to drug problems included those about abandoned vehicles, animal complaints, law enforcement, refuse/trash/litter, street maintenance, traffic signs and water/sewers/drains.

Calls that were not related to overdoses included those about snow and ice removal, trees, and recreation and parks.

“The kind of request types that we would expect to be good indicators of opioid use are the ones that worked,” Miller said.

“They are also the same indicators that suggest poverty and distress.”

The power of using 311 calls to identify opioid hotspots is that it is much more up to date than other indicators of social distress, Li said.

“Communities are dynamic and are always changing. 311 calls can provide us valuable information in faster time frames than we get from Census data,” he said.

The study was supported by The Opioid Innovation Fund at Ohio State.

Other co-authors on the study, all from Ohio State, were  TDAI Core Faculty Ayaz Hyder, assistant professor of public health; Lauren Southerland, clinical associate professor of emergency medicine at the Wexner Medical Center; and Adam Porr, consulting manager at CURA. Gretchen Hammond of Mighty Crow Media in Columbus was also a co-author.

Share this page
Suggested Articles
5 Steps to Take as an Antiracist Data Scientist

Data scientists are data stewards. They collect data, store data, transform data, visualize data, and ultimately impact how data are used. In our data-driven world, stewards hold the objective responsibility...

Heather Tubbs Cooley receives NIH grant for study on neonatal intensive care units

TDAI affiliate and associate professor of the College of Nursing Heather Tubbs Cooley recently became the PI (Principle Investigator) for a five year, 2.8 million dollar grant from the National...

Grejner-Brzezinska receives Distinguished Scholar Award

Renowned scholar and leader in navigation, mapping and geodesy Dorota Grejner-Brzezinska, a TDAI affiliate and the Lowber B. Strange Designated Professor in Civil Engineering, received a 2019 Distinguished Scholar Award and was named...

ResultsOHIO Funding Opportunity

The Treasurer’s office is accepting applications for evaluation of pay for success projects for the ResultsOHIO program. Applications will be accepted on an ongoing basis until November 20th, 2020 at...

Call for Diff-CVML papers: due March 25

Papers are invited for submission for a July 1 workshop on Differential Geometry in Computer Vision and Machine Learning that TDA affiliate Sebastian Kurtek, assistant professor of statistics, is co-organizing....