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ICE Pursuit in Houston Leads to Injured Driver After Department Uses Photo of Deceased Man

By Drooid · · How we work

Incident Overview

During a surveillance operation in Houston, agents from Immigration and Customs Enforcement (ICE) attempted to stop a vehicle they believed contained an undocumented Mexican man, Jose Mendoza-Cervantes, who faced deportation and multiple criminal charges. The driver, 48-year-old construction worker Miguel Parra Hernandez, fled on foot when agents tried to pull the car over. Surveillance footage later showed an ICE agent striking Parra Hernandez with an SUV from behind as he ran, shattering his leg, hip and ankle. A second passenger escaped without injury.

ICE’s Account

In a statement released on Saturday, ICE said its officers had identified Mendoza-Cervantes climbing into the vehicle and that the pursuit was part of a broader effort to apprehend him. The agency asserted that Parra Hernandez was not the target and that the second man fled the scene. ICE also noted that the individual shown in the “wanted” bulletin had not been captured.

Family’s Reaction and Discrepancy

Jamie Jimenez, a resident of Dallas, told the New York Times that the photograph circulated by ICE depicted her father, who died in 2017 after falling from a cliff while fleeing immigration agents near the southern border. She said her family was horrified to see the deceased man’s image used on a Department of Homeland Security “wanted” bulletin broadcast on local newscasts. The family’s claim highlights a mismatch between the agency’s visual identification and the actual status of the person pictured.

Broader Implications

The incident raises questions about the accuracy of ICE’s identification procedures and the potential for collateral injury when erroneous images are used in enforcement actions. While ICE maintains that its pursuit was lawful and focused on a specific fugitive, the family’s account underscores the human cost of misidentification and suggests a need for tighter verification protocols in future operations.