The Livingston Parish Council is taking significant steps to streamline the regulation of telecommunications towers with a proposed ordinance amendment. This change aims to address the growing demand for cellular services as the parish continues to expand.

During a recent public hearing, Chip Lyons, representing AT&T Wireless, expressed appreciation for the council's focus on this issue. He highlighted that the revised ordinance introduces specific standards and an exception for tower placements that do not meet setback requirements. This exception allows tower companies to seek consent from adjacent property owners or relevant authorities, effectively creating a pre-approved variance process.

However, Lyons raised concerns about the absence of a formal waiver process in the new ordinance. He argued that applicants should have the opportunity to present their case for a waiver if they cannot meet the established criteria. This sentiment was echoed by council members, who acknowledged that while many ordinances lack explicit variance provisions, they still allow for requests on a case-by-case basis.

Councilman Coates emphasized the intent behind the ordinance: to simplify the process for utility companies and reduce the need for frequent council involvement in waiver requests. The goal is to create a clear checklist for tower installations, minimizing bureaucratic hurdles while ensuring safety and compliance with zoning laws.

Legal counsel for the council clarified that the ordinance is designed to limit the council's role in waiver decisions, thereby reducing the risk of legal challenges related to cell tower placements. By focusing on safety and zoning jurisdiction, the council aims to avoid the complexities of federal regulations that could lead to litigation.

As the council moves forward with this ordinance amendment, the implications for telecommunications infrastructure in Livingston Parish are significant, potentially paving the way for improved cellular service while balancing community safety and regulatory efficiency.