As a communication towers supplier, I’ve spent the last 12 years of my career helping businesses, telecom providers, and even local governments build networks that connect people across rural valleys and urban skylines alike. But over the years, I’ve also had hundreds of conversations with landowners, conservationists, and curious community members who ask the same question: “Just what impact do these towers really have on the environment?” It’s a fair question—especially when you’re balancing the need for reliable cell service, emergency broadband, and 5G access with protecting the ecosystems we all rely on. Too many of the existing discussions are either overly sensationalized (claiming towers are silent environmental disasters) or dismissive (writing off environmental concerns as unfounded). Today, I want to break down the science, share what our team has learned from working across North America, and explain the steps we take to minimize harm at every stage of a tower’s lifecycle. Communication Towers
First, let’s ground this in data, not anecdotes. For decades, the biggest environmental concerns raised about communication towers focused on two areas: avian mortality and habitat disruption. Back in the 1990s and early 2000s, early studies did link unlit, old steel lattice towers to significant bird strikes—especially for migratory species like songbirds and raptors that navigate at night. The U.S. Fish and Wildlife Service (USFWS) estimated that at one point, up to 5 million birds died annually from collisions with communication towers in the U.S. That was a wake-up call, and it’s why regulations changed. Today, the Federal Communications Commission (FCC) requires towers over 200 feet tall that are located within 10 miles of an airport or in areas with documented high migratory activity to be equipped with collision-avoidance lighting systems. More importantly, newer studies have shown that modern tower designs and updated lighting have cut avian mortality by as much as 70% in many regions. Our team works closely with ornithologists when we’re designing towers for sensitive areas, like along the Mississippi Flyway, to adjust placement and lighting: we use blinking red lights instead of steady ones, add bird-friendly markings on guy wires, and avoid building towers in core stopover sites for threatened species. It’s not just regulatory compliance—it’s a commitment we’ve made as a supplier to listen to environmental experts.
But avian impact is only one piece of the puzzle. Another area that’s often overlooked is habitat disruption during tower construction. When we first started in this industry, many towers were placed on remote, undisturbed land with little regard for existing ecosystems. Back then, the standard practice was to clear a small plot of land (usually 0.5 to 1 acre) for the tower base and access road, and sometimes even more if we needed room for heavy equipment. Today, that’s not acceptable. For example, last year we installed a tower in western Montana for a rural broadband provider serving a small community surrounded by old-growth forest. Instead of clearing a 1-acre site, we worked with a local ecological consultant to place the tower on a existing clear-cut area that had been used for logging 10 years prior. We also used a helical pile foundation instead of a concrete pad—this method screws into the ground like a big screw, rather than excavating 10+ feet of earth and pouring thousands of pounds of concrete. The result? We disrupted less than 10% of the habitat a traditional foundation would, and we didn’t have to remove a single mature tree. The access road we built was also 12 feet wide instead of 16, and we installed culverts under it to allow small mammals like badgers and deer to move between forest patches. That’s the kind of adaptation we’ve pushed for as a supplier—learning from past mistakes and working with local environmental groups to design towers that fit into, rather than take over, the landscape.
Of course, there are still concerns about electromagnetic radiation (EMF) from tower antennas, and it’s important to address that head-on. EMF is a hot-button topic, but the science is clear: the levels of non-ionizing radiation from communication towers are far below the safety limits set by the World Health Organization (WHO) and national regulatory bodies like the FCC. A 2022 study published in the Journal of Environmental Management reviewed 120 peer-reviewed studies on tower EMF and found no conclusive link between tower radiation and adverse environmental or human health effects. That said, we don’t take radiation lightly. When designing a tower, we place antennas at least 50 feet above the ground, away from common wildlife habitats, and we use directional antennas that focus signals toward populated or remote service areas instead of broadcasting them in all directions. For towers near wetlands or wildlife reserves, we also run pre-construction EMF tests to ensure we’re not creating unnecessary exposure. It’s a balance: we need to provide reliable service, but we never want to compromise the health of an ecosystem for that service.
Another often-criticized part of communication towers is their lifespan. Older towers—some installed 30 or 40 years ago—are often abandoned when telecom providers upgrade to newer, taller towers that support 5G. These “ghost towers” sit in the landscape, rusting, leaking chemicals, and taking up space long after they’re no longer in use. That’s a problem we’ve seen firsthand, and it’s why our team has implemented a tower decommissioning program that goes above and beyond industry standards. When a tower reaches the end of its lifecycle (usually 25 to 30 years), we work with the property owner and local regulators to either repurpose the tower for new technology (if possible) or fully dismantle it and restore the site. For example, a few years back, we decommissioned a 150-foot lattice tower in Ohio that had been used for analog cell service since 1990. Instead of leaving it standing, we removed all the steel beams, recycled 98% of the materials (steel, copper wiring, even the concrete base was crushed and reused for road aggregate), and replanted the site with native grasses and wildflowers. The landowner, a local farmer, even told us that the restored area is now a popular spot for pollinators like monarch butterflies. Decommissioning isn’t just about cleanup—it’s about making sure we don’t leave a mess for future generations.
Now, let’s be honest: no form of infrastructure is completely without environmental impact. Even solar farms have habitat disruption concerns, and wind turbines have their own avian and bat mortality risks. Communication towers are no different. But what sets the modern industry apart is that we’re no longer just building to meet demand—we’re building to mitigate harm. As a supplier, we invest 15% of every project’s budget into environmental assessments and mitigation measures, a number that’s higher than the industry average because we believe it’s non-negotiable. We also work with telecom providers to optimize tower placement: instead of building a new tower every 5 miles, we suggest co-locating new antennas on existing towers (like cell phone towers or TV broadcast towers) wherever possible. Co-location reduces the number of new towers we need to build, which means less habitat disruption, less material use, and lower carbon emissions from construction. In 2023, 40% of our projects were co-locations, up from 22% in 2018, and that’s a trend we’re proud to be part of.
But I also know that there’s still a lot of misinformation out there. I’ve spoken at community meetings where residents worry that a new tower will hurt their local bird population or lower property values. And while we can’t eliminate all concerns, we can show up, listen, and work with the community to find solutions. Last year, when we proposed a small cell tower for a rural school district in Iowa, the local bird club was worried about songbirds colliding with the small tower’s lighting. We worked with them to adjust the lighting schedule—turning off the blinking lights during peak migratory hours—and added acoustic sensors that dim the lights when no birds are in the area. The club ended up supporting the project, and the school district now has reliable broadband for its remote learning programs. That’s the kind of collaboration we need more of: not suppliers talking at communities, but working with them to find a middle ground.
At the end of the day, communication towers are a critical part of modern life. They connect first responders when emergencies strike, bring telehealth services to rural areas without access to doctors, and allow kids in remote towns to attend online school. But that doesn’t mean we get to ignore their environmental impact. For 12 years, our team has strived to be a supplier that leads by example: using eco-friendly materials, minimizing habitat disruption, prioritizing decommissioning, and listening to environmental experts and community members. We’re constantly learning too—last year, we tested a new solar-powered tower design that cuts down on grid energy use, and we’re working on a lightweight tower made from recycled steel that’s easier to transport and install in remote areas, reducing the carbon footprint of construction.
If you’re a telecom provider, land manager, or community leader looking to build or upgrade a communication tower, I’d encourage you to reach out. We don’t just sell towers—we partner with our clients to design solutions that work for both your connectivity needs and the environment. Whether you’re building in a sensitive wildlife area or a dense urban neighborhood, we can walk through the steps we take to minimize impact, from site assessments to decommissioning plans. The goal isn’t to build towers that are invisible to the environment—it’s to build towers that enhance both connectivity and ecological health.
Overhead Line Tower References
- U.S. Fish and Wildlife Service. (2021). Avian Collisions with Man-Made Structures: A Review of Current Research and Mitigation Strategies.
- World Health Organization. (2022). Electromagnetic Fields and Public Health: Base Stations and Wireless Technologies.
- Journal of Environmental Management. (2022). "Environmental Impacts of Communication Towers: A Systematic Review of Construction, Operation, and Decommissioning."
- Federal Communications Commission. (2023). Tower Siting and Collision Avoidance Lighting Requirements for Wireless Communication Structures.
- National Audubon Society. (2021). Bird-Friendly Communications Tower Design Guidelines.
Hebei Yifeng Steel Structure Co., Ltd.
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