Can You Plant Trees in Electric Right of Way?

Electric right of way is the strip of land that runs alongside or above electric transmission lines. It is important to maintain clear space around transmission lines to minimize the risk of electrical arcing, which can cause fires and power outages. However, these strips of land can also be repurposed into green corridors that provide a range of benefits, including improved air quality, carbon sequestration, wildlife habitat, and recreation opportunities. The question is, can you plant trees in electric right of way?

Legal Considerations

Planting trees in electric right of way may be subject to legal regulations that vary by state or utility company. In some cases, it may be prohibited or require a permit. Generally, the objectives of vegetation management in electric right of way include protecting public safety, ensuring reliable electricity service, and minimizing the impact on the environment. Therefore, any vegetation that is planted or allowed to grow in these areas should meet certain criteria, such as being low-growing, non-invasive, and compatible with the soil and climate conditions.

Benefits of Planting Trees in Electric Right of Way

Despite the potential challenges, there are many benefits to planting trees in electric right of way. Trees can help absorb and filter air pollution, provide shade and cooling, reduce erosion, and promote biodiversity. By planting a diverse mix of native trees and shrubs, it is possible to create a healthy ecosystem that supports a variety of wildlife, such as birds, butterflies, and bees. In addition, trees can enhance the aesthetic appeal of transmission lines and reduce the visual impact on nearby communities.

Best Practices for Planting Trees in Electric Right of Way

Planting trees in electric right of way requires careful planning and execution to ensure that the vegetation does not interfere with the operation and maintenance of the transmission lines. Some best practices to consider include:

Setting clear boundaries and obtaining any necessary approvals or permits.

Selecting the right species based on soil, climate, and height restrictions.

Maintaining a safe distance from the transmission lines to avoid any contact with the conductors.

Providing regular pruning and maintenance to prevent the vegetation from growing too close to the lines.

Working with a qualified arborist or vegetation management professional to ensure compliance with regulations and guidelines.

Conclusion

Planting trees in electric right of way can be a rewarding and beneficial undertaking, but it requires careful consideration and adherence to regulations. By following best practices and working collaboratively with utility companies and professionals, it is possible to create sustainable and vibrant green corridors that enhance the environment, protect public safety, and promote community well-being.