Every co-op has a vegetation management program. The question is whether it’s still serving you the way it should.
Programs built years ago, sometimes shaped by whatever the original budget or staffing allowed, often carry assumptions that no longer fit. Maintenance cycles based on outdated data. Specifications that haven’t kept pace with industry standards. Policies that accumulated over the years rather than being built with a clear plan in mind. None of that means the program failed. It usually just means it’s time to take a closer look.
Rebuilding a program the right way takes time. That can feel frustrating when the pressure is to make changes quickly, but co-ops who have gone through this process will tell you patience is what makes the results last.
Why Revisiting the Foundation Matters
Vegetation management is one of the most demanding parts of running a co-op. At some cooperatives, trees account for more than 32% of all unplanned outages (Lake Region Electric Cooperative, “Vegetation Management”).
Across the industry, utilities spend an estimated $6 to $8 billion annually on clearing vegetation from overhead lines (EMPACT Engineering, “Electric Utility Vegetation Management Software”), making it one of the largest line items in any operations budget.
When a program hasn’t been revisited in a while, those numbers tend to drift in the wrong direction. Workload assessments based on old data lead to inaccurate budgets. Specifications that haven’t been updated produce inconsistent contractor results.
Hiring or restructuring without enough time invested can undercut a System Arborist’s authority before they’ve had a chance to build it. None of these are signs of a program that doesn’t work. They’re signs of a program that’s due for a refresh.
A thorough rebuild means revisiting each piece in order, not just patching the parts that are most visibly creaking.
Phase 1: Reassess What You’re Working With
The first phase is about taking a clear-eyed look at where the current program stands.
Start by forming a vegetation management committee that brings together co-op leadership, operations, and IT. Pull historical outage data, not just from the past year, but far enough back to see patterns. Compare what the existing program assumes about your system against what the data actually shows.
From there, conduct a workload inventory using random survey points across your system to check those assumptions against current conditions. Expand that survey to finalize updated projections, confirm or adjust the maintenance cycle, forecast budget requirements, and produce a draft multi-year plan.
This phase isn’t about throwing out what exists. It’s about finding out which parts of the current program still hold up and which ones need to change.
Phase 2: Update the Policies
This is where the revised program takes shape on paper.
Revisit the core policies first: property owner contact procedures, removal criteria, public relations protocols, and organizational structure. Then update specifications, including standards for tree pruning, removal, brush control, and herbicide use, along with contractor performance standards, safety requirements aligned with OSHA and ANSI, and quality audit procedures.
Close this phase with board approval and contractor pre-bid meetings. Having leadership aligned on what’s changing, and why, before contractors see the new specs, keeps everyone moving in the same direction.
Phase 3: Revisit Hiring and Contracts
This phase isn’t always about hiring someone new. Sometimes it’s about giving an existing System Arborist clearer authority and updated tools. Other times, restructuring the role is part of what the reassessment revealed.
Either way, this person needs real authority over vegetation management decisions and the credibility to back it up. If a new posting is needed, open it, complete the hire, and finalize onboarding alongside contract awards and contractor kick-off meetings.
Contractor relationships get revisited here too. Inconsistent contractor performance is a well-documented driver of rising vegetation management costs, so this is a good point to reassess current vendor relationships and run financial due diligence on any new bids.
Phase 4: Implement and Build the Records
When updated specifications go into effect in the field, crews aren’t starting from nothing. They’re building on what came before, with a clearer set of standards.
This phase includes updating or launching the record-keeping system, training crews on the revised specifications, beginning quality audits, and communicating the changes through a public relations campaign alongside the first scheduled circuit work under the new program. Close with a full-cycle review: outage data compared against the new baseline, lessons documented, and procedures refined heading into the next year.
Strong records mean that anyone, including a crew member who joined after the rebuild, can pull up the history of a line segment and understand exactly what happened, when, and why. Co-ops that use a dedicated vegetation management platform to house this data find that the institutional memory stays intact no matter how much their team changes. Line histories, inspection records, cycle data, and outage patterns all live in one place, tied to the actual geography of the system, and accessible to whoever needs them next.
What Co-ops Have Seen
The results from this kind of reassessment speak for themselves. Lake Region Electric cut its annual vegetation control costs nearly in half after moving to a proactive, cycle-based integrated vegetation management program, dropping from around $2 million per year to between $600,000 and $1.2 million depending on where the co-op was in its maintenance cycle (NRECA Rural Electric Magazine, “Co-op Tech: Integrated Vegetation Management”).
Research comparing integrated vegetation management with traditional mechanical-only approaches shows total maintenance cost reductions of 25% to 57% over a 20-year period (Burns & McDonnell, “Integrated Vegetation Management Reduces Utility Operating Costs”).
For lower-severity storm events, proactive vegetation management has been shown to reduce normalized outages by 45.8% to 63.8% (MDPI Sustainability, “A Statistical Framework for Evaluating the Effectiveness of Vegetation Management in Reducing Power Outages Caused during Storms in Distribution Networks”).
Those outcomes come from co-ops willing to take an honest look at what they already had in place and rebuild it with intention: reassessment before policy, policy before hiring or restructuring, implementation before records.
The process asks for patience. What it gives back is a program built for where your cooperative is now, not where it was when the original program was first put in place.
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