The Hidden Bottleneck After Storms

Guest: Micah Wilson – Founder, Emergency Tree Referral NetworkGuest Links: Website: www.emergencytreereferralnetwork.com Facebook: Emergency Tree Referral NetworkThis episode breaks down the hidden bottleneck after major storms that most roofers are not prepared for: trees on houses, and why that one issue can delay everything from tarping to inspections to full reconstruction. It explains Micah Wilson’s background as an insurance adjuster and storm contractor, how repeated hurricane and tornado deployments exposed the urgent need for fast, qualified tree removal, and how Emergency Tree Referral Network was built to solve that problem at scale by using roofing companies as first-in sales partners after storms. The episode dives into why local tree companies are often too booked, under-equipped, or not qualified for complex emergency removals involving cranes, power lines, and structural hazards, and why speed matters when water is actively entering a home. It also unpacks how the referral network works operationally, including out-of-state tree crews, response-time guarantees, roofer commissions, insurance billing, and the technology layer that routes jobs to the fastest available qualified partner. Beyond the tree-removal problem, the episode expands into broader storm preparation for contractors, including having crews, tarps, tools, trailers, and pay structures ready before hurricane or tornado season begins, plus the importance of documentation, Xactimate scope writing, and photo time stamps to get emergency mitigation work properly approved and paid. It also introduces a highly tactical roof maintenance program and “roof health score” concept designed to create recurring revenue, lock in future replacement work, and help homeowners understand storm wear long before full replacement is needed. Overall, this is a highly practical playbook for storm-focused roofers who want to be more prepared, more useful to homeowners, and better positioned to win work before competitors even understand the real bottleneck.