Ice damming is a common winter roofing problem across the Midwest, where heavy snow and freezing temperatures put constant stress on residential roofs. While many homeowners focus on removing ice from the roof’s edge, the real solution lies in fixing the underlying cause of the problem.
Ice dams form when heat escapes from your home into the attic, warming the roof and melting snow. As that water flows toward the colder roof edges, it refreezes, creating a dam that traps additional water and eventually works its way back through the roofing materials resulting in interior leakage.
These issues are especially common in Midwest homes due to older construction methods, extreme winter conditions, and lack of proper roof underlayment.
Ice dams can lead to roof leaks, interior water damage, mold growth, rotting roof decking, and damaged gutters or fascia. Left unaddressed, ice damming can shorten the life of your roof and result in costly repairs.
Temporary fixes like roof raking or ice removal may help briefly, but they don’t stop ice dams from returning. In some cases, improper ice removal can damage shingles and gutters and can also be dangerous if it isn’t being completed by a professional. Without addressing insulation and ventilation issues, ice damming will continue to be a recurring winter roofing issue.
Preventing ice dams requires a whole-system approach, including improved attic insulation, sealed air leaks, proper roof ventilation, and ice and water shield installation along eaves, flashings, and roof to wall transitions. These solutions help keep roof temperatures consistent so snow can melt and drain safely.
If your home experiences ice dams every winter, it’s a sign of an underlying roofing issue. A professional winter roof inspection can identify the cause before it leads to leaks or interior damage.
Contact us today at 402-763-4851 to schedule a roof inspection or to learn more about our winter roofing services. Addressing ice damming early can help protect your home and avoid costly repairs.
Moose Roofing - Copyright 2026