Where you place a radon test can significantly affect the accuracy of your results. Learn which level and room to test, how high to place the device, what areas to avoid, and when multiple test locations may be appropriate.

Children can spend years breathing the air in the same home, making long-term radon exposure an important family health consideration. Learn why basements, bedrooms, playrooms, and Michigan’s elevated radon risk make testing especially important for parents.

Older Michigan homes often have aging foundations, deteriorating mortar, and decades of renovations that can create new radon entry pathways. Learn why pre-1980 homes deserve extra attention and why testing is the only reliable way to understand your risk.

A finished basement doesn't always increase radon levels—but it can significantly increase your family's exposure. Learn why basement bedrooms, renovations, and occupancy make radon testing more important than ever.

Barry County carries an EPA Zone 1 radon designation, putting homeowners at elevated risk for indoor radon exposure. Learn what residents in Hastings, Middleville, Delton, Gull Lake, Gun Lake, and surrounding communities should know about radon testing and mitigation.

Should you use a DIY radon test kit or hire a professional? Learn the key differences in accuracy, testing protocols, and reliability so you can make the best decision for your Michigan home.

Muskegon County homes face unique radon risks due to lakeshore geography, older housing, and varied soil conditions. Learn why homeowners throughout Muskegon County should take radon testing seriously.

Not sure what happens during a professional radon test? Learn how the process works, what homeowners should expect, and how accurate radon results are collected in Michigan homes.

Ottawa County homes face serious radon risks due to West Michigan geology, older foundations, and growing residential development. Learn why homeowners in Holland, Zeeland, Hudsonville, and nearby communities should take radon testing seriously.

Most homeowners who learn about radon for the first time ask the same question: if it comes from the ground, how does it end up inside my house? The answer has everything to do with the way homes are built and the way air moves through them. Understanding how radon enters is also the first step toward understanding how it can be stopped. Your Home Acts Like a Vacuum The key to understanding radon entry is air pressure. The air inside your home is almost always at a slightly l