Residents sometimes report a set of complaints near wind farms: poor sleep, tension headaches, a feeling of pressure in the ears, and persistent annoyance even when sound levels look compliant on paper. In public debate this bundle is often called wind turbine syndrome. Public-health agencies generally avoid endorsing a single syndrome label because studies mix objective measures (noise, shadow flicker) with subjective outcomes (annoyance, quality of life) and because publication bias exists on both sides of the controversy.
What systematic reviews agree on
Large reviews (for example Health Canada, 2014; NHMRC, 2015) find no consistent evidence for a novel pathology that only appears near turbines. They do find dose-response for annoyance and sleep disturbance at distances and sound profiles that still occur under legal setbacks in several countries. In other words: the strongest signal is not a mysterious new disease, but well-known effects of noise and low-frequency pressure on sensitive people.
Why distance still matters
Modern turbines are taller and louder at the blade tip than the machines used to write older setback rules. Low-frequency content travels farther through walls, which matters at night when background sound drops. That is why many acoustic teams recommend planning buffers well beyond the statutory minimum, especially for homes that already report poor sleep or anxiety disorders.
How ClearSpot presents it
We do not diagnose individuals. We show proximity to turbines, modelled noise where data exists, and let you tighten thresholds if you know you are sensitive. If you live inside a conservative buffer, the verdict may read not clear even when the installation is fully permitted: the goal is informed consent, not panic.