Study finds ‘swoosh’ sound a possible concern 18th August, 2021 Source: Flinders University With wind generation one of the fastest-growing renewable energy sectors in the world, Flinders University experts are using machine learning and other signal processing techniques to characterise annoying noise features from wind farms. Two new publications from the ongoing Wind Farm Noise … Continue reading Wind Turbine Night Noise
Tag: Flinders University
Wind Farm And Sleep Disruption
"Environmental noises, such as traffic noise, are well known to impact sleep," she says. "Given wind power generation is connected with low frequency noise that can travel long distances and more readily into buildings, it is important to better understand the potential impacts of wind turbine noise on sleep."-Dr Gorica Micic
Wind Farm Commissioner’s Report 2018
DeFrock offers the following: Raymond Hartmonds paper suggests disinformation is likely being used to 'improperly shape public policy': https://defrock.org/2019/06/20/adverse-health-impacts-of-industrial-wind-turbines-a-scientific-response-to-its-all-in-your-head/ DeFrock agrees that 'people are still worried about wind turbines'. https://defrock.org/2019/06/20/wind-farm-noise-recorded-almost-9km-away/ Magpies and eagles aside, the Volcanic Plains, hills and vistas surrounding Ballarat is spectacular. DeFrock supports honouring the history of beloved rural landscapes; the locally known nooks … Continue reading Wind Farm Commissioner’s Report 2018
Wind Farm Noise Recorded Almost 9km Away
Source: Posted on June 19, 2019 by newsdesk Photo: stock image. Flinders University researchers are investigating the effects on human sleep of noise emissions from wind farm turbines. Audible and potentially annoying indoor low-frequency noise from a wind farm is present for about 16% of the time at distances up to 3.5km, field data recorded in South Australia … Continue reading Wind Farm Noise Recorded Almost 9km Away
Flinders University Wind Farm Noise Study
The Flinders University is conducting a wind farm noise study and the effects of noise disruption on sleep disturbance by assessing sleep in a controlled laboratory environment.
