BUILDING A SOUND EDUCATION
Understanding mining noise learning resources.
How to action change in your community: Making mining companies accountable.
Want to know how to action change in your community? There are ways to make a difference and hold mining companies accountable, while not impeding their ability to make money and employ people living in the area. Read more to find out how.
Do you have an environmental concern? Here’s who you can speak to.
If you find yourself dealing with excessive noise or other environmental concerns caused by mining activities, it's essential to know that there are channels to voice your complaints and seek solutions. This article is a guide on who to contact across Australian to address noise and environmental issues near mine sites.
Solving Site Noise for a Quieter Tomorrow
Excess noise can disrupt communities and local wildlife. Read more on the main ways to solve noise at mining sites near you.
How noise issues are globally tackled near mines and industrial areas.
Community action groups worldwide have helped regulate nearby mining efforts. Read the case studies of action from South America, Australia and South Africa.
Understanding the Implications of Hearing Loss: Early Signs, Prevention, and Action
The onset of hearing loss can be subtle, and the significant mental health impacts are often poorly understood. Recognising the early signs is vital for quick intervention.
The Dual Nature of Mining: Examining the Impacts of Noise on Communities Living Near Mine Sites
Living near a mine often means having a symbiotic relationship with the site. Communities near mines benefit from a reliable income source, community growth, and corporate funding for local initiatives. However, these aspects can be overshadowed by the negative environmental impacts, particularly concerning noise pollution. The good news is that these impacts can be improved.
Understanding sound waves & frequency.
A low frequency sound wave of 20 hertz (20 cycles per second) has a wavelength of 17 metres.
A high frequency sound wave of 100 Hertz has a wavelength of just 3.4 metres.
Higher frequencies require more energy and therefore “run out of breath” sooner than low frequencies.