Imagine using tailored soundscapes to restore ecosystems, simply by amplifying recordings of sonic cues that attract wildlife, stimulate plant growth and rebuild relationships between species.
- Associate Professor in Biology, Flinders University
By listening to the “heartbeat” or soundscape of soil, we can learn more about its condition. Think of poor soil as a lifeless party. Healthy soil is where you’ll find the good vibes and chatter.
A partnership that combines Western science and Traditional Owners’ ecological knowledge is restoring the seagrass meadows of Gathaagudu/Shark Bay.
Acoustic technology allows us to listen to the sounds produced by the creatures in forest soils. A new study shows it’s a reliable way to monitor the biodiversity and health of the soil and forest.
Exposure to diverse microbes boosts our immunity, while spending time in nature restores wellbeing. And COVID reminds us of the risks of new viruses when we intrude on and degrade natural habitats.
From discovering hidden populations of vulnerable newts to dropping “seed bombs”, two new research papers show how genomics and drones help restore threatened ecosystems.
A single seagrass plant in Shark Bay is around 4,500 years old, covers 200 square kilometres of seabed, and thrives in harsh conditions.
Invisible to the eye, the microbial life in the air around us can vary depending on our environment.
Across the world, an area bigger than Russia is officially classed as “degraded land”. We’ll never restore its wildlife to what it was – but there are pragmatic steps we can take to improve things.
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