Should we mine the deep sea?
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The first license of its kind has been granted for deep-sea mining. It will be used to run early tests to see whether the seabed could be good place to harvest rare earth materials in the future. These earth minerals are what powers much of our modern technology, and the demand is growing year on year.
The license raises ethical questions about whether anyone has ownership over the seabed, and whether we could be disrupting ecosystems under the sea in doing so. We have two experts joining us to discuss the scientific implications. They are marine biologist, Dr Helen Scales and Bramley Murton from the National Oceanographic Centre, Southampton University.
Also on the programme, we build on last week\\u2019s discussion about growing opportunities for researchers on the African continent. We look at how programmes of genomic sequencing are offering opportunities for Africa-based researchers, that haven\\u2019t been available before.
We talk to Thilo Kreuger, a PhD student at Curtin University, Western Australia, who\\u2019s behind the discovery of a whole new species of carnivorous plants. We discuss what it\\u2019s like fulfilling a lifelong dream to discover more about these spectacular plant species.\\nCrowdscience listener Alix has a burning question - what\\u2019s actually happening inside the flames of a campfire to make it glow? And why do some materials burn easily, while others refuse to light at all?
Why don\\u2019t some things burn? Alex Lathbridge travels to the Fire Research Centre at the University of Edinburgh to (safely) set various things ablaze. He learns about the fundamentals of fire and why things react differently to heat. He then heads to archives of the Royal Institution of London, to see an invention from the 19th century that can stop a fireball in its tracks: the miner\\u2019s safety lamp, which saved countless lives. And he speaks to a chemist about the science of flame retardants, and how even though they can make products less flammable, they may also have unintended consequences.
(Image: The Metals Company plans to mine the seafloor for these nodules containing nickel, cobalt, and manganese in the Clarion Clipperton Zone of the Pacific Ocean. (Carolyn Cole / Los Angeles Times via Getty Images)
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