Triggering swarming behaviour in locusts, and new insights into how humans synchronize.

In this episode:

01:56 Understanding swarming behaviour

Swarms of migratory locusts regularly devastate crops across the world, but why these swarms form has been a mystery. Now, a team of researchers have identified a compound that causes solitary locusts to come together in their billions - a finding that could have practical applications for preventing this behaviour. Research article: Guo et al.; News & Views: Catching plague locusts with their own scent

08:48 Coronapod

We discuss the role that monoclonal antibodies may have as therapeutics to treat COVID-19. Although promising, there are numerous hurdles to overcome before these drugs can be used. News: Antibody therapies could be a bridge to a coronavirus vaccine — but will the world benefit?

15:30 Research Highlights

A satellite’s fecal find reveals that Antarctica’s emperor penguin population is much larger than previously thought, and changing how genes are named to avoid Excel’s autocorrect. Research Highlight: Satellites find penguins by following the poo; Research article: Bruford et al.

17:49 An out-of-sync arts project

A collaborative art-science project featuring a network of connected violinists has given new insights into how humans synchronize. Research article: Shahal et al.

23:51 Briefing Chat

We take a look at some highlights from the Nature Briefing. This time we find out about the odd immune system of the anglerfish, and the beetle that can pass through a frog’s digestive system without coming to harm. Wired: The Anglerfish Deleted Its Immune System to Fuse With Its Mate; Research paper: Sugiura

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