EPISODE · Mar 15, 2025 · 34 MIN
Colin Freeman, Harry Ritchie, Max Jeffery, Michael Gove and Catriona Olding
from Spectator Out Loud
On this week’s Spectator Out Loud: Colin Freeman explains how Islamic State tightened its grip on the Congo (1:23); Harry Ritchie draws attention to the thousands of languages facing extinction this century, as he reviews Rare Tongues: The Secret Stories of Hidden Languages by Lorna Gibb (8:00); Max Jeffery highlights the boxing academy changing young lives (13:20); Michael Gove reflects on lessons learned during his time as education secretary (20:30); and, Catriona Olding introduces the characters from her new Provence-based memoir club (29:27). Produced and presented by Patrick Gibbons.Become a Spectator subscriber today to access this podcast without adverts. Go to spectator.co.uk/adfree to find out more.For more Spectator podcasts, go to spectator.co.uk/podcasts.Contact us: [email protected] Hosted on Acast. See acast.com/privacy for more information.
What this episode covers
On this week’s Spectator Out Loud: Colin Freeman explains how Islamic State tightened its grip on the Congo (1:23); Harry Ritchie draws attention to the thousands of languages facing extinction this century, as he reviews Rare Tongues: The Secret Stories of Hidden Languages by Lorna Gibb (8:00); Max Jeffery highlights the boxing academy changing young lives (13:20); Michael Gove reflects on lessons learned during his time as education secretary (20:30); and, Catriona Olding introduces the characters from her new Provence-based memoir club (29:27). Produced and presented by Patrick Gibbons.Become a Spectator subscriber today to access this podcast without adverts. Go to spectator.co.uk/adfree to find out more.For more Spectator podcasts, go to spectator.co.uk/podcasts.Contact us: [email protected] Hosted on Acast. See acast.com/privacy for more information.
NOW PLAYING
Colin Freeman, Harry Ritchie, Max Jeffery, Michael Gove and Catriona Olding
No transcript for this episode yet
Similar Episodes
No similar episodes found.