Original version

BBC Radio 4 LW

BBC Inside Science

Podcasts

Factual: Science & Nature

Factual: Science & Nature: Science & Technology

A weekly programme looking at the science that's changing our world.

A weekly programme that illuminates the mysteries and challenges the controversies behind the science that's changing our world.

BBC Radio 4 FM

BBC Inside Science: GM plants; Svalbard Seed Vault; Directed Evolution; Dolphin Snot

26/05/2016

GM plants; Svalbard Seed Vault; Directed Evolution; Dolphin Snot

BBC Radio 4 - BBC Inside Science, GM plants; Svalbard Seed Vault; Directed Evolution; Dolphin Snot

Adam Rutherford examines the science of GM plants as the Royal Society takes on the issue

GM in agriculture makes many people concerned. Adam poses many of the questions about the topic

The topic of GM plants raises strong opinions and many questions. This week, the Royal Society published answers to some of those questions. Adam speaks to Professor Ottoline Leyser, plant science expert and Head of the Sainsbury Lab in Cambridge. She was involved in writing the responses and Adam quizzes her on the possible issues with GM crops.


Institutes from around the world made deposits to the Svalbard Global Seed Vault this week. More than 8,000 varieties of crops from Germany, Thailand, New Zealand, and the World Vegetable Center arrived at the Vault, located on a remote Norwegian archipelago, to be stored deep within the permafrost. Reporter Marnie Chesterton was there to see it happen, and take a tour of this normally inaccessible place. The Vault is located within the Arctic Circle, and helps to protect the biodiversity of some of the world’s most important crops against climate change, war and natural disaster. 

This week Professor Frances Arnold was awarded the Millennium Technology Prize; the Finnish version of the Nobel Prize. Her work is a process called Directed Evolution, and involves creating batches of mutant proteins to see if the mutations make them better at certain functions. 

Dolphins use ultrasound to echolocate. Until recently, scientists did not quite know how.  Making ultrasonic noises normally requires some hard surfaces such as metal, and dolphins don’t have metal in their blowholes. Acoustic scientists Aaron Thode at the Scripps Institute of Oceanography in San Diego thinks he’s solved this conundrum, and it involves snot. 


Producer: Jen Whyntie

BBC Radio 4

Intelligent speech, the most insightful journalism, the wittiest comedy, the most fascinating features and the most compelling drama and readings anywhere in UK radio.

Accessibility links

Programme Index

BBC Inside Science

GM plants; Svalbard Seed Vault; Directed Evolution; Dolphin Snot

Genres

Brand

BBC Radio 4 LW

About BBC Radio 4