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Books in the “Podcast: Discovery” bookshelf created by BBC World Service

BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery5 years ago
James Lovelock is one of the most influential thinkers on the environment of the last half century. His grand theory of planet earth, Gaia, the idea that from the bottom of the earth's crust to the upper reaches of the atmosphere, planet earth is one giant inter-connected and self-regulating system, has had an impact way beyond the world of science.

As James Lovelock, celebrates his hundredth birthday (he was born on 26th July 1919) he talks to science writer Gaia Vince about the freedom and frustrations of fifty years spent working outside the scientific establishment. While working at the National Institute for Medical Research he invented the Electron Capture Detector - an exquisitely sensitive device for detecting the presence of the tiniest quantities of gases in the atmosphere and led to a global ban on CFCs. It also took him to NASA and via designing a detector to look for life on Mars gave him the idea of Gaia.

Public interest in Gaia proliferated after the publication of his first book Gaia: a new look at life on earth in 1979; but the scientific community remained highly sceptical. For decades Gaia was ignored, dismissed and even ridiculed as a scientific theory. To this day, evolutionary biologists, in particular, take issue with the notion of a self-regulating planet though some are coming round to the idea.

Gaia Vince talks to earth system scientists Professor Andrew Watson and Professor Tim Lenton of Exeter University who have both championed the Gaia theory, and to Professor Ford Doolittle of Dalhousie University, an evolutionary biologist who has changed his mind about the theory.

Producer: Deborah Cohen

Picture: British scientist James Lovelock poses on March 17, 2009 in Paris. Credit: Jacques Demarthon / AFP / Getty Images.
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BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery5 hours ago
Professor Ben Garrod and Dr Jess French get under the skin (and blubber) of the California sea lion, to crack the key to its success both on land and at sea. Its ability to dive hundreds of meters down, keep warm in icy waters, and run on land, can all be explained through its unique internal anatomy. They are joined by zookeeper and sea lion trainer Mae Betts, who adds insight into the intelligence of these sleek marine mammals.Co-Presenters: Ben Garrod and Jess French
Executive Producer: Adrian Washbourne
Producer: Ella Hubber
Editor: Martin Smith
Production Co-ordinator: Jana Bennett-Holesworth
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery7 days ago
The tiny sap-sucking aphid, at just a few millimetres long, is the scourge of many gardeners and crop-growers worldwide, spreading astonishingly rapidly and inflicting huge damage as it seeks to outwit many host plants’ natural defences. With insights and guidance from aphid expert George Seddon-Roberts at the John Innes Centre, Norwich, some delicate dissecting tools, and a state of the art microscope, Professor Ben Garrod and Dr Jess French delve inside this herbivorous insect to unravel the anatomy and physiology that’s secured its extraordinary reproductive success, whilst offering new clues as to how we could curtail its damaging impact in the future.Co-Presenters: Ben Garrod and Jess French
Executive Producer: Adrian Washbourne
Producer: Ella Hubber
Editor: Martin Smith
Production Co-ordinator: Jana Bennett-Holesworth
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Brian Cox presents a tribute to Richard Feynman, widely regarded as the most influential physicist since Einstein.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Dr Adam Hart explores the remarkable properties of honey, from its basic chemistry to the biological processes that create it.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
We not only live in the atmosphere, we live because of it. It is a transformer and a protector, though ultimately also a poison.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Medical sleuths in West Africa make startling discoveries that could change child health care worldwide.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Explorations in the world of science.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Explorations in the world of science.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Medical sleuths in West Africa make startling discoveries that could change child health care worldwide.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Explorations in the world of science.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Kevin Fong examines the equation that seeks to answer one of the most profound questions in science: Are we alone in the cosmos?
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
A second series of public events on the role of science in society, from the BBC World Service with the Wellcome Collection.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
We not only live in the atmosphere, we live because of it. It is a transformer and a protector, though ultimately also a poison.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Does the head really rule the heart as modern science would tell us? Tim Healey asks if the heart plays a role in our emotions.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Explorations in the world of science.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Jason Palmer explores the past, present and future of Seti. In the second programme he looks at what sort of signal might ET send us, and how might we respond?Jason talks to Seti's co-founder Frank Drake as well as its current active researchers, including Seth Shostak, Jill Tartar and Doug Vakoch.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
An increasing understanding of genetics has uncovered new targets for antiviral drug treatments. Although still in the very early stages, scientists say they may be able to develop drug treatments which can be used against a range of viruses. At present antiviral drugs are very specific, usually attacking just one virus. However the research which Kevin Fong examines in this edition of Discovery suggests 'broad spectrum antivirals', drugs capable of curing all viral infections from the common cold to HIV, may be with us in a few years time. Such drugs could revolutionise medicine dealing a blow to viruses in much the same way as the invention of antibiotics did to bacterial infections over the last century.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Explorations in the world of science.
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Nanoparticles are all around us. What effect could they be having on our environment?
BBC World Serviceadded an audiobook to the bookshelfPodcast: Discovery13 days ago
Explorations in the world of science.
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