This week Jonathan Miller looks at the birth of ideas about reproduction and heredity. Starting with the ideas of Aristotle and the early Greeks, he argues that because knowledge of underlying structures such as cells and genes are comparatively recent, it was necessary for thinkers addressing the problem, right through the renaissance, to resort to immaterial agents acting upon the raw substances of fertilization.

This week, Jonathan Miller describes eighteenth and nineteenth century efforts to identify the cell as the underlying structure of living things.

This week, Jonathan Miller describes the research that eventually led us to identify the gene as the key agent of inheritance.

In the final programme in the series, Jonathan Miller brings the story of reproduction and generation up to the present. He hears first from Nobel prize-winner Sir Aaron Klug who describes the work done by Crick and Watson in 1953 to identify the chemical structure of deoxyribonucleic acid, better know as DNA, which they represented as a double helix.

To most of us, viruses are the cause of illnesses like flu and measles. But to Angela Belcher of MIT, they’re the ideal building blocks for creating new materials at close to the atomic scale, in the new science of nanotechnology.

Episode 1 - Ted Ellis. Biographical portraits of five 20th-century animal lovers and the creatures and landscapes they championed

Episode 2 - Reindeer Herders in the Cairngorms. Biographical portraits of five 20th-century animal lovers and the creatures and landscapes they championed

Episode 3 - James Wentworth Day - The Prejudiced Naturalist. Biographical portraits of five 20th-century animal lovers and the creatures and landscapes they championed

Episode 4 - Ludwig Koch and Bird Song. Biographical portraits of five 20th-century animal lovers and the creatures and landscapes they championed

Episode 5 - Marietta Pallis - Swimming in the Eagle. Biographical portraits of five 20th-century animal lovers and the creatures and landscapes they championed

Scientists need no longer be afraid to ask the big questions about what it means to be human with empirical evidence now answering ancient philosophical questions about meaning and existence

How does the activity of the 100 billion little wisps of protoplasm - the neurons in your brain - give rise to all the richness of our conscious experience, including the "redness" of red, the painfulness of pain or the exquisite flavour of Marmite or Vindaloo?

Professor Ramachandran draws on neurological case studies and work from ethology (animal behavior) to present a new framework for understanding how the brain creates and responds to art. He will use examples mainly from Indian art and Cubism to illustrate these ideas.

Professor Ramachandran demonstrates experimentally that the phenomenon of synesthaesia is a genuine sensory effect. For example, some subjects literally "see" red every time they see the number 5 or green when they see 2.

Professor Ramachandran argues that neuroscience, perhaps more than any other discipline, is capable of transforming man's understanding of himself and his place in the cosmos.

This book, and the television series it accompanies, open the doors into a world that we have never seen. We discover the design miracle of insects' bodies; their sophisticated communication systems; their fast and furious reproductive systems, and much more about their strange structures and lives. As this book shows, in their looks and behaviour, insects are as close to an alien lifeform as any we are likely to find in the stars

This book is aimed at developing a basic knowledge of how English is used for communication in dealing with topics in agriculture. Intended for students who already know how to handle the common English sentence patterns but who need to learn how these patterns are used to convey information and to conduct coherent discussion

This book explains how trees can be identified correctly, and also includes a history of trees and a comprehensive account of tree families