At age 29, documentary filmmaker Sara Lamm discovered that she was conceived via sperm donor. Using her skills as an investigator she decides to dig ever deeper to uncover where half of her DNA comes from.

Three million years ago, camels roamed through Greenland’s endless forests and our ancestors lived in the trees.  It all came to an end with the Ice Ages. What died and what survived, as natural selection shaped the evolutionary tree during this epochal shift from hot to cold? Until now, scientists have known less about the natural world before the Ice Age than they did about the age of dinosaurs, which ended 64 million years ago. A new discovery is set to reveal this lost world, species by species.  Led by Danish gene-hunter Eske Willerslev, a team of scientists for the first time in history is sequencing DNA from before the Ice Age. The picture that emerges is of a hot planet, when forests blanketed the Arctic and carbon levels matched those in our atmosphere today. Is this a portrait of our own climate future?

It's a condition known as "hypertrichosis" or "Ambras Syndrome," but in the 1500s it would transform one man into a national sensation and iconic fairy-tale character. His name: Petrus Gonsalvus, more commonly known today as the hairy hero of Beauty and the Beast.

Earth teems with a staggering variety of animals, including 9,000 kinds of birds, 28,000 types of fish, and more than 350,000 species of beetles. What explains this explosion of living creatures—1.4 million different species discovered so far, with perhaps another 50 million to go? The source of life's endless forms was a profound mystery until Charles Darwin brought forth his revolutionary idea of natural selection. But Darwin's radical insights raised as many questions as they answered. What actually drives evolution and turns one species into another? To what degree do different animals rely on the same genetic toolkit? And how did we evolve?

Unlocking the Mystery of Life represents a unique programming opportunity for local stations. Its broadcast release coincides with the 50th anniversary of one of the greatest scientific breakthroughs in history-James Watson and Francis Crick's discovery that the DNA molecule carries hereditary information in the form of a code that many scientists have likened to computer software or a written language. This discovery (announced on April 25,1953) sparked a scientific revolution. But it also left a fundamental question unanswered. Where did the information in DNA come from? How did the software in the cell arise? Unlocking the Mystery of Life explores these questions through the stories of a growing number of scientists who no longer believe that natural selection or chemistry, alone, can explain life's origin. Instead, they think that the microscopic world of the cell provides evidence of purpose and design in nature.

An experimental film following a trip made by three friends in which the contrast between the agitated city of São Paulo, Brazil and the calmness of the beach leads the flow. No script. No story. Just vibes.

Human genetics is one of the most exciting fields in science at the moment. Not only does it advance exponentially fast, it is also a field of study that will very soon affect our daily lives. We will all have to deal with the possibilities and technologies that human genetics have to offer, today and in the coming years.  Quite a few questions and dilemmas still have to be answered by us. Do I want to know everything that can be found out from my DNA? And who is allowed to use and read my genetic code? My doctor? The police? The chef of my favourite restaurant?  Also, what genetic technologies do I want to use? Do I want to clone my dog, choose my children’s eye colour, or genetically modify them to give them extra talents? Do I want others in society to be allowed to do that?  The current and future possibilities of human genetics are simply overwhelming. They are both promising and frightening, chilling and delightful.

A scientific film essay, narrated by Phil Morrison. A set of pictures of two picnickers in a park, with the area of each frame one-tenth the size of the one before. Starting from a view of the entire known universe, the camera gradually zooms in until we are viewing the subatomic particles on a man's hand.