Every summer in the seas off Alaska humpback whales, sea lions and killer whales depend on an explosion of plant life, the plankton bloom. It transforms these seas into the richest on Earth. But will these animals survive to enjoy the great feast? The summer sun sparks the growth of phytoplankton, microscopic floating plants which can bloom in such vast numbers that they eclipse even the Amazon rainforest in sheer abundance of plant life. Remarkably, it is these minute plants that are the basis of all life here. But both whales and sea lions have obstacles to overcome before they can enjoy the feast. Humpback whales migrate 3,000 miles from Hawaii, and during their 3 month voyage lose a third of their body weight. In a heart-rending scene a mother sea lion loses her pup in a violent summer storm, while another dramatic sequence shows a group of killer whales working together to kill a huge male sea lion.
In late summer the plankton bloom is at its height. Vast shoals of herring gather to feed on it, diving birds round the fish up into a bait ball and then a humpback whale roars in to scoop up the entire ball of herring in one huge mouthful. When a dozen whales work together they employ the ultimate method of co-operative fishing - bubble net feeding. One whale blows a ring of bubbles to engulf the fish and then they charge in as one. Filmed from the surface, underwater and, for the first time, from the air, we reveal how these giant hunters can catch a tonne of fish every day.

A chronological look at The Doors, focusing on lead singer, Jim Morrison (1943-1971), from the formation of the band in 1965, it's first gigs, and first album, to Morrison's death, after years of alcohol and drug use. Along the journey, we see rare exclusive footage, performances, and private moments including a Miami concert resulting in Morrison's arrest and trial for indecency. His love of the spotlight, his desire to be a poet, and his alcohol-fueled mood swings lead to a back and forth between public and private desires, successes, and failures. The band's music plays throughout.

Come fly with Iron Maiden and enjoy the hospitality of Flight 666 as the boys' take on the biggest tour of their career, flying around the world in their own private Boeing 757. This insight into the background noise that is the logistical workings' of the '2008 Somewhere Back in Time' World Tour is captivating, both behind the scenes as well as on stage. Performing in front of sell out crowds, this 'Rocumentary' is an insight into the minds, bodies and souls of the family that is Iron Maiden.
The film is a complete chronological account of the band's 2008 world tour through India, Australia, Japan, USA, Canada, Mexico and South America in a jet piloted by the band's front man, Bruce Dickinson. Features interviews with the musicians, their road crew and fans.

Particle physicist Prof. Brian Cox asks, 'What time is it?' It's a simple question and it sounds like it has a simple answer. But do we really know what it is that we're asking? Brian visits the ancient Mayan pyramids in Mexico where the Maya built temples to time. He finds out that a day is never 24 hours and meets Earth's very own Director of Time. He journeys to the beginning of time, and goes beyond within the realms of string theory, and explores the very limit of time. He discovers that we not only travel through time at the speed of light, but the experience we feel as the passing of time could be an illusion.

The drug policies have remained unchanged over the last 40 years so should they be reformed in the light of new research? Recent research has analysed the link between the harmful effects of drugs relative to their current classification by law with some startling conclusions. Perhaps most startling of all is that alcohol, solvents and tobacco (all unclassified drugs) are rated more dangerous than ecstasy, 4-MTA and LSD (all class A drugs).

Professor Brian Cox visits Geneva to take a look around Cern's Large Hadron Collider before this vast, 27km long machine is sealed-off and the experiment to create the simulation of a black hole begins. When it's up and running, it will be capable of creating the conditions that existed just a billionth of a second after the Big Bang. Brian joins the scientists who hope that the LHC will change our understanding of the early universe and solve some of its mysteries.