For today's programme Diane Louise Jordan is off to Africa, to find out about giraffes, zebras and impala.
For today's programme Diane Louise Jordan is off to Africa, to find out about elephants, before the children put all their animal dances together for a final performance.
For today's programme Diane Louise Jordan is off to Africa, to find out about lions and vultures.
Today Diane Louise Jordan completes the Autumn dance, inspired by the changing weather of Autumn.
Today Diane Louise Jordan is finding out about how the weather changes in Autumn - from summer sunshine to wind, rain and falling leaves.
Diane Louise Jordan presents the final part of the Journey of the Magi and in this KS1 dance session the children travel as the Magi on their journey to baby Jesus.
Today Diane Louise Jordan is looking ahead to Christmas with the first of two KS1 dance sessions exploring the Journey of the Magi.
Today's dances are inspired by the many adventures that befall Pinocchio.
Diane Louise Jordan begins a three-part unit of dance sessions exploring the theme of dinosaurs. In today's programme she finds out about Mary Anning, who has been described as the greatest fossil hunter who ever lived.
Pete Hillier has a dance session for Spring exploring bees, pollen and seed dispersal.
Pete Hillier has a dance session about the germination and growth of plants in Spring.
Diane Louise Jordan has her umbrella out as she begins this unit exploring the water cycle.
Diane Louise Jordan returns with a new series of Time to Move, beginning with the first part of a story by Hans Christian Andersen.
Diane Louise Jordan returns with the second part of this unit which explores the story by Hans Christian Andersen.
Diane Louise Jordan is back with another story by Hans Christian Andersen. Today she begins the story of 'The King's new clothes'.
The second part of a unit inspired by Hans Christian Andersen's famous story of 'The King's new clothes.'
Diane Louise Jordan has another dance session exploring water's ever-changing journey through the water cycle.