Hands-on experiments with planaria
Meet the planarian, a fascinating flatworm with incredible biological abilities unique and surprising ways responses to various stimuli.
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Meet the planarian, a fascinating flatworm with incredible biological abilities unique and surprising ways responses to various stimuli.
Do air convection currents really move as they are drawn in textbook illustrations? Let’s make invisible convection currents visible using mist.
Still standing: have you ever wondered how buildings stand? Or why they sometimes fall? Let’s explore this through bridges, from construction to collapse.
The oceans cover over 70% of the surface of our planet. Try these activities to learn more about Earth’s largest habitat and how it affects our lives.
Everybody dance now: students hold ropes and dance to form a topological tangle. Using fraction arithmetic, the knot will finally be untied!
Wherever we live, we affect and are affected by the ocean. Track down escaped rubber ducks, raise mountains, and feel the Sun’s heat to learn more.
Fantastic beasts: take a microscopic moss safari and learn about the diverse and resilient organisms that live in this challenging habitat.
Play the part: students take on the roles of different components of a synapse to act out synaptic transmission and learn about neurobiology.
On the shoulders of giants: follow in the footsteps of Eratosthenes and measure the circumference of the Earth like he did 2300 years ago.
What are slime moulds? And what do they eat for breakfast? Discover these fascinating giant microbes and explore chemotaxis and the scientific method with these slimy experiments.
Hands-on experiments with planaria
A misty way to see convection currents
Building bridges: how do structures stay upright?
Practical ocean literacy for all: ecology and exploration
Dance, tangles, and topology!
Practical ocean literacy for all: Earth science
Moss Safari: what lives in moss?
Hold your nerve: acting out chemical synaptic transmission
The Eratosthenes experiment: calculating the Earth’s circumference
Moving slime: exploring chemotaxis with slime mould