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Our restless earth is always changing. Spend an evening discovering more about the powerful forces that shape our planet, from using glaciers to unlock past climate change secrets to delving into the deep to explore moving microplastics. Join us as we take a deep dive from our frozen planet to the seafloor!
Mud! An Ice Age time machine
Dr Kathryn Adamson
(Senior Lecturer in Physical Geography, School of Science and The Environment, Manchester Metropolitan University)
Glaciers are some of the most erosive forces on the planet. They can pulverise rock into tiny clay particles (AKA ‘mud’!). In doing so, they leave behind a geological legacy of their past behaviour. Through the medium of mud, we’ll delve into Ice Age environments to explore how glaciers have responded to past climate change and how they might behave under the on-going climate crisis.
Plastic in the deep sea
Dr. Ian Kane
(Reader in Sedimentology, The University of Manchester)
Plastic is fantastic. It’s versatile, lightweight, strong, and relatively cheap. It protects fresh food, medical products, and reduces transport costs. But the properties that make plastic so useful are the same properties that make it persistent in the natural environment. Plastics pervade all environments, from the highest mountain tops to the deepest ocean trenches. Using a series of demonstrations, we’ll explore the pathways and transport mechanisms that enable plastic to reach the deepest parts of our oceans. We’ll consider the fate of plastic, and whether it really matters.
Map data © OpenStreetMap contributors.
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