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Other Manchester events

Oceans: Mysteries of the deep

Step-free access available
Past event - 2018
15 May Doors 19:00
Event 19:30-21:30
Black Sheep, 60 Spring Gardens,
Manchester M2 2BQ
Sold Out!
Our oceans contain some of the greatest mysteries on our planet. We take you across the seven seas, as we discover what ancient sea fossils and rotting fish can tell us about evolution, unearth our impact on coral reefs, and we ask ourselves does Jaws really deserve the bad reputation? Jump on board as we explore some of the marvels found in the depths of our oceans; past, present and future

Changing Perspectives: Why sharks are jawesome!

Samantha Hook (PhD student, Faculty of Biology, Medicine and Health at The University of Manchester)
Sharks are found all over the planet, from the ice waters of Greenland to the tropical lagoons of the Galapagos and even around the UK. We have known them as powerful and fearsome creatures from their most memorable appearance in the 70’s film Jaws. However, 40 years later is it time we start rethinking our view? With over 100 million sharks being slaughtered every year for their fins and meat, this overly exploited ancient group have become vulnerable. Learn more about the current scope of research and how we must now race to save this majestic group from extinction within our lifetime.

Coral reefs community shifts: stories from the deep

Dr Lina Barrios (Research associate, Environment and Ecology Research centre, MMU)
Nearly 40% of world coastal economy depends on coral reefs because they offer essential services to the communities. Without them, Caribbean tourism industry ($9US billion/year) and coastal cities would struggle. However, records show severe coral reefs transformations since the 1980’s, due to several factors. Come to see how I study these changes around the world (community ecology, ocean acidification, population genetics, isotopes, participatory research), and the effects of my research on local decision-making, including nomination of MPAs and modification/creation of ecological models.
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