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Other Nottingham events

Digging Into the Past

Please note this event takes place on the first floor but has step-free access via a lift. There is an accessible stall in the men's/women's room.
Past event - 2017
17 May Doors 6:30pm. Event 7-9:30pm.
Rough Trade, 5 Broad Street,
Nottingham NG1 3AJ
Sold Out!
The history of life is certainly intriguing; it has inspired writers, film makers and even scientists! Join us as we bring to life the world of the past where we will learn about the animals and plants that were in our first communities, how unrelated species begin to resemble each other and how we can use their legacy to put together the environments they lived in without being there. We'll also have a range of dinosaur and fossil themed activities to help you experience the world of the past!

Investigating sea ice and oceanography of the Bering Sea, 1 million years ago

Savannah Worne (PhD Student)
A shift to longer, more severe glacial periods occurred during the Mid-Pleistocene Transition (1.2-0.6 million years ago). My research investigates this shift using a sediment core from the Bering Sea in the subarctic North Pacific Ocean. I use algal microfossils called diatoms, which sink to the ocean floor when they die, and are preserved in the sediment. The fossil species inform us about the environment at the time of deposition. By reconstructing the change in species over time, I can assess the glacial-interglacial changes in Bering Sea sea-ice, productivity and oceanography.

Dinosaurs of China: Ground Shakers to Feathered Flyers

Adam Smith (Assistant Professor in Physics at the University of Nottingham)
Adam Smith Is a curator at the Nottingham Natural History Museum, Wollaton Hall, where he is responsible for the museum’s collection of 40,000 fossils. As a palaeontologist he has collaborated with scientists around the world and named several new species.

More than dinosaur food

Susie Lydon (Outreach Officer)
Blurb: What use are fossil plants, other than as a pretty backdrop to reconstructions of dinosaurs? Quite a lot of uses, actually. The plant fossil record tells us an astonishing story of evolution, changing ecosystems, and climate change. Some fossils capture tiny moments frozen in time: stem cells in the tip of a root, or sperm cells being released from the earliest land plants. Others show how plants terraformed our planet, and responded to mass extinction events. And yes, some can tell us about the dinosaur diets too.
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