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1
Introduction
2
Getting a PhD
3
Getting to Australia
4
The Antarctic Circle
5
What I found
6
Pseudo inclusions
7
The might
8
Evidence of flow
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Common inclusions
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Comparing inclusions
11
Predicting tree wear
12
Expanding field area
13
Field photos
14
Chemical analysis
15
Carbon isotopes
16
Light vs heavy carbon
17
Results
18
High Latitude Amber
19
Temperature
20
Light
21
Arctic Institute
22
Polar Voices
23
The Next Big Project
24
Citizen Science Project
25
Classification
Description:
Explore the fascinating world of ancient polar climates through fossilized tree resin in this 29-minute Royal Tyrrell Museum Speaker Series talk. Join Dr. Annie Quinney, Postdoctoral Fellow at the Arctic Institute of North America, University of Calgary, as she delves into her research journey from obtaining a PhD to conducting fieldwork in Australia and Antarctica. Discover the secrets hidden within amber, including pseudo inclusions, evidence of resin flow, and common trapped materials. Learn about the comparison of inclusions, methods for predicting tree wear, and the expansion of field areas. Gain insights into chemical analysis techniques, carbon isotope studies, and their implications for understanding high-latitude amber. Explore the relationships between amber and temperature, light conditions, and polar environments. Get a glimpse of Dr. Quinney's work with the Arctic Institute and her involvement in the Polar Voices project. Finally, learn about an exciting citizen science project focused on amber classification. Read more

The Amber Trap: Unlocking Stories of Ancient Polar Climates from Fossilized Tree Resin

Royal Tyrrell Museum of Palaeontology
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