About This Project
I am investigating whether our current method of extracting early animal fossils from the rock using acid is biasing our understanding of these organisms due to systematically excluding diversity by dissolving it away.
Ask the Scientists
Join The DiscussionWhat is the context of this research?
How is our current method of studying early animal fossils by extracting them from rocks using acid biasing our understanding of early animal evolution and ecology?
What is the significance of this project?
These fossils preserve some of the earliest animals. I like to imagine these little creatures crawling, swimming, and scooting across the ocean floor over 500 million years ago.
What are the goals of the project?
I will use a novel method of serial grinding to see the fossils we previously missed and characterize the way that current sampling methodologies biased our understanding of early animal diversity.
Budget
The funds for this project will support field work in northwest Canada next summer to collect rock and fossil samples from a locality known to have the mix of fossil preservational styles I am investigating. Additionally, funding will support numerous hours of working on the serial grinding machine to collect the data.
Endorsed by
Project Timeline
This project is reliant on field work in northwestern Canada that would happen mid summer of 2027. I could then begin processing samples in the fall. This entails serial grinding to generate the 3D reconstructions of the rocks' internal structure and then processing these data through segmentation to extract the fossils. Once the data has been processed, I will begin assessing both the taxonomic and ecological importance of newly discovered fossils.
Jul 31, 2027
Travel to northwest canada to collect rock samples
Dec 31, 2027
processing of rock and fossil samples
May 31, 2028
preparation of a manuscript with my findings
Meet the Team
Prescott Vayda
My name is Prescott, and I am a paleontologist. I have two major areas of interest: the evolution of early animals (and the environments they lived in) and the way that fossils get preserved and the biases that imparts on our understanding of ancient life. Fortunately, there is a lot of weird and cool fossil preservation happening with the fossils that preserve early animals, so I usually don't have to pick just one of my interests.
When learning about these early animals, or looking at their tiny fossils, I like to imagine what the ocean would have looked like 540 million years ago. While some creatures might almost seem familiar, there were many organisms that look nothing like anything alive today. In many ways, our own Earth would have felt like an alien world.
Studying how these fossils are preserved lets me integrate geology, biology, and chemistry. Taking chemistry in college, I never would have thought I would be so enthusiastic about getting to do chemistry for my job. But discovering the applications relevant to my field of study (think about what minerals preserve the fossils and what environmental conditions were necessary) has helped me develop an appreciation and love for chemistry.
Lab Notes
Nothing posted yet.
Additional Information
This project is a paleontology project, which means it integrates aspects of geoscience, biology, and chemistry to understand the history of the Earth.
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