Initial Planning
To Do List:
After emailing with Bernie, we've decided on an infographic on the opalised Plesiosaur fossil found in The Australian outback (White Cliffs region).
The infographic will detail three main points:
- How opal is formed and how it can come into formation around a fossil (describing the chemical details)
- How this opalising process then affected the White Cliffs Plesiosaur
- Why there are opalised fossils in the outback - a look at the Eromanga Sea which covered a majority of what we now consider the outback, almost a hundred million years ago. This sea was the habitat for these aquatic dinosaurs and is why so many fossils are found around places such as White Cliffs, Lightning Ridge, Coober Pedy, etc.
I've now been instructed to create some mood boards and find inspiration from other infographics on the style I want to create in my own artwork.
Alongside this I'm aiming to conduct personal research to gain a better understanding on the topic. My following questions are:
- What is the chemical process of opal formation? I need a thorough level of understanding to be able to explain it succinctly (The target audience of this infographic is the general public)
- How does opal 'fill in the gaps' in a fossil? Still unsure on how the chemical nature of opals can do this in a liquid form
- What are some other opalised fossils that I could reference? Are there any other majorly significant opal fossils even if they are not dinosaurs?
- How did the Eromanga Sea form? Was it due to continental drift, tectonic shifting, or ice age melts which triggered this influx and recession of water?
- The context of opal fossils - how does it economically effect industry in the outback? How are researchers/museums/miners associations dealing with this?
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