(workshop) This question assesses your understanding of this location’s importance and how it will be affected by expected changes.

As the climate changes and sea levels rise, how might the biosphere at the reported location be impacted?

(own time) This question assesses your understanding of the length of Earth’s history.

The oldest event that is a focus of this week's content began roughly how far into Earth’s history from its formation to present day.

How much larger (as a dimensionless ratio) was the peak windspeed generated by your offshore crater compared to your onshore crater?

(workshop) This question asks you to consider how understanding climate behaviour can help explain physical environments and landforms.

What was the Koppen Climate Zone of the focus location from your report from the workshop? What does this say about the environment at this location?

(own time) This question asks you about the history of the atmosphere, which helps us understand our present atmosphere.

How much O₂ is estimated to have been in the atmosphere after the Archean? Answer in %.

(prac) Describing relationships is typical practice for a results section, like those you will have to write as you advance your career.

What type of relationship did you graph in 1.4.1?

(prac) This question asks you to relate the results you collected to a different sphere, the type of implication Earth System Science tends to focus on.

What impact angle would likely have the largest biosphere impacts based on your analysis in Main Task 1?

(own time) This question is asking you to classify the impacts of the event you simulated in class; attributing impacts as either warming or cooling.

Sort the impacts of an impact event.

(prac) Classifying relationships is another step in analysing the data you have collected.

Which of the following terms described the relationship you explored in 1.2.1?

(ESS) This question asks you to relate your new knowledge to previous knowledge to expand your knowledge base.

Given the coupled atmosphere-hydrosphere relationship described a few weeks ago by Ruth (week 7) and the atmospheric conditions that develop following the most recent of your critical events from own-time this week, would you expect the CO₂ concentrations in the ocean to be higher or lower following this event?