Create Stage Objective: Provide answers for the questions in the “Create Stage” instructions. Regarding paleoclimatological data that includes measurements of [CO2] for at least the past 100,000 year

Create Stage Objective: Provide answers for the questions in the “Create Stage” instructions. 

Regarding paleoclimatological data that includes measurements of [CO2] for at least the past 100,000 years.

1. Obtain and identify the source of this data. Share a view of the data in your submission.
2. Briefly, how are [CO2] measurements extracted from the data?
3. From the data, estimate the minimum, maximum, and average values [CO2] over a time interval of your choosing that is covered by the data.
4. Based upon the average value, estimate the [CO2] in 2022 (present) and 2100 (future)

https://gml.noaa.gov/ccgg/trends/

1. RegardingMauna Loa Observatory data for the [CO2] at present and in ‘recent’ past.
   1. State the current value for [CO2]. Convert this value to a percentage.
   2. Qualify the proportion of Earth’s atmosphere that is [CO2] in relative terms. (Feel free to introduce an analogy, for example – other than one based on counting Smarties!)
   3. What does your intuition suggest about this proportion in the context of climate change? Why?
   4. Using one of the Keeling Curves:
      1. Estimate the current value for the [CO2].
      2. Choose a time in the past that is covered by the curve and estimate [CO2].
      3. Using your past and present estimates for the [CO2], estimate the growth rate for this gas in our atmosphere.
      4. Based on this growth rate, estimate [CO2] in 2100.