[Instant Help From 10$/Pg] Annual Carbon Dioxide Emissions

[Instant Help From 10$/Pg] Annual Carbon Dioxide Emissions

  1. Regarding each of your three Part 1 scenarios for [CO2] in 2100:
    1. Estimate the temperature change viaEBCM for each scenario. (To make use of EBCM, make a copy of the spreadsheet provided. Adjust only the temperature-difference value in cell I6 to obtain the desired [CO2] value in cell D8.)
    2. On a copy of the “2. Future Warming Pathways” graph from the AGU’s selection offive graphs from the recent IPCC assessment (AR6), plot your three estimates for 2100, and identify the corresponding emissions scenario.
    3. Using a copy of the “4. Annual Carbon Dioxide Emissions” graph from the AGU’s selection offive graphs from the recent IPCC assessment (AR6), estimate the CO2 emissions for 2100 in GtCO2/yr corresponding to each of your three scenarios.
  2. Regarding the potential for a ‘COVID-19 anomaly’ at York U in 2021:
    1. Based on the calculatorhere, when does the maximum UV Index value occur?
    2. Using Figure 1(b) from the research publicationhere, estimate the maximum value of the increase in DWSW irradiance at the same date as the UV Index maximum in W/m2.
    3. Obtain theEMOS irradiance data corresponding to this same date.
      1. State the maximum value of the DWSW irradiance in W/m2.
      2. Add the increase in DWSW irradiance from the research publication to your EMOS data to determine the percentage increase. (This is COVID-19 anomaly in terms of DWSW irradiance at EMOS.)
    4. Subtract the percentage increase in the DWSW irradiance data from cell I8 of the EBCM model. (Ensure your temperature calculations have been zeroed out in EBCM – i.e., cell I6 has been reset to 0.)
    5. State the resulting temperature change determined by EBCM from cell D6. (Ignore the change in [CO2].)
    6. How does your EBCM temperature estimate compare with Figure 1(c) of the research publication?
    7. How does Figure 1(a) from the research publication factor into this COVID-19 anomaly scenario?
    8. In his recent book, Bill Gates stated: “… the world’s greenhouse gas emissions probably dropped just 5 percent, and possibly less than that. What’s remarkable to me is not how much emissions went down because of the pandemic, but how little.” Does Gates’ notion of what’s remarkable apply to your analysis? Explain.
 

Looking for a Similar Assignment? Let us take care of your classwork while you enjoy your free time! All papers are written from scratch and are 100% Original. Try us today! Use Code FREE15

Save your time - order a paper!

Get your paper written from scratch within the tight deadline. Our service is a reliable solution to all your troubles. Place an order on any task and we will take care of it. You won’t have to worry about the quality and deadlines

Order Paper Now