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Climate Impact Analysis: Total Irradiance and CO2 Levels at 70 km and 0 km Altitudes

This study analyzes the effects of varying CO2 levels on total irradiance and ground temperature at altitudes of 70 km and 0 km, with no cloud cover. Data shows CO2 concentrations ranging from 0 ppm to 800 ppm, with corresponding total irradiance readings between 276.508 W/m² to 391.244 W/m² and temperature offsets leading to significant variations in ground temperature. The findings highlight the crucial relationship between CO2 levels and climate metrics, emphasizing the importance of monitoring greenhouse gases for climate research.

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Climate Impact Analysis: Total Irradiance and CO2 Levels at 70 km and 0 km Altitudes

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  1. Midlatitude Summer Patrick and Ian

  2. A) 70km, looking down CO2 = 280ppm No Clouds Total Irradiance = 280.873 W/m2 Ground T = 294.2K

  3. B) 70km, looking down CO2 = 0 ppm No Clouds Total Irradiance = 307.563 W/m2 Ground T = 294.2 K

  4. C) 70km, looking down CO2 = 375 ppm No Clouds Total Irradiance = 279.648 W/m2 Ground T = 294.2 K To obtain I = 280.873 W/m2 temperature offset of .35C T = 294.55

  5. D) 70km, looking down CO2 = 800 ppm No Clouds Total Irradiance = 276.508 W/m2 Ground T = 294.2 K To obtain I = 280.873 W/m2 temperature offset of 1.29C T = 295.49 K

  6. E) 0km, looking up CO2 = 280 ppm No Clouds Total Irradiance = 309.604 W/m2

  7. F) 0km, looking up CO2 = 375 ppm No Clouds Total Irradiance = 310.420 W/m2 ∆T = .15 C

  8. G) 0km, looking up CO2 = 375 ppm Cumulus near surface Total Irradiance = 391.244 W/m2 ∆T = 14.8 C

  9. H) 0km, looking up CO2 = 375 ppm Cirrus: standard Total Irradiance = 313.309 W/m2 ∆T = .67 C

  10. I) 0km, looking up CO2 = 800 ppm No Clouds Total Irradiance = 312.681 W/m2 ∆T = .556 C

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