Model version I (left) vs. Model version II (right)
Presenting annual means (from monthly climatological means) from simulations with the following casenames:
ModI = NF1850norbc_aer2014_f19_20190727 (piClim-aer) and NF1850norbc_f19_20190727 (piClim-control)
ModII = piClim-SpAer-anthro and NF1850norbc_f19_20190727 (piClim-control)
MG2, CLM5, Eul gas deposition scheme, and both using CMIP6 emissions and PD oxidants for PI.
ModI PD: CAM6-Oslo, 2014 emissions (PI oxidants), 2 years spin-up, showing years 3-30 (2 deg. resolution)
ModI PI: CAM6-Oslo, 1850 emissions (PI oxidants), 2 years spin-up, showing years 3-30 (2 deg. resolution)
ModII PD: CAM6-Oslo, 1850 emissions but PD oxidants and GHG and other forcings + MACv2SP precribed anthropogenic aerosol optics
and cloud droplet number scaling factor, 2 years spin-up, showing years 3-30 (2 deg. resolution)
ModII PI = CAM6-Oslo, 1850 emissions (PI oxidants), 2 years spin-up, showing years 3-30 (2 deg. resolution)
| Emissions and 2m wind speed (PD) |
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| Zonally averaged mass mixing ratios (PD) |
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| Zonally averaged mode parameters (PD) |
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| Burdens (PD) |
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| Effective dry aerosol radii (PD) |
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| Particular Matter (PM) concentrations (CAM5/6-Oslo vs. CAM5/6-Oslo only) (PD and PD-PI) |
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| Wet to total deposition ratios (PD) |
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| Lifetimes (PD) |
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| RH, cloud properties and precipitation (PD) |
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| Cloud droplet properties (PD) |
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| Cloud properties at specific model levels (PD) |
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| Gross aerosol optical properties (PD) |
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| Aerosol optical depth for each species (PD) |
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| Mass extinction coefficients for each species (PD, and some PD-PI: labled anthropogenic) |
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| Anthropogenic (PD - PI) aerosol and cloud/RH fields |
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| MACv2-SP instantaneous radiative forcing, if calculated (PD - PI) |
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| Radiative fluxes at top of the atmosphere (PD) |
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| All-sky and clear-sky surface albedos (PD and PD-PI) |
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(0) Mass budget numbers for model version I (old), II (new) (0) Note: Values for DMS; SO2 and SO4 are given as Sulfur (S) values (0) ------------------------------------------------------------- (0) DMS total emissions (Tg/yr) = 18.678, 18.571 (0) DMS total sources (Tg/yr) = 18.678, 18.571 (0) DMS total sink (Tg/yr) = 18.865, 18.759 (0) DMS burden (Tg) = 0.066, 0.066 (0) DMS lifetime (d) = 1.268, 1.287 (0) DMS chemical loss (%) = 99.974, 99.974 (0) DMS pct of chem. loss to MSA (%) = 9.998, 9.979 (0) ------------------------------------------------------------- (0) SO2 total emissions (Tg/yr) = 70.164, 16.515 (0) SO2 total sources (Tg/yr) = 87.139, 33.397 (0) SO2 total sink (Tg/yr) = 86.933, 33.269 (0) SO2 burden (Tg) = 0.394, 0.134 (0) SO2 wet depostion (% of sinks) = 23.158, 18.809 (0) SO2 lifetime (d) = 1.655, 1.468 (0) SO2 chemical loss (%) = 44.192, 48.566 (0) SO2 pct of chem loss in clear air (%) = 38.559, 28.579 (0) ------------------------------------------------------------- (0) SO4 total emissions (Tg/yr) = 1.798, 0.423 (0) SO4 total sources (Tg/yr) = 39.915, 16.491 (0) SO4 total sink (Tg/yr) = 39.574, 16.209 (0) SO4 burden (Tg) = 0.534, 0.182 (0) SO4 wet depostion (% of sinks) = 87.787, 88.737 (0) SO4 lifetime (d) = 4.924, 4.093 (0) ------------------------------------------------------------- (0) BC total emissions (Tg/yr) = 9.785, 2.580 (0) BC total sources (Tg/yr) = 9.785, 2.580 (0) BC total sink (Tg/yr) = 9.779, 2.576 (0) BC burden (Tg) = 0.158, 0.043 (0) BC wet depostion (% of sinks) = 71.814, 74.855 (0) BC lifetime (d) = 5.889, 6.083 (0) ------------------------------------------------------------- (0) POM total emissions (Tg/yr) = 84.760, 56.601 (0) POM total sources (Tg/yr) = 172.395, 154.402 (0) POM total sink (Tg/yr) = 172.164, 154.235 (0) POM burden (Tg) = 2.546, 2.329 (0) POM wet depostion (% of sinks) = 83.964, 84.917 (0) POM lifetime (d) = 5.398, 5.513 (0) POM chem prod from MSA (Tg/yr) = 5.657, 5.615 (0) POM chem prod (total) (Tg/yr) = 87.635, 97.802 (0) POM chem prod terpenes (Tg /yr) = 81.978, 92.187 (0) ------------------------------------------------------------- (0) SS total emissions (Tg/yr) = 3666.251, 3654.552 (0) SS total sources (Tg/yr) = 3666.251, 3654.552 (0) SS total sink (Tg/yr) = 3668.068, 3656.512 (0) SS burden (Tg) = 10.204, 10.245 (0) SS wet depostion (% of sinks) = 61.758, 61.026 (0) SS lifetime (d) = 1.015, 1.023 (0) ------------------------------------------------------------- (0) DU total emissions (Tg/yr) = 1641.348, 1690.375 (0) DU total sources (Tg/yr) = 1641.348, 1690.375 (0) DU total sink (Tg/yr) = 1641.955, 1691.090 (0) DU burden (Tg) = 8.642, 8.753 (0) DU wet depostion (% of sinks) = 16.553, 16.805 (0) DU lifetime (d) = 1.921, 1.889 (0) -------------------------------------------------------------
(0) Mass budget numbers for model version I (old), II (new) (0) Note: Values for DMS; SO2 and SO4 are given as Sulfur (S) values (0) ------------------------------------------------------------- (0) DMS total emissions (Tg/yr) = 18.782, 18.782 (0) DMS total sources (Tg/yr) = 18.782, 18.782 (0) DMS total sink (Tg/yr) = 18.969, 18.969 (0) DMS burden (Tg) = 0.066, 0.066 (0) DMS lifetime (d) = 1.270, 1.270 (0) DMS chemical loss (%) = 99.974, 99.974 (0) DMS pct of chem. loss to MSA (%) = 10.010, 10.010 (0) ------------------------------------------------------------- (0) SO2 total emissions (Tg/yr) = 16.515, 16.515 (0) SO2 total sources (Tg/yr) = 33.581, 33.581 (0) SO2 total sink (Tg/yr) = 33.453, 33.453 (0) SO2 burden (Tg) = 0.132, 0.132 (0) SO2 wet depostion (% of sinks) = 18.853, 18.853 (0) SO2 lifetime (d) = 1.437, 1.437 (0) SO2 chemical loss (%) = 48.602, 48.602 (0) SO2 pct of chem loss in clear air (%) = 27.938, 27.938 (0) ------------------------------------------------------------- (0) SO4 total emissions (Tg/yr) = 0.423, 0.423 (0) SO4 total sources (Tg/yr) = 16.594, 16.594 (0) SO4 total sink (Tg/yr) = 16.307, 16.307 (0) SO4 burden (Tg) = 0.178, 0.178 (0) SO4 wet depostion (% of sinks) = 89.080, 89.080 (0) SO4 lifetime (d) = 3.982, 3.982 (0) ------------------------------------------------------------- (0) BC total emissions (Tg/yr) = 2.580, 2.580 (0) BC total sources (Tg/yr) = 2.580, 2.580 (0) BC total sink (Tg/yr) = 2.576, 2.576 (0) BC burden (Tg) = 0.042, 0.042 (0) BC wet depostion (% of sinks) = 74.731, 74.731 (0) BC lifetime (d) = 5.948, 5.948 (0) ------------------------------------------------------------- (0) POM total emissions (Tg/yr) = 56.632, 56.632 (0) POM total sources (Tg/yr) = 146.244, 146.244 (0) POM total sink (Tg/yr) = 146.101, 146.101 (0) POM burden (Tg) = 2.122, 2.122 (0) POM wet depostion (% of sinks) = 84.705, 84.705 (0) POM lifetime (d) = 5.301, 5.301 (0) POM chem prod from MSA (Tg/yr) = 5.695, 5.695 (0) POM chem prod (total) (Tg/yr) = 89.613, 89.613 (0) POM chem prod terpenes (Tg /yr) = 83.917, 83.917 (0) ------------------------------------------------------------- (0) SS total emissions (Tg/yr) = 3693.599, 3693.599 (0) SS total sources (Tg/yr) = 3693.599, 3693.599 (0) SS total sink (Tg/yr) = 3695.419, 3695.419 (0) SS burden (Tg) = 10.222, 10.222 (0) SS wet depostion (% of sinks) = 61.753, 61.753 (0) SS lifetime (d) = 1.010, 1.010 (0) ------------------------------------------------------------- (0) DU total emissions (Tg/yr) = 1651.093, 1651.093 (0) DU total sources (Tg/yr) = 1651.093, 1651.093 (0) DU total sink (Tg/yr) = 1651.685, 1651.685 (0) DU burden (Tg) = 8.693, 8.693 (0) DU wet depostion (% of sinks) = 16.849, 16.849 (0) DU lifetime (d) = 1.921, 1.921 (0) -------------------------------------------------------------