Hi,
I'm using SCAM5.3 (CESM1.2.2) to study the climate change.
I output the IOP files from CAM at each timestep. SCAM5.3 could reproduce the identical result of CAM.
When I add the perturbation, say double the CO2, I find the energy is not balanced at TOA. I have run the simulation for 30 years. The surface temperature is steady. The heating rates are balanced. There is a steady imbalanced radiative flux at TOA. The imbalance varies with different grids, either positive or negative.
I'm wondering if this imbalance is a bug in CAM5.3 or I did something wrong. I notice an energy fixer is used in CAM but the fixer is not included in SCAM.
Could someone give me some clues? What about the energy balance in SCAM6?
Thanks,
David
I'm using SCAM5.3 (CESM1.2.2) to study the climate change.
I output the IOP files from CAM at each timestep. SCAM5.3 could reproduce the identical result of CAM.
When I add the perturbation, say double the CO2, I find the energy is not balanced at TOA. I have run the simulation for 30 years. The surface temperature is steady. The heating rates are balanced. There is a steady imbalanced radiative flux at TOA. The imbalance varies with different grids, either positive or negative.
I'm wondering if this imbalance is a bug in CAM5.3 or I did something wrong. I notice an energy fixer is used in CAM but the fixer is not included in SCAM.
Could someone give me some clues? What about the energy balance in SCAM6?
Thanks,
David