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Validation for operational WAM-IPE forecast #103

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ZhuxiaoLi66 opened this issue Dec 16, 2024 · 7 comments
Open

Validation for operational WAM-IPE forecast #103

ZhuxiaoLi66 opened this issue Dec 16, 2024 · 7 comments
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@ZhuxiaoLi66
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ZhuxiaoLi66 commented Dec 16, 2024

the issue will show the results of the operational WAM-IPE forecast on neutral density, TEC etc key output variables.

@ZhuxiaoLi66
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The following plots show the neutral density 24-hour forecast for Apr.2024.
We can see there is a mismatch of the peak times between the realtime and 24-hour forecast time.

6hrly_gl_DEN_400km_24hrF_realtime_202404
6hrly_gl_DEN_400km_24hrF_realtime+24hrs_202404
6hrly_gl_DEN_400km_24hrF_realtime+12hrs_202404

@ZhuxiaoLi66
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The following shows the 12-hr, 24-hr and 48-hr forecast of the total number density at 400km compared with the 'realtime'.
6hrly_gl_DEN_400km_12_24_48hrF_realtime_202304

@ZhuxiaoLi66
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Here is the 12-hr forecast for for the 202304.
6hrly_gl_DEN_400km_12hrF_realtime_202304
6hrly_gl_DEN_400km_12hrF_+6hrs_realtime_202304

@ZhuxiaoLi66
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DEN_drop_opr_2023

@ZhuxiaoLi66
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ZhuxiaoLi66 commented Jan 21, 2025

The 12, 24 and 48hr forecast of Kp and F107 in Apr. 2023 have also been checked, it looks like there isn't a lower value tendency in kp forecast compared the observed value. Just the stand deviation and root mean square root are very large.

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ZhuxiaoLi66 commented Jan 21, 2025

Image

Image

@ZhuxiaoLi66
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ZhuxiaoLi66 commented Jan 21, 2025

The simulation runs mimic operational cycles for Apr.2023 to test kp derived Eletronic solar wind (Esw= VswBz) the new algorithm (high_quartile + current)/2
return ((0.1455+0.4675
kp-0.1446kp**2+0.0276kp3)+(0.3387+0.9087kp-0.2884kp2+0.0513*kp**3))/2.0
The runs are 2 days forecast start 0UT each day, I compared the values of realtime (start time) , 24 and 48 hr forecast from these runs. we can see there isn't delay and drop down of the forecast from the mimic cycle runs.

Image

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