This module computes many of the diagnostics described by the WGNE MJO Task Force and developed by Dennis Shea for observational data. Using daily precipitation, outgoing longwave radiation, zonal wind at 850 and 200 hPa and meridional wind at 200 hPa, the module computes anomalies, bandpass-filters for the 20-100 day period, calculates the MJO Index as defined as the running variance over the bandpass filtered data, performs an EOF analysis, and calculates lag cross-correlations, wave-number frequency spectra and composite life cycles of MJO events.
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| v3.HR.24May13_10yr |
|---|
| NCEP Reanalysis |
| lag lat lon summer v3.HR.24May13_10yr | lag lat lon summer ERA |
|---|---|
| lag lat lon winter v3.HR.24May13_10yr | lag lat lon winter ERA |
| lag lat lon annual v3.HR.24May13_10yr | lag lat lon annual ERA |
| summer v3.HR.24May13_10yr | summer v3.HR.24May13_10yr | summer ERA |
|---|---|---|
| winter v3.HR.24May13_10yr | winter v3.HR.24May13_10yr | winter ERA |
