Glider-Aviso comparisons
How well can one estimate Solomon Sea transport variations using surface information only?
Related pages:
Early work (to Jun 2014):
- Initial testing: check glider surface current vs transport:
- (Early work on main glider page: Can surface ug indicate transport?)
- Raw values
- Overlay 5-month triangle
- Annual cycles
- First cut interannual anomalies
- Fit annual Int(sfc current)ds to match transport RMS: scale depth of 261m
- See more (and more recent) transport and sfc transport timeseries
- Glider transport, surface crosstrack, and Aviso coast-to-coast time series estimates
- Aviso comparisons:
- Maps:
- Map showing selected Solomon Sea region from Aviso
- Aviso annual cycle: RMS Amp/phase
- Another version (RMS)
- Annual RMS
- Interannual RMS
- Aviso interannual time series: All
Colored by latitude
- Interannual anomalies
- Annual cycle
- Further Aviso comparisons and surface "transport":
- Surface transport estimate statistics, chopped various distances from coastal ends:
Total transport: RMS Correlation
Surface estimate: RMS Correlation
- Time series of transport and surface glider v, Aviso vg, compare Nino3.4:
- Maps for Aviso region selection (shade RMS): Unfiltered Annual cycle Interannual
- Glider, surface, Aviso time series: Raw 151-day triangle Annual Interannual
- Interannual time series fill-between: Show correlation with glider Show lag correlation with Nino3.4
Later work (start Nov 2014, mostly eddy stuff):
- Aviso SLA and glider DH:
- Scatter diagrams: Unfiltered Annual cycle anomalies
- Time series overlays (DH and SLA): Unfiltered Anomalies from annual cycle Annual cycle
- Various ways to show Aviso sampled on glider tracks:
- Mission numbers
- Aviso sampled by yearday, colored by phi
- Aviso annual cycle sampled by yearday, colored by phi the opposite: sampled by phi, colored by yearday
- Frequency bands of glider-sampled Aviso SLA: Bandpass vs total-interannual-seasonal Bandpass vs everything (interann+ann_bandpass)