deletions | additions       diff --git a/figures/psa-var-composites-phase-range_ERAInterim_500hPa-lat10S10Nmean-lon115E235Ezeropad_030day-runmean-anom-wrt-all_native-np20N260E/caption.tex b/figures/psa-var-composites-phase-range_ERAInterim_500hPa-lat10S10Nmean-lon115E235Ezeropad_030day-runmean-anom-wrt-all_native-np20N260E/caption.tex  index eb00992..b9e2dfe 100644  --- a/figures/psa-var-composites-phase-range_ERAInterim_500hPa-lat10S10Nmean-lon115E235Ezeropad_030day-runmean-anom-wrt-all_native-np20N260E/caption.tex  +++ b/figures/psa-var-composites-phase-range_ERAInterim_500hPa-lat10S10Nmean-lon115E235Ezeropad_030day-runmean-anom-wrt-all_native-np20N260E/caption.tex 
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\label{fig:surface_composites}  Composite mean surface air temperature anomaly, precipitation anomaly and sea ice fraction anomaly for all data times corresponding to the positive (phase grouping 4.5 to 19.5$^{\circ}$E; top row) or negative (37.5 to 52.5$^{\circ}$E; bottom row) phase of the PSA pattern. Black contours show the composite mean 500 hPa streamfunction anomaly (dashed contours indicate negative values and the contour interval is $2.5 \times 10^6 \: m^2 s^{-1}$), while the hatching shows regions where the difference between the composite mean and climatological mean is significant at the $p < 0.01$ level.[TODO: Since the positive and negative PSA plots are almost exact opposites, consider only showing the negative phase plots. This would reduce the size of this figure markedly.]