deletions | additions       diff --git a/We_plot_the_mean_clumping__1.tex b/We_plot_the_mean_clumping__1.tex  index 2718c95..9cc091d 100644  --- a/We_plot_the_mean_clumping__1.tex  +++ b/We_plot_the_mean_clumping__1.tex 
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We plot the mean clumping factor in each radial range and $\bar{Q}$, (add legend to plot) in Figure X. Despite the significant scatter, we see a steady increase in clumping with metal content. Fitting a power law to these data, we find that in both radial ranges  $$f_cl $$f_{cl}  \propto Z^{0.3}.$$ Since the H-$\alpha$ mass loss diagnostics vary as $\sqrt{f_{cl}}$, this corresponds to a correction of the power law exponent in Mokiem et al. of 0.15.