Figure S5: 
Modeled TS-driven offshore flow, qm  
Bathymetry and forcing conditions as in Ulloa et al. (2022) 
         Ulloa, H. N., Ramn, C. L., Doda, T., West, A., & Bouffard, D. (2022). 
         Development of overturning circulation in sloping waterbodies due to surface cooling. 
         Journal of Fluid Mechanics, 930, A18. https://doi.org/doi:10.1017/jfm.2021.883 
LES data from Ulloa et al. (2022) 
(1) runName (Table S1) (2) q_m(m^2/s) (3) standard deviation (m^2/s) 
********************************************************************* 
  LES       0.0098     0.0036
  Run_01    0.0116     0.0031
  Run_02    0.0109     0.0041
  Run_03    0.0137     0.0022
  Run_04    0.0162     0.0031
  Run_05    0.0032     0.0013
  Run_06    0.0079     0.0031
  Run_07    0.0120     0.0019
  Run_08    0.0162     0.0030
  Run_09    0.0133     0.0042
  Run_10    0.0182     0.0031
  Run_11    0.0156     0.0026
  Run_12    0.0106     0.0028
  Run_13    0.0022     0.0007
  Run_14    0.0152     0.0022
  Run_15    0.0177     0.0017
  Run_16    0.0164     0.0016
  Run_17    0.0204     0.0020
  Run_18    0.0190     0.0021
  Run_19    0.0083     0.0003
  Run_20    0.0175     0.0016
  Run_21    0.0361     0.0167
  Run_22    0.0437     0.0103
  Run_23    0.0413     0.0060
