| 55 | For an acceptable Global Water Cycle using the increased iphysiq resolution (iphysiq = 5), one may use the following flags and parameters in callphys.def : |
| 56 | |
| 57 | |
| 58 | ||= FLAG/PARAMETER =||= COMMENTS =|| |
| 59 | || latentheat_surfwater = .true. || Latent heat of ground ice sublimation (default is .true.) || |
| 60 | || cst_cap_albedo = .false. || Unchanged polar cap albedo even with frost deposits (default is .false.) || |
| 61 | || temp_dependant_m = .true. || Temperature-dependant water contact parameter || |
| 62 | || albedo_h2o_cap = 0.33 || Albedo of watercaptag=.true. || |
| 63 | || frost_albedo_threshold = 0.005 || kg/m2 || |
| 64 | || albedo_h2o_frost = 0.36 || Albedo of frost (if h2o_ice_s > frost_albedo_threshold) || |
| 65 | || frost_metam_threshold = 0.05 || kg/m2 || |
| 66 | || refill_watercap = .true. || (default true) if h2o_ice_s > frost_metam_threshold, h2o_ice_s = frost_metam_threshold and watercap = (watercap + h2o_ice_s - frost_metam_threshold) || |
| 67 | |
| 68 | 10 year simulation using this set of parameters gives the following water cycle : |
| 69 | |