Thank you prof.
I have calculated hCritA and the values are within the recommended 150 m to -1000 m, eq. 2.74 helped, but help is missing the 'g'. Thanks a lot.
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Hello Team Hydrus, I am using the formula Hr = exp[h*M*g/RT] to calculate hCritA. It is given that Hr is the relative humidity, h is the pressure head, M is the molecular weight of water [M/mol] (=0.018015 kg/mol), R is the universal gas constant [ML^2/T^2/K/M] (= 8.314 kg m^2/s^2/K/mol, J/mol/K), a...
Hi, I am modelling basic water transport in a soil column. I have Precipitation (entered to precip) data and ETo (entered to rtop) data as variable boundary conditions, from the definitive concept of ETo, I am assuming that the evaporative demand of the atmosphere can be considered independent of cr...