Integrating machine learning with analytical surface energy balance model improved terrestrial evaporation through biophysical regulation
Yun Bai,
Kanishka Mallick,
Tain Hu
et al.
Abstract:Global evaporation modeling faces challenges in understanding the combined biophysical controls imposed by aerodynamic and canopy-surface conductance, particularly in water-scarce environments. We addressed this by integrating a machine learning (ML) model estimating surface relative humidity (RH0) into an analytical model (Surface Temperature Initiated Closure - STIC), creating a hybrid model called HSTIC. This approach significantly enhanced the accuracy of modeling water stress and conductance regulation. O… Show more
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