In terms of the limitations associated with the Anemoscope method used in this study, the MC2 mesoscale model used in Anemoscope has been proven to perform well in the finest mesoscales and more generally, to be as skilled as the most advanced mesoscale models . Furthermore it has been applied successfully for large scale wind resource assessments . For its part, the microscale model used in Anemoscope, MsMicro, a linear model, such as other models based on the Jackson and Hunt model of flow over low hills, i.e. WAsP, requires a fraction of the computational cost compared to the advanced and more universal Computational Fluid Dynamics (CFD) models such as the Reynolds average NaviereStokes (RANS) model and have been proven to be as capable to reproduce the average neutral ABL velocity fields over gentle terrains, i.e. when the slope of the surface is lower than 0.3 (values at which separation of the flow becomes highly probable) .