10.11583/DTU.7931444.v1 Pedro Santos Pedro Santos Jakob Mann Jakob Mann Nikola Vasiljevic Nikola Vasiljevic Michael Courtney Michael Courtney Arezoo Zamanbin Arezoo Zamanbin ALEX17 Multi-lidar measurements: vizualizing flow patterns with 2D and 3D wind fields over complex terrain Technical University of Denmark 2019 scanning lidars multi-lidar turbulence wind lidar WindScanner long-range WindScanner Complex terrain Atmospheric Sciences Meteorology Renewable Power and Energy Systems Engineering (excl. Solar Cells) 2019-06-12 13:46:03 Dataset https://data.dtu.dk/articles/dataset/ALEX17_Multi-lidar_measurements_vizualizing_flow_patterns_with_2D_and_3D_wind_fields_over_complex_terrain/7931444 The present dataset is part of the Alaiz Experiment-2017 (ALEX17) conducted close to Pamplona, Spain, from Nov/2017 to Jul/2019. The unique feature of this dataset is the scale (~20km^2) and complexity (>500m elevation change) of the topography covered by the measurements. This dataset consists of measurements of five long-range windscanner lidar systems, performing synchronized scanning trajectories that connects and follow both ridges in a 10km Z-shaped transect 125m a.g.l. where the 2D or 3D wind field can be reconstructed. The lidar scans also measure three 2D/3D virtual met masts in strategic points of the domain.