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Urban atmosphere exchanges: LiDARs and complementary approaches
Characterisation of synoptic and no-synoptic winds in complex environments through experimental and numerical techniques
Application of Doppler LiDAR in the field of wind engineering in Japan and evaluation of atmospheric stability in Tokyo for predicting pollutant dispersion
Doppler LiDAR observation of urban wind profiles in Tokyo: Implications for profile modelling and its application
Possible contributions of LiDAR data to multiscale urban climate modelling
Sensing and shaping airflow for mitigating heat to ensure climate resilience, a LiDAR study in a high density coastal city
Exploring aerosol impacts on air quality and climate from LiDAR measurements: Theoretical backgrounds and long-term observational data analyses
Windscanner LiDAR measurements of wind and turbulence around wind turbines, buildings, and bridges
Capturing the spatio-temporal variability of transport processes in the urban boundary layer by using ground-based LiDAR remote sensing
From thermometers to lasers: How our measurements affect our models of reality
Lecture by Simone Kotthaus (Assistant Professor, École Polytechnique, France)
Urban boundary layer dynamics from atmospheric profile remote sensing synergy
Progress of ground-based LiDAR research in high-density urban wind environments and a LiDAR network in Hong Kong
Use of LiDAR for low level wind shear and turbulence alerting at the Hong Kong International Airport
Development of ground-based atmospheric remote-sensing network (GARNET) by the Environmental Protection Department, HKSAR
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