Multiple Doppler Lidars have been co-operated in the NYC region during the summer of 2018 to provide detailed observations of the turbulent atmosphere especially during heat wave events. The co-operating Doppler Lidar observations allow for mean flows to be distinguished from complex flows so that a better understanding of the transport of air masses can be provided to investigate the fidelity of high resolution numerical weather prediction models that are being developed to interpret and model turbulence during such events
We use Doppler lidar wind profiles from six locations around the globe to evaluate the wind profile ...
Intensive observations of wind and turbulence in the atmospheric boundary layer (ABL) were conducted...
Thesis: S.M., Joint Program in Physical Oceanography (Massachusetts Institute of Technology, Departm...
Multiple Doppler Lidars have been co-operated in the NYC region during the summer of 2018 to provide...
Exposure to heatwaves in densely populated urban areas are of major health concern. Interaction of h...
The number and quality of atmospheric observations used by meteorologists and operational forecaster...
A Doppler lidar has been developed using fiber optic based technologies and advanced signal processi...
Dispersion of pollutants in the urban atmosphere is a subject that is presently under much investiga...
Analysis of radial wind velocity data from the Salford pulsed Doppler infrared lidar is used to calc...
With a rapidly increasing urban population, air pollution is a growing problem. To minimise the impa...
cooperative undertaking to study turbulent transport and diffusion in urban atmospheric boundary lay...
A preliminary work on a new way to estimate atmospheric turbulence using high-frequency Doppler lida...
Poster presented at the DeepWind conference in Trondheim, Norway in January 2023
The complexity of urban boundary layer dynamics poses challenges to those responsible for the design...
Two synchronized continuous wave scanning lidars are used to study the coherence of the along-wind a...
We use Doppler lidar wind profiles from six locations around the globe to evaluate the wind profile ...
Intensive observations of wind and turbulence in the atmospheric boundary layer (ABL) were conducted...
Thesis: S.M., Joint Program in Physical Oceanography (Massachusetts Institute of Technology, Departm...
Multiple Doppler Lidars have been co-operated in the NYC region during the summer of 2018 to provide...
Exposure to heatwaves in densely populated urban areas are of major health concern. Interaction of h...
The number and quality of atmospheric observations used by meteorologists and operational forecaster...
A Doppler lidar has been developed using fiber optic based technologies and advanced signal processi...
Dispersion of pollutants in the urban atmosphere is a subject that is presently under much investiga...
Analysis of radial wind velocity data from the Salford pulsed Doppler infrared lidar is used to calc...
With a rapidly increasing urban population, air pollution is a growing problem. To minimise the impa...
cooperative undertaking to study turbulent transport and diffusion in urban atmospheric boundary lay...
A preliminary work on a new way to estimate atmospheric turbulence using high-frequency Doppler lida...
Poster presented at the DeepWind conference in Trondheim, Norway in January 2023
The complexity of urban boundary layer dynamics poses challenges to those responsible for the design...
Two synchronized continuous wave scanning lidars are used to study the coherence of the along-wind a...
We use Doppler lidar wind profiles from six locations around the globe to evaluate the wind profile ...
Intensive observations of wind and turbulence in the atmospheric boundary layer (ABL) were conducted...
Thesis: S.M., Joint Program in Physical Oceanography (Massachusetts Institute of Technology, Departm...