Tropospheric ozone spectrum, the most common way to measure ozone is to measure how much of this light spectrum is absorbed in the atmosphere. Because the stratosphere has higher ozone concentration than the troposphere, it is important for remote sensing instruments to be able to determine altitude along with the concentration measurements. The TOMS-EP instrument aboard a satellite from NASA is an example of an ozone layer measuring satellite , and TES is an example of an ozone measuring satellite that is specifically for the troposphere. Lidar is a common ground based remote sensing technique to measure ozone. TOLnet is the network
Boundary-Layer Meteorology air pollution, hydrology, theoretical and numerical experimental studies of the atmospheric boundary layer over land and sea surfaces, micrometeorology, the planetary boundary layer, numerical modelling of the lower atmosphere, remote sensing and urban meteorology. Boundary-Layer Meteorology Boundary-Layer Meteorology is a peer reviewed scientific journal of geosciences published by Springer Science+Business Media. It was founded in 1970 by R. E. Munn (Institute for Environmental Studies, University of Toronto). The current co-Editors for this publication are Evgeni Fedorovich (School of Meteorology, University of Oklahoma) and John R. Garratt (CSIRO Marine & Atmospheric Research). The Journal Citation Reports 2016 Impact Factor for this