TY - JOUR
T1 - Typical tropospheric aerosol backscatter profiles for Southern Ireland
T2 - The Cork Raman lidar
AU - McAuliffe, Michael A.P.
AU - Ruth, Albert A.
PY - 2013/2
Y1 - 2013/2
N2 - A Raman lidar instrument (UCLID) was established at the University College Cork as part of the European lidar network EARLINET. Raman backscatter coefficients, extinction coefficients and lidar ratios were measured within the period 28/08/2010 and 24/04/2011. Typical atmospheric scenarios over Southern Ireland in terms of the aerosol load in the planetary boundary layer are outlined. The lidar ratios found are typical for marine atmospheric condition (lidar ratio ca. 20-25. sr). The height of the planetary boundary layer is below 1000. m and therefore low in comparison to heights found at other lidar sites in Europe. On the 21st of April a large aerosol load was detected, which was assigned to a Saharan dust event based on HYSPLIT trajectories and DREAM forecasts along with the lidar ratio (70. sr) for the period concerned. The dust was found at two heights, pure dust at 2.5. km and dust mixing with pollution from 0.7 to 1.8. km with a lidar ratio of 40-50 sr.
AB - A Raman lidar instrument (UCLID) was established at the University College Cork as part of the European lidar network EARLINET. Raman backscatter coefficients, extinction coefficients and lidar ratios were measured within the period 28/08/2010 and 24/04/2011. Typical atmospheric scenarios over Southern Ireland in terms of the aerosol load in the planetary boundary layer are outlined. The lidar ratios found are typical for marine atmospheric condition (lidar ratio ca. 20-25. sr). The height of the planetary boundary layer is below 1000. m and therefore low in comparison to heights found at other lidar sites in Europe. On the 21st of April a large aerosol load was detected, which was assigned to a Saharan dust event based on HYSPLIT trajectories and DREAM forecasts along with the lidar ratio (70. sr) for the period concerned. The dust was found at two heights, pure dust at 2.5. km and dust mixing with pollution from 0.7 to 1.8. km with a lidar ratio of 40-50 sr.
KW - EARLINET
KW - Extinction and backscatter coefficient
KW - Raman lidar
KW - Vertical aerosol profiling
UR - https://www.scopus.com/pages/publications/84880697332
U2 - 10.1016/j.atmosres.2012.09.020
DO - 10.1016/j.atmosres.2012.09.020
M3 - Article
AN - SCOPUS:84880697332
SN - 0169-8095
VL - 120-121
SP - 334
EP - 342
JO - Atmospheric Research
JF - Atmospheric Research
ER -