Difference between revisions of "File:EP-D1.4-Fig2-EARLINET-stations.jpg"

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== Summary ==
 
== Summary ==
[[ENVRIplus]]
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ENVRIplus D1.4 Report on integration across networks: common strategy and common sensors for lidar and aerosol extinction measurements.
 
 
D1.4 [[Report on integration across networks: common strategy and common sensors for lidar and aerosol extinction measurements]]
 
  
 
Figure 2: Map of the earlinet stations currently active. Red dots indicate multi wavelength raman LIDAR stations (EARLINET core stations). Green dots correspond to stations with at least one raman channel. Violet dots denote LIDARs with only elastic backscatter channels. The ||⊥ symbol indicates that the station has depolarization-measurement capabilities. The "sun" (☀) symbol means collocation with an AERONET sun photometer<ref>http://aeronet.gsfc.nasa.gov/</ref>. Adapted From (Pappalardo Et Al., 2014)
 
Figure 2: Map of the earlinet stations currently active. Red dots indicate multi wavelength raman LIDAR stations (EARLINET core stations). Green dots correspond to stations with at least one raman channel. Violet dots denote LIDARs with only elastic backscatter channels. The ||⊥ symbol indicates that the station has depolarization-measurement capabilities. The "sun" (☀) symbol means collocation with an AERONET sun photometer<ref>http://aeronet.gsfc.nasa.gov/</ref>. Adapted From (Pappalardo Et Al., 2014)
  
 
[[Category:Images]]
 
[[Category:Images]]

Revision as of 05:17, 7 September 2020

Summary

ENVRIplus D1.4 Report on integration across networks: common strategy and common sensors for lidar and aerosol extinction measurements.

Figure 2: Map of the earlinet stations currently active. Red dots indicate multi wavelength raman LIDAR stations (EARLINET core stations). Green dots correspond to stations with at least one raman channel. Violet dots denote LIDARs with only elastic backscatter channels. The ||⊥ symbol indicates that the station has depolarization-measurement capabilities. The "sun" (☀) symbol means collocation with an AERONET sun photometer[1]. Adapted From (Pappalardo Et Al., 2014)

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