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AeroSolSys

Programme for Research-Development-Innovation
for Space Technology and Advanced Research - STAR


84/ 2013



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General Description
Selection:
   1.
Station Structure
   2.
Monitoring Network
   3.
Seismic Energy
   4.
Multidisciplinary Analysis
   5.
Real Time Information
   6.
Vrancea Seismicity
   7.
Disemination
   8.
References
   9.
Copyright

      Multidisciplanary complex system for  monitoring clouds, aerosols and solar  radiation in corelation with Vrancea seismic activity


1. Station Structure



    Figure 1 describes a global structure of system.
  Data are acquired from ground (National Institute for Earth Physics seismic stations) and satellites.
 
Station structure


    Figure 1. General structure of a complex monitoring station and data processing [7]
   
         NIEPí stations are mainly for seismic monitoring. Few of them (figure 2) include other kind of sensors: infrasound, meteorological, telluric - magnetic fields and GPS. The project  launched in 2013 will extend the sensor area (Multidisciplinary complex system for monitoring clouds, aerosols and solar radiation in correlation with Vrancea seismic activity, a grant of the Romanian National Authority for Scientific Research).
      We have started to monitor and analyze atmospheric aerosols, ions, clouds and solar radiation in relationship with environmental conditions (temperature, humidity, atmospheric pressure, wind speed and direction, variations of the telluric currents, variations of the local magnetic field and infrasound, variations of the atmospheric electrostatic field, variations in the earth crust with inclinometers, electromagnetic and seismic activity, animal behavior). Figure 1 describes the monitoring station structure and figure 4 is an example of multidisciplinary analysis..