Image Gallery

lidar mulhacen
Título
Multi-wavelength Raman lidar (MULHACEN)
Descripción
  • Location: UGR Station
  • Technique: Aerosol Remote Sensing
  • Objectives:
    • Zenithal measurements for the retrieval of aerosol optical properties at 355, 532 and 1064 nm, and water vapour mixing ratio

 

Lidar Raman Multi-spectral Dual LMRD (ALHAMBRA)
Título
Lidar Raman Multi-spectral, Dual-LMRD (ALHAMBRA)
Descripción
  • Location: UGR Station
  • Technique: Aerosol Remote Sensing
  • Objectives:
    • Zenithal measurements for the retrieval of aerosol optical properties at 355, 532 and 1064 nm, and water vapour mixing ratio.
    • Broadband and spectral fluorescence
Spectrometer HORIBA 1250M
Título
Spectrometer HORIBA 1250M (ALHAMBRA)
Descripción
  • Location: UGR Station
  • Technique: Aerosol Remote Sensing
  • Objectives:
    • Broadband and spectral fluorescence
lidar veleta
Título
Mobile scanning lidar (VELETA)
Descripción
  • Location: UGR Station
  • Technique: Aerosol Remote Sensing
  • Objectives:
    • Measurements (any direction in the sky) for the retrieval of aerosol optical properties at 355 nm
lidar doppler abrego
Título
Doppler lidar (ÁBREGO)
Descripción
  • Location: UGR Station
  • Technique: Aerosol Remote Sensing
  • Objectives:
    • ABL dynamics (wind, shear, turbulence)
Doppler lidar with depolarization channel (SIROCO)
Título
Doppler lidar with depolarization channel (SIROCO)
Descripción
  • Location: UGR Station
  • Technique: Aerosol Remote Sensing
  • Objectives:
    • ABL dynamics (wind, shear, turbulence)
    • Attenuated backscatter profiles and depolarisation ratio at 1565 nm
fotometro solar
Título
CIMEL CE-318 sun photometers
Descripción
  • Location: UGR Station
  • Technique: Aerosol Remote Sensing
  • Objectives:
    • Atmospheric aerosol columnar properties included in the AERONET network
radar doppler de nubes
Título
Ground-based cloud radar (RPG-FMCW-94-DP)
Descripción
  • Location: UGR Station
  • Technique: Cloud Remote Sensing
  • Objectives:
    • Vertical profiles of cloud properties, such as reflectivity, reflectivity spectra, vertical wind speed and depolarization ratio
Radiómetro de Microondasr RPG-HATPRO
Título
Ground-based scanning microwave radiometer RPG-HATPRO
Descripción
  • Location: UGR Station
  • Technique: Cloud Remote Sensing
  • Objectives:
    • Temperature and water vapour profiles up to 10 km above the ground, in nearly all-weather conditions.
    • It also provides retrievals of column-integrated water vapour and liquid water content
Celiómetro CHM15k-Nimbus
Título
CHM15k-Nimbus ceilometer
Descripción
  • Location: UGR Station
  • Technique: Cloud Remote Sensing
  • Objectives:
    • Backscattered signal at near infrared, 1064 nm, providing information on cloud base height and also aerosol optical properties
Pandora
Título
Pandora
Descripción
  • Location: UGR Station
  • Technique: Trace Gases Remote Sensing
  • Objectives:
    • Monitoring polluting traces gases
PI-Neph
Título
Integrating nephelometer (TSI 3563)
Descripción
  • Location: UGR Station, campaigns
  • Technique: Aerosol In Situ
  • Objectives:
    • Particle light scattering and back-scattering coefficients
smps
Título
Scanning mobility particle sizer (SMPS)
Descripción
  • Location: Ugr Station, SNS, Campaigns
  • Technique: Aerosol In Situ
  • Objectives:
    • Composed of an electrostatic classifier (TSI Mod. 3082) and a condensation particle counter (CPC; TSI Mod. 3772) for the provision of sub-micron particle number size distribution
aps
Título
Aerodynamic particle sizer (APS; TSI Mod. 3321)
Descripción
  • Location: Ugr Station, Campaigns
  • Technique: Aerosol In Situ
  • Objectives:
    • Coarse particle number size distribution
captadores
Título
High-volume samplers
Descripción
  • Location: Ugr Station, Campaigns, SNS
  • Technique: Aerosol In Situ
  • Objectives:
    • PM10 and PM1 aerosol sampling and chemical characterization
ACMS
Título
TOF-ACSM
Descripción
  • Location: Ugr Station, Campaigns
  • Technique: Aerosol In Situ
  • Objectives:
    • Measurement, in real time, of sub-micron chemical composition of non-refractory particles, with high temporal resolution.
cnn 200
Título
CCN Counter (CCN200, DMT)
Descripción
  • Location: Ugr Station, Campaigns
  • Technique: Aerosol In Situ
  • Objectives:
    • Study of activated particles able to act as cloud condensation nuclei
Rapid e
Título
Rapid-e
Descripción
  • Location: Ugr Station, Campaigns
  • Technique: Aerosol In Situ
  • Objectives:
    • Measurements of size, shape and fluorescence of single particles to identify atmospheric particles of biological origin
captadores en olivar
Título
Hirst type sampler (Lanzoni)
Descripción
  • Location: SNS
  • Technique: Aerosol In Situ
  • Objectives:
    • Collection of pollen particles and subsequent analysis with microscopy for the quantification of pollen concentration of different species.
quantaq
Título
Low Cost Air Quality Sensor (Quantaq)
Descripción
  • Location: UGR Station, Campaigns
  • Technique: Aerosol In Situ
  • Objectives:
    • Concentration of particles and main polluting gases in real time with high temporal resolution using machine learning techniques. 

 

Aethalometer
Título
Aethalometer AE-33
Descripción
  • Location: UGR Station, Campaigns
  • Technique: Aerosol In Situ
  • Objectives:
    • Aerosol absorption coefficients at 7 wavelengths.
sistema deposición de particulas
Título
Total deposition collector
Descripción
  • Location: GR Station, SNS
  • Technique: Aerosol In Situ
  • Objectives:
    • Collection of total (dry+wet) particles deposition and subsequent chemical characterization.
fotometro
Título
Multi-Angle Absorption Photometer (MAAP)
Descripción
  • Location: UGR Station, SNS, Campaigns
  • Technique: Aerosol In Situ
  • Objectives:
    • Aerosol absorption coefficient
torre flujo
Título
Flow towers
Descripción
  • Location: Campaigns
  • Technique: Aerosol In Situ
  • Objectives:
    • Study the fluxes of greenhouse gases (such as CO2) between the ecosystem and the atmosphere through the eddy covariance technique
Nefelometro polar
Título
Nefelómetro Polar
Descripción
  • Location: UGR (Laboratory of Aerosol Spectrometry)
  • Technique: Aerosol In Situ
  • Objectives:
    • Angular distribution of scattered light by atmospheric aerosol for wavelengths covering from ultraviolet to infrared. It also measures scattering of polarized light.
radiometers
Título
Radiometers
Descripción
  • Location: UGR Station, SNS
  • Objectives:
    • Broadband and UVB and UVA solar irradiance are continuously recorded together with thermal infrared atmospheric irradiance
monitor de niebla y triple inlet
Título
Fog Monitor (FM120, DMT) and Triple inlet
Descripción
  • Location: SNS (total, interstitial), Campaigns (GCVI)
  • Technique: Cloud in situ
  • Objectives
    • Measuring the size distribution of cloud droplets and estimation of the cloud liquid water content
    • Consisting of a total, interstitial and GCVI (ground-based counterflow virtual impactor, Brechtel Inc) for the characterization of the total, interstitial and activated aerosol particles within clouds.
estacion fija medicion
Título
Fixed Platform Sierra Nevada Observatory
Descripción
  • Location:Sierra Nevada Observatory
  • Technique: Reactive Trace Gases in situ
  • Objectives:
    • Mobile platform for measuring polluting gases: CO, VOC, NOx, SO2, O3, and PM10. It will also include a high volume sampler for the chemical characterization of atmospheric particulate matter.
estacion móvil
Título
Mobile Platform
Descripción
  • Location:Sierra Nevada Observatory
  • Technique: Reactive Trace Gases in situ
  • Objectives:
    • Mobile platform for measuring polluting gases: CO, VOC, NOx, SO2, O3, and PM10. It will also include a high volume sampler for the chemical characterization of atmospheric particulate matter.
rack estacion movil
Título
Mobile Platform Rack
Descripción
  • Location: Campaigns
  • Technique: Reactive Trace Gases in situ
  • Objectives:
    • Mobile platform for measuring polluting gases: CO, VOC, NOx, SO2, O3, CH4, TNMHC and PM10. It will also include a high volume sampler for the chemical characterization of atmospheric particulate matter.
micro rain radar instrument on a terrace
Título
Micro Rain RADAR (MRR-2)
Descripción
  • Location: UGR Station, SNS
  • Technique: Complementary
  • Objectives:
    • Precipitation at high altitudes
three different automatic weather stations on a terrace
Título
Automatic weather stations
Descripción
  • Location: UGR Station
  • Technique: Complementary
  • Objectives:
    • Ground measurements of temperature, pressure, relative humidity, wind speed and direction
disdrometer instrument on a terrace
Título
Disdrometer (parsivel OTT)
Descripción
  • Location: UGR Station, SNS
  • Technique: Complementary
  • Objectives:
    • Hydrometeors types (rain, snow, etc.)  on surface, as well as drop size distribution and speed of falling hydrometeors