Facilities

Instruments and equipments:

  • MiniPAM WALZ. Active field fluorimeter.
    Photosynthetic yield analizer using chlorophyll a fluorescence emission based on leaf sample.
  • Nikon Coolpix 8400 + 2 FishEye FC-E9
    Indirect determination of Leaf Area Index (LAI) using emispheric below canopy photograph.
  • PlantPen PRI 200
    Portable radiometer to calculate leaf level PRI (Photochemical Reflectance Index), related to plant stress status.
  • Spectrometers VIS–NIR HR–4000  Ocean Optics with subnanometric resolution
    Optical properties determination of natural surfaces (both in filed and in laboratory) and passive fluorescence.
  • ASD FieldSpec HH VIS-NIR field spectroradiometer
    Optical properties determination of natural surfaces (both in filed and in laboratory) .
  • HSI. Automatic field hyperspectral optical system (prototype)
    Continuous automatic determination of surface optical properties and passive chlorophyll fluorescence .

 

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  • MRI (Multiplexer Radiometer Irradiometer). Automatic field hyperspectral optical systembased on optical multiplexer (MPM-2000, Ocean Optics)
    Continuous automatic determination of surface optical properties and passive chlorophyll fluorescence .
  • Meteorological station equipped with datalogger (CR3000, Campbell Scientific). Vaisala air temperature and relative humidity; LI-COR PAR sensor and high precision APOGEE SI-121 infrared radiometer.
  • Infrared radiometer APOGEE SI-121 (8-14 µm)
    Determination of punctual thermal surface properties
  • Termocamera FLIR SC500
    Surfaces thermal properties determination (both at field and aerial level).
  • Multispectral Tetracam ADC AIR. VIS NIR camera
    Surface optical properties determination (both at field and aerial level).
  • GPS AvMap Air EPK IV. EUROPE-AFRICA cartography.
    GPS for aerial control.
  • Calibration lamp: Ocean Optics LS-1-CAL, CAL-2000 Mikropack.
    Spectrometer radiometric and spectral calibration
  • Hyperspec VIS-NIR imaging spectrometer (380nm – 1000 nm). Headwall Photonics.
    Image based VIS-NIR optical properties determination (both at laboratory and aerial level). HyperICE System
  • FLIR T650sc to measure surface temperature
  • FloX system designed to passively measure Chlorophyll fluorescence induced by sun
  • RoX system designed to measure solar radiance, reflected radiance and reflectance

 

 

Link to DISAT website

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