长江学者讲座通知

发布者:gjdq发布时间:2007-05-17浏览次数:1322

Optical and Thermal Remote Sensing: Theories and Applications  
 
John M. Norman, University of Wisconsin at Madison
Jing M. Chen, University of Toronto
(Draft 10 January)
 
A graduate course to be offered at The International Institute of Earth System Science, Nanjing University, 23-24 May, 2007.
 
Course outline 
 
- Day 1, 8:30 am – 12:30 pm, 23 May
Introduction 
Hour 1 (Jing)
  • Electromagnetic spectrum

  • Wavelength and frequency

  • Optical properties of vegetation, soil, water, snow, clouds, etc

  • Current optical and thermal satellite sensors

 

Hour 2 (John)
  • Radiation terminology (radiant energy, radiant flux, radiance, irradiance, reflectance, spectral reflectance)

 

Optical Remote Sensing 
Hours 3-4 (Jing)
  • Radiation interaction with plant canopies

  • Vegetation indices

  • Leaf area indices (definition and measurement techniques)

  • Methods for LAI retrieval

 

 
- Day 2, 8:30 am – 12:30 pm, 24 May
Optical Remote Sensing 
Hours 1-3 (Jing)
  • Bidirectional Reflectance Distribution Function

  • Geometrical optical model

  • Multiple angle remote sensing applications

  • Hyperspectral remote sensing applications

 

Thermal Remote Sensing 
Hour 4 (John)
  • Definition of thermodynamic and radiometric temperatures

  • Extension to directional and hemispherical temperatures

 

 
- Day 2, 2:00 am – 6:00 pm, 24 May
Thermal Remote Sensing 
Hours 1-4 (John)
  • Brightness temperature, atmospheric effects and surface radiometric temperature

  • Sensible heat estimation using surface radiometric temperature

  • Surface energy fluxes from soil and vegetation using radiometric temperature

  • Surface energy fluxes using radiometric temperature from multiple view angles

 

   
 Further Questions (Jing and John)
        Exam (for those taking it for a credit)