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  • Presentation | B41J: Radiative Transfer over Land Surfaces: Observations, Modeling, Inversion, and Applications I Poster
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  • B41J-1975: Combining geometric-optical and spectral invariants theories for modeling canopy fluorescence anisotropy
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  • Board 1975‚ Hall EFG (Poster Hall)
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Author(s):
Yelu Zeng, China Agricultural University (First Author)
Yachang He, China Agricultural University
Dalei Hao, Pacific Northwest National Laboratory (Presenting Author)
Yifan Lu, Aerospace Information Research Institute, Chinese Academy of Sciences



  1. A 3D analytical canopy SIF RTM combining GO and p-theory was proposed.

  2. The model implements the asymmetry of leaf SIF emissions in single scattering.

  3. Simple analytical spectral invariant parameters were adopted in multiple scattering.

  4. No dependence on RTMs to calculate p-theory parameters for each scattering order.

  5. Ignoring asymmetric leaf SIF could result in underestimation of top-of-canopy SIF.




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