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Relationships between the Surface Fluxes at Grassland, Paddy Field, and at Copse, and Spectral Reflectances in Visible and in Near-infrared Wavelength or Vegetation Indices Derived from Satellite Remote Sensing. I. Seasonal Changes in the Surface Fluxes at each Land Cover.

机译：草地，稻田和COPSE的表面通量与近红外波长或近红外波长或卫星遥感植被指数之间的关系。 I.每个陆地覆盖的表面通量的季节性变化。

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Atsushi HIGUCHI; Akihiko KONDOH; Sho-ichi IKEDA; Hiroshi KUROKO;
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2. PARAMETERIZATION OF SUBGRID-SCALE LAND SURFACE FLUXES WITH EMPHASIS ON DISTRIBUTING MEAN ATMOSPHERIC FORCING AND USING SATELLITE-DERIVED VEGETATION INDEX [J] . Gao W. Journal of Geophysical Research. Biogeosciences . 1995,第d7期

机译：利用卫星平均植被指数和分布卫星植被指数对次土地面通量进行参数化
3. Relationships among Remotely Sensed Data, Surface Energy Balance, and Area-Averaged Fluxes over Partially Vegetated Land Surfaces [J] . M. A. FRIEDL Journal of Applied Meteorology . 1996,第11期

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机译：远程感测植被，表面辐射温度和衍生表面能量通量的长度尺度
5. Modeling spatial surface energy fluxes of agricultural and riparian vegetation using remote sensing. [D] . Geli, Hatim Mohammed Eisa. 2012

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6. New spectral vegetation indices based on the near-infrared shoulder wavelengths for remote detection of grassland phytomass [O] . LORIS VESCOVO, GEORG WOHLFAHRT, MANUELA BALZAROLO, -1

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7. Relationships between the Surface Fluxes at Grassland, Paddy Field, and at Copse, and Spectral Reflectances in Visible and in Near-infrared Wavelength or Vegetation Indices Derived from Satellite Remote Sensing. II. Relationship between Spectral Reflectances in Visible and in Near-infrared Wavelength Derived from Satellite and the Surface Fluxes. [O] . Atsushi HIGUCHI, Akihiko KONDOH 2000

机译：草地，稻田和COPSE的表面通量与近红外波长或近红外波长或卫星遥感植被指数之间的关系。 II。可见光和近红外波长源自卫星和表面磁通的频谱反射之间的关系。
8. Angular and Seasonal Variation of Spectral Surface Reflectance Ratios: Implications for the Remote Sensing of Aerosol over Land [R] . Remer, L. A., Wald, A. E., Kaufman, Y. J. 1999

机译：光谱表面反射率的角度和季节变化：对陆地上气溶胶遥感的影响

Relationships between the Surface Fluxes at Grassland, Paddy Field, and at Copse, and Spectral Reflectances in Visible and in Near-infrared Wavelength or Vegetation Indices Derived from Satellite Remote Sensing. I. Seasonal Changes in the Surface Fluxes at each Land Cover.

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