Citations (9)
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M. M. Rahman & D. W. Lamb. (2017) The role of directional LAI in determining the fAPAR–NDVI relationship when using active optical sensors in tall fescue (Festuca arundinacea) pasture. International Journal of Remote Sensing 38:11, pages 3219-3235.
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Michio Shibayama & Yoshiaki Watanabe. (2008) Testing Polarization Measurements with Adjusted View Zenith Angles in Varying Illumination Conditions for Detecting Leaf Orientation of Wheat Canopy. Plant Production Science 11:4, pages 498-506.
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Michio Shibayama & Yoshiaki Watanabe. (2006) Remote Assessment of Wheat Canopies under Various Cultivation Conditions Using Polarized Reflectance. Plant Production Science 9:3, pages 312-322.
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Michio Shibayama. (2006) Radiometric Estimation of Canopy Leaf Inclination Anglesof Various Crop Species Using Multi-Band Polarization and Reflectance. Plant Production Science 9:2, pages 156-160.
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Articles from other publishers (5)
Abdelaziz Kallel & Jean Philippe Gastellu-Etchegorry. (2017) Canopy polarized BRDF simulation based on non-stationary Monte Carlo 3-D vector RT modeling. Journal of Quantitative Spectroscopy and Radiative Transfer 189, pages 149-167.
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Xiaochen Zou & Matti Mõttus. (2015) Retrieving crop leaf tilt angle from imaging spectroscopy data. Agricultural and Forest Meteorology 205, pages 73-82.
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Fumiki HOSOI, Yohei NAKAI & Kenji OMASA. (2009) Estimating the leaf inclination angle distribution of the wheat canopy using a portable scanning lidar. Journal of Agricultural Meteorology 65:3, pages 297-302.
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. (2006) 作物の形態研究法 マクロからミクロまで 作物個体群反射光の偏光特性の測定法と葉群構造の推定. Japanese Journal of Crop Science 75:4, pages 579-582.
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. (2006) 作物の形態研究法：マクロからミクロまで 光・電磁波・超音波による作物形態情報の非破壊計測手法. Japanese Journal of Crop Science 75:2, pages 220-222.
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