Soybean canopy reflectance as a function of view and illumination geometry.

M. E. Bauer; K. J. Ranson; V. C. Vanderbilt; L. L. Biehl; B. F. Robinson

Soybean canopy reflectance as a function of view and illumination geometry.

M. E. Bauer, K. J. Ranson, V. C. Vanderbilt, L. L. Biehl, B. F. Robinson

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Abstract

The results of an experiment designed to characterize a soybean field by its reflectance at various view and illumination angles and by its physical and agronomic attributes are presented. Reflectances were calculated from measurements at four wavelength bands through eight view azimuth and seven view zenith directions for various solar zenith and azimuth angles during portions of three days. An ancillary data set consisting of the agronomic and physical characteristics of the soybean field is described. The results indicate that the distribution of reflectance from a soybean field is a function of the solar illumination and viewing geometry, wavelength and row direction, as well as the state of development of the canopy. -from NASA Abstract E82-10394

Original language	English (US)
Title of host publication	Unknown Host Publication Title
Publisher	Purdue University, Lafayette, Ind. Laboratory for Applications of Remote Sensing, LARS-042182
State	Published - 1982

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title = "Soybean canopy reflectance as a function of view and illumination geometry.",

abstract = "The results of an experiment designed to characterize a soybean field by its reflectance at various view and illumination angles and by its physical and agronomic attributes are presented. Reflectances were calculated from measurements at four wavelength bands through eight view azimuth and seven view zenith directions for various solar zenith and azimuth angles during portions of three days. An ancillary data set consisting of the agronomic and physical characteristics of the soybean field is described. The results indicate that the distribution of reflectance from a soybean field is a function of the solar illumination and viewing geometry, wavelength and row direction, as well as the state of development of the canopy. -from NASA Abstract E82-10394",

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T1 - Soybean canopy reflectance as a function of view and illumination geometry.

AU - Bauer, M. E.

AU - Ranson, K. J.

AU - Vanderbilt, V. C.

AU - Biehl, L. L.

AU - Robinson, B. F.

PY - 1982

Y1 - 1982

N2 - The results of an experiment designed to characterize a soybean field by its reflectance at various view and illumination angles and by its physical and agronomic attributes are presented. Reflectances were calculated from measurements at four wavelength bands through eight view azimuth and seven view zenith directions for various solar zenith and azimuth angles during portions of three days. An ancillary data set consisting of the agronomic and physical characteristics of the soybean field is described. The results indicate that the distribution of reflectance from a soybean field is a function of the solar illumination and viewing geometry, wavelength and row direction, as well as the state of development of the canopy. -from NASA Abstract E82-10394

AB - The results of an experiment designed to characterize a soybean field by its reflectance at various view and illumination angles and by its physical and agronomic attributes are presented. Reflectances were calculated from measurements at four wavelength bands through eight view azimuth and seven view zenith directions for various solar zenith and azimuth angles during portions of three days. An ancillary data set consisting of the agronomic and physical characteristics of the soybean field is described. The results indicate that the distribution of reflectance from a soybean field is a function of the solar illumination and viewing geometry, wavelength and row direction, as well as the state of development of the canopy. -from NASA Abstract E82-10394

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M3 - Chapter

BT - Unknown Host Publication Title

PB - Purdue University, Lafayette, Ind. Laboratory for Applications of Remote Sensing, LARS-042182

ER -

Soybean canopy reflectance as a function of view and illumination geometry.

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