Determination of the optimal level for combining area and yield estimates.

M. E. Bauer; M. M. Hixson; C. D. Jobusch

Determination of the optimal level for combining area and yield estimates.

M. E. Bauer, M. M. Hixson, C. D. Jobusch

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Abstract

Several levels of obtaining both area and yield estimates are considered: county, refined strata, refined/split strata, crop reporting district, and state. Using the CCEA model form and smoothed weather data, regression coefficients at each level were derived to compute yield and its variance. -from NASA Abstract E82-10215

Original language	English (US)
Title of host publication	Unknown Host Publication Title
Publisher	Purdue University, Lafayette, IN, Laboratory for Applications of Remote Sensing; LARS-101281
State	Published - 1981

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abstract = "Several levels of obtaining both area and yield estimates are considered: county, refined strata, refined/split strata, crop reporting district, and state. Using the CCEA model form and smoothed weather data, regression coefficients at each level were derived to compute yield and its variance. -from NASA Abstract E82-10215",

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AU - Hixson, M. M.

AU - Jobusch, C. D.

PY - 1981

Y1 - 1981

N2 - Several levels of obtaining both area and yield estimates are considered: county, refined strata, refined/split strata, crop reporting district, and state. Using the CCEA model form and smoothed weather data, regression coefficients at each level were derived to compute yield and its variance. -from NASA Abstract E82-10215

AB - Several levels of obtaining both area and yield estimates are considered: county, refined strata, refined/split strata, crop reporting district, and state. Using the CCEA model form and smoothed weather data, regression coefficients at each level were derived to compute yield and its variance. -from NASA Abstract E82-10215

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PB - Purdue University, Lafayette, IN, Laboratory for Applications of Remote Sensing; LARS-101281

ER -

Determination of the optimal level for combining area and yield estimates.

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