Relative Precision of Two-Dimensional Systematic Sampling as a Function of Nonrandomness Index

Abstract
Stepwise multiple regression with logarithmic transformations was employed to establish relationships between the relative precision of systematic sampling and indices of nonrandomness. Results indicate that the relative precision of systematic sampling may be expressed as a function of the index of nonrandomness. Such relationships not only may vary from stand to stand but also may vary greatly depending on the variable of interest.

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