#' Thiamethoxam applications in squash crops
#'
#' A dataset on the effect of the thiamethoxam application method and plant
#' variety on bees.
#'
#' @format A data frame with 165 observations and 11 variables:
#' \describe{
#' \item{trt}{Treatment.}
#' \item{var}{Variety.}
#' \item{rep}{Replicate.}
#' \item{fruit}{Average fruit number per plant.}
#' \item{avg_mass}{Individual Fruit mass average (g).}
#' \item{mass}{Fruit mass per plant (g).}
#' \item{yield}{Yield (4 plants).}
#' \item{visit}{Bee visits per plot.}
#' \item{foliage}{Proportion of foliage consumed by striped cucumber beetle.}
#' \item{scb}{Striped cucumber beetle per plant.}
#' \item{defoliation}{Defoliation percentage.}
#' }
#' @usage data("thiamethoxam")
#' @examples
#' data("thiamethoxam")
#' thiamethoxam
#' @source
#' Obregon D, Pederson G, Taylor A, Poveda K (2022).
#' ``The Pest Control and Pollinator Protection Dilemma: The Case of
#' Thiamethoxam Prophylactic Applications in Squash Crops.''
#' \emph{PLOS ONE}, **17**(5), 1--18.
#' \doi{10.1371/journal.pone.0267984}.
"thiamethoxam"
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