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#' Plant-Pollinator Data Sets in Hive Plot Data Format
#'
#' Plant-pollinator data sets which were derived ultimately from Vasquez and
#' Simberloff, 2003. These are two-trophic level systems that have almost
#' exactly the same plants and pollinators. \code{Safari} is from an
#' undisturbed area, while \code{Arroyo} is from a nearby location grazed by
#' cattle. In the original publication, the data sets are called Safariland
#' and Arroyo Goye. See Details for how the original data was converted.
#'
#' These data sets are \code{\link{HivePlotData}} objects. They were created
#' from the datasets \code{Safariland} and \code{vazarr} in the package
#' \code{bipartite}. The process was the same for each: 1. Plants were placed
#' on one axis, pollinators on the other. 2. A radius was assigned by
#' calculating d' using function \code{dfun} in package \code{bipartite}. d'
#' is an index of specialization; higher values mean the plant or pollinator is
#' more specialized. 3. Edge weights were assigned proportional to the square
#' root of the normalized number of visits of a pollinator to a plant. Thus
#' the width of the edge drawn is an indication of the visitation rate. 4.
#' The number of visits were divided manually into 4 groups and used to assign
#' edge colors ranging from white to red. The redder colors represent greater
#' numbers of visits, and the color-coding is comparable for each data set.
#'
#'
#'
#' @name Arroyo
#' @docType data
#' @aliases Arroyo Safari
#' @author Bryan A. Hanson, DePauw University, Greencastle Indiana USA
#' @keywords datasets
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