% Generated by roxygen2: do not edit by hand
% Please edit documentation in R/dataSets.R
\docType{data}
\name{chorizonDL}
\alias{chorizonDL}
\title{C-horizon of the Kola data with rounded zeros}
\format{A data frame with 606 observations on the following 62 variables.
\describe{ 
\item{*ID }{a numeric vector} 
\item{XCOO }{a numeric vector} 
\item{YCOO }{a numeric vector} 
\item{Ag }{concentration in mg/kg} 
\item{Al }{concentration in mg/kg} 
\item{Al_XRF }{concentration in wt. percentage} 
\item{As }{concentration in mg/kg} 
\item{Ba }{concentration in mg/kg} 
\item{Ba_INAA }{concentration in mg/kg}
\item{Be }{concentration in mg/kg} 
\item{Bi }{concentration in mg/kg}
\item{Ca }{concentration in mg/kg} 
\item{Ca_XRF }{concentration in wt. percentage} 
\item{Cd }{concentration in mg/kg} 
\item{Ce_INAA }{concentration in mg/kg} 
\item{Co }{concentration in mg/kg} 
\item{Co_INAA }{concentration in mg/kg} 
\item{Cr }{concentration in mg/kg}
\item{Cr_INAA }{concentration in mg/kg}
\item{Cu }{concentration in mg/kg}
\item{Eu_INAA }{concentration in mg/kg} 
\item{Fe }{concentration in mg/kg} 
\item{Fe_XRF }{concentration in wt. percentage} 
\item{Hf_INAA }{concentration in mg/kg} 
\item{K }{concentration in mg/kg} 
\item{K_XRF }{concentration in wt. percentage} 
\item{La }{concentration in mg/kg} 
\item{La_INAA }{concentration in mg/kg} 
\item{Li }{concentration in mg/kg} 
\item{Lu_INAA }{concentration in mg/kg} 
\item{Mg }{concentration in mg/kg} 
\item{Mg_XRF }{concentration in wt. percentage} 
\item{Mn }{concentration in mg/kg} 
\item{Mn_XRF }{concentration in wt. percentage} 
\item{Na }{concentration in mg/kg} 
\item{Na_XRF }{concentration in wt. percentage} 
\item{Nd_INAA }{concentration in mg/kg} 
\item{Ni }{concentration in mg/kg} 
\item{P }{concentration in mg/kg} 
\item{P_XRF }{concentration in wt. percentage} 
\item{Pb }{concentration in mg/kg} 
\item{S }{concentration in mg/kg} 
\item{Sc }{concentration in mg/kg} 
\item{Sc_INAA }{concentration in mg/kg} 
\item{Si }{concentration in mg/kg} 
\item{Si_XRF }{concentration in wt. percentage} 
\item{Sm_INAA }{concentration in mg/kg}
\item{Sr }{concentration in mg/kg} 
\item{Th_INAA }{concentration in mg/kg} 
\item{Ti }{concentration in mg/kg} 
\item{Ti_XRF }{concentration in wt. percentage} 
\item{V }{concentration in mg/kg} 
\item{Y }{concentration in mg/kg} 
\item{Yb_INAA }{concentration in mg/kg} 
\item{Zn }{concentration in mg/kg} 
\item{LOI }{concentration in wt. percentage}
\item{pH }{ph value}
\item{ELEV }{elevation}
\item{*COUN }{country}
\item{*ASP }{a numeric vector} 
\item{TOPC }{a numeric vector}
\item{LITO }{information on lithography} 
}}
\source{
Kola Project (1993-1998)
}
\description{
This data set is almost the same as \code{\link[mvoutlier]{chorizon}} data set
in package \code{mvoutlier} and \code{\link[VIM]{chorizonDL}}, except that values below the detection limit
are coded as zeros, and detection limits provided as attributes to the data set and
less variables are included.
}
\note{
For a more detailed description of this data set, see
\code{\link[mvoutlier]{chorizon}} in package \code{mvoutlier}.
}
\examples{

data(chorizonDL, package = "robCompositions")
dim(chorizonDL)
colnames(chorizonDL)
zeroPatterns(chorizonDL)
}
\references{
Reimann, C., Filzmoser, P., Garrett, R.G. and Dutter, R. (2008)
\emph{Statistical Data Analysis Explained: Applied Environmental Statistics
with R}. Wiley.
}
\seealso{
\code{\link[mvoutlier]{chorizon}}, \code{\link[VIM]{chorizonDL}}
}
\keyword{datasets}