R/data-co2temp.r

In datana: Datasets and Functions to Accompany Analisis De Datos Con R

#' CO2 emissions and temperature at country-level.
#' @description
#' Data obtained from the \eqn{hockeystick} package, which
#' retrieves annual global carbon
#' dioxide emissions since 1750 from the World Data
#'  repository https://github.com/owid/co2-data, as well as
#'  other climate-related variables.
#' @usage
#' data(co2temp)
#' @format The data contains 75 variables, and the fully
#' description can be reviewed in the references provided
#' here.
#' \describe{
#'\item{country}{Country.}
#' \item{year}{Calendar year.}
#' \item{iso_code}{TBA.}
#' \item{population}{Population size, in number of people.}
#' \item{gdp}{Gross domestic product, a measure of the value added created
#'  through the production of goods and services in a country.}
#' \item{cement_co2}{TBA.}
#' \item{cement_co2_per_capita}{TBA.}
#' \item{co2}{TBA.}
#' \item{co2_growth_abs}{TBA.}
#' \item{co2_growth_prct}{TBA.}
#' \item{co2_including_luc}{TBA.}
#' \item{co2_including_luc_growth_abs}{TBA.}
#' \item{co2_including_luc_growth_prct}{TBA.}
#' \item{co2_including_luc_per_capita}{TBA.}
#' \item{co2_including_luc_per_gdp}{TBA.}
#' \item{co2_including_luc_per_unit_energy}{TBA.}
#' \item{co2_per_capita}{TBA.}
#' \item{co2_per_gdp}{TBA.}
#' \item{co2_per_unit_energy}{TBA.}
#' \item{coal_co2}{TBA.}
#' \item{coal_co2_per_capita}{TBA.}
#' \item{consumption_co2}{TBA.}
#' \item{consumption_co2_per_capita}{TBA.}
#' \item{consumption_co2_per_gdp}{TBA.}
#' \item{cumulative_cement_co2}{TBA.}
#' \item{cumulative_co2}{TBA.}
#' \item{cumulative_co2_including_luc}{TBA.}
#' \item{cumulative_coal_co2}{TBA.}
#' \item{cumulative_flaring_co2}{TBA.}
#' \item{cumulative_gas_co2}{TBA.}
#' \item{cumulative_luc_co2}{TBA.}
#' \item{cumulative_oil_co2}{TBA.}
#' \item{cumulative_other_co2}{TBA.}
#' \item{energy_per_capita}{TBA.}
#' \item{energy_per_gdp}{TBA.}
#' \item{flaring_co2}{TBA.}
#' \item{flaring_co2_per_capita}{TBA.}
#' \item{gas_co2}{TBA.}
#' \item{gas_co2_per_capita}{TBA.}
#' \item{ghg_excluding_lucf_per_capita}{TBA.}
#' \item{ghg_per_capita}{TBA.}
#' \item{land_use_change_co2}{TBA.}
#' \item{land_use_change_co2_per_capita}{TBA.}
#' \item{methane}{TBA.}
#' \item{methane_per_capita}{TBA.}
#' \item{nitrous_oxide}{TBA.}
#' \item{nitrous_oxide_per_capita}{TBA.}
#' \item{oil_co2}{TBA.}
#' \item{oil_co2_per_capita}{TBA.}
#' \item{primary_energy_consumption}{TBA.}
#' \item{share_global_cement_co2}{TBA.}
#' \item{share_global_co2}{TBA.}
#' \item{share_global_co2_including_luc}{TBA.}
#' \item{share_global_coal_co2}{TBA.}
#' \item{share_global_cumulative_cement_co2}{TBA.}
#' \item{share_global_cumulative_co2}{TBA.}
#' \item{share_global_cumulative_co2_including_luc}{TBA.}
#' \item{share_global_cumulative_coal_co2}{TBA.}
#' \item{share_global_cumulative_flaring_co2}{TBA.}
#' \item{share_global_cumulative_gas_co2}{TBA.}
#' \item{share_global_cumulative_luc_co2}{TBA.}
#' \item{share_global_cumulative_oil_co2}{TBA.}
#' \item{share_global_cumulative_other_co2}{TBA.}
#' \item{share_global_flaring_co2}{TBA.}
#' \item{share_global_gas_co2}{TBA.}
#' \item{share_global_luc_co2}{TBA.}
#' \item{share_global_oil_co2}{TBA.}
#' \item{share_global_other_co2}{TBA.}
#' \item{share_of_temperature_change_from_ghg}{TBA.}
#' \item{temperature_change_from_ch4}{TBA.}
#' \item{temperature_change_from_co2}{TBA.}
#' \item{temperature_change_from_ghg}{TBA.}
#' \item{temperature_change_from_n2o}{TBA.}
#' \item{total_ghg}{TBA.}
#' \item{total_ghg_excluding_lucf}{TBA.}
#' \item{trade_co2}{TBA.}
#' \item{trade_co2_share}{TBA.}
#'  }
#' @source
#' The data were obtained from the \eqn{hockeystick} library of R.
#'  Notice that in the
#'  dataframe only a portion of countries have been
#'  kept.
#' @references
#' - \url{https://www.globalcarbonproject.org/carbonbudget/}
#'
#' - Friedlingstein P. et al. 2020. Global Carbon Budget 2020,
#' Earth System Science Data 12:3269-3340 \doi{10.5194/essd-12-3269-2020}
#' @examples
#' data(co2temp)
#' names(co2temp)
#' table(co2temp$country)
#' lattice::xyplot(co2~year|country,data=co2temp,type="l",as.table=TRUE)
'co2temp'