diff --git a/AR6_WG1_FIG_6.16_data_archival_readme.txt b/AR6_WG1_FIG_6.16_data_archival_readme.txt new file mode 100644 index 0000000..dfb61be --- /dev/null +++ b/AR6_WG1_FIG_6.16_data_archival_readme.txt @@ -0,0 +1,652 @@ +# Creation date (YYYY-MM-DD): 2021-08-10 +# File created by: Marianne Tronstad Lund +# email: m.t.lund@cicero.oslo.no +# ======================== +# GENERAL INFORMATION +# +# *Title +# Readme for data for Figure 6.16 in the IPCC Working Group I Contribution to the Sixth Assessment Report: Chapter 6 +# +# *Data creators +# Name: Marianne Tronstad Lund +# Institution: CICERO Center for International Climate Research +# email: m.t.lund@cicero.oslo.no +# +# +# ======================== +# DATA & FILE OVERVIEW +# +# List of all files and subfolders +# +# -------------------------- +# +# Panel 6.16 (top) +# +# -------------------------- +# filename 1: dT10_100_CEDS_total_v2_wHFCs_v210214.txt +# ----------------------- +# +# N° of columns: 13 +# Column headings: CO2,CH4,N2O,BC,OC,SO2,NOx,CO,VOC,NH3,AIC,H2O,HFC +# +# +# column_name 1: CO2 +# long_name: Carbon dioxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) global CO2 emissions +# +# column_name 2: CH4 +# long_name: Methane +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) global CH4 emissions +# +# column_name 3: N2O +# long_name: Nitrous oxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) global N2O emissions +# +# column_name 4: BC +# long_name: Black Carbon +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) global BC emissions + +# column_name 5: OC +# long_name: Organic Carbon +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) global OC emissions +# +# column_name 6: SO2 +# long_name: Sulfur dioxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) global SO2 emissions +# +# column_name 7: NOx +# long_name: Nitrogen Oxides +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) global NOx emissions +# +# column_name 8: CO +# long_name: Carbon monoxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) global CO emissions +# +# column_name 9: VOC +# long_name: Non-methane volatile organic compounds +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) global VOC emissions +# +# column_name 10: NH3 +# long_name: Ammonia +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) global NH3 emissions +# +# column_name 11: AIC +# long_name: Aviation contrail-cirrus +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following contrail-cirrus formation from one year of present-day (year 2014) aviation emissions +# +# column_name 12: H2O +# long_name: Aviation water vapor +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) aviation H2O emissions +# +# column_name 13: HFC +# long_name: Halocarbons +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 and 100 years following one year of present-day (year 2014) global HFC emissions +# +# +# -------------------------- +# +# Panel 6.16 (left) +# +# -------------------------- +# +# -------------------------- +# filename 2: dT10_CEDS_sectors_v2_wHFCs_v210214.txt +# ----------------------- +# +# N° of columns: 13 +# Column headings: CO2,CH4,N2O,BC,OC,SO2,NOx,CO,VOC,NH3,AIC,H2O,HFC +# +# +# column_name 1: CO2 +# long_name: Carbon dioxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) sectoral CO2 emissions +# +# column_name 2: CH4 +# long_name: Methane +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) sectoral CH4 emissions +# +# column_name 3: N2O +# long_name: Nitrous oxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) sectoral N2O emissions +# +# column_name 4: BC +# long_name: Black Carbon +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) sectoral BC emissions + +# column_name 5: OC +# long_name: Organic Carbon +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) sectoral OC emissions +# +# column_name 6: SO2 +# long_name: Sulfur dioxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) sectoral SO2 emissions +# +# column_name 7: NOx +# long_name: Nitrogen Oxides +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) sectoral NOx emissions +# +# column_name 8: CO +# long_name: Carbon monoxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) sectoral CO emissions +# +# column_name 9: VOC +# long_name: Non-methane volatile organic compounds +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) sectoral VOC emissions +# +# column_name 10: NH3 +# long_name: Ammonia +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) sectoral NH3 emissions +# +# column_name 11: AIC +# long_name: Aviation contrail-cirrus +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following contrail-cirrus formation from one year of present-day (year 2014) aviation emissions +# +# column_name 12: H2O +# long_name: Aviation water vapor +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) aviation H2O emissions +# +# column_name 13: HFC +# long_name: Halocarbons +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) sectoral HFC emissions +## +# -------------------------- +# filename 3: dT100_CEDS_sectors_v2_wHFCs_v210214.txt +# ----------------------- +# +# N° of columns: 13 +# Column headings: CO2,CH4,N2O,BC,OC,SO2,NOx,CO,VOC,NH3,AIC,H2O,HFC +# +# +# column_name 1: CO2 +# long_name: Carbon dioxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) sectoral CO2 emissions +# +# column_name 2: CH4 +# long_name: Methane +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) sectoral CH4 emissions +# +# column_name 3: N2O +# long_name: Nitrous oxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) sectoral N2O emissions +# +# column_name 4: BC +# long_name: Black Carbon +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) sectoral BC emissions + +# column_name 5: OC +# long_name: Organic Carbon +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) sectoral OC emissions +# +# column_name 6: SO2 +# long_name: Sulfur dioxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) sectoral SO2 emissions +# +# column_name 7: NOx +# long_name: Nitrogen Oxides +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) sectoral NOx emissions +# +# column_name 8: CO +# long_name: Carbon monoxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) sectoral CO emissions +# +# column_name 9: VOC +# long_name: Non-methane volatile organic compounds +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) sectoral VOC emissions +# +# column_name 10: NH3 +# long_name: Ammonia +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) sectoral NH3 emissions +# +# column_name 11: AIC +# long_name: Aviation contrail-cirrus +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following contrail-cirrus formation from one year of present-day (year 2014) aviation emissions +# +# column_name 12: H2O +# long_name: Aviation water vapor +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) aviation H2O emissions +# +# column_name 13: HFC +# long_name: Halocarbons +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) sectoral HFC emissions +# +# +# -------------------------- +# filename 4: errorbar_dT10_sectors.txt +# ----------------------- +# +# N° of columns: 3 +# Column headings: 16, 50, 84 +# +# +# column_name 1: 16 +# long_name: 16th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Lower bound of the uncertainty in the 10-year sectoral global-mean temperature responses. In the figure, the ±1 standard deviation is multiplied by 1.645 to obtain the 5-95% range +# +# column_name 2: 50 +# long_name: 50th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: +# +# column_name 3: 84 +# long_name: 84th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Upper bound of the uncertainty in the 10-year sectoral global-mean temperature responses. In the figure, the ±1 standard deviation is multiplied by 1.645 to obtain the 5-95% range +# +# -------------------------- +# filename 5: errorbar_dT100_sectors.txt +# ----------------------- +# +# N° of columns: 3 +# Column headings: 16, 50, 84 +# +# +# column_name 1: 16 +# long_name: 16th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Lower bound of the uncertainty in the 100-year sectoral global-mean temperature responses. In the figure, the ±1 standard deviation is multiplied by 1.645 to obtain the 5-95% range +# +# column_name 2: 50 +# long_name: 50th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: +# +# column_name 3: 84 +# long_name: 84th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Upper bound of the uncertainty in the 100-year sectoral global-mean temperature responses. In the figure, the ±1 standard deviation is multiplied by 1.645 to obtain the 5-95% range +# +# +# -------------------------- +# +# Panel 6.16 (right) +# +# -------------------------- +# +# -------------------------- +# filename 6: dT10_CEDS_regions_v2_wHFCs_v210214.txt +# ----------------------- +# +# N° of columns: 13 +# Column headings: CO2,CH4,N2O,BC,OC,SO2,NOx,CO,VOC,NH3,AIC,H2O,HFC +# +# +# column_name 1: CO2 +# long_name: Carbon dioxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) regional CO2 emissions +# +# column_name 2: CH4 +# long_name: Methane +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) regional CH4 emissions +# +# column_name 3: N2O +# long_name: Nitrous oxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) regional N2O emissions +# +# column_name 4: BC +# long_name: Black Carbon +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) regional BC emissions + +# column_name 5: OC +# long_name: Organic Carbon +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) regional OC emissions +# +# column_name 6: SO2 +# long_name: Sulfur dioxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) regional SO2 emissions +# +# column_name 7: NOx +# long_name: Nitrogen Oxides +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) regional NOx emissions +# +# column_name 8: CO +# long_name: Carbon monoxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) regional CO emissions +# +# column_name 9: VOC +# long_name: Non-methane volatile organic compounds +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) regional VOC emissions +# +# column_name 10: NH3 +# long_name: Ammonia +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) regional NH3 emissions +# +# column_name 11: AIC +# long_name: Aviation contrail-cirrus +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following contrail-cirrus formation from one year of present-day (year 2014) aviation emissions +# +# column_name 12: H2O +# long_name: Aviation water vapor +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) aviation H2O emissions +# +# column_name 13: HFC +# long_name: Halocarbons +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 10 years following one year of present-day (year 2014) regional HFC emissions +# +# +# -------------------------- +# filename 7: dT100_CEDS_sectors_v2_wHFCs_v210214.txt +# ----------------------- +# +# N° of columns: 13 +# Column headings: CO2,CH4,N2O,BC,OC,SO2,NOx,CO,VOC,NH3,AIC,H2O,HFC +# +# +# column_name 1: CO2 +# long_name: Carbon dioxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) regional CO2 emissions +# +# column_name 2: CH4 +# long_name: Methane +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) regional CH4 emissions +# +# column_name 3: N2O +# long_name: Nitrous oxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) regional N2O emissions +# +# column_name 4: BC +# long_name: Black Carbon +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) regional BC emissions + +# column_name 5: OC +# long_name: Organic Carbon +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) regional OC emissions +# +# column_name 6: SO2 +# long_name: Sulfur dioxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) regional SO2 emissions +# +# column_name 7: NOx +# long_name: Nitrogen Oxides +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) regional NOx emissions +# +# column_name 8: CO +# long_name: Carbon monoxide +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) regional CO emissions +# +# column_name 9: VOC +# long_name: Non-methane volatile organic compounds +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) regional VOC emissions +# +# column_name 10: NH3 +# long_name: Ammonia +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) regional NH3 emissions +# +# column_name 11: AIC +# long_name: Aviation contrail-cirrus +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following contrail-cirrus formation from one year of present-day (year 2014) aviation emissions +# +# column_name 12: H2O +# long_name: Aviation water vapor +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) aviation H2O emissions +# +# column_name 13: HFC +# long_name: Halocarbons +# units: milliKelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Global-mean temperature response 100 years following one year of present-day (year 2014) regional HFC emissions +# +# +# -------------------------- +# filename 8: errorbar_dT10_regions.txt +# ----------------------- +# +# N° of columns: 3 +# Column headings: 16, 50, 84 +# +# +# column_name 1: 16 +# long_name: 16th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Lower bound of the uncertainty in the 10-year regional global-mean temperature responses. In the figure, the ±1 standard deviation is multiplied by 1.645 to obtain the 5-95% range +# +# column_name 2: 50 +# long_name: 50th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: +# +# column_name 3: 84 +# long_name: 84th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Upper bound of the uncertainty in the 10-year regional global-mean temperature responses. In the figure, the ±1 standard deviation is multiplied by 1.645 to obtain the 5-95% range +# +# -------------------------- +# filename 9: errorbar_dT100_regions.txt +# ----------------------- +# +# N° of columns: 3 +# Column headings: 16, 50, 84 +# +# +# column_name 1: 16 +# long_name: 16th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Lower bound of the uncertainty in the 100-year regional global-mean temperature responses. In the figure, the ±1 standard deviation is multiplied by 1.645 to obtain the 5-95% range +# +# column_name 2: 50 +# long_name: 50th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: +# +# column_name 3: 84 +# long_name: 84th percentile +# units: Kelvin +# missing_value: n/a +# type (int/float/char): float +# comments: Upper bound of the uncertainty in the 100-year regional global-mean temperature responses. In the figure, the ±1 standard deviation is multiplied by 1.645 to obtain the 5-95% range +#