variables

This table contains all the variables of all the datasets we have at Our World In Data. Note that this includes only the information about the variables like name and default display settings, not the data itself.

Data license: CC-BY

49 rows where datasetId = 5926 sorted by id descending

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id ▲ name unit description createdAt updatedAt code coverage timespan datasetId sourceId shortUnit display columnOrder originalMetadata grapherConfigAdmin shortName catalogPath dimensions schemaVersion processingLevel processingLog titlePublic titleVariant attributionShort attribution descriptionShort descriptionFromProducer descriptionKey descriptionProcessing licenses license grapherConfigETL type sort dataChecksum metadataChecksum
577091 Greenhouse gas emissions per person tonnes Greenhouse gas emissions per person are calculated by Our World in Data based on emissions data from Jones et al. (2023) and population data from HYDE and the UN World Population Prospects. Jones et al. (2023) give methane and nitrous oxide emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 273 for nitrous oxide, 29.8 for methane from fossil sources, and 27.2 for methane from agricultural and land use sources (as per the IPCC AR6 report). 2023-03-27 12:43:32 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_ghg_co2eq_per_capita grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_ghg_co2eq_per_capita   1                                  
577090 Nitrous oxide emissions per person tonnes Nitrous oxide emissions per person are calculated by Our World in Data based on emissions data from Jones et al. (2023) and population data from HYDE and the UN World Population Prospects. Jones et al. (2023) give nitrous oxide emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 273 (as per the IPCC AR6 report). 2023-03-27 12:43:32 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_n2o_per_capita grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_n2o_per_capita   1                                  
577089 Methane emissions per person tonnes Methane emissions per person are calculated by Our World in Data based on emissions data from Jones et al. (2023) and population data from HYDE and the UN World Population Prospects. Jones et al. (2023) give methane emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 29.8 for fossil sources, and 27.2 for agricultural and land use sources (as per the IPCC AR6 report). 2023-03-27 12:43:31 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_ch4_per_capita grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_ch4_per_capita   1                                  
577088 Share of contribution to global warming % This measures each country's contribution to global mean surface temperature (GMST) rise from its cumulative emissions of carbon dioxide, methane and nitrous oxide. The warming effects of each gas are calculated based on cumulative CO2-equivalent emissions using the Global Warming Potential (GWP*) approach. 2023-03-27 12:43:29 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 % 
{
    "unit": "%",
    "shortUnit": "%"
}
 0     share_global_warming grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#share_global_warming   1                                  
577087 Change in global mean surface temperature from greenhouse gas emissions °C This measures each country's contribution to global mean surface temperature (GMST) rise from its cumulative emissions of carbon dioxide, methane and nitrous oxide. The warming effects of each gas are calculated based on cumulative CO2-equivalent emissions using the Global Warming Potential (GWP*) approach. 2023-03-27 12:43:29 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_ghg grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_ghg   1                                  
577086 temp_land_ghg °C   2023-03-27 12:43:28 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_land_ghg grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_land_ghg   1                                  
577085 temp_fossil_ghg °C   2023-03-27 12:43:27 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_fossil_ghg grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_fossil_ghg   1                                  
577084 Change in global mean surface temperature from nitrous oxide emissions °C This measures each country's contribution to global mean surface temperature (GMST) rise from its cumulative nitrous oxide emissions. The warming effects of each gas are calculated based on cumulative CO2-equivalent emissions using the Global Warming Potential (GWP*) approach. 2023-03-27 12:43:25 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_n2o grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_n2o   1                                  
577083 temp_land_n2o °C   2023-03-27 12:43:25 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_land_n2o grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_land_n2o   1                                  
577082 temp_fossil_n2o °C   2023-03-27 12:43:23 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_fossil_n2o grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_fossil_n2o   1                                  
577081 Change in global mean surface temperature from methane emissions °C This measures each country's contribution to global mean surface temperature (GMST) rise from its cumulative emissions of methane. The warming effects of each gas are calculated based on cumulative CO2-equivalent emissions using the Global Warming Potential (GWP*) approach. 2023-03-27 12:43:23 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_ch4 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_ch4   1                                  
577080 temp_land_ch4 °C   2023-03-27 12:43:23 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_land_ch4 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_land_ch4   1                                  
577079 temp_fossil_ch4 °C   2023-03-27 12:43:22 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_fossil_ch4 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_fossil_ch4   1                                  
577078 Change in global mean surface temperature from CO2 emissions °C This measures each country's contribution to global mean surface temperature (GMST) rise from its cumulative emissions of carbon dioxide. The warming effects of each gas are calculated based on cumulative CO2-equivalent emissions using the Global Warming Potential (GWP*) approach. 2023-03-27 12:43:21 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_co2 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_co2   1                                  
577077 temp_land_co2 °C   2023-03-27 12:43:21 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_land_co2 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_land_co2   1                                  
577076 temp_fossil_co2 °C   2023-03-27 12:43:20 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 °C 
{
    "unit": "\u00b0C",
    "shortUnit": "\u00b0C"
}
 0     temp_fossil_co2 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#temp_fossil_co2   1                                  
577075 Cumulative greenhouse gas emissions tonnes Greenhouse gas emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC AR6 conversion factors. Jones et al. (2023) give methane and nitrous oxide emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 273 for nitrous oxide, 29.8 for methane from fossil sources, and 27.2 for methane from agricultural and land use sources (as per the IPCC AR6 report). 2023-03-27 12:43:19 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_ghg grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_ghg   1                                  
577074 cumulative_land_ghg tonnes   2023-03-27 12:43:17 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_land_ghg grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_land_ghg   1                                  
577073 cumulative_fossil_ghg tonnes   2023-03-27 12:43:17 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_fossil_ghg grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_fossil_ghg   1                                  
577072 cumulative_n2o tonnes   2023-03-27 12:43:12 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_n2o grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_n2o   1                                  
577071 cumulative_fossil_n2o tonnes   2023-03-27 12:43:12 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_fossil_n2o grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_fossil_n2o   1                                  
577070 cumulative_land_n2o tonnes   2023-03-27 12:43:12 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_land_n2o grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_land_n2o   1                                  
577069 cumulative_ch4 tonnes   2023-03-27 12:43:12 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_ch4 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_ch4   1                                  
577068 cumulative_fossil_ch4 tonnes   2023-03-27 12:43:12 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_fossil_ch4 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_fossil_ch4   1                                  
577067 cumulative_land_ch4 tonnes   2023-03-27 12:43:12 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_land_ch4 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_land_ch4   1                                  
577066 cumulative_co2 tonnes   2023-03-27 12:43:11 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_co2 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_co2   1                                  
577065 cumulative_land_co2 tonnes   2023-03-27 12:43:10 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_land_co2 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_land_co2   1                                  
577064 cumulative_fossil_co2 tonnes   2023-03-27 12:43:09 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     cumulative_fossil_co2 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#cumulative_fossil_co2   1                                  
577063 Share of global greenhouse gas emissions % Greenhouse gas emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC AR6 conversion factors. Jones et al. (2023) give methane and nitrous oxide emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 273 for nitrous oxide, 29.8 for methane from fossil sources, and 27.2 for methane from agricultural and land use sources (as per the IPCC AR6 report). 2023-03-27 12:43:09 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 % 
{
    "unit": "%",
    "shortUnit": "%"
}
 0     share_global_ghg grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#share_global_ghg   1                                  
577062 Share of global methane emissions % Methane emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC conversion factors. Jones et al. (2023) give methane emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 29.8 for fossil sources, and 27.2 for agricultural and land use sources (as per the IPCC AR6 report). 2023-03-27 12:43:02 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 % 
{
    "unit": "%",
    "shortUnit": "%"
}
 0     share_global_ch4 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#share_global_ch4   1                                  
577061 Share of global nitrous oxide emissions % Nitrous oxide emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC AR6 conversion factors. Jones et al. (2023) give nitrous oxide emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 273 (as per the IPCC AR6 report). 2023-03-27 12:43:02 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 % 
{
    "unit": "%",
    "shortUnit": "%"
}
 0     share_global_n2o grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#share_global_n2o   1                                  
577060 Annual nitrous oxide emissions tonnes Nitrous oxide emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC AR6 conversion factors. Jones et al. (2023) give nitrous oxide emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 273 (as per the IPCC AR6 report). 2023-03-27 12:43:02 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_n2o_co2eq grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_n2o_co2eq   1                                  
577059 Annual greenhouse gas emissions from agriculture and land use tonnes Greenhouse gas emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC AR6 conversion factors. Jones et al. (2023) give methane and nitrous oxide emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 273 for nitrous oxide, 29.8 for methane from fossil sources, and 27.2 for methane from agricultural and land use sources (as per the IPCC AR6 report). 2023-03-27 12:43:02 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_land_co2eq grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_land_co2eq   1                                  
577058 Annual greenhouse gas emissions from fossil fuels and industry tonnes Greenhouse gas emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC AR6 conversion factors. Jones et al. (2023) give methane and nitrous oxide emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 273 for nitrous oxide, 29.8 for methane from fossil sources, and 27.2 for methane from agricultural and land use sources (as per the IPCC AR6 report). 2023-03-27 12:43:02 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_fossil_co2eq grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_fossil_co2eq   1                                  
577057 Annual greenhouse gas emissions tonnes Greenhouse gas emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC AR6 conversion factors. Jones et al. (2023) give methane and nitrous oxide emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 273 for nitrous oxide, 29.8 for methane from fossil sources, and 27.2 for methane from agricultural and land use sources (as per the IPCC AR6 report). 2023-03-27 12:43:02 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_ghg_co2eq grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_ghg_co2eq   1                                  
577056 Annual nitrous oxide emissions from agriculture and land use tonnes Nitrous oxide emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC AR6 conversion factors. Jones et al. (2023) give nitrous oxide emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 273 (as per the IPCC AR6 report). 2023-03-27 12:43:01 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_land_n2o_co2eq grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_land_n2o_co2eq   1                                  
577055 Annual nitrous oxide emissions from fossil fuels and industry tonnes Nitrous oxide emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC AR6 conversion factors. Jones et al. (2023) give nitrous oxide emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 273 (as per the IPCC AR6 report). 2023-03-27 12:43:00 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_fossil_n2o_co2eq grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_fossil_n2o_co2eq   1                                  
577054 Annual methane emissions from agriculture and land use tonnes Methane emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC conversion factors. Jones et al. (2023) give methane emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 29.8 for fossil sources, and 27.2 for agricultural and land use sources (as per the IPCC AR6 report). 2023-03-27 12:43:00 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_land_ch4_co2eq grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_land_ch4_co2eq   1                                  
577053 Annual methane emissions tonnes Methane emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC conversion factors. Jones et al. (2023) give methane emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 29.8 for fossil sources, and 27.2 for agricultural and land use sources (as per the IPCC AR6 report). 2023-03-27 12:43:00 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_ch4_co2eq grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_ch4_co2eq   1                                  
577052 Annual methane emissions from fossil fuels and industry tonnes Methane emissions are calculated by Our World in Data based on emissions data from Jones et al. (2023) and IPCC conversion factors. Jones et al. (2023) give methane emissions in standard metric tonnes per year. We have converted these emissions to carbon-dioxide equivalents over a 100-year timescale using a conversion factor of 29.8 for fossil sources, and 27.2 for agricultural and land use sources (as per the IPCC AR6 report). 2023-03-27 12:42:48 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_fossil_ch4_co2eq grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_fossil_ch4_co2eq   1                                  
577051 annual_n2o tonnes   2023-03-27 12:42:48 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_n2o grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_n2o   1                                  
577050 annual_land_n2o tonnes   2023-03-27 12:42:48 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_land_n2o grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_land_n2o   1                                  
577049 annual_ch4 tonnes   2023-03-27 12:42:48 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_ch4 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_ch4   1                                  
577048 annual_fossil_n2o tonnes   2023-03-27 12:42:48 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_fossil_n2o grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_fossil_n2o   1                                  
577047 annual_land_ch4 tonnes   2023-03-27 12:42:48 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_land_ch4 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_land_ch4   1                                  
577046 annual_fossil_ch4 tonnes   2023-03-27 12:42:48 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_fossil_ch4 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_fossil_ch4   1                                  
577045 Annual CO2 emissions tonnes   2023-03-27 12:42:48 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_co2 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_co2   1                                  
577044 Annual CO2 emissions from agriculture and land use tonnes   2023-03-27 12:42:48 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_land_co2 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_land_co2   1                                  
577043 Annual fossil CO2 emissions tonnes   2023-03-27 12:42:48 2023-10-27 12:25:39     1851-2021 Global warming contributions 5926 Matthew Jones et al. (2023) 27451 t 
{
    "unit": "tonnes",
    "shortUnit": "t"
}
 0     annual_fossil_co2 grapher/fasttrack/2023-03-27/global_warming_contributions/global_warming_contributions#annual_fossil_co2   1                                  

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CREATE UNIQUE INDEX "idx_catalogPath" ON "variables" ("catalogPath");
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CREATE UNIQUE INDEX "variables_code_fk_dst_id_7bde8c2a_uniq" ON "variables" ("code", "datasetId");
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