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Share of road transport in greenhouse gas emissions in Poland in 1988–2015

Zdzisław Chłopek

Zdzisław Chłopek

Institute of Environmental Protection – National Research Institute in WarsawWarsaw, Poland
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Chłopek, Zdzisław
, 
Anna Olecka

Anna Olecka

Institute of Environmental Protection – National Research Institute in WarsawWarsaw, Poland
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Olecka, Anna
, 
Krystian Szczepański

Krystian Szczepański

Institute of Environmental Protection – National Research Institute in WarsawWarsaw, Poland
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Szczepański, Krystian
 and 
Katarzyna Bebkiewicz

Katarzyna Bebkiewicz

Institute of Environmental Protection – National Research Institute in WarsawWarsaw, Poland
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Bebkiewicz, Katarzyna
  
Sep 01, 2018
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Published Online: Sep 01, 2018
Page range: 13 - 20
DOI: https://doi.org/10.2478/oszn-2018-0014
Keywords
© 2018 Zdzisław Chłopek, Anna Olecka, Krystian Szczepański, Katarzyna Bebkiewicz, published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.

Figure 1

National annual emission of GHGs, including carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O) from the inventoried emission sources (Ea).
National annual emission of GHGs, including carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O) from the inventoried emission sources (Ea).

Figure 2

National annual emission of carbon dioxide equivalent of gases, including carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O) from the inventoried emission sources (Ea).
National annual emission of carbon dioxide equivalent of gases, including carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O) from the inventoried emission sources (Ea).

Figure 3

Share of the national annual emission of carbon dioxide equivalent for gases, including carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O) from the inventoried emission sources, in the national annual emission of carbon dioxide equivalent from the three components considered.
Share of the national annual emission of carbon dioxide equivalent for gases, including carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O) from the inventoried emission sources, in the national annual emission of carbon dioxide equivalent from the three components considered.

Figure 4

National annual emission of carbon dioxide equivalent (EaCO2eq): T, from the inventoried emission sources; TT, from transportation; RT, from road transport.
National annual emission of carbon dioxide equivalent (EaCO2eq): T, from the inventoried emission sources; TT, from transportation; RT, from road transport.

Figure 5

National annual emission of carbon dioxide equivalent from transportation [EaCO2eq(TT)] and from road transport [EaCO2eq(RT)] as well as the share of the national annual emission of carbon dioxide equivalent from road transport in the national annual emission of carbon dioxide equivalent from transportation [u(RT/TT)].
National annual emission of carbon dioxide equivalent from transportation [EaCO2eq(TT)] and from road transport [EaCO2eq(RT)] as well as the share of the national annual emission of carbon dioxide equivalent from road transport in the national annual emission of carbon dioxide equivalent from transportation [u(RT/TT)].

Figure 6

Linear trend of the relative national annual emission of carbon dioxide equivalent (EaCO2eqr): T, from the inventoried emission sources; TT, from transportation; RT, from road transport.
Linear trend of the relative national annual emission of carbon dioxide equivalent (EaCO2eqr): T, from the inventoried emission sources; TT, from transportation; RT, from road transport.

Figure 7

Share of the national annual emission of carbon dioxide equivalent from transportation in the national annual emission of carbon dioxide equivalent from the inventoried emission sources [u(TT/T)] and share of the national annual emission of carbon dioxide equivalent from road transport in the national annual emission of carbon dioxide equivalent from the inventoried emission sources [u(RT/T)].
Share of the national annual emission of carbon dioxide equivalent from transportation in the national annual emission of carbon dioxide equivalent from the inventoried emission sources [u(TT/T)] and share of the national annual emission of carbon dioxide equivalent from road transport in the national annual emission of carbon dioxide equivalent from the inventoried emission sources [u(RT/T)].

Figure 8

National annual emission of carbon dioxide equivalent: RT, from road transport; PC, from passenger cars; LCV, from light commercial vehicles; HDT & B, from heavy duty trucks and buses; Mc & Mp, from motorcycles and mopeds.
National annual emission of carbon dioxide equivalent: RT, from road transport; PC, from passenger cars; LCV, from light commercial vehicles; HDT & B, from heavy duty trucks and buses; Mc & Mp, from motorcycles and mopeds.

Figure 9

Share of the national annual emission of carbon dioxide equivalent [u(x/RT)] from passenger cars (x = PC), light commercial vehicles (x = LCV), from heavy duty trucks and buses (x = HDT & B) as well as from motorcycles and mopeds (x = Mc & Mp) in the national annual emission of carbon dioxide equivalent from road transport.
Share of the national annual emission of carbon dioxide equivalent [u(x/RT)] from passenger cars (x = PC), light commercial vehicles (x = LCV), from heavy duty trucks and buses (x = HDT & B) as well as from motorcycles and mopeds (x = Mc & Mp) in the national annual emission of carbon dioxide equivalent from road transport.

Figure 10

Relative change (d) in the national annual emission of carbon dioxide equivalent in the years 1988–2015: T, from the inventoried emission sources; TT, from transportation; RT, from road transport.
Relative change (d) in the national annual emission of carbon dioxide equivalent in the years 1988–2015: T, from the inventoried emission sources; TT, from transportation; RT, from road transport.

Figure 11

The slope (dlr) of linear function approximating the dependence of the relative national annual emission of carbon dioxide equivalent on the years of emission balancing in the years 1988–2015: T, from the inventoried emission sources; TT, from transportation; RT, from road transport –.
The slope (dlr) of linear function approximating the dependence of the relative national annual emission of carbon dioxide equivalent on the years of emission balancing in the years 1988–2015: T, from the inventoried emission sources; TT, from transportation; RT, from road transport –.

Figure 12

Number of motor vehicles (N) and the average annual emission of carbon dioxide equivalent from a conventional car (EaCO2equ).
Number of motor vehicles (N) and the average annual emission of carbon dioxide equivalent from a conventional car (EaCO2equ).

Global warming potential of gases with the largest share in carbon dioxide equivalent emission [Report of the Conference…2014]_

Greenhouse gasChemical formulaGWP
Carbon dioxideCO21
MethaneCH425
Nitrous oxideN2O298
Language:
English
Publication timeframe:
4 times per year
Journal Subjects:
Life Sciences, Ecology
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