Transportation and Sustainability
Keywords:
sustainability, railway, air transport, inland waterway transport, transport emissionsSynopsis
This publication summarises the results of the VERDEN project, which focused on transport from a sustainability perspective. It presents the findings of a survey carried out in 12 countries, focusing primarily on rail, inland waterway, and multimodal freight transport. It also deals with the calculation of transport-related emissions and provides practical advice on organising seminars and other events with sustainability considerations in mind. The publication offers both expert and interesting information for students of transport-related disciplines as well as for members of the public interested in transport and its impact on the environment.
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References
IFEF Survey. International survey about railway and environment protection and sustainability. IFEF. November 2022.
EUROSTAT. Electrified railway lines increased by 31 % since 1990. Available from: https://ec.europa.eu/eurostat/web/products-eurostatnews/w/ddn-20240313-1. Published 13 March 2024. Cit. 2026-06-05.
CEI. Revitalising Rail Passenger Services on Trieste-Ljubljana-Zagreb-Belgrade Route. Available from: https://www.transport-community.org/news/cei-study-highlights-opportunities-for-revitalising-rail-passengerservices-on-the-trieste-ljubljana-zagreb-belgrade-route/. 2025. Published 2025-01-27. Cit. 2026-05-22.
EuroNight Züge. Zusätzliche Nachtreisezüge in Europa in Kooperation mit Partnerbahnen. Available from: https://www.Nightjet.com/de/komfortkategorien/euronight. Cit. 2026-07-06.
Areaways. Arenaways on the Cuneo-Savigliano line. Railvolution. Available from: https://www.railvolution.net/news/arenaways-on-thecuneo-savigliano-line. Published 2025-02-17. Cit. 2026-30-06.
ZDELAR, Z.: Zašto novi kontejnerski terminal nosi naziv Zagreb Deep Sea? Available from https://www.fiuman.hr/zasto-novi-kontejnerski-terminal-nosi-naziv-zagreb-deep-sea/. Published 8. November 2021. Cit. 2022-11-09.
DB Cargo 2021. Verkehrsverlagerung: AV Möck und DB Cargo reaktivieren Gleisanschluss. Available from: https://www.dbcargo.com/rail-dede/logistik-news/verkehrsverlagerung-moeck-db-cargo-reaktivierengleisanschluss-6249164. Published 18. Juni 2021. Cit. 2022-11-09.
TRENNE, M. Lecture on the three-way transshipment facility Magdeburg. Fervojfakaj kajeroj 2021(30). ISSN: 1602-3730.
DB Cargo 2022. Ein Musterbeispiel für Bahnlogistik. Available from: https://www.dbcargo.com/rail-de-de/logistik-news/musterbeispiel-fuerbahnlogistik-multi-hub-hamm-westfalen-6554102. Published 11. Mai 2022. Cit. 2022-11-09.
HŽI. Statistics of HŽ Infrastruktura 2020. p. 26. Available from: https://www.hzinfra.hr/wp-content/uploads/2021/09/Statistika-HZInfrastrukture-za-2020.pdf. Cit. 2022-11-09.
AZARKAMAND, S., G. FERRÉ and RM DARBRA. Calculating the Carbon Footprint in ports by using a standardized tool. Science of The Total Environment. 734 (2020). 139407.
PETRO, F. and V. KONEČNÝ. Calculation of Emissions from Transport Services and their use for the Internalisation of External Costs in Road Transport. Procedia Engineering. 192 (2017): 677-682.
BERNSTEIN, L. et al. Climate Change 2007: Synthesis Report. Geneva, Switzerland: Intergovernmental Panel on Climate Change, 2008.
PARRY, M. et al. Climate Change 2007: Impacts, Adaptation and Vulnerability. 1. Intergovernmental Panel on Climate Change, 2007.
MAIER, P. Carbon-Reduction as a Competitive Advantage: Look to Your Supply Chain. Supply Chain Brain [online]. 2021, 17.12.2021 [cit. 2022-02-22]. Available from: https://www.supplychainbrain.com/blogs/1-think-tank/post/34184-to-turn-carbon-reduction-into-a-competitiveadvantage-look-to-your-supply-chain.
CICHOSZ, M., K. NOWICKA and A. PLUTA-ZAREMBA. Toolbox Element: CO2 Calculator. Warsaw School of Economics, 2018.
SCHMIED, M. and W. KNÖRR. Calculating GHG emissions for freight forwarding and logistics services in accordance with EN 16258: Terms, Methods, Examples. European Association for Forwarding, Transport, Logistics and Customs Services, 2012.
JURIĆ, Ž., D. LJUBAS, D. ĐURĐEVIĆ and L. LUT-TENBERGER. Implementation of the Harmonized Model for Carbon Footprint Calculation on Example of the Energy Institute in Croatia. Journal of Sustainable Development of Energy, Water and Environment Systems. 2019, 7(2), 368-384. Available from: https://hrcak.srce.hr/file/322042.
EN 16258. Methodology for calculation and declaration of energy consumption and GHG emissions of transport services (freight and passengers). CEN, 2014.
ČSN EN ISO 14064-1 (01 0964). Skleníkové plyny – Část 1: Specifikace s návodem pro stanovení a vykazování emisí a propadů skleníkových plynů pro organizace. ÚNMZ, Praha, 2019.
ČSN EN ISO 14067 (01 0967). Skleníkové plyny – Uhlíková stopa produktů – Požadavky a směrnice pro kvantifikaci. ÚNMZ, Praha, 2022.
GHG Protocol. Available from: https://ghgprotocol.org/. Cit. 2026-07-11.
EcoPassenger.com. Available from https://ecopassenger.org/bin/query.exe/en?L=vs_uic. Cit. 2023-04-05.
BERKA, M. and J. MATUŠKA. Kiel kalkuli emisiojn de transporto. Fervojfakaj kajeroj. 2024(32), p. 13-20. ISBN 1602-3730. Available from: https://www.researchgate.net/profile/Jaroslav-Matuska-2/publications. Cit. 2026-02-06.