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Volume List  / Volume 8 (1)

Article

ITS IN FUNCTION OF IMPROVING ENVIRONMENTAL PARAMETERS IN THE AREA OF SARAJEVO CANTON

DOI: 10.7708/ijtte.2018.8(1).03


8 / 1 / 31-44 Pages

Author(s)

Samir Čaušević - 1Faculty of Traffic and Communications University of Sarajevo, Zmaja od Bosne 8, 71000 Sarajevo, Bosnia and Herzegovina -

Jasmina Olovčić - 2PC Motorways of FB&H Ltd. Mostar, Braće Fejića bb, 88000 Mostar, Bosnia and Herzegovina -

Kire Dimanoski - Faculty of Technical Science, St. Kliment Ohridski University, Bitola, Republic of Macedonia -

Edo Memišević - BIHAMK Asistencija d.o.o., Skenderija 23, 71000 Sarajevo, Bosnia and Herzegovina -

Adisa Memišević - Udruženje humanost i inžinjerstvo “HumIng”, Topal Osman Paše 55, 71 000 Sarajevo, Bosnia and Herzegovina -


Abstract

Sustainable mobility in urban road network it can barely be achieved without reducing the adverse environmental impact. Most of the cities have applied ITS systems in order to reduce air pollution especially in the center of the city. Air pollution is making worse in terms of traffic congestion, so that some of ITS solutions improve the efficiency of traffic while reducing air pollution. These specific services include: managing traffic flows, monitoring of air pollution, information on air quality, changes in management strategy approach regarding the main arteries with high levels of air pollution. In many situations, the environmental benefits can only be estimated using simulation. Today at 21st century, the traffic engineering is seeking new methods for achieving safe, efficient and reliable transport, with minimal impact on the environment and society. The main indicator is the performance of the major requirements with lower costs as ultimate goal. Establishing Low-Emission Zone and the central traffic management system, the problem of pollution in the Canton of Sarajevo would be neutralized, quickly and efficiently.


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Keywords:
ITS; environment; pollution; traffic management center; low emission zone;


References:

Center for Economic, Technological and Environmental Development. 2015. Available from internet: www.ceteor.ba.

 

ÄŒaušević, S.; Bošnjak, I. 2011. System Engineering and Management (Sustavsko inženjerstvo i menadžment; In Bosnian). Faculty of Traffic and Communication, University of Sarajevo. Bosnia and Herzegovina. 19 p.

 

Federal Hydrometeorological Institute. 2016. Calculation of emission of pollutants from mobile sources - road traffic in FB&H for 2014 (Proračun emisije zagaÄ‘ujućih tvari iz mobilnih izvora – cestovnog saobraćaja u Federaciji Bosne i Hercegovine za 2014. Godinu; In Bosnian). Sarajevo, Bosnia and Herzegovina. 76 p. (Unpublished study).

 

BIHAMK. 2014. Information on the total number of registered and sold new motor vehicles in B&H in the period January - December in 2013 (Informacija o ukupnom broju registrovanih i prodatih novih motornih vozila u BiH u periodu januar – decembar 2013; In Bosnian). Bosnia and Herzegovina. 10 p. Available from internet: http://bihamk.ba/assets/files/JFlUMyffEW-registrovana-vozila-2013pdf.pdf.

 

BIHAMK. 2015. Information on the total number of registered motor vehicles in B&H in the period January - December in 2014 (Informacija o registrovanim motornim vozilima u BiH u periodu januar – decembar 2014; In Bosnian). Bosnia and Herzegovina. 11 p. Available from internet: http://bihamk.ba/assets/files/5g9610xxIm-registrovana-vozila-14-newpdf.pdf.

 

BIHAMK. 2016. Information on the total number of registered motor vehicles in B&H in the period January - December in 2015 (Informacija o registrovanim motornim vozilima u BiH u periodu januar – decembar 2015; In Bosnian). Bosnia and Herzegovina. 11 p. Available from internet: http://bihamk.ba/assets/files/UyGhHXc9gN-registrovana-vozila-15pdf.pdf.

 

Lindov, O. 2013. Methodologies and Methods Environmental impact analysis (Metodologije i metode analiza uticaja transporta na okoliš; In Bosnian). Faculty of Traffic and Communication, University of Sarajevo, Bosnia and Herzegovina. 7 p.

 

Ministry of Traffic – Directorate for Roads of Sarajevo Canton. 2014. Mid-term Plan and Program for Maintenance, Protection, Reconstruction and Construction of Public Roads in the Canton of Sarajevo for a period of 4 (four) years (2014 – 2018) (Srednjoročni plan i program održavanja, zaštite, rekonstrukcije i izgradnje javnih puteva na području Kantona Sarajevo za period od 4 (četiri) godine (2014 – 2018); In Bosnian). Sarajevo. Bosnia and Herzegovina. 7 p.

 

Šimunović, Lj.; Bošnjak, I.; Božičević, S.; Pancirov, I. 2002. Impact of road traffic on air pollution (Utjecaj cestovnog prometa na onečišÄ‡enje zraka; In Croatian), Modern Traffic 22(5): 373-378.

 

Ministry of Traffic of Sarajevo Canton. 2017. Traffic analysis. Strategic directions for the development of traffic control center in Canton Sarajevo (Saobraćajni elaborat – Strateški pravci razvoja centra za upravljanje saobraćajem u Kantonu Sarajevo; In Bosnian). Sarajevo, Bosnia and Herzegovina, 28-59.

 

Ministry of Traffic of Sarajevo Canton. 2005. Traffic Study in Canton Sarajevo. Separat: Traffic Impact of the Sarajevo Canton (Studija saobraćaja na području Kantona Sarajevo, Separat: Uticaj saobraćaja na okolinu Kantona Sarajevo; In Bosnian). Sarajevo, Bosnia and Herzegovina.

 

Transport for London – Low Emission Zone. 2015. Available from internet: www.tfl.gov.uk/roadusers/lez/17678.aspx.

 

Urban Access Regulation in Europe. 2017. Available from internet: www.lowemissionzones.eu.


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