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Table 3 Evaluation of the interventions according to social utility and feasibility [1] pp. 57

From: Transport policies in Hungary - historical background and current practice for national and regional level

 

Feasible with high risk

Limited feasibility

Feasible

Safely feasible

Outstanding utility

Increase of the number reliably navigable days

Liquidation of bottlenecks on railway TEN-T corridor;

Development of railway transit capacity in Budapest;

Construction of the missing comprehensive TEN-T public road network elements;

Demand-based planning of public transport services;

Low cost development of railway services in the urban and suburban traffic;

Development of mode changing (P&R, B&R) systems;

Development of urban freight transport;

Traffic safety interventions in Budapest;

Traffic safety developments of the railway network;

Implementation of management tools with special regard to renovation of existing infrastructure;

Improvement of travel conditions by facilitating connections in suburban traffic;

Reasonable development of bus transport in suburban areas without railway connection;

Traffic safety interventions in big cities;

High utility

Building missing sections of M0 ring road (around Budapest)

Liquidation of bottlenecks on national railway network;

Development of the existing motorway and main road network;

Railway development of suburban traffic of big cities;

Development of intermodal infrastructure;

Integrated development of rail-guided systems;

Building of missing motorway links to country capitals;

Completion of missing transversal public road elements;

Development of the missing links of the comprehensive European, national Cycling network;

Development of ports in and outside the IWWs TEN-T network in order to establish the missing supporting infrastructure;

Railway hub and station development;

Traffic safety developments on existing road junctions;

Building of missing public road TEN-T network elements;

Development of bypass roads;

Program for replacement railway passenger transport vehicles and buses;

Medium utility

 

TSI-based development of the core TEN-T network railway elements;

Liquidation of bottlenecks on the regional railway network;

Modernization of main railway lines;

Providing the expected parameters for the TEN-T IWW, river Danube;

Development of passenger ports infrastructure and provision of better access from their neighboring area, development of passenger transport ships,

TSI-based development of TEN-T railway trunk network elements;

Development of international railways in high traffic relations;

 

Low utility

Development of competitive regional airports

Development of aerial TEN-T core network;

Significant development of low traffic railway lines

Elimination of bottlenecks of low traffic railway lines, development of services;

 

Legend

Future possibilities

Preparation can be supported

Implementation can be supported

To be implemented primarily