Our cookies are safe, secure and never contain or share sensitive information.
We use cookies for functional and analytical purposes only.
OK
 
Transportation accessibility analysis
Accessibility Analysis for Transportation Planning is a comprehensive concept defined by the time required to travel from the point of departure to the destination point.

As an important indicator of development, accessibility, and the convenience of the location of a particular area, as well as its investment attractiveness, it needs to be taken into account in various spheres of human activity, including:

  • Industrial purposes (developing new territories, planning various construction projects, building infrastructure, etc.);
  • Personal purposes (choosing a place of residence, leisure destinations, route planning, travel, etc.).
The importance of Accessibility Analysis for Transportation Planning
Conducting an transport accessibility analysis in an area is essential for making strategic decisions, including managerial and investment decisions. It serves various purposes, such as:

  • Designing various solutions for transportation infrastructure;
  • Evaluating prospective areas for the development of different industries, including oil and gas extraction;
  • Studying the characteristics of remote territories;
  • Monitoring the condition of transportation networks under diverse seasonal conditions;
  • Comprehensively studying regions with complex climates or terrains;
  • Logistics planning for different types of cargo and cost estimation;
  • Organizing passenger transportation.

The Accessibility Analysis for Transportation Planning helps in making informed decisions, optimizing resource allocation, and ensuring efficient transportation and logistics operations. It is a crucial tool for assessing the potential of an area for development and making well-informed choices in various sectors of human activity.
Goals and Objectives of transport accessibility analysis
  • To provide accurate visual representation of the current state of the transportation network within the specified area at the given time intervals (both at the present moment and in retrospect);
  • To assess the physical, temporal, and financial costs required for transportation from the point of departure to the destination;
  • To evaluate the feasibility of making certain managerial decisions;
  • To organize complex composite routes, taking into account various modes of transportation and the nature of the cargo;
  • To select the optimal route for transportation to a specific point on the map.
Advantages of using Remote Sensing Data (RSD)
  • Operational access to information about any location;
  • Possibility to use archived data from satellite imaging since 1999;
  • Comparatively low cost of satellite imagery itself and the processing of the acquired materials;
  • Satellite imagery is significantly cheaper than using Unmanned Aerial Vehicles (UAVs), especially when studying geographically remote areas;
  • However, the use of UAVs or Aircraft is indispensable for researching areas under prolonged dense cloud cover over the region of interest.
Need a solution?