STUDY ON PEDESTRIAN AND SLOW MOVING TRAFFIC
Abstract
When the consideration take place about the traffic of Chandigarh, no one think about the traffic related issue on slow moving traffic like pedestrian, bicyclist and other slow moving traffic. Though the motor vehicles have the revolutionized the road transport, but the steep growth of traffic in Chandigarh in recent years has caused an increment in traffic congestion and the rate of accident. According to the black book 2013 compiled by road accident analysis by Chandigarh traffic police, Geographical area of the Chandigarh is 114 sq. kms. Total population of Chandigarh is over 11 lakhs. Vehicular population of the city is more than 8.8 Lacs which is the highest per capita vehicular population in the country. Everyday more than 100 vehicles are added in U.T. Chandigarh. Total road length of Chandigarh is 1536 kms. More than 130 lives are being lost every year in Chandigarh Walking is an important mode of transport. In sector areas a significant proportion of trips up to 1-2Kms in length are performed on foot. Moreover every journey necessarily starts and ends as a walk trip. Since pedestrian are more vulnerable to being involved in accidents, it is imperative that adequate consideration should be given to their safety through provision of facilities like guard rails, secured crossing areas, footpath and grade separations. Pedestrian facilities should be planned in an integrated manner so as to ensure a continuous pedestrian flow. It should be useful therefore to look at pedestrian needs for an area as a whole and prepare an overall strategic plan. The basic aim should be to reduce pedestrian conflicts with vehicular traffic to the minimum. Efforts should be made to create such conditions that pedestrian are not forced to walk in unsafe circumstances and that the motorist respects the position of pedestrian. While planning the convenient of pedestrian should be paramount consideration. Otherwise the facilities provided will not be fully used. Suggestions formulated as traffic management schemes to provide safety to the pedestrians by reducing conflict in between vehicle movement and pedestrians Key Words: Sidewalks, pedestrian level of service, pedestrian environment, and unit flow rate, cycle track and it's Facility Survey ---
FAQs
AI
What explains the high pedestrian fatality rates in Chandigarh from recent studies?
A study revealed that 195 out of 555 fatal accidents involved pedestrians from 2007 to 2011, highlighting significant risks. It was reported that most pedestrian fatalities occurred on Madhya Marg and in various sectors of the city.
How does pedestrian Level of Service (LOS) methodology apply to urban planning?
The HCM outlines that pedestrian LOS is assessed via flow rates and sidewalk space, crucial for urban planners. Increased density correlates with decreased pedestrian speed, impacting overall mobility and safety.
When have pedestrian casualties shown the highest numbers according to the data?
The highest pedestrian fatalities were recorded in 2009, with 48 deaths including 16 women and 8 children. This data underscores the urgent need for enhanced pedestrian safety measures.
How do traffic control devices influence pedestrian safety at crossings?
Effective traffic control devices are vital for ensuring safe pedestrian operations, impacting their interaction with vehicles. Education for both drivers and pedestrians significantly enhances crossing safety.
What methodologies improve the evaluation of pedestrian facilities in urban settings?
The study suggests that incorporating pedestrian flow rates and effective walkway widths leads to better evaluations, promoting safer designs. Using criteria from the Highway Capacity Manual offers a structured framework for assessing pedestrian facilities.
References (10)
- Road in Urban Area, Department of Environment (U.K), H.M.S.O., London 1966
- Guideline for Pedestrian Facilities, I.R.C:103-1988, Indian Roads Congress, New Delhi, 1989
- Recommended Practice for the Design and Layout of cycle Track, Indian Road Congress, New Delhi,1979).
- Guide for Development of New Bicycle Facilities, American Association of State Highway and Transportation Official, Washington, 1981
- Kadiyali, et al, some characteristics of slow moving traffic on Indian roads, RUCS Technical paper no.47,Eleventh Quarterly Report, Road User Cost study, Central Road Research Institute, New Delhi,1980
- Highway Capacity Manual,HCM- 2000,Transportation research Board, Washington DC,2000
- Guidelines on Capacity of road in Rural Area, I.R.C., New Delhi,1990
- Highway Capacity Manual,HCM- 1985,Transportation research Board, Washington DC,1985
- Guidelines on Capacity of road in Rural Area, I.R.C.:64-1990,I.R.C., New Delhi,1990
- Kadiyali, L.R.PCU factor under Indian condition- some tentative findings, RUCS Technical Paper No.37, Eleventh Quarterly Report, Central Road Research Institute, New Delhi 1980