CHAPTER 7 - CONCLUSIONS AND RECOMMENDATIIONS
Introduction
The
integration of research and practice is particularly well exemplified in this
project. Since transportation is an
applied field, both professionals and researchers stand to benefit from transferring
research into practice. This, in fact,
was the Research Team's overall goal for this project. Additionally, outlined
below are the expected results, research benefits, and a few recommendations in
terms of future research efforts that should be pursued as a result of this
particular project.
Expected Results
The need to evaluate
multiple scenarios through simulated evacuation crises management environment
cannot be over emphasized, as it will provide initial training and knowledge
base for the events that will unfold.
Research Benefits
Below
are the research benefits that precipitated from conducting this research and
they are:
·
Developed
a methodology to model the use of transit activities during an emergency
evacuation.
·
Automate
the determination of total en-route travel time as a function of departure
time.
·
Enhanced
travel speed and lower travel time for specific evacuees within Elizabeth City
and Louisburg.
·
Perform
sensitivity analysis on various traffic management approaches to complement the
use of buses in mitigating congestion.
·
Enhance
disaster management coordination and planning for small urban and rural transit
providers as well as other emergency responsive agencies.
·
Enhance
the mobility and accessibility elderly and disable residents residing in small
urban and rural hurricane-prone areas.
Further
Research
Generally speaking, further research is an approach used to extend the boundaries that have been set by the research project. Regarding this project, some recommended follow on research efforts are:
·
Model the use of new technologies and traffic
management initiatives to examine their usefulness relative to the subject
matter;
·
Examine the impact various bus assignments (buses are
scheduled to stop at several pick-up points before exiting the network) will
have on congestion levels, evacuation time, and travel speed; and
·
Model evacuation times for the entire state (urban and
rural areas) based on modifications to the selection criteria (e.g., definition
of population at risk, area population concentration, etc.).