Christina Howitt (Principal Investigator), Catherine Brown, Ian R. Hambleton
BDS 13,000 from UWI School of Graduate Studies and Research
April 2017
March 2018
Efforts to reduce obesity and diabetes by promoting diet and exercise amongst individuals have been met with limited success, prompting a search for strategies to curb these epidemics at a wider, population level. It is increasingly accepted that interventions should acknowledge the interaction between individuals and their environment, and there is growing interest in redesigning the built environment to offer more opportunities for physical activity and healthy eating. Neighbourhoods that support pedestrian activities – i.e. those with well-connected streets, high population density, and destinations within walking distance – are associated with more walking and reduced car use. Furthermore, more walkable environments have been linked to lower levels of obesity and diabetes. The Caribbean is one of the most highly urbanised regions in the world, with 70% of its population living in urban settlements. The high proportion of Caribbean residents living in urban centres belies the popular representation of Caribbean life, a fact which may give insight into the low priority given to urban-specific policies and planning. The city of Bridgetown represents the major urban community of Barbados, with a population of 110,000 – more than 1/3 of the overall population. Bridgetown and its surrounding Garrison area attract a significant number of visitors each year, and its creolized architecture and rich historical past earned its 2011 inscription to the UNESCO World Heritage List. It is not clear how effectively this urban area supports pedestrian activities. We propose an investigation of the walkability of the Bridgetown and Garrison UNESCO site, using a combination of complimentary methods. We will measure walkability of the area using objective, standardised criteria, and also individual perceptions of the walkability of their neighbourhood and their actual activity levels.