Climate change threats to two low-lying South African coastal towns: Risks and perceptions

Type Journal Article - South African Journal of Science
Title Climate change threats to two low-lying South African coastal towns: Risks and perceptions
Volume 112
Issue 5/6
Publication (Day/Month/Year) 2016
URL 112_5-6 Fitchett_Research​Article.pdf
Climate change poses a considerable threat to low-lying coastal towns. Possible risks include flooding
induced by sea-level rise, increased discomfort from changes in temperature and precipitation, more frequent
extreme events, biodiversity shifts, and water shortages. For coastal towns that attract many tourists, these
threats can have far-reaching economic effects and may compromise the continued viability of the tourism
sector. A growing number of studies are being published on the inter-relationship between climate change and
tourism in the global North. As yet, little equivalent research has been conducted in developing countries with
economically significant tourism sectors. This paper presents a mixed-method pilot study on two adjacent
coastal towns, St Francis Bay and Cape St Francis, in the Eastern Cape Province of South Africa. We explored
the climate change threats in this region, and perceptions of these threats within the tourism sector. The
tourism climate index results showed that the towns are climatically well suited to tourism, but a decrease in
these index scores between 1978 and 2014 suggests that climate change experienced in recent decades has
detrimentally affected tourist comfort. A digital elevation model sea-level projection for the towns indicated
a high risk of sea-level induced flooding by 2050, particularly for properties along the coastline. Interviews
with tourism establishment respondents showed that people are aware of climate change threats, yet little
adaptation is forthcoming. Rather the government is deemed responsible for adaptation, despite its limited
capacity. A disjuncture therefore exists between the perceived severity of risk and the risk that is evident from
scientific analyses. This gap results in poor planning for the costs associated with adaptation.

Related studies