Abstract
‘Having become increasingly frequent in the late 1990s, the sustained high level of climate-related events pushed the average number of disasters per year to 329 in the latest 20-year period. This is double the average of 165 events per annum in 1978–1997, although better reporting of disaster data in the latest decades partly accounts for the apparent increase’. (UNISDR Report 1998–2017)
The increasing effect of climate change along the coastal areas has made those habitats very vulnerable. For example, tropical cyclones over the Bay of Bengal occur in two distinct seasons: the pre-monsoon months of April–May and post-monsoon months of October–November. In the past 2 decades alone, Odisha has suffered two such severe cyclones, that is, Super Cyclone 1999 and more recently ‘Titli’ (2018), which have shattered many lives, livelihood and the economy of Odisha.
Disasters such as tropical cyclones, floods and coastal erosion have resulted from a sea-level rise, which has constantly increased over the past 2 decades. This affects human adaptation of coastal inhabitants in in many ways: by causing environmental degradation and economic hardships and concomitant mental distress. In this regard, some recent developments in disaster mitigation warrants our attention, for example, Odisha is one of the first few Indian states to have developed a public address system for sophisticated early warnings as part of a state disaster reduction plan. This chapter critically reviews the physical impact of disasters on coastal Odisha and human adaption to disasters in reaction to its impacts on environment and economy of Odisha in particular.
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Notes
- 1.
As per IMD, the lowest official classification used in the North Indian Ocean is a Depression, which has 3-minute sustained wind speeds of between 17 and 27 kn (20–31 mph; 31–49 km/h). Further to this is Deep Depression, which has winds between 28 and 33 kn (32–38 mph; 50–61 km/h). Gradually, it can develop into a gale-force wind speeds of between 34 and 47 kn (39–54 mph; 62–88 km/h). A Severe Cyclonic Storms have storm force wind speeds of between 48 and 63 kn (55–72 mph; 89–117 km/h), while Very Severe Cyclonic Storms have hurricane-force winds of 64–89 kn (73–102 mph; 118–166 km/h). Extremely Severe Cyclonic Storms have hurricane-force winds of 90–119 kn (166–221 km/h, 104–137 mph) and the highest classification used in the North Indian Ocean is a Super Cyclonic Storm, which have hurricane-force winds of above 120 kn (138 mph; 222 km/h).
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Sahoo, N., Satpathy, M. (2020). Disasters and Climate Change Adaptability at Odisha Coast. In: Singh, A., Fernando, R.L.S., Haran, N.P. (eds) Development in Coastal Zones and Disaster Management. Disaster Research and Management Series on the Global South. Palgrave Macmillan, Singapore. https://doi.org/10.1007/978-981-15-4294-7_12
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