Abstract

The objective of these study was to examine the impact of cyclone AILA on water supply, sanitation and health status in the southwest coastal region of Bangladesh and explore adaptation strategies. This study relied on field investigation where 120 respondents answers were collected randomly from three disasters prone unions in coastal Bangladesh through a defined questionnaire. Natural disaster was a common feature of the study area. The cyclone AILA hit the southwestern coastal region of the country in 25th May 2009.Water supply and sanitation condition became harshly disrupted during that time when it embraced various water borne diseases. Qualitative field data represented that about 67% people faced serious drinking water scarcity, especially during disasters and summer season due to the disruption of water supply facilities. In the study area, 97% households sanitation system were totally destroyed and 96% households could not use their sanitation facilities during disasters, unattainable sanitation technology was the main causes of these damage. Owing to poor water supply and sanitation facilities, people suffered from diarrhoea (32%) and dysentery (44%) diseases during the study conducted time. Tube-wells and latrines are build on an elevated base with improved floor and the excavation of ponds for salinity removal is the main adaptation approach for this area. Results drawn from this research and recommended adaptation strategies will be useful for local and national level planners, as well as international donors for preparing future disaster risk reduction plan.

Highlights

  • Bangladesh is one of the most vulnerable countries to natural disasters impact in the world [1]

  • The main objective of this study is to explore the impact of natural disasters on water supply, health and sanitation problem of coastal community and an attempt to reduce the impact of natural disasters through adaptation mechanism

  • Coastal people gradually depend on ground water due to surface water salinity as a result ground water extraction are increasing day by day, for this reason the shallow aquifer has been contaminated by salinity intrusion.Shymnagor upazilla is one of the disaster prone areas in the southwest coastal region of Bangladesh, where safe water scarcity is increasing day by day

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Summary

Introduction

Bangladesh is one of the most vulnerable countries to natural disasters impact in the world [1]. The coastal region of Bangladesh is familiar as a tremendously vulnerable part [3]. Despite the recent paces towards achieving sustainable development, Bangladesh’s potential to sustain its development is faced with significant challenges posed by climate change [4]. The coastal area of Bangladesh and the Bay of Bengal are located at the tip of the northern Indian Ocean, which is frequently hit by severe cyclonic storms, generating long tidal waves that are aggravated by the shallow bay [6]. At least one major tropical cyclone strikes the Bangladesh coast each year [7, 8] with powerful tidal surges that impact

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