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Drinking Water Crisis In Bangladesh
A woman is walking a long way to collect drinking water from a freshwater source in a coastal area in Khulna, Bangladesh, on April 27, 2024. (Photo by Zabed Hasnain Chowdhury/NurPhoto) Research from the American Geophysical Union indicates that by 2050, rising sea levels, which affect the availability of clean drinking water, will likely cause approximately 1.3 million people to migrate within the country. A combination of tidal flooding, storm surge inundation, and saltwater intrusion is causing an increase in salinity in the groundwater and freshwater ponds, leading to an acute drinking water crisis in the coastal areas of Bangladesh, especially in several areas of Khulna. Drinking water sources are often contaminated or located so far away that people are required to travel for hours on foot to meet their daily water needs, in regions frequently affected by storms and flooding. Women from coastal areas are also forced to use saline water for household tasks such as washing clothes and cleaning utensils, which may lead to skin-related issues. Women generally face higher risks and greater burdens due to the scarcity of fresh water, a situation that is exacerbated by climate change.
Photo Details
| Photo ID | #11201221 |
|---|---|
| Date Taken | |
| Location | N/A |
| Photographer | Zabed Hasnain Chowdhury/NurPhoto |
| Category | Weather |
| Copyright | © 2025 NurPhoto - Zabed Hasnain Chowdhury/NurPhoto |
Related Keywords
Bangladesh
coastal areas
drinking water
freshwater source
Khulna
April 27
2024
American Geophysical Union
sea level rise
migration
tidal flooding
storm surges
saltwater intrusion
groundwater salinity
water crisis
water contamination
daily water needs
storms
flooding
household work
saline water
washing clothes
cleaning utensils
skin issues
women
climate change
Zabed Hasnain Chowdhury
NurPhoto
environmental impact
water scarcity
water access
climate migration
public health
waterborne diseases
sustainability
adaptation strategies
resource management
disaster preparedness
hygiene
water quality.
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