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Drinking Water Crisis In Bangladesh
Bangladeshi women are taking a rest while carrying drinking water after collecting it from a fresh-water source. They are walking a long way to collect drinking water in the coastal area of Khulna, Bangladesh, on April 27, 2024. (Photo by Zabed Hasnain Chowdhury/NurPhoto) According to research from the American Geophysical Union, by 2050, rising sea levels -- which affect the availability of clean drinking water -- will be causing some 1.3 million people to migrate across the country. A combination of tidal flooding, inundation by storm surges, and saltwater intrusion is leading to a rise in salinity in the groundwater and the fresh-water ponds, causing an acute drinking water crisis in the coastal area of Bangladesh, especially in several areas of Khulna. Drinking water sources are often contaminated or located so far away that hours of travel by foot are required to secure daily water needs, in areas often ravaged by storms and flooding. As women from coastal areas also must use saline water for doing household work like washing clothes and cleaning utensils, they may also be suffering from issues related to the skin. Women commonly face higher risks and greater burdens from the lack of fresh water, which is linked to climate change.
Photo Details
| Photo ID | #11201232 |
|---|---|
| Date Taken | |
| Location | N/A |
| Photographer | Zabed Hasnain Chowdhury/NurPhoto |
| Category | Weather |
| Copyright | © 2025 NurPhoto - Zabed Hasnain Chowdhury/NurPhoto |
Related Keywords
Bangladeshi women
carrying drinking water
fresh-water source
coastal area
Khulna
Bangladesh
April 27
2024
American Geophysical Union
rising sea levels
climate migration
1.3 million people
tidal flooding
storm surges
saltwater intrusion
groundwater salinity
acute water crisis
contaminated water sources
travel by foot
daily water needs
storms
flooding
saline water
household chores
washing clothes
cleaning utensils
skin issues
higher risks
greater burdens
lack of fresh water
climate change
Zabed Hasnain Chowdhury
NurPhoto
environmental impact
health consequences
water scarcity
women's workload
climate adaptation
resource management
sustainable water solutions
public health
migration patterns
coastal resilience.
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