Lalita Roy now has access to clean water and also provides a service to her community by working as a pani apa (water sister), looking after the community’s rainwater harvesting plants. Credit: Rafiqul Islam/IPS
By Rafiqul Islam
KHULNA, Bangladesh, Sep 23 2022 – Like many other women in Bangladesh’s salinity-prone coastal region, Lalita Roy had to travel a long distance every day to collect drinking water as there was no fresh water source nearby her locality.
“In the past, there was a scarcity of drinking water. I had to travel one to two kilometers distance each day to bring water,” Roy, a resident of Bajua Union under Dakope Upazila in Khulna, told IPS.
She had to collect water standing in a queue; one water pitcher was not enough to meet her daily household demand.
“We require two pitchers of drinking water per day. I had to spend two hours each day collecting water. So, there were various problems. I had health complications, and I was unable to do household work for lack of time,” she said.
After getting a rainwater harvesting plant from the Gender-response Climate Adaptation (GCA) Project, which is being implemented by United Nations Development Programme (UNDP), Roy is now collecting drinking water using the rainwater harvesting plant, which makes her life easier.
“I am getting the facilities, and now I can give two more hours to my family… that’s why I benefited,” she added.
Shymoli Boiragi, another beneficiary of Shaheber Abad village under Dakope Upazila, said women in her locality suffered a lot in collecting drinking water in the past because they had to walk one to three kilometers every day to collect water.
“We lost both time and household work. After getting rainwater harvesting plants, we benefited. Now we need not go a long distance to collect water so that we can do more household work,” Boiragi said.
Shymoli revealed that coastal people suffered from various health problems caused by consuming saline water and spent money on collecting the water too.
“But now we are conserving rainwater during the ongoing monsoon and will drink it for the rest of the year,” she added.
THE ROLE OF PANI APAS
With support from the project, rainwater harvesting plants were installed at about 13,300 households under 39 union parishads in Khunla and Satkhira. One pani apa (water sister) has been deployed in every union from the beneficiaries.
Roy, now deployed as a pani apa, said the GCA project conducted a survey on the households needing water plants and selected her as a pani apa for two wards.
“As a pani apa, I have been given various tools. I go to every household two times per month. I clean up their water tanks (rainwater plants) and repair those, if necessary,” he added.
Roy said she provides services for 80 households having rainwater harvesting plants, and if they have any problem with their water tanks, she goes to their houses to repair plants.
“I go to 67 households, which have water plants, one to two times per month to provide maintenance services. If they call me over the cellphone, I also go to their houses,” said Ullashini Roy, another pani apa from Shaheber Abad village.
She said a household gives her Taka 20 per month for her maintenance services while she gets Taka 1,340 (US$ 15) from 67 households, which helps her with family expenses.
Ahoke Kumar Adhikary, regional project manager of the Gender-Response Climate Adaptation Project, said it supported installing rainwater harvesting plants at 13,300 households. Each plant will store 2,000 liters of rainwater in each tank for the dry season.
The water plants need maintenance, which is why the project has employed pani apas for each union parishad (ward or council). They work at a community level on maintenance.
“They provide some services, and we call them pani apas. The work of pani apas is to go to every household and provide the services,” Adhikary said.
He said the pani apas get Taka 20 from every household per month for providing their services, and if they need to replace taps or filters of the water plants, they replace those.
The pani apas charge for the replacements of equipment of the water plants, he added.
NO WATER TO DRINK
The coastal belt of Bangladesh is one of the most vulnerable areas to climate change as it is hit hard by cyclones, floods, and storm surges every year, destroying its freshwater sources. The freshwater aquifer is also being affected by salinity due to rising sea levels.
Ullashini Roy said freshwater was unavailable in the coastal region, and people drinking water was scarce.
“The water you are looking at is saline. The underground water is also salty. The people of the region cannot use saline water for drinking and household purposes,” Adhikary said.
Ahmmed Zulfiqar Rahaman, hydrologist and climate change expert at Dhaka-based think-tank Center for Environmental and Geographic Information Services (CEGIS), said if the sea level rises by 50 centimeters by 2050, the surface salinity will reach Gopalganj and Jhalokati districts – 50 km inside the mainland from the coastal belt, accelerating drinking water crisis there.
PUBLIC HEALTH AT RISK
According to a 2019 study, people consuming saline water suffer from various physical problems, including acidity, stomach problems, skin diseases, psychological problems, and hypertension.
It is even being blamed for early marriages because salinity gradually changes girls’ skin color from light to gray.
“There is no sweet water around us. After drinking saline water, we suffered from various waterborne diseases like diarrhea and cholera,” Ullashini said.
Hypertension and high blood pressure are common among coastal people. The study also showed people feel psychological stress caused by having to constantly collect fresh water.
Shymoli said when the stored drinking water runs out in any family; the family members get worried because it’s not easy to collect in the coastal region.
SOLUTIONS TO SALINITY
Rahaman said river water flows rapidly decline in Bangladesh during the dry season, but a solution needs to be found for the coastal area.
The hydrologist suggested a possible solution is building more freshwater reservoirs in the coastal region through proper management of ponds at a community level.
Rahaman said low-cost rainwater harvesting technology should be transferred to the community level so that coastal people can reserve rainwater during the monsoon and use this during the dry season.
He added that the government should provide subsidies for desalinization plants since desalinizing salt water is costly.
IPS UN Bureau Report
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