Lifting The Water Weight Off Women's Shoulders
The Quest for Water
In 2010, it was announced that MDG 7.C had been met 5 years early: The proportion of people without access to improved water sources had been halved! Crucial infrastructure like boreholes and piped water act as 'protected sources' of potable water. While we should celebrate this milestone, we must also remember that global statistics cloud disparity between regions. And as we established in last week's post, the burden of water collection falls largely on women and children. 13.54 million women and 3.36 million children in sub-Saharan Africa still need to take long journeys of more than 30 minutes to reach these 'protected sources', sometimes making this trip numerous times a day (Figure 1).
Women are expected to juggle productive, reproductive and community management roles in society simultaneously, resulting in a much more constrained labour time and flexibility. The gendered division of labour is rooted in patriarchal cultural norms that impose such competing claims on women’s limited time, ultimately restricting them to the domestic sphere.
Moreover, this water journey is often not simple: After reaching the water source, they likely need to wait in queues to fill up their water cans (Figure 2). Finally, with the 70 pounds of water carried on their backs, they have to venture through uneven terrains laced with obstacles like fences and thorn bushes to return home. These precarious journeys also put women at risk of sexual violence. With how arduous water collection is, it is unsurprising that it negatively impacts their health. Fatigue and musculoskeletal, early degenerative bone and soft tissue damage are common detrimental effects on women’s health. What emerges is a downward spiral of time poverty, where the strenuous and time-consuming task of water collection leaves little opportunity for them to participate in leisure activities, market-based work or formal education.
Figure 2: People waiting for water in Tanzania (source)
The burden of water collection starts young. Girls often have to forgo their education to aid women in fetching water or they shoulder caretaking responsibilities for younger siblings in the absence of their mothers. Young girls surveyed in Ethiopia lamented the impacts these responsibilities have on their ability to succeed in school. Ironically, it has also been found that some children in Malawi take on load-carrying jobs in order to pay for school fees.
How can we improve this dire situation?
Innovative solutions rise to the challenge of increasing access to safe water and relieving the burden of women and children. Solar powered water pumps in Tharaki Nithi, Kenya bring water sources closer to 40,000 villagers, while skirting around poor rural electrification by harnessing a renewable resource. No longer does Kaari, one of the villagers, have to travel 12km to a nearby river to collect water. Instead, precious time is better spent on tending to her crops. Such innovations also challenge mainstream development rhetorics by exhibiting technology leapfrogging in being early adopters of cleaner energy solutions, without the limitations of having to integrate it into existing energy systems.
While these infrastructural improvements are laudable, funding and maintaining these might be problematic: These solar powered water pumps cost the county government $80,000USD. It is hence also worth considering other innovations like the Hippo Roller: A water drum that not only can carry 5 times more water, but is also wheeled, therefore relieving the physical strain on women and children's bodies and helping to save time. However, effectiveness of the Hippo Roller is not guaranteed - Oftentimes, women face uneven terrains in their journeys to fetch water, which would render the Hippo Roller useless and even more of a hindrance. Still, for those whose water journeys do permit it, this is definitely a valuable innovation.
Figure 3: Women using the Hippo Roller to collect water (source)
Concluding Thoughts
While there are significant variations in water collection practices across 24 sub-Saharan countries, it is ultimately incontrovertible that women and children disproportionately bear the burdens of water collection. Understanding the contexts and challenges of this responsibility is thus crucial in aiming to relieve these water-weights off their shoulders.
This was a great read! It's good to learn that an increasing number of technological innovations are being employed in this area to try and tackle the burden of water collection on women's lives. Seemingly simple devices such as the hippo roller, I think, seems like a tool that has a lot of easily overlooked potential.
ReplyDeleteHi Adrian, agreed! While I think these new innovations are encouraging and bringing attention to the issue, I still do think more work needs to be done to properly situate the solutions within specific political, social and environmental contexts so as to ensure its effectiveness. In this post I mainly touched on top-down solutions for communities, but keep an eye out for a future post where I outline the strengths of solutions that seek to recognise women as active agents in water management!
DeleteHi Joanne! I really enjoyed reading this blog post, and I love how you mentioned the Hippo Roller. I too came across this device whilst researching water collection and I completely agree that it is very helpful in saving journey time for women. However, if they arrive at their water source, and must then spend hours to queue for their turn, or their water source is contaminated, it calls for greater intervention to address the root of the problem even if it is more challenging.
ReplyDeleteHi Greta, thanks for your comment! I definitely agree with you that innovations like the Hippo Roller do seem like more intermediary solutions rather than addressing the main issue itself, but they still play an important role in alleviating the effects in the short run.
DeleteThis statement: "Investments into solar powered water pumps in Tharaki Nithi, Kenya bring water sources closer to 40,000 villagers, while skirting around the issues of poor rural electrification by harnessing a renewable widely available resource (Njagi, 2019). No longer does Kaari, one of the villagers, have to travel 12 kilometers to a nearby river to collect water". gives an indication that Kaari exist at an intersection of surface water supply that facilitate collection and underground water store that enables water pumps to be installed. What is the geography of Kaari - physical landscape, socioeconomic predisposition, and population? How are global statistics enabling the clouding of disparity between regions about the gendered issuse of water and also indicating areas of concerns? the post is well presented with good engagement with literatures but they need to be embeded, and i will suggest that using a specific case study or region is more effective that broad terms like sub-Saharan Africa.
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