Skip to 0 minutes and 5 secondsSo it sounds as though, speaking of disease then, since the water they fetch is not always the cleanest, there must be enhanced risk of contracting disease just through contact with the water. And then you also mentioned that women and girls have wider roles for family safety and security where they tend to be care caregivers for people who are ill. Does this also lead to enhanced risk of illness for women and girls? Yeah, I think all these things compound the fundamental issue of where is the water? How far do girls have to go? Are there are mechanisms where we could identify ways to locate wells closer to communities within school grounds in locations that make it easier to get to?
Skip to 0 minutes and 54 secondsSo I think these are all things that have to be factored into the policies that take place. And speaking of those policies, that means that women have to be part of the conversation and have to be engaged in those solutions. And I think that's just an important issue that has to be addressed in terms of making sure that young girls and women are part of the conversation.
Hard-won Water: Elixir or poison?
Frequently at the end of the trek for water, the source is a tiny stream or a muddy puddle, open to the environment. The dual, related problems of inadequate sanitation and inadequate drinking water infrastructure are interrelated at these unprotected sources, where water is frequently impacted by pollutants
As a result, the water that is obtained at the cost of so much effort, and is intended to enhance the health of the family, winds up delivering pathogens such as bacteria, viruses, and protozoa to those who drink it. This is one reason why waterborne diseases such as diarrhea are the world’s number one killer of children under the age of five, and why 70-80 percent of diseases in developing countries are related to inadequate water and sanitation.
Since women and girls are the ones who tend to have the greatest contact with the polluted water, they are also the ones with the greatest exposure to water-related diseases. In addition to illnesses, such as diarrhea, that are spread by ingestion of polluted water, water-carriers are susceptible to diseases spread by contact with the water or with vectors such as flies that breed in the water. An example is trachoma, the world’s leading cause of preventable blindness. About 80 million people in 41 countries have this disease, and about 1.9 million have been blinded by it. The rate of infection among females is several times higher than among males. The disease is caused by a bacterium, Chlamydia trachomatis, which is spread by direct contact with water or indirect contact via clothing or flies. Mosquito-borne diseases such as dengue fever also fall into this category, as do parasites that thrive in warm freshwater. An example of a parasitic disease spread by skin contact with polluted water is schistosomiasis, the world’s second most prevalent tropical disease after malaria. This disease is caused by a worm that is associated with freshwater snails in certain tropical countries. The worm attaches to skin that is immersed in water, penetrates the skin, infects the circulatory system, bowels, and bladder, reproduces, and causes the body to shed large numbers of worm eggs in feces.
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