About the Journey

The Niger River, often referred to as the pulse of West Africa, is home to many people who rely on it and its surrounding land for their livelihoods. By exploring technology's role in their lives, Tom Owen hopes to illustrate the creativity, determination and ingenuity of the people who call the banks of this river their home.

Tom, an engineering graduate from the University of Victoria, is traveling from Forokonia, Guinea, towards the historic city of Timbuktu, Mali. Tom, who has spent the last two years in West Africa volunteering with Engineers Without Borders Canada, is accompanied by Eli Angen, an engineering graduate from the University of Calgary who has been volunteering for a year with EWB. Together, they are cycling to Bamako, Mali's capital, following the river's path. From there they will continue their travels toward Timbuktu by pirogue, a wooden vessel similar to a large canoe.




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Pottery Lessons

Sent 08/09/06

The midday sun beats down on Mike and me as we walk the two kilometres inland to Tongorongo from where we parked our pirogue. Mike Gallant has joined me for this last stretch of the journey, now that Eli has returned to Canada. The heat is oppressive. It seems that past Mopti the area around the river turns into an oven. But despite being baked by the sun, we are both excited to visit Tongorongo.

There is a lot for us to be excited about. Tongorongo is home to a Multifunctional Platform (MFP), and so part of the project Mike and I both worked on through Engineers Without Borders Canada. It is also a village known for its pottery makers. I'm interested in learning about pottery techniques and also more about the project Clement, another Engineers Without Borders Canada volunteer, has undertaken with some of the local potters.

When we arrive in Tongorongo, our translator, Amadou, finds us a willing teacher and a place to stay. Fofomen Samou Sekou is a young mother in her early thirties who is from a family of expert potters, and Mike and I will be staying with her and her family for the next two days.

When we arrive at the house, the family is in action. Sedou, one of Fofomen's nieces, is mixing a large pile of clay with her feet while the young boys take turns breaking clay from a large pile into small chunks with a stick.

Fofomen's mother in-law, Yakoma, is patching a spot in the floor just inside the covered area by the main entrance to the house. As she spreads small bits of clay into the small dent, it occurs to me that I've never seen anyone devote such painstaking attention to a problem most people wouldn't even notice. As she continues her work she uses a small stone to pound and flatten the surface until it is completely smooth. Mike and I are both flabbergasted when she pours what looks like peanut oil into the dent. Sedou then brings in the bottom half of a large clay pot and balances it in a small bowl. Yakoma manoeuvres the concave bottom of the bowl into the depression and starts to spin it. We've just witnessed the construction of a local pottery wheel without having a clue what was happening!

"Yakoma has been making pottery her whole life," Fofomen tells us. As we watch Yakoma build a water pot up from the pre-made bottom piece, her skill is evident. Yakoma starts by adding material to the already-finished bottom half. She rolls the clay into a strip about 12 centimetres long and then adds the material to the pot by pushing a small amount into the its rim with her index finger while spinning it. Fofomen uses a variety of tools - a wooden scraper, smooth stones, and a sponge - as she shapes and smoothes the soft clay. When she is finished shaping the pot she puts two small bits of clay on opposite sides at the top of the pot. She then makes the handles, placing them on the pot and using the marks to make sure they are evenly spaced. The whole process happens so smoothly that I'm surprised when she's done in just about 20 minutes; like many skilled craftspeople, she makes it look easy.

Yakoma repeats the same process three more times while Fofomen explains that they make a batch of four or five pots in a day. It takes four steps to make the pots - forming the base, lower bowl, upper bowl and handles and then finally the neck of the pot. Between each of the steps she lets the clay dry in the sun for a few hours. When I ask why it takes four steps she tells me it would be hard to make the pot at once; it can easily lose its shape or collapse if done all at once. Mike and I are excited to try it out for ourselves, but that will have to wait until Fofomen starts work the following morning.

It's now late afternoon, a busy time for the Multifunctional Platform, and we're both itching to see it in operation. As we walk towards it I can hear the characteristic put-put-put of its Lister diesel engine. There is a group of women waiting at the entrance to grind their grain for the evening meal, and the operator is busy at the grinding mill inside.

The MFP is the centrepiece of small businesses that offer agricultural processing and other energy services. It's owned and operated by a women's group in the community - because women are the primary users of the services it makes sense that they be in charge of providing the service in their community. The MFP itself consists of a small diesel motor that is mounted on a steel chassis. The chassis allows various different pieces of equipment to be mounted and powered by the motor, most often to process foodstuffs - grinding mills, rice dehullers, equipment to process shea butter and other devices. The MFP can also provide electricity for welding, lighting and refrigeration. In Mali, there are even some communities with tap water thanks to water pumps powered by an MFP.

After seeing the MFP in action, we sit down with some members of the Women's Management Committee and a few of the MFP users to find out what the women think about the MFP. They start by telling us they would like to add a rice dehuller. This would allow rice grown around the village to be processed in Tongorongo rather than have to be sent outside. In northern Ghana, where I worked, many women make money processing and selling rice in the local market, so I am of course enthusiastic about the direction they want to take.

We ask what changes they have felt because of the MFP. The women all agree that the most noticeable benefit has been a reduction in their daily workload. In Mali and many other places in West Africa, women traditionally pound grain into flour by hand before each meal. It's difficult and time-consuming work. When I tried it I held out for about 45 minutes before tiring and I barely produced enough to feed myself, let alone the whole family. Most women spend a few hours each day pounding grain. With an MFP this can be reduced to a 30-minute visit to the grinding mill every few days. One of the women sums up the sentiment of the group: "With the machine it's like I didn't do any work to pound grain." Women in rural Mali normally work from early in the morning right up until the end of the day; saving a few hours and avoiding some of the more strenuous work is a big benefit for them.

We also talk with the women about what they do with the extra time and energy they have as a result of the MFP. Some of them tell us they use the extra time for a well-deserved rest; others engage in income-generating activities. One of the women tells us she uses the time to do more pottery. We ask her if we can come to see her work. She laughs and tells us we have already seen it. "I'm Yakoma!" she says. It's getting a bit dark and she is on the way to the mosque and dressed in a head wrap, but we should have recognized her nonetheless. Mike and I excuse ourselves for the embarrassing mistake, and curse the obscuring darkness that is fast descending upon us.

We walk back to Fofomen's house thinking about the MFP. The MFP has had a great impact in terms of giving women free time. The big question now is how the MFP can help women make use of this free time and support them in their income-generating activities.

Pottery is a major business for many of the women in Tongoronga and other communities around Mopti - this area is known all around Mali for its pottery. Clement, another volunteer with Engineers Without Borders Canada who has spent the summer working with the MFP program in Mali, has been investigating whether a pottery wheel powered by the MFP would be beneficial for local potters.

Mike and I sit at Fofomen's house that evening talking about the complexities of trying to test out a new technology. How much time can a motorized pottery wheel save? Will the women be interested in using it? How would use of the wheel be organized? We both have a lot of questions - I wish Clement were in Tongorongo at the same time as us so that we could talk about his project, but for now I have to content myself with just observing. One thing Mike and I both agree on is that Clement's project has more social than technical challenges. It's important that he design a good pottery wheel that will suit the needs of the users. But the reality is that social marketing - presenting the pottery wheel in a way that women are actually interested in using it - is the real difficulty. At this stage, Clement's job isn't so much to design a pottery wheel as it is to work with the women to figure out whether a pottery wheel makes sense, given the type of work they are doing.

That night Mike and I sleep under the stars on the roof of Fofomen's house. She wakes us first thing in the morning, and it's clear she has a program in mind for the day. After breakfast we watch as several women prepare to fire a batch of pots. There are a number of them helping to carry pots while a few others place straw on the pile. There is a huge mound of pots and straw by the time the fire is finally underway, and the heat is intense.

I'm interested in how the women organize the business: it seems that with so many people helping out there must be some kind of cooperative. Fofomen explains that most women usually produce in groups of two or three,, usually organized within a family. Firing the pots is a big job, so the women are willing to pitch in to help each other - but there isn't any formal organization.

Mike and I finally have a try at making pots when we get back to the house. Mike goes first and does an admirable job of producing the bottom of a pot. Fofomen steps in at a few of the trickier steps, but for the most part Mike seems to have it down. I encounter more difficulty, and after a few failed attempts at adding the material I give up and let Fofomen take over. I redeem myself somewhat when it comes to smoothing, but all in all I am clearly hopeless when it comes to pottery.

As we work with Fofomen, she explains that most of the women sell to middlemen who then take the pottery to Mopti, a large city about 30 kilometres from Tongorongo. Other women take their pots to Mopti themselves, but Fofomen says it's generally easier to sell to the middlemen. "They will buy whatever we can make and often ask for more than we have." It seems there is no lack of demand for these women's pots.

Before we leave Tongorongo, we decide to ask Fofomen what she thinks about using a motorized pottery wheel. The idea is new to her, and she isn't quite sure what the benefit would be, but she is interested nonetheless. "We only know the way we make pots. If you have new ideas we are happy to hear them," she says. I'm pleased to hear this - Clement has at least one eager partner who is willing to try out the wheel. Fofomen seems keen enough to try something new. She may be an ideal "champion," someone to help promote a new idea by adopting it herself.

We leave Tongorongo wondering how Clement's trial will go. I hope he's ready for a slew of questions when Mike and I get back to Mopti!

Holly Goulding is an environmental engineering graduate from Dalhousie University. She volunteered with Engineers Without Borders Canada on a project in Mali involving integrated water, sanitation and hygiene promotion.

I have followed Tom's adventure along the Niger this summer with much interest. On the one hand, his travels through Mali provide me an opportunity for reminiscence - familiar names, places, and customs elicit memories of my Engineers Without Borders Canada placement last summer with WaterAid Mali in urban and rural communities around Bamako. As "Oumou Traore," I wandered about, "Oumou, ca va?" always ringing in my ears. I also had the opportunity to travel to up to Mopti and see the barges and pinasses on the Niger, wondering where they had been and where they were going...

I have also been interested in the journey because of a more current preoccupation, one that has provided a path to follow now that I have finished my engineering degree. I will be pursuing my masters this fall, studying hydrology with applications in integrated water resource management (IWRM). Inherent in IWRM is the need to have an understanding of livelihoods, social attitudes, and resource use by all of the stakeholders in a watershed. With each post I feel that Tom is providing valuable insight into the complex relationships between people, their occupations, the local economies they create, and the environment that sustains them. The Niger River is an integral thread that weaves its way through the fabric of the lives of these stakeholders: hardworking entrepreneurs carefully laboring in a harsh setting.

The women in Tongorongo are certainly entrepreneurs in their own right. Yakoma's pottery skills and her family's organization to fire the pots help generate income for the family and is yet another glimpse of women working tirelessly for their families. When I was in Mali, I saw local pots line the markets of Mopti. Some of them could have been of Yakoma's creation, but I never considered the supply chain that would have brought them from a family, such as Fofomen's, to this particular market. This despite having seen sacks of potatoes, onions, charcoal, woven mats and other local creations getting loaded on the roofs of sotramas and taken from the village to the city or nearby markets for sale. There is certainly revenue lost to the producer when a middleman is involved in the supply chain, however when the women transport their own pots they must also be limited: in the amount they can bring on each trip given travel on a Sotrama, in the sale price of their pots to a vendor or directly to customers, and in the decreased time they have to produce pots as a result. In Mali I felt like there were constantly unseen links and relationships connecting people, especially in the economic "market" setting. Despite potential revenue losses to middlemen, the women certainly gain from the relationship; having an assured buyer selling in a city market, most likely for a higher market price, thus ensuring a secured income.

Tom and Mike's stay in Tongorongo brings up another interesting thought: the role that technology could play in this supply chain. Their thoughts about Clement's project, considering the role the MFP could play in helping local potters, are central to EWB's approach: how can appropriate technology be integrated in a socially acceptable way? Indeed, Clement's challenge is more to determine if and how the MFP could help women in this income-generating activity. Would a pottery wheel powered by the MFP be beneficial these potters, or just another cost and complication to a system that seems to operate well already? Given social acceptability and widespread use of such a technology, would increased production be met with continued demand and thus greater income or market saturation and decreased returns? How would the use of the wheel be monitored and the maintenance ensured? As with any project the action and reactions are complex, but asking the right questions is always a good start!

Cameron Rout is a Junior Integrity Engineer at Cimarron Integrity Ltd. He volunteered with Engineers Without Borders Canada on a project in Tanzania and worked on prototype development and decentralized rural manufacturing of appropriate irrigation and lumber processing tools.

It's great to hear about the challenges in the projects you come across, Tom. Something as simple as a pottery wheel in Tongorongo conjures many avenues of thought for effective project planning. It is an exciting challenge, especially when you have the trust of the people you are with and they know their Canadian partners are going to be with them for the long haul. It would be easy to sit in my office here and see the implementation of a diesel powered pottery wheel as an insignificantly simple project: design a great pottery wheel for appropriate use, then install it and voila! But you have given rise to so many questions.

I'm really quite jealous sitting here in my 8x8 grey-walled cubicle. I have so many questions I would ask if I were there. Perhaps just showing you how many questions this does bring up for me can help to show how exciting and complex I find this simple situation: What kind of clay are they using? What kind of processing does it require before working with it? Why is their pottery in such demand? How much energy/fuel is required to fire the pots? Is the firing process seasonal due to cheap fuel supply? Are there any men in the village who could work as middlemen to the city? Could the MFP be used to increase the quality of the clay, perhaps by cleaning it or mixing it? How much does one potter make by selling a day's worth of pots? What are the capital requirements for these pots? How much does clay cost? What's the profit margin? Is the demand for these pots in the city high enough to control the price of pots through a formalized cooperative? What would the increased production from an MFP-driven pottery wheel have to be to offset the costs of using it? How much time could Fofomen devote to testing a new wheel and developing the required techniques? Could she be compensated for working with the MFP? Are there any other appropriate pottery wheel technologies in the area, hand operated or bicycle driven?

All of these questions come to mind before "what should the pottery wheel look like?"

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