I had the pleasure of working with Iván Sánchez Ortega in Mozambique earlier this month, and I learned a ton about the broader world of GIS, GPS, FOSS, Ubuntu and Open Street Maps from him. We also shared a few beers, not to mention a harrowing plane ride complete with people screaming and everyone imagining we were going to die! But I suppose it’s all in a day’s work.
Below is a cross-post by Iván about Maps for Mozambique. You can find the original post here, and a version in Spanish here. Note: the opinions expressed below belong to Iván and not to his former, current or future employeers…..
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Last week was a small adventure. I went to Mozambique to make maps, as part of the Youth Empowerment through Arts and Media program. The main goal was to train youngsters in order for them to make a basic cartography of the surrounding rural communities.
This travel is part of the Humanitarian OpenStreetMap Team activities. After the successes of Kibera and Haiti, we want to check how much we can help by providing cartography.
Cartography in developing areas provides a great amount of situational awareness – in order to help, one needs to know where the help is needed. In the case of Mozambique rural communities, we’re talking about knowing who has a water well and access to healthcare and education, and who doesn’t.
The problem with rural Mozambique is that the population is very disperse. Each family unit lives in an isolated set of huts, away from the other families in the community. There is so much land available that the majority of the land is neither used or managed.
Which leads to think that, maybe, the successes at Kibera and Haiti are, in part, due to them being dense urban areas, where a kilometer square of information is very useful.
It has been repeated ad nauseam that geographic information is the infrastructure of infrastructures. Large-scale humanitarian problems can’t be tackled without cartographic support – without it, there isn’t situational awareness, nor will coordinating efforts be possible, something very important in an era when aid can get in the way of helping. However, even with agile surveying techniques and massively crowdsourced work, the cost of surveying large areas is still big. And, as in all the other problems, technology isn’t the silver bullet.
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That said, the way one has to go to reach the rural communities doesn’t have anything to do with the occidentalized stereotypical image of rural sub-Saharan Africa. There are no lions, nor children with inflated bellies due to starvation.
There is, however, the image of a developed country but in which the public agencies work at half throttle. Mass transit, garbage collection, urbanism, civil protection, environment, job market, education, social security. Everything’s there, but everything works at a much lower level than one could expect. To give out an example, the Administraçao Nacional de Estradas (national roads administration) plans switching of one-way lanes over hand-drawn sketches.
The reasons that explain the situation of the country are not simple, not by far, but in general terms they can be resumed in two: the war of independence of 1964-1975 and the civil war of 1977-1992. Living is not bad, but also not good, and part of the population is expecting international humanitarian aid to magically solve all of their problems.
When one stops to think, the situation eerily reminds of the Spanish movie Welcome, Mr. Marshall. Only that everyone’s black, they don’t dance sevillanas, and instead of railroads they expect healthcare and education.
Wait a moment. A reconstruction 20 years after a civil war, external aid, and the need of cartography for a full country. This reminds me to the 1956-57 Spain general flight, popularly known among cartographers as the American flight.
These aerial photographs, made in collaboration with the U.S. Army Map Service, had a great influence in the topographic maps of that period, and even today they are an invaluable resource to study changes in land use.
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Which is, then, the best solution? To inject geospatial technology may be a short-term gain, long-term pain in the form of 9000€/seat software licenses. Mr. Marshall won’t come with a grand orthophotogrameric flight. Military mapping agencies won’t implement SDIs (spatial data infrastructures) overnight. Training aid workers and locals into surveying is possible, but slow and expensive, although it might be the only doable thing.
Related posts on Wait… What?
Mapping Magaiça and other photos from Mozambique
Putting Cumbana on the map — with ethics
Inhambane: land of palm trees and cellular networks
It’s all part of the ICT jigsaw — Plan Mozambique ICT4D workshops
[…] Follow this link: Maps for Mozambique […]
Linda,
I enjoyed reading both “Mapping Magaiça and other photos from Mozambique” and this article! As our organization, Orphan Justice Mission, is growing, mapping rural areas have been an interest for use in problem solving and strategizing. The communities we work in seem similar to the area you serve with families being spread out and isolated by distance. When we began to think about the logistics of the process, I researched a tested a few options. What I have discovered is the use of a Nokia N810 Internet Tablet and a Holux 1000 Bluetooth GPS receiver have worked well in gathering data. Between these two and a back pack with a solar panel, we are able to map large areas. The Nokia N810 (Maemo 5 OS) has a mapping application that records KML or GPX files that can be easily uploaded to OSM or a local OSM server/application. The pairing between the Nokia N810 and Holux 1000 is a perfect solution for us. They would be paired automatically, the application would track movements, and the user could lock (shut off the screen) and put it away while she/he hiked the trail and it could be recalled to make a simple edit like adding a waypoint.
After data is collected, the Nokia is connected to the Ubuntu Netbook, the GPX file is imported into the “JOSM” application and edited. From there they have the option to upload a section of “ways” and “waypoints” when they have a good edit done. The trouble are things like a bee hive, or section of clay would be important but does not exist natively on OpenStreeMap.
Since we already have a netbook running Ubuntu in the community, the cost of the computer was already covered. You can purchase a used Nokia N810 on ebay for about $150 (+/- $20) and the GPS receiver for $20. Then you have the cost of the solar panel (if needed) and back pack/bag. Each unit only puts us back about $200.
This we are still testing. In no way do I think it’s a “completed technology” because I have not had sufficient testing to where I can say it’s a perfect option, but it has been very promising.
Jake
That is such good information to share Jake! We’ll be doing more mapping this coming year so this is a solution we can really look into! Thanks so much for posting it.
Linda
[…] challenges remind me of those reported by the YETAM teams in Mozambique and Cameroon – logistics in rural areas is a difficult beast (e.g. long distances to travel, poor […]