Goats
For generations, goats, sheep, and camels were at the center of Sahrawi life. They gave us milk, meat, and wool, and they were the foundation of our economy and our way of living.
But when we settled in the refugee camps, everything changed. We no longer had the space to keep large herds, and our nomadic lifestyle came to an end.
Today, most families own only four or five goats or sheep. They feed them vegetable peels, leftover bread, and whatever organic waste they can spare, hoping to get a little meat and a few months of milk each year. A local goat produces, at most, about half a liter of milk a day. Even that small amount has to be shared between the family and the goat’s babies.
Because of this, a goat that produces more milk can make a huge difference. It means more nutritious food for the family and healthier young animals. So we began an experiment: could we breed a goat that gives more milk while still being able to survive in our harsh desert environment?
We brought in a purebred Alpine male and crossed him with our local breed. Alpine goats, originally from the French Alps, are famous for their dairy production. A female can produce up to 3.7 liters of milk a day – many times more than our local goats.
Our original plan was to continue breeding for three generations using the same father. We hoped that by the third generation, the animals would carry many of the Alpine’s high-production traits while remaining adapted to our local conditions.
But experiments rarely go exactly as planned.
The Alpine male struggled in the desert. He never really adapted to the climate, and his massive horns caused constant damage to our infrastructure. Eventually, we had to let him go. Fortunately, all of our local females were already pregnant, so the experiment could continue, even if the original plan had changed.
The first generation looked remarkably like their father. They had the Alpine’s coloring, body shape, and hair. From this group, we selected a male that most closely resembled the father but was safely hornless, and we used him to continue the breeding line.
The second generation became even more Alpine in appearance while remaining hornless. We also noticed something encouraging: they were producing slightly more milk than the local goats.
The third generation was the most interesting of all. Some animals looked almost entirely Alpine, some looked local, and others fell somewhere in between. They varied in color, size, behavior, and milk production. But what stood out most was that they were healthy, resilient, and surprisingly productive. One exceptional goat sometimes produced as much as two liters of milk a day.
After five years of work, we wanted to understand exactly what we had achieved.
So we compared the milk from a local goat and the milk from one of our third-generation crosses. We collected three liters from each and made butter from both samples.
The results were unexpected.
The local goat’s milk produced 375 milliliters of butter, while the third-generation goat’s milk produced only 250 milliliters.
The experiment taught us something important. Our local goats produce very little milk, but it is incredibly rich and concentrated. The Alpine crosses produce much more milk, but it contains more water and less butterfat.
There was no perfect answer and no single “better” goat. Instead, the experiment revealed a trade-off between quantity and richness.
It took five years to reach this result, but that is the nature of experimentation. Sometimes the most valuable thing you discover is not the answer you were looking for, but a deeper understanding of how things actually work.