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You are here: Home1 / Africa and technology2 / Society3 / Africa and technology

    Africa and technology

    A historiographical perspective from Guns, Germs, and Steel: The Fate of Human Societies by Jared Diamond

    The reversal of initial disparities 

    If an extraterrestrial were to arrive on Earth interested in studying the human species a question could come to its mind: “How come Africa is not the continent that drives the world economy despite its immense availability of raw materials and natural heritage?”

    Unfortunately, the answer reveals a well-known reality, for which is difficult to take responsibility: for centuries the raw materials of the African continent have been exploited by peoples who have invaded and colonized the territories, enslaving the inhabitants. At this point, the extraterrestrial scholar might ask, “Why have only certain men had the means to impose themselves by force on others?”

    This question has prompted a great deal of research in the anthropology field, as well as the book Guns, Germs and Steel by Jared Diamond. In particular, the essay articulates the reasons why peoples living in different continents had different rates of technological development – meaning the manufacture of tools intended to perform certain tasks. 

    However, in order to analyze how differences in the speed of technological innovation arose and accumulated, it is necessary to understand the birth of technology. It took place 2.5 million years ago: according to archeological findings, in the places affected by the rift between the African and Arabian plates, known as the Rift Valley, the first species belonging to the genus Homo chipped stones to give them a particular shape so that they could be used for a specific purpose.

    The origin of differences: agriculture

    Given these premises, it is fair to ask when, where and why certain men have had the opportunity and need to produce new technologies to a much greater extent than others. 

    Diamond, in his book, refers to the birth of agriculture as the turning point in the history of innovations, about 10,000 years ago. Agriculture appeared independently in different parts of the world, but it was the first people who settled in the Fertile Crescent – the region between Turkey and Syria – that changed the fortunes of humanity. There, and only there, they found grains and easily domesticated animals that could ensure a substantial and varied amount of long-term nutrients.

    Cultivation,however, brought a series of problems: in order to make farming profitable, techniques were needed for harvesting, storage, and planting, aiming at transforming food by making it more edible and palatable. 

    Over time, all the innovations intended to solve these difficulties resulted in an ever increasing separation between the nomadic hunter-gatherer tribes and the settled tribes devoted to cultivation and domestication of animals. 

    Innovation comes from necessities: the chase for resources

    Thanks to agriculture, the first urban civilizations arose around the Mediterranean Sea within a few millennia: from the Assyrian to the Romans. Many of these were structured into empires, forms of government in which a single authority has supremacy over subordinates. 

    This type of organization was preferred when, occasionally, for various reasons, a people could benefit from a population increase. Population increase results in a greater demand for resources, and this can reach a dimension that can no longer be sustained by local assets. The solution to this problem has been to acquire resources from neighboring territories.

    Because trade implies a cost concerning the exchange, obtaining what is needed by force allows one to exploit the only surplus resource: people. Consequently, for these civilizations, investment in war technology has been the most effective and profitable to achieve for millennia. 

    As empires were being formed, populations located in the central regions of Africa kept the structure of small, semi-nomadic tribes. This form of organization is based on foraging for wild plants and hunting for game, so the amount of resources is severely limited. An occasional increase in population triggers a series of consequences that restore the number of individuals to an ecosystem-imposed “equilibrium value”. 

    Therefore, for semi-nomadic tribes it proved more advantageous to find practices that kept the number of individuals as close to equilibrium as possible, a priority profoundly different from that of urban civilizations, which led African populations to avoid investing in the development of technologies to sustain (or kill) large numbers of individuals. 

    The consequences of colonialism: from the age of discovery to the climate crisis

    The pillaging of the African continent began on a systemic level in the second half of the fifteenth century, with the explorations of the West Coast and sub-Saharan Africa. After centuries of direct exploitation and slavery, the cost of World War II made it unsustainable to maintain the colonies as such: the local peoples thus seized the opportunity to gain independence, even though it often turned out to be merely a formal process. 

    It should be noted that even today the newborn African states find themselves subordinate to the interests of other countries, thus relying on them. In addition to this, they end up paying the greatest price of the climate crisis. However, Africa’s pursuit of  identity and independence is continuing through projects which start precisely with the restoration of natural resources. These often include reforestation projects, such as the “Billion Trees Project”. 

    In conclusion, fortunately today one is able to answer the question posed by the imaginary extraterrestrial scholar without having to resort to the judgments that have fueled racist thinking since ancient times. Thanks to anthropology, one can discover the needs that led genus Homo to make use of technology. Thanks to history, it is possible to understand how the current situation came about and suggest practices to solve it: the exploitation of raw materials must be curbed and it is necessary to rethink our understanding of the natural world. 

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    Alessandro Ciampanelli

    Graduated in Molecular Biology and Evolutionary Biology (UniPd), he is passionate about scientific essays.
    He comes to Atmosphera Lab with the intention of putting himself to the test and writing about what has always moved his curiosity: the environment.

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