Europe’s First Settler Colonial Incursion into Africa: The Genocide of Aboriginal Canary Islanders

The annihilation of the aboriginal societies of the Canary archipelago, which consists of seven islands off the coast of southern Morocco and was populated by indigenes derived from Berber-speaking communities of north-west Africa, represents modern Europe’s first overseas settler colonial genocide. The process of social destruction, initiated by European slave raiders in the first half of the fourteenth century, was propelled to completion by mainly Iberian conquistadors and settlers towards the end of the fifteenth century. In addition to unrestrained mass violence against Canarians, European conquerors practised near-total confiscation of land and near-total enslavement and deportation of island populations. Enslavement and deportation, which went hand in hand, accounted for the largest number of victims and were central to the genocidal process. They were in effect as destructive as killing because the victims, generally the most productive members of their communities, were permanently lost to their societies. Child confiscation, sexual violence and the use of scorched earth tactics also contributed to the devastation suffered by Canarian peoples. After conquest, the remnants of indigenous Canarian societies were subjected to ongoing violence and cultural suppression, which ensured the extinction of their way of life. That the enslavement and deportation of entire island communities was the consciously articulated aim of conquerors establishes their “intent to destroy in whole,” which is the central criterion for meeting the United Nations Convention on Genocide’s definition of genocide. This article argues that individually and collectively all seven cases of social obliteration in the Canaries represent clear examples of genocide, and it is the first article to contend that the destruction of aboriginal Canarian societies constitutes genocide.     

Agent-based simulation of the spatial evolution of the historical population in China

This paper presents an agent-based simulation (ABS) and cellular automata (CA) coupled model to simulate the spatial evolution of the population of China over the past 2000 years. In the model, agents are used to simulate individuals who live in a geographic environment represented by the CA. The choice to migrate is influenced by climate change, potential agricultural productivity change, and waves of mass migrations. Using the simulation, we can observe the spatial evolution of the population, as well as the shift of the population center of gravity, and we can analyze the driving forces of these changing spatial patterns.