| Project Detail |
How early human expansion and migration made today’s global population possible
About 70 000 years ago, humans started leaving Africa to expand across the globe. Their remarkable journey was successful because they were resilient, versatile and innovative. The EU-funded DISPERSALS project will explore the forces and processes at work in the migration and dispersal of early Homo sapiens in Africa. It will assess the model that Homo sapiens developed first in Africa and then spread around the world. To do so, it will study continuity and discontinuity in culture and biology, and movements in population in the last 100 000 years in central Mozambique. The aim is to shed light on what caused migrations and dispersals within and beyond Africa.
Genetic evidence suggests that successful modern human migration out of Africa is believed to have started c. 70,000 years ago, populating the whole world, at different rates and times. This incredible voyage took place because of human’s unique resilience, versatility, and innovation, both biological and cultural, to external stimuli, including ecological and environmental changes.
The main objective of DISPERSALS is to investigate the migration and dispersal dynamics of early Homo sapiens in Africa and archaeologically evaluate the genetic model that southern African human populations were the genesis of the successful out-of-Africa some 70,000 years ago. This will be accomplished by investigating cultural and biological continuity/discontinuity issues and human population movements in the last c. 100,000 years in the poorly studied Limpopo and the Save river basins, central Mozambique, an area mediating the two key regions of human development, i.e. southern and eastern Africa.
DISPERSALS will compare the human occupation and ecology between central Mozambique and eastern and southern Africa using a multi-scale approach based on the study of regional diachronic cultural traits. It will reconstruct regional population patterns, followed by comparative quantitative population genetics combined with GIS computational network analyses. The results will be then integrated through Agent-based modeling, based on the incremental creation, elimination, or reorientation of network links to simulate a quantitative framework to study the evolution of population dispersal across southern-eastern Africa. The project will be crucial in providing ground-breaking high-resolution archaeological, chronological, and paleoenvironmental data. DISPERSALS will deliver a fundamental perspective on the key processes that triggered migrations and dispersals within Africa and out-of-Africa which ultimately resulted in the human diaspora over the entire planet. |
