An interview with Matthias Meyer from the Max Planck Institut of Evolutionary Anthropology about the new analyses of the Denisova genome
Thus, for example, about three percent of the genome for the people of Papua, New Guinea
Frequent cultural, genetic, and social change epitomises the history of central Europe from the Stone Age to the Early Bronze Age
significance of regional dispersals and local interactions in coastal Papua New Guinea
In a major new report, researchers from the Max Planck Institute for the Science of Human History probe a thoroughly modern and scientific discipline to understand how it is helping to address the considerable challenges of the Anthropocene.
significance of regional dispersals and local interactions in coastal Papua New Guinea
Three 16th century skeletons from a mass burial in Mexico City highlight the role of the transatlantic slave trade in introducing and disseminating new pathogens to the Americas. Researchers from Germany and Mexico analyzed skeletal features, genetic data and isotopes to explore the life history of three enslaved Africans and explore the wide-ranging impacts of massive forced migration.
significance of regional dispersals and local interactions in coastal Papua New Guinea
Genetic analysis challenges traditional narratives about Pompeii’s past and reveals Pompeians‘ cosmopolitan ancestry
significance of regional dispersals and local interactions in coastal Papua New Guinea
Study challenges long-held assumptions about the Mediterranean Phoenician-Punic civilization, one of the most influential maritime cultures in history
significance of regional dispersals and local interactions in coastal Papua New Guinea
New details about TB’s evolutionary history in ancient South America point to a complex web of disease transmission in the pre-colonial period
significance of regional dispersals and local interactions in coastal Papua New Guinea
Mikrobiologische und biogeochemische Prozesse im Meer sind für marine Ökosysteme und das Klimasystem der Erde entscheidend. Isotope von Spurenelementen helfen, die Rolle geochemischer Kreisläufe für marine Ökosysteme und das Klima zu verstehen.
Tracing Papua New Guinea imprint on the central Equatorial Pacific Ocean using neodymium
Mikrobiologische und biogeochemische Prozesse im Meer sind für marine Ökosysteme und das Klimasystem der Erde entscheidend. Isotope von Spurenelementen helfen, die Rolle geochemischer Kreisläufe für marine Ökosysteme und das Klima zu verstehen.
Tracing Papua New Guinea imprint on the central Equatorial Pacific Ocean using neodymium
An interview with Matthias Meyer from the Max Planck Institut of Evolutionary Anthropology about the new analyses of the Denisova genome
Thus, for example, about three percent of the genome for the people of Papua, New Guinea
