Bonesetting: the algebra of genocide

ABSTRACT

Genocide rulings should not care about numbers. Legally, proving the intent to destroy a people in whole or in part is what counts. Yet numbers are vital actants in the often decades-long lead-up to trials. Aggregate numbers give weight to the specificity of individual testimony, statistical estimates can transform missing people into cold, hard facts, and algorithms can reveal ‘excess death’, even when forensic anthropologists cannot find all the bones. And because of this power, numbers are highly contested in both truth commission findings and trials like that of Generals Ríos Montt and Rodríguez Sánchez. In this article I analyse the disentangling work of statisticians and anthropologists in exhuming and counting bodies, and how particular numbers (200,000; 1,771; ninety-three per cent) are made, then re-entangled in efforts to count. The modern ideal of a universal subject of rationality and abstraction that positions women and natives as those who cannot count contributed to their historic exclusion and dehumanization. Counting, as in adding things up, is part of the historic achievement of the trial to make Maya-Ixil women and men count, in the sense of to matter.     

Conceptualizing Urban Inequalities as a Complex Socio-Technical Phenomenon

The United Nations World Social Report (2020) reveals that more than two thirds of the world's population live in countries where urban inequalities have increased in the last three decades. While urban inequalities are traditionally characterized as an economic issue, scholars are increasingly applying methods from geospatial analysis to study them. In the context of these advancements, it remains unclear what underlying perspectives are guiding decisions to concentrate on certain aspects of urban inequalities, while potentially ignoring others. We address this gap by reviewing the literature centered on the geospatial analysis of urban inequalities and identify three predominant research lenses from accessibility, distribution, and policy and stakeholder perspectives. As a primary contribution of this article, we connect the perspectives with ideas drawn from complexity theory to develop an overarching socio-technical framework for how urban inequalities emerge over space and time. While traditional scientific frameworks seek to increase knowledge through causality, complexity science acknowledges the inherent challenges in defining, understanding and solving complex problems such as urban inequalities, which has profound implications for their representation, modeling and interpretation. We critically reflect on the framework through key relational themes and insights drawn from the literature and close with considerations for future research.     

Landscape bioarchaeology at Pacatnamu,Peru: inferring mobility from δC and δN values of hair

Stable carbon- and nitrogen-isotope ratios were measured for segments along the shafts of hair from eight individuals from the site of Pacatnamu, located in the Jequetepeque Valley on the north coast of Peru. All are from known grave contexts dating from Moche (ca. 450–750 A.D.) to Lambayeque periods (ca. 900–1100 A.D.). The mean δ¹³C and δ¹⁵N values of hair segments from individuals are comparable to those of bone, and demonstrate increased consumption of marine resources in the Lambayeque times relative to the Moche period.