Second‐Order Condensations of Societal Power Relations: Environmental Politics and the Internationalization of the State from a Neo‐Poulantzian Perspective1

Abstract: This article develops an understanding of the internationalization of the state which draws on materialist state theory, regulation theory and the scale debate in radical geography. It introduces the concept of “second‐order condensations of societal relationships of forces” which aims at advancing Poulantzas’ state theoretical approach and applying it to the analysis of international state apparatuses, their functions and their relationship to state apparatuses on other spatial scales. The empirical and political relevance of the theoretical considerations is elucidated with examples from international resource and environmental policy.     

Ancient DNA insights from the Middle Neolithic in Germany

Genetic studies of Neolithic groups in central Europe have provided insights into the demographic processes that have occurred during the initial transition to agriculture as well as in later Neolithic contexts. While distinct genetic patterns between indigenous hunter-gatherers and Neolithic farmers in Europe have been observed, it is still under discussion how the genetic diversity changed during the 5,000-year span of the Neolithic period. In order to investigate genetic patterns after the earliest farming communities, we carried out an ancient mitochondrial DNA (mtDNA) analysis of 34 individuals from Wittmar, Germany representing three different Neolithic farming groups (ca. 5,200–4,300 cal bc) including Rössen societies. Ancient DNA analysis was successful for six individuals associated with the Middle Neolithic Rössen and observed haplotypes were assigned to mtDNA haplogroups H5, HV0, U5, and K. Our results offer perspectives on the genetic composition of individuals associated with the Rössen culture at Wittmar and permit insights into genetic landscapes in central Europe at a time when regional groups first emerged during the Middle Neolithic.     

Experimental effects of bone size and temperature on bone diagenesis

In the ground, bone undergoes chemical and physical changes which affect its preservation. This fact has important implications for dating and other analytical procedures involving bone, as well as faunal analysis where differential preservation of bones of different species may affect conclusions regarding the relative significance of an animal to the economy of a given society. The diagenic processes in bone range from minor changes in the bone protein to complete structural and chemical breakdown.Using fresh cow bone, we conducted laboratory experiments which simulate the effect of temperature and bone size on the rate and nature of bone disintegration in archaeological sites. Temperature influences the rate of chemical change, and bone size and density affect the accessibility of the molecular constituents of bone to extrinsic chemical reactions. These findings clarify the importance of two well-known concepts in bone taphonomy. (1) The rate of chemical breakdown in bone tissues is related to the proximity of a given unit of tissue to the bone surface. This means that, in archaeological bone samples, tissue near the surface may be different chemically from tissue away from the surface and great care is necessary in choosing and preparing bone samples for analytical procedures. (2) In general, small bones are not as well preserved as large bones, therefore small animals are likely to be underrepresented in faunal assemblages.     

Difficult heritage and digital media: ‘selfie culture’ and emotional practices at the Memorial to the Murdered Jews of Europe

ABSTRACT

This article sheds light on the entanglements of difficult heritage and digital media through an ethnographic analysis of digital photography and social media practices at the Memorial to the Murdered Jews of Europe in Berlin. After a discussion of the project ‘Yolocaust’, through which an artist publicly shamed the ‘selfie culture’ at the memorial, the article argues that the sweeping condemnation of digital self-representations in the context of Holocaust remembrance remains simplistic. Instead, many visitors explore and enact potential emotional relationships to the pasts that sites of difficult heritage represent through digital self-representations. This observation raises critical questions about the role of digital media in current transformations of touristic memory cultures.     

Osteopathological findings in mummified baboons from ancient Egypt

We present the pathological findings in a historic population of 82 baboon mummies recovered from the animal sanctuary of Tuna-el-Gebel in Egypt, in which we were able to demonstrate a high prevalence of disease. In almost 20 per cent of the baboons, signs were present of chronic malnutrition causing bowing and shortening of the long bones. A further 15 per cent of the animals revealed features of chronic joint or vertebral deformities suggesting poor living conditions in their cages. There were three cases of post-traumatic fractures, three of haematogenous osteomyelitis, one individual showed osteoporosis and one hyperostosis of the scapula of uncertain origin. Additionally, we found one tumour of the pelvic bones with features, which might be attributable to an aggressive osteoblastoma or an osteosarcoma. Our findings clearly demonstrate the high rate of bone abnormalities and the wide spectrum of diseases encountered in Egyptian baboon mummies. These observations contribute significantly to our understanding of the life of ancient Egyptian baboons and particularly to their living conditions.