Robotic Bureaucracy: Administrative Burden and Red Tape in University Research

This Viewpoint essay examines university research administration and the use of software systems that automate university research grants and contract administration, including the automatic sending of emails for reporting and compliance purposes. These systems are described as “robotic bureaucracy.” The rise of regulations and their contribution to administrative burden on university research have led university administrators to increasingly rely on robotic bureaucracy to handle compliance. This article draws on the administrative burden, behavioral public administration, and electronic communications and management literatures, which are increasingly focused on the psychological and cognitive bases of behavior. These literatures suggest that the assumptions behind robotic bureaucracy ignore the extent to which these systems shift the burden of compliance from administrators to researchers.     

Early post-war Holocaust knowledge and the search for Europe’s missing Jews

ABSTRACT

Lambertz discusses the post-war failure to trace nearly all missing Jews who had been trapped in Europe during the war, which underlines the extent of Nazi violence. Missing person enquiries provide evidence for how Jewish survivors, refugees and immigrants across the globe understood what had happened during the Nazi era. The correspondence arriving in post-war Jewish community offices across Germany in the late 1940s reveals highly fragmentary knowledge of wartime events, both on the part of far-flung former community members and the officials who attempted to assist them.     

Network of Networks: Preliminary Lessons from the Antwerp Port Authority on Crisis Management and Network Governance to Deal with the COVID-19 Pandemic

In this article, the authors describe and illustrate what they call a “network of networks” perspective and map the development of a lead network for the Antwerp Port Authority that governed organizations and networks in the port community before and during the COVID-19 pandemic. They find that setting a collective focus and selective integration are crucial in the creation and reproduction of an effective system to adequately deal with a wicked problem like the COVID-19 pandemic. The findings on crisis management and network governance are used to engage practitioners and public policy planners to revisit the current design and governance of organizational networks within organizational fields that have been hit by the COVID-19 pandemic.     

From Competition and Collusion to Consent-Based Collaboration: A Case Study of Local Democracy

The high distrust in political institutions and a growing sense of powerlessness among many citizens suggest that prevailing democratic governance systems lack a capability for collective dialogue and learning. The key thesis here is that public governance systems can benefit from organizational arrangements informed by circular design. A case study conducted at a Dutch municipality illustrates how principles of circular design served to enhance the city council’s role of orchestrator of civil participation. This case also illustrates how a local democracy, which has long suffered from majority–minority ploys and voting schemes, can be transformed into a consent-based culture of collaboration.     

Selective culturing and genus-specific PCR detection for identification of Aeromonas in tissue samples to assist the medico-legal diagnosis of death by drowning

The detection of autochthonous aquatic bacteria in tissue samples from drowning cases is increasingly considered as an alternative approach to assist the medico-legal diagnosis of death by drowning. Bacteria belonging to the genus Aeromonas may be suitable candidates for this application as they are ubiquitous in natural aquatic environments but are generally not part of the human microbiota. The research aims of this study were (i) to develop a sensitive, specific and rapid screening and confirmation method for Aeromonas species in tissue samples and (ii) to evaluate aseptic sternal puncture as a post-mortem sample technique and bone marrow as an alternative matrix to provide evidence of death by drowning. The presence of Aeromonas in tissue samples was verified by cultivation using the selective media Ampicillin Dextrin Agar (ADA) and Ryan's Aeromonas Medium. The use of ADA medium was found most optimal for the sensitive, inexpensive and quick detection of aeromonads in human tissue samples. Positive culture plates were confirmed by harvesting all colonies for DNA extraction and subsequent PCR amplification using Aeromonas genus-specific primers. Aeromonads were detected in lung swab, blood and bone marrow of drowned bodies (n=3), but were negative in these three matrices for all negative controls (n=90) tested. Bone marrow proved to be a suitable alternative matrix and can be sampled post-mortem by an aseptic sternal puncture. In conclusion, this study confirms previous indications that aeromonads in cultures from blood of water bodies can be considered a potential marker for drowning. Given the fact that the number of immersed bodies (drowned and non-drowned) included in this study is statistically not significant, however, more tissue samples need to be investigated to confirm the validity of these methods to aid the diagnosis of death by wet drowning.