This paper examines the consequences of post-release management programs, arguing that these initiatives extend penal power beyond formal sentencing through mechanisms such as surveillance, discretionary policing, and information sharing. While prolific offender programs are framed as risk-management strategies rather than punishment, they operate in ways that mirror carceral control, restricting autonomy and increasing individuals’ susceptibility to criminalization. Drawing on qualitative interviews with crime analysts and police officers, I analyze how the prolific label structures police interactions, justifies heightened scrutiny and reinforces recidivist assumptions that shape sentencing and enforcement decisions. The findings challenge clear-cut distinctions between carceral and non-carceral interventions, highlighting how penal control functions fluidly across legal and administrative domains. By linking empirical findings to broader theoretical discussions of punishment, surveillance, and risk governance, this study contributes to ongoing debates on the expansion of state power in contemporary criminal justice.

The experiences of Latina women and girls with state surveillance, and their responses to unfair policies and practices, remain underexplored. Drawing on in-depth interviews with Latinas—primarily of Mexican descent—living in San Diego, we examine how encounters with local police and immigration enforcement shape their political practices. Participants described repeated negative encounters with police and immigration enforcement agencies over the life course. These cumulative experiences fostered distrust of police and critical views of surveillance practices designed to restrict the mobility of immigrants and other systematically minoritized groups. In response, many of the women engaged in community organizing and adopted counter-surveillance strategies. Our findings show how patterned experiences with state surveillance generate political critique and action.

In large public health jurisdictions, only a small proportion of people infected with Salmonella are interviewed due to resource constraints. As such, sources of illness are rarely found, and preventative action not implemented. We trialled alternative methods to contact notified salmonellosis cases to collect information on exposures and risks, focusing particularly on the feasibility of SMS (short message service)-based surveillance. Over five-years period we sequentially mailed letters, sent online surveys, and then text messages. The SMS approach was designed to assess the efficiency of a two-way personalized messaging model in gathering actionable public health data. The personalized SMS-follow-up model demonstrated the highest success: 56% of cases responded, enabling the identification and intervention of 10 distinct point-source outbreaks of Salmonella. SMS-based surveillance offers a novel, efficient, and acceptable method for collecting critical food exposure data in Salmonella cases. In settings where resources are constrained, SMS can complement traditional case follow-up methods, enhancing both the timeliness and effectiveness of outbreak detection. Integrating this follow-up with routine clinical care could further enhance the acceptance and success of this method. This study highlights the promise of SMS in streamlining surveillance efforts and warrants further exploration for application to other infectious diseases.

In 2022, an Mpox clade II outbreak affected many countries. To optimize control, knowledge on the number of new introductions (human cases infected from outside the study population) versus local transmission is important. We extracted sequences of all 48 Mpox cases in Slovenia in 2022 from the NCBI database, of which 42 passed quality control. We estimated the number of introductions using the phylodynamic model phybreak by integrating genomic and epidemiological data and inferred transmission events. By repeating this analysis with weekly cumulative case data, we assessed if introductions could have been reliably inferred in real time. The number of introductions, estimated after the outbreak ended, was 19 (95% CI: 13–29), and two larger transmission clusters existed. As these introductions occurred throughout the outbreak, we conclude that the Slovenian Mpox outbreak was mainly driven by new introductions. Analysing the data ‘in real time’ would have only slightly overestimated the number of introductions per week, capturing the trend of introductions as main driver of the outbreak. This makes it useful for guiding control policy during outbreaks, prioritizing the rapid identification of cases among travellers, and with that preventing emergence of new transmission chains.

This surveillance report describes the epidemiology and clinical outcomes of carbapenem-resistant Enterobacterales (CRE) infections in Tennessee from 2016 to 2022, analysing 570 cases and 406 isolates. The incidence of CRE infections per 100 000 population showed an upward trend. Enterobacter species were the most common organisms, whereas Klebsiella species were the main carbapenemase-producing CRE (CP-CRE). Klebsiella pneumoniae carbapenemase was the most common mechanism contributing to this resistance. Demographic characteristics of patients with identified isolates demonstrated a median age of 69.5 years. There were no significant differences in CP-CRE infection by sex or race. Patients with CP-CRE were more likely to be hospitalized than those with non-CP-CRE, at 60.9% and 43.9%, respectively. Multivariable analysis indicated that patients with CP-CRE had significantly higher odds of 90-day mortality (odds ratio, 2.22; 95% confidence interval, 1.12–4.42; p < 0.0001) than non-CP-CRE patients. Individuals with a higher Charlson Comorbidity Index score exhibited an increased odds of dying within 30- and 90-day post-specimen collection and had a greater likelihood of requiring intensive care unit admission. This report underscores the need to understand the epidemiology and risk factors linked to CRE infections to improve prevention strategies and patient care.

Electronic monitoring emerged as a common practice in the post pandemic telework. Whereas existing research has mainly focused on the effects of this work model on individual performance and well-being, it has overlooked how specific circumstances, such as new control dynamics, can influence employees’ behaviors. We cover this gap by investigating the relationship between electronic monitoring in telework – including its clarification by the organization and the access to data by employees – and psychological safety, which is associated with key performance behaviors such as learning, voice and knowledge-sharing. Quantitative data collected through an online survey with 382 hybrid and remote workers were analyzed. Results indicate no statistically significant differences in psychological safety levels between monitored and unmonitored groups. However, additional analyses suggest that how monitoring is implemented can be key to keeping psychological safety levels, resulting in actionable recommendations for managers and organizations to enhance telework implementation.

Leptospirosis remains a significant occupational zoonosis in New Zealand, and emerging serovar shifts warrant a closer examination of climate-related transmission pathways. This study aimed to examine whether total monthly rainfall is associated with reported leptospirosis in humans in New Zealand. Poisson and negative binomial models were developed to examine the relationship between rainfall at 0-, 1-, 2-, and 3-month lags and the incidence of leptospirosis during the month of the report. Total monthly rainfall was positively associated with the occurrence of human leptospirosis in the following month by a factor of 1.017 (95% CI: 1.007–1.026), 1.023 at the 2-month lag (95% CI:1.013–1.032), and 1.018 at the 3-month lag (95% CI: 1.009–1.028) for every additional cm of rainfall. Variation was present in the magnitude of association for each of the individual serovars considered, suggesting different exposure pathways. Assuming that the observed associations are causal, this study supports that additional human cases are likely to occur associated with increased levels of rainfall. This provides the first evidence for including rainfall in a leptospirosis early warning system and to design targeted communication and prevention measures and provide resource allocation, particularly after heavy rainfall in New Zealand.

Extensive damage to over 1000 plant species, including food crops, oil and industrial crops, vegetables, fruit trees, ornamentals, fodder species and weeds, has been caused by emerging phytoplasma-mediated diseases, thereby posing significant threat to global food security. Multiple factors, including environmental changes, invasion pathways, vector transmission and the emergence of new pathogen lineages, contribute to the spread of these diseases. Effective management requires stable, long-term strategies to safeguard plant health. Key approaches include comprehensive loss assessments, integration of climate change impacts, predictive modelling, enhanced disease surveillance, and improved detection techniques targeting phytoplasmas. This review highlights phytoplasma-associated plant diseases, emerging pathogen threats, and the factors facilitating their spread, alongside methods for surveillance and detection. In addition, case studies and global collaborative efforts are discussed. Finally, we outline future research priorities aimed at improving the management of phytoplasma-induced plant diseases.

In the aftermath of the adoption of the Implementing Agreement under the United Nations Convention on the Law of the Sea on the Conservation and Sustainable Use of Marine Biodiversity in Areas Beyond National Jurisdiction (BBNJ Agreement) and in view of the global target to protect at least 30 per cent of the ocean by 2030 (30×30), an issue that merits attention is the surveillance of marine protected areas (MPAs) on the high seas. The BBNJ Agreement is remarkably silent on how the relevant management measures in future MPAs will be implemented, despite the fact that enforcement challenges are prevalent in existing MPAs. This article discusses the potential use of maritime domain awareness (MDA) tools, including earth observation tools like satellites, in ensuring effective surveillance and subsequent enforcement of high seas MPAs. The article first introduces the concept of MDA and the use of earth observation tools in that context, highlighting the advantages that such tools may have in ensuring compliance in MPAs. It then explores the legal framework governing the employment of earth observation tools in high seas MPAs. The article argues that States are not merely permitted but also obligated to monitor their vessels’ activities in high seas MPAs. Furthermore, States are under a general obligation of cooperation, including the obligation to share information that is obtained by MDA tools. Finally, the article briefly discusses how evidence, like satellite imagery, could be used for enforcement purposes, including before domestic courts. It concludes that the use of earth observation tools would be instrumental to the effective surveillance and enforcement of high seas MPAs.

Monkeypox (mpox) has re-emerged as global public health concern including in several non-endemic countries. This study aims to characterize monkeypox virus (MPXV) genomes in Indonesia, to explore viral evolution and transmission. Genomic analysis was conducted on 53 isolates from Indonesian mpox patients between 2023 and 2024. All sequences belonged to Clade IIb, with identified sub-clades including A.1.1, B.1, B.1.3, and C.1 – of which C.1 became dominant during this period. Out of 87 mpox-confirmed cases, 60.9% (53/87) were successfully sequenced and submitted to the Global Initiative on Sharing All Influenza Data (GISAID). The majority of cases in Indonesia occurred among males (95.4%), men who have sex with men (59.8%), and people living with HIV/AIDS (71.3%). Notably, a large portion of cases had no travel history, suggesting local transmission. Initially, only clade IIb (B.1) was detected in October 2022. By August 2023, lineage diversity had increased, with B.1.3 and C.1 emerging as the predominant sub-clades. A time–calibrated phylogenetic tree revealed genetic relatedness and shared ancestry within clade IIb. Integrating genomic and epidemiological data offers valuable insights to improve mpox surveillance and public health response in Indonesia and the broader region