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In this paper we respond to this special issue's critical focus on mental health in education by considering the medicalised and homogenising approaches to the mental health of young people and the severely negative consequences for young people. Our argument is underpinned by the need to destabilise the hegemony of the current dominant discourses and practices of mental health used in education. The problem with these discourses and practices, informed by particular forms of psychiatry and psychology, is precisely their dominance and their popularised proxy take-up of these. We firstly outline this problem, explore the emergence and saturation of a 'damaged self' in education and consider the impact on young people. We offer counter-narratives that involve a reframing of the self in relation to ethics, politics, capability and the arts and can assist in countering the psy-dominance in education. The paper concludes with some reflections on how teachers might work against the damaging effects of the psy-disciplines and instead support young people in finding their counter-narrative selves. [ABSTRACT FROM AUTHOR]

Escherichia coli is a promising subject for globally coordinated surveillance of antimicrobial resistance (AMR) in water environments due to its clinical relevance and widespread use as an indicator of fecal contamination. Cefotaxime-resistant E. coli was recently evaluated favorably for this purpose by the World Health Organization TriCycle Protocol, which specifies tryptone bile x-glucuronide (TBX) medium and incubation at 35°C. We assessed comparability with the U.S. Environmental Protection Agency-approved method for E. coli quantification, which uses membrane-thermotolerant E. coli (mTEC) agar and incubation at 44.5°C, in terms of recovery of E. coli and cefotaxime-resistant E. coli from wastewater influent and surface waters. Total E. coli concentrations in wastewater influent were 106-108 CFU/100 mL, while cefotaxime-resistant E. coli were ~100-fold lower. Total E. coli in surface waters were ~10² CFU/100 mL, and cefotaxime-resistant isolates were near the limit of detection (0.4 CFU/100 mL). Total and putative cefotaxime-resistant E. coli concentrations did not differ significant ly between media or by incubation method; however, colonies isolated on mTEC were more frequently confirmed to species (97.1%) compared to those from TBX (92.5%). Incubation in a water bath at 44.5°C significantly decreased non-specific background growth and improved confirmation frequency on both media (97.4%) compared to incubation at 35°C (92.3%). This study helps to advance globally coordinated AMR in water environments and suggests that the TriCycle Protocol is adaptable to other standard methods that may be required in different locales, while also offering a means to improve specificity by decreasing the frequency of false-positive identification of cefotaxime-resistant E. coli by modifying incubation conditions. [ABSTRACT FROM AUTHOR]

Sewage contamination of environmental waters is increasingly assessed by measuring DNA from sewage-associated microorganisms in microbial source tracking (MST) approaches. However, DNA can persist through wastewater treatment and reach surface waters when treated sewage/recycled water is discharged, which may falsely indicate pollution from untreated sewage. Recycled water discharged from an advanced wastewater treatment (AWT) facility into a Florida stream elevated the sewage-associated HF183 marker 1,000-fold, with a minimal increase in cultured Escherichia coli . The persistence of sewage-associated microorganisms was compared by qPCR in untreated sewage and recycled water from conventional wastewater treatment (CWT) and AWT facilities. E. coli (EC23S857) and sewage-associated markers HF183, H8, and viral crAssphage CPQ_056 were always detected in untreated sewage (6.5-8.7 log 10 GC/100 mL). Multivariate analysis found a significantly greater reduction of microbial variables via AWT vs CWT. Bacterial markers decayed ~4-5 log 10 through CWT, but CPQ_056 was ~100-fold more persistent. In AWT facilities, the log 10 reduction of all variables was ~5. In recycled water, bacterial marker concentrations were significantly correlated ( P ≤ 0.0136; tau ≥ 0.44); however, CPQ_056 was not correlated with any marker, suggesting varying drivers of decay. Concentrations of cultured E. coli carrying the H8 marker (EcH8) in untreated sewage were 5.24-6.02 log 10 CFU/100 mL, while no E. coli was isolated from recycled water. HF183 and culturable EcH8 were also correlated in contaminated surface waters (odds ratio β 1 = 1.701). Culturable EcH8 has a strong potential to differentiate positive MST marker signals arising from treated (e.g., recycled water) and untreated sewage discharged into environmental waters., Importance: Genes in sewage-associated microorganisms are widely accepted indicators of sewage pollution in environmental waters. However, DNA persists through wastewater treatment and can reach surface waters when recycled water is discharged, potentially causing false-positive indications of sewage contamination. Previous studies have found that bacterial and viral sewage-associated genes persist through wastewater treatment; however, these studies did not compare different facilities or identify a solution to distinguish sewage from recycled water. In this study, we demonstrated the persistence of bacterial marker genes and the greater persistence of a viral marker gene (CPQ_056 of crAssphage) through varying wastewater treatment facilities. We also aim to provide a tool to confirm sewage contamination in surface waters with recycled water inputs. This work showed that the level of wastewater treatment affects the removal of microorganisms, particularly viruses, and expands our ability to identify sewage in surface waters., Competing Interests: The authors declare no conflict of interest.

Place and health are deeply interconnected for Indigenous people, and place-based services have been established to better meet people's needs. The meaning of place, however, remains difficult to define, an issue compounded by non-Indigenous settler attempts to erase people's association with place. This paper argues that we must understand place as something more than a geographical locality, and consider the histories, experiences and feelings that connect people to place in the south coast of New South Wales (NSW), Australia. The paper focuses on the role of Aboriginal Community Controlled Organisations (ACCOs) as place-based entities which deliver a range of health and social services to local Aboriginal communities across Australia. This study was undertaken during a period of crisis when places and people's capacity to remain connected to them was perilous due to the 2019/20 bushfires, named in the media as the Black Summer Bushfires. The experience of living through this disastrous period elevated the importance of ACCOs and their unique and deep engagement with the communities they serve., (Copyright © 2024 The Authors. Published by Elsevier Ltd.. All rights reserved.)