bluuebunny/crossref_metadata_2025_split huggingface dataset:
Crystalising Maker Moments: Postdigital Storying Across Contexts
Authors: Colvert Angela , Rowsell Jennifer , Buxton Alison , Horton Emma 
Published: October 2024

AbstractThis paper presents a theoretical conceptualisation of ‘postdigital storying’ as an emergent pedagogical process of engaging in meaning-making and literacies in educational contexts. In order to highlight the nuanced learning and communication involved in this approach, we examine and discuss three empirical examples of children and teachers working together in classroom makerspaces, drawn from data we gathered during a year-long research project undertaken by the Maker{Futures} team based at the University of Sheffield. Through discussion of these ‘moments of making’, we develop the metaphor of a crystal to highlight how the multifaceted nature of postdigital storying refracts, reflects or absorbs the light of the digital in myriad ways according to the configurations and qualities of the spatial, temporal, material and social factors. We argue that it is important to ‘crystalise’ moments of making in this way, by applying postdigital logic, in order that researchers, policy makers and educators may better understand the ways that learning is shaped and facilitated in makerspaces across contexts.
Understanding the Level of Integration in Existing Chemical Clusters: Case Study in the Port of Rotterdam
Authors: Tan Michael , Ibarra-González Paola , Nikolic Igor , Ramírez Ramírez Andrea 
Published: October 2024

AbstractThe petrochemical industry is composed of several interconnected processes that use fossil-based feedstock for producing chemicals. These processes are typically geographically clustered and often belong to different parties. Reducing the environmental impacts of the petrochemical industry is not straightforward due to, on the one hand, their reliance on fossil fuels for energy and as a feedstock and, on the other hand, the significant level of interconnected energy and material flows among processes. Current methods for analyzing changes to existing processes cannot capture the multitude and level of interactions. The goal of this paper is to create a model of a petrochemical cluster and analyze its physical characteristics and performance. This paper addresses this goal by developing an assessment method that combines process simulations, multiplex graph analysis, and key performance indicators. The method is applied to a case study based on the petrochemical cluster in the Port of Rotterdam, resulting in a uniquely highly detailed model of a petrochemical cluster. The network analysis results show that only some of the processes are very interconnected. From the performance analysis, it can be observed that the olefins process is the most carbon-intense and has high CO2 emissions. Additionally, the results showed the importance of considering existing interconnections when assessing the current performance of existing petrochemical clusters or the performance due to future changes to chemical processes. For instance, some changes would occur to an industrial cluster by introducing alternative carbon sources, such as biomass or CO2.
Prioritizing Performance Indicators for the Circular Economy Transition in Healthcare Supply Chains
Authors: Alfina Kartika Nur , Ratnayake R. M. Chandima , Wibisono Dermawan , Basri Mursyid Hasan , Mulyono Nur Budi 
Published: October 2024

AbstractThe emergence of the circular economy (CE) paradigm is a key driver in steering industrial sectors towards sustainability. The formulation of a robust circularity strategy depends on a comprehensive assessment, which is closely related to the overarching goal of managing the transition to circularity. The initial phase of transition within the healthcare sector reinforces the need to seamlessly integrate CE principles. It is therefore imperative to define and carefully monitor indicators that will help assess and improve sustainability, operational efficiency, supply chain resilience and stakeholder satisfaction, including both consumers and patients. The primary objective of this research is to prioritize relevant performance indicators that will be critical in measuring the effectiveness of the transition to a circular economy within the healthcare supply chain. To achieve this objective, the study employs the Analytic Hierarchy Process (AHP), a well-established methodology known for its effectiveness in solving complex multi-criteria challenges. The AHP is used to prioritize performance indicators that facilitate the management of the circular economy transition in the healthcare supply chain. The focus is on improving the quality of care, optimizing delivery efficiency, and emphasizing environmental sustainability within the healthcare paradigm. The methodological framework includes the identification of key main criteria covering environmental, social, economic, and logistical dimensions. These criteria are further refined with the inclusion of 14 sub-criteria, resulting in a list of 16 key performance indicators (KPIs). Additionally, the study proposes an alternative business model advocating for the implementation of the Circular Supply Chain Operation Reference Model (circular SCOR). This model offers a perspective for rapid change in supply chain processes towards circular transition within the healthcare system. The final stage of the research involves verifying the results through sensitivity analysis and correlation mapping of the indicator results with the Circular SCOR model. This process helps organizations refine their performance measurement protocols, enhancing their capacity for effective evaluation and strategic decision-making within the circular economy framework. This comprehensive approach enables healthcare organizations to proactively contribute to a more sustainable and environmentally conscious future while maintaining a focus on quality care for patient well-being.
Analysing Quality Assurance Levels in Extended Producer Responsibility-Regulated Recycling Sectors
Authors: Hobé Thomas R. , Vermeulen Walter J. V. 
Published: October 2024

AbstractThis article describes and analyses quality assurance systems (QASs) in the Extended Producer Responsibility (EPR) regulated recycling industry. It is explained how the European Union sees EPR as an instrument to reduce waste and emissions. QASs could steer the recycling industry towards corporate sustainability and high-level value retention recycling, but it is unclear how current QASs function. This article fills this research gap. Policymakers and Producer Responsibility Organisations can use the results to improve QASs to increase sustainability and circularity in the EPR-regulated recycling industry. Research on this has been carried out through case studies that describe and analyse specific product groups. The QASs are assessed on their functioning in terms of how they work towards higher value retention options by increasing the level of cascading, and by assessing the implementation of corporate sustainability, including the incentive to improve business practices continuously. Besides, auditing processes are evaluated on whether they work towards recognised audit principles for good auditing. It is concluded that current QASs in the EPR-regulated recycling industry are not working towards higher value retention options and changes must be made to organise this. Four recommendations are given.
Hospital dental care for patients with Niemann-Pick syndrome type B: a case report
Authors: da Fonseca Orcina Bernardo , Reia Verônica Caroline Brito , Zangrando Denis , da Silva Santos Paulo Sérgio 
Published: October 2024

AbstractThe aim of this case report is to show the hospital dental approach to a patient with Niemann-Pick disease (NPD) type B. After her caregivers reported poor oral health, a 10-year-old girl was referred to a hospital. She was diagnosed with NPD type B 4 years ago, with involvement of the brain, nerves, liver, spleen, bone marrow, and lungs. A dental physical examination revealed chronic carious lesions in ten teeth, as well as four residual roots and poor oral hygiene. We chose a surgical block treatment based on the altered complementary exams, dental demands, and the systemic compromise caused by NPD type B. All decayed elements were restored with glass ionomer cement, and residual roots were extracted. The patient had no clinical signs of infection or hemorrhage after 20 days of post-surgical follow-up. Although rare, the presence of patients with NPD type B in the dental routine can occur, necessitating the development of an individualized and multidisciplinary treatment plan.
Multi-platform metabolic profiling of the stages of production of locally made lambanog, a traditional Philippine alcoholic beverage
Authors: Tabago Maria Krizel Anne G. , Marmeto Mark Christian Emmanuel A. , Posadas George D. , Laserna Anna Karen C. , Garcia Joel 
Published: October 2024

AbstractTraditional alcoholic beverages contain a diverse range of metabolites that determine their taste and aroma profiles, as well as potential health benefits and possible toxicities. Furthermore, the metabolite levels can vary with the growing conditions of the raw materials and the production process, giving distinct profiles to products from different sources. Thus, the profiling of metabolites present in traditional alcoholic beverages is important for quality control, safety, and authentication purposes. In this study, the various metabolites that can be found in lambanog, a traditional Filipino coconut wine, are profiled using a multi-platform approach, together with the raw material and intermediates across the production process. Proton nuclear magnetic resonance (1H NMR) spectroscopy, liquid chromatography–mass spectrometry (LC–MS), and gas chromatography–mass spectrometry (GC–MS), were used to tentatively identify the metabolites present in samples from the different stages of lambanog production. 1H NMR spectroscopy has revealed the presence of ethanol, pyruvate, uracil, and sugars such as glycerol, fructose, mannitol, and glucose. GC–MS studies revealed potential compounds that may influence organoleptic properties in the different stages of lambanog production. Identifying and monitoring the identified metabolite components along the production process can aid future product and process developments, quality control, and authentication of lambanog and other traditional alcoholic beverages.
Community-based nutrition education and counselling provided during pregnancy: effects on knowledge and attitude towards iron-folic acid supplementation
Authors: Reshid Mensur , Anato Anchamo 
Published: October 2024

Abstract
Maternal malnutrition is pervasive throughout the world, notably in sub-Saharan Africa, including Ethiopia. This study examined the effect of community-based iron-folic acid supplementation (IFAS) nutrition education on IFAS knowledge and attitude among pregnant women in urban settings in South Ethiopia. A community-based quasi-experimental study was conducted among 198 randomly selected pregnant women attending antenatal care (ANC) (99 intervention and 99 control). We used a multistage sampling technique followed by systematic sampling to select the pregnant women. Pregnant women who participated in the intervention arm received six nutrition education sessions and counselling using a health belief model (HBM), while the control group received only routine ANC services. Baseline and endline data were collected during the ANC and compared. The data was analysed using statistical package for social sciences. Analyses of the effect of the intervention were done using difference-in-difference and generalised estimation equation to allow correlation of repeated observations over time. The results indicated a significant effect of intervention on maternal knowledge towards IFAS; with intervention, group levels increased by 35 percentage points (P < 0.001). The odds of being knowledgeable at the endpoint in the intervention group were 2.6 times higher than baseline (OR = 2.67, 95% CI 1.88–3.80). There was a significant (P = 0.001) change in proportion with a favourable attitude towards IFAS between the two time points. The community-based nutrition education intervention approach has significantly improved maternal knowledge and a favourable attitude towards IFAS among pregnant women. The HBM is effective in improving knowledge and attitude among pregnant women.
Shades of complicity: archives of the ‘implicated subject’
Authors: Duncan Derek 
Published: October 2024

AbstractKnowledge of the Arandora Star is no longer limited to members of the UK's historic Italian community but is shared by a much larger constituency thanks to the greater accessibility of historical documents relating to the sinking of the ship, and to the substantial volume of new creative work inspired by it. This article examines this expansion of historical memory by following two discrete but entangled strands. The first follows the construction of the Arandora Star archive, starting from the author's chance personal encounter with a photograph. The second involves a close reading of Francine Stock's A Foreign Country (1999) and Caterina Soffici's Nessuno può fermarmi (2017), two novels that explore how people outside the historic Italian community recognise their implication in the sinking and its aftermath. Both foreground the intergenerational and transnational transmission of difficult memory and the ways in which the Arandora Star functions as an unstable point of historical knowledge and ethical judgement.
Enemy Aliens: internment and deportation policy in Great Britain, September 1939–June 1940
Authors: Pistol Rachel 
Published: October 2024

AbstractDuring the Second World War, Germans, Austrians and Italians living in Great Britain were designated as ‘enemy aliens’ and consequently interned. The worsening situation on the continent in May and June 1940 stirred up hysteria that spies and saboteurs could be amongst the Germans and Austrians. Mass arrests started in May 1940, and Italians were soon caught up in the detentions when Mussolini declared war on 10 June, thus filling internment camps to capacity. Canada and Australia agreed to take some of the ‘most dangerous characters’, facilitating the most controversial aspect of internment – deportation – which led to the ultimate tragedy when the SS Arandora Star was torpedoed and sunk on 2 July 1940. Building on previous scholarship that focuses on either German or Italian internment, this article examines both government policy towards and the internee experience of these two groups on an equal footing, thus furthering integration of the Italian narrative within internment historiography.
A qualitative study of specialist multidisciplinary clinician perspectives on barriers/facilitators to care for children with brain cancer and their families: “We’re a little bit different to our adult counterparts”
Authors: Luckett Tim , DiGiacomo Michelle , Heneka Nicole , Disalvo Domenica , Garcia Maja , Schaeffer Isabelle , Attwood Robyn , Phillips Jane 
Published: October 2024

AbstractObjectivesChildren with brain cancer and their families have complex care needs throughout diagnosis, active treatment, long-term survivorship, and the palliative phase of illness. This study aimed to explore the perspectives of Australian specialist clinicians on barriers and facilitators to health care for children with brain cancer and their families.MethodsA qualitative approach was taken using semi-structured interviews. Eligible participants were clinicians of any discipline providing care to children with brain cancer and their families in Australia. Interviews were conducted by telephone and asked about perceived strengths and weaknesses in health care and available resources for this population. Qualitative content analysis used a directed approach with inductive refinement.ResultsEleven clinicians participated, 5 of whom were medical, 3 nursing, and 3 allied health. The overarching theme was that the rarity and diversity of brain tumors in children confers challenges to care that lead to variation in practice. Participants reported having to adapt care from guidelines and patient/family resources designed for adults with brain cancer and children with other cancers, and rely on clinical and research networks. Specialist comprehensive cancer care was generally perceived to offer the best model for accommodating the unique needs of each child/family, but barriers to access were highlighted for children in remote Australia, and long-term follow-up was perceived to be inadequate regardless of where children lived. Significance of results. Until further brain cancer-specific paediatric guidelines become available, our findings highlight the need for communities of practice to share resources and reduce unwarranted variation.ConclusionFuture research should focus on developing and evaluating guidelines and other resources specific to children with brain cancer, as well as informing suitable models for long-term follow-up care for survivors.
Effects of Stratification on Wind‐Driven Upwelling Over a Coastal Valley
Authors: Chen Zhaoyun , Li Chaohan , Zhang Shuwen , Jiang Yuwu , Wang Aijun 
Published: October 2024

AbstractIn‐situ observations indicate variations in stratified conditions over the coastal valley off the Sansha Bay in the northwestern Taiwan Strait across different years. However, dynamic processes and mechanisms governing the upwelling process over the valley, as influenced by stratification, are still unknown. By employing idealized numerical simulations, we demonstrate that compared to the unstratified case, the surface offshore flow intensifies, upwelling flux and net cross‐shore transport are enhanced, upwelling area expands, and the cross‐shore velocity structure is modified over the valley under stratified conditions. The primary factor controlling the vertical velocity within the valley is the relative vorticity change along a streamline (RVC). Further decomposition of the RVC reveals that the depth‐averaged alongshore velocity () and the depth‐averaged alongshore gradient of vorticity () primarily modulate the magnitude and spatial distribution of the vertical velocity. The negative zone of the expands in the valley, resulting in a larger upwelling area. The magnitude of the in the upper layer is slightly enhanced. The combined influence of these two factors leads to increased upwelling flux in the valley under stratified conditions. The net upslope motion over the valley is intensified under stratified conditions. The augmented advection of relative potential vorticity, originating from the increased amplitude of coastal trapped lee waves, primarily contributes to the enhanced net cross‐shore transport in the valley.
Hydrodynamics Mediates Biogeochemical Dynamics of Particulate Organic Matter in the Shelf of the Northern South China Sea During Summer
Authors: Jiang Zhiqin , Shi Zhen , Chen Dawei , Li Xiangfu , Li Ruihuan , Xu Jie 
Published: October 2024

AbstractEnvironmental conditions, physiology and community composition of phytoplankton and the carbon and nitrogen isotope signature (δ13CPOC and δ15NPN) of particulate organic matter (POM) often covary across marine environments. However, little was known on the link of δ13CPOC and δ15NPN and the community and biochemical composition of phytoplankton. In this study, particulate organic carbon (POC) and nitrogen (PN), δ13CPOC, δ15NPN, phytoplankton community composition and biomass were determined during summer, along with environmental variables, in the shelf of the northern South China Sea influenced by the Pearl River plume, upwelling and anticyclonic eddy. Our results show that variability in δ13CPOC and δ15NPN along an environmental gradient is coupled with shifts in phytoplankton community composition and carbon to chlorophyll a (C:Chl a) ratio of phytoplankton. Low δ13CPOC values (−28.4 to −27.0‰) at nearshore stations (salinity <21) were primarily due to terrestrial POM input. High δ13CPOC (>−21.0‰) and δ15NPN (>5.6‰) values are most likely attributed to high abundance of diatoms induced by riverine nutrients in the plume‐impacted waters with intermediate salinity (21< salinity <33). Low δ13CPOC (<−22.0‰) and δ15NPN (−1.1–3.7‰) values are associated with high abundance of slow‐growing cyanobacteria in the oligotrophic area (salinity >33), where the lowest δ15NPN is most likely attributed to high abundance of N2‐fixing Trichodesmium spp., due to the influence of the anticyclonic eddy. Therefore, hydrodynamics modulates the biochemical composition and community composition of phytoplankton, leading to changes in δ13CPOC and δ15NPN. Our findings advance our understanding of the coupling of physical and biogeochemical processes in marginal seas.
Generation of the Quasi‐Biweekly Oscillation in the Surface Potential Vorticity Over the Tibetan Plateau During Boreal Summer: A Case Study of 2014
Authors: Guo Danni , Liu Yimin , Wu Guoxiong , Mao Jiangyu , Jiang Jilan , Yang Yaoxian 
Published: October 2024

AbstractThe atmospheric circulation around the Tibetan Plateau (TP) exhibits a substantial 10–20‐day quasi–biweekly oscillation (QBWO), profoundly impacting weather and climate locally and remotely. Understanding the factors influencing the generation of QBWO over the TP (QBWOTP) and its physical mechanism is crucial. This study has investigated the influence of multi–timescale and land–atmosphere interactions on the generation of the QBWOTP in surface potential vorticity (SPV), a valuable tool for characterizing the mechanical and thermal variabilities in mountain forcing, based on a 2014 case study. Results indicate that in the free atmosphere, the summer monsoon onset over the Bay of Bengal induces a northward shift in the westerly jet toward the TP, manifested as an increase in low‐frequency zonal winds. This shift facilitates the propagation of wave trains, leading to atmospheric quasi–biweekly potential temperature anomalies (θa) over the TP through a multi‐timescale interaction. Additionally, the TP's surface thermal forcing and arrival of wave trains trigger anomalous upward motion and increase cloud cover. The resultant decrease in net short‐wave radiations and increase in net long‐wave radiations contribute to variations in surface potential temperature (θs) over the TP. As θa and θs evolve, the difference between them enlarges, resulting in the generation of the SPV QBWOTP. Given the relationship between the QBWOTP and downstream rainfall, this study could provide novel insights into understanding and predicting downstream rainfall QBWO.