bluuebunny/crossref_metadata_2025_split huggingface dataset:
Co-designing interventions to ‘live well’: experiences and perceptions of the Genetic, Undiagnosed and Rare Disease (GUaRD) community
Authors: Beadell Inez , Byun Malia , Feller Hollie , Ferrie Monica , Best Stephanie 
Published: April 2023

AbstractThe Genetic, Undiagnosed and Rare Disease community faces a range of hurdles to live their ‘best life’ including physical, social and psychological barriers. They are also resilient and experiential experts with insight into what works and what could work for them. In this study, we aimed to identify and prioritise practical interventions the Genetic, Undiagnosed and Rare Disease community report could help them to ‘live well’. Using a three-stage approach, we first analysed data from a year-long Genetic, Undiagnosed and Rare Disease journal study to record all the practical interventions reported, either trialled or proposed. Second, after grouping the interventions (n = 19) into four themes (support for individuals with GUaRD; support for carers of people with GUaRD; education/employment; transition), we presented the interventions to members of the GUaRD community (people with GUaRD, their carers and peer support group members) across three focus groups (n = 13). Focus group transcripts were analysed for refinements to the interventions, barriers and/or enablers to enacting them and for any additional interventions suggested. From this analysis, the interventions were grouped to identify specific actionable activities (n = 8). Finally, these eight interventions were discussed in a workshop with the GUaRD Community Advisory Group and prioritised using the APEASE framework. Prioritised interventions targeted a range of stakeholders and included creating a lived experience video library, supporting peer support groups with grant applications, and educating clinicians about referring to peer support groups. Further research is now required to test these findings before trialling and evaluating an intervention to measure the impact on the GUaRD community.
Modified, Ecologically Destructed, and Disappeared – History of Urban Wetlands in Helsinki Metropolitan Area
Authors: Alikhani Somayeh , Nummi Petri , Ojala Anne 
Published: April 2023

AbstractUrban wetlands are one of the important natural resources in cities and have an essential role in the sustainability of the urban environment. They offer various ecosystem services in cities, for example, by mitigating the risk of floods, providing water purification, groundwater regulation, and biodiversity promotion. Urban wetlands also provide recreational opportunities such as swimming and boating, that improve citizens’ well-being. Unfortunately, human activities and environmental factors have been the primary reasons that have destroyed urban wetlands. To identify the main factors which threaten wetlands, as a case study, we investigated the environmental history of six urban wetlands in Helsinki starting from 19th century to the present. We collected historical information from available documents such as research articles, technical reports, maps, and photos, and then we compared the past situation of these urban wetlands with the current conditions throughout history. We also support our statements by referring to urban wetlands with similar conditions from different continents to explain the reasons for wetlands’ disappearance, degradation, or survival. We show that population growth, land-use change, and climate change have been the main threats that have caused the degradation and even the loss of urban wetlands. We discuss the influencing factors which threaten urban wetlands and we highlight the role of policy and decision-makers in the rehabilitation and maintenance of urban wetlands.
Like Frying Multiple Eggs in One Pan: a Qualitative Study Exploring the Understanding of Inter-speciality Training in Cancer Care
Authors: McInally W. , Benstead K. , Brandl A. , Dodlek N. , De Munter J. , Gasparotto C. , Grau-Eriksen J. , Kelly R. G. , Lecoq C. , O’Higgins N. , Oliver K. , Popovics M. , Rollo I. , Sulosaari V. , Diez de los Rios de la Serna Celia 
Published: April 2023

AbstractH
igh-quality cancer care is a key priority worldwide. Caring for people affected by cancer requires a range of specific knowledge, skills and experience to deliver the complex care regimens both within the hospital and within the community environment. In June 2022, the European Cancer Organisation along with 33 European cancer societies began working together to develop a curriculum for inter-speciality training for healthcare professionals across Europe. As part of the project, this research consisted of a qualitative survey distributed to the European Union societies via email. The aim of this paper is to disseminate the qualitative findings from healthcare professionals across Europe. Questionnaires were sent out to a convenience sample of 219 healthcare professionals and patient advocates with a response rate of 55% (n = 115). The findings identified that there were four key themes: ‘What is inter-speciality training?’, ‘Barriers and challenges’, ‘Support throughout the cancer journey’ and ‘New ways of working’. These results are part of a larger needs analysis and scoping review to inform the development of a core competency framework which will be part of an inter-speciality curriculum for specialist cancer doctors, nurses and other healthcare professionals across Europe. Healthcare professionals will be able to access education and training through the virtual learning environment and workshops and by clinical rotations to other specialties.
Constructing reliable approximations of the random fractional Hermite equation: solution, moments and density
Authors: Burgos Clara , Caraballo Tomás , Cortés Juan Carlos , Villafuerte Laura , Villanueva Rafael Jacinto 
Published: April 2023

AbstractWe extend the study of the random Hermite second-order ordinary differential equation to the fractional setting. We first construct a random generalized power series that solves the equation in the mean square sense under mild hypotheses on the random inputs (coefficients and initial conditions). From this representation of the solution, which is a parametric stochastic process, reliable approximations of the mean and the variance are explicitly given. Then, we take advantage of the random variable transformation technique to go further and construct convergent approximations of the first probability density function of the solution. Finally, several numerically simulations are carried out to illustrate the broad applicability of our theoretical findings.
Exploration of playa surface crusts in Qehan Lake, China through field investigation and wind tunnel experiments
Authors: Liu Dongwei , Han Lijing , Kou Zihan , Gao Xinyu , Wang Jingjing 
Published: April 2023

AbstractGlobally, many lakes are drying up, leaving exposed lakebeds where wind erosion releases dust and sand rich in salt and harmful heavy metals into the atmosphere. Therefore, understanding the characteristics and spatial distribution of playa surface crusts is important to recognize the manifestation of salt dust storms. The objective of this study was to explore the playa surface crust types as well as their spatial distribution and evolution of Qehan Lake in Inner Mongolia Autonomous Region, China to understand the salt dust release potential of different types of playa surface crusts. Various crust characteristics were investigated by field sampling in Qehan Lake, and playa surface crusts were further divided into five types: vegetated areas, salt crusts, clay flats, curly crusts, and margins. It should be noted that curly crusts were distributed in clay flats and covered only a small area in Qehan Lake. The spatial distribution characteristics of playa surface crust types were obtained by supervised classification of remote sensing images, and the salt dust release potential of crusts was explored by the wind tunnel experiments. The field investigation of Qehan Lake revealed that playa surface crust types had a circum-lake band distribution from the inside to the outside of this lake, which were successively vegetated areas, clay flats, salt crusts, and margins. The spatial distribution patterns of playa surface crust types were mainly controlled by the hydrodynamics of the playa, soil texture, and groundwater. There was a significant negative correlation between crust thickness and electrical conductivity. The results of the wind tunnel experiments showed that the initial threshold of friction wind velocity for the salt dust release was higher in clay flats (0.7–0.8 m/s) than in salt crusts (0.5–0.6 m/s). Moreover, the particle leap impact processes occurring under natural conditions may reduce this threshold value. Salinity was the main factor controlling the difference in the initial threshold of friction wind velocity for the salt dust release of clay flats and salt crusts. This study provides a scientific reference for understanding how salt dust is released from a lakebed, which may be used for ecological restoration of dry salt lakes.
Confirmation of Stemphylium vesicarium, the causal agent of brown spot of tomato in Germany
Authors: Karbowy-Thongbai Benjarong , Götz Monika 
Published: April 2023

AbstractThe tomato is a major crop worldwide and is one of the five most consumed vegetables in Germany. Stemphylium species including S. eturmiunum, S. gracilariae, S. lycii, S. lycopersici, S. rombundicum, S. simmonsii, S. solani, and S. vesicarium have been identified as tomato pathogens in various countries. In Germany, multiple instances of S. lycopersici and S. solani affecting tomato plants have been documented; however, only one incident of S. vesicarium has been reported in 1972. S. vesicarium is known to cause yellowish-brown spots on tomato leaves, which can ultimately lead to defoliation and reduced fruit yield. Therefore, it is crucial to identify the S. vesicarium that cause this disease accurately. In this study, S. vesicarium was isolated from necrotic tomato plants in organic farms located in northern and southern regions of Germany. Single spore isolates were generated and identified as S. vesicarium based on morphological characteristic and molecular analyses using nucleotide sequences of the internal transcribed spacer (ITS) and glyceraldehyde-3-phosphate dehydrogenase (GAPDH). Koch´s postulates were fulfilled and revealed that S. vesicarium is the causal agent of brown spot on the samples adding a new account of the species.
Overcoming the Electrode Challenges of High-Temperature Proton Exchange Membrane Fuel Cells
Authors: Meyer Quentin , Yang Chujie , Cheng Yi , Zhao Chuan 
Published: April 2023

AbstractProton exchange membrane fuel cells (PEMFCs) are becoming a major part of a greener and more sustainable future. However, the costs of high-purity hydrogen and noble metal catalysts alongside the complexity of the PEMFC system severely hamper their commercialization. Operating PEMFCs at high temperatures (HT-PEMFCs, above 120 °C) brings several advantages, such as increased tolerance to contaminants, more affordable catalysts, and operations without liquid water, hence considerably simplifying the system. While recent progresses in proton exchange membranes for HT-PEMFCs have made this technology more viable, the HT-PEMFC viscous acid electrolyte lowers the active site utilization by unevenly diffusing into the catalyst layer while it acutely poisons the catalytic sites. In recent years, the synthesis of platinum group metal (PGM) and PGM-free catalysts with higher acid tolerance and phosphate-promoted oxygen reduction reaction, in conjunction with the design of catalyst layers with improved acid distribution and more triple-phase boundaries, has provided great opportunities for more efficient HT-PEMFCs. The progress in these two interconnected fields is reviewed here, with recommendations for the most promising routes worthy of further investigation. Using these approaches, the performance and durability of HT-PEMFCs will be significantly improved.
Development scheme screening considering reservoir damage based on the AHP model
Authors: Yang Yuan , Hu Yi , Jiang Man , Yang Ye , Xiao Chuantao 
Published: April 2023

AbstractThe development process of oil and gas fields is affected by engineering and geology. Reservoir damage is significant as a bridge connecting these two disciplines. The life cycle of oil and gas fields can be prolonged by making development plans that consider reservoir damage. Therefore, this study performed experiments and discusses a Cretaceous reservoir development in the Chun17 block of the Chunguang Oilfield. We have carried out five sensitivity experiments on typical cores from the block, and analyzed lithology, physical properties, and crude oil. A mathematical model based on the Analytic Hierarchy Process (AHP) was then established based on the core data.Overall, the reservoir in the study area has ultra-high porosity and high permeability. The reservoir has moderately strong water sensitivity (damage rate is 38 ~ 90%) and moderately strong alkali sensitivity (damage rate is 22 ~ 75%). The crude oil belongs to extra-heavy oil reservoirs (containing 2.43% wax, 0.96% sulfur, 20.25 m% gum, 7.35 m% asphalt, 38.26 m% saturated hydrocarbon, and 27.51 m%). The crude oil is sensitive to temperature changes. Based on the AHP model analysis, the development scheme chooses the third (weight 0.1757) of the conventional analytic results of AHP; the Thermal oil production C1 scheme has the most stable future trend and appears to be the best option. In the next step, using fire flooding technology to develop the reservoir will benefit the most economically. The workflow consisting of "conclusion of reservoir experiment → AHP mathematical modeling → verification of relative permeability of high-temperature oil and water → verification of trial production" is simple and effective. The findings of this study can help to better understand the idea and process of making development plans for sensitive oil and gas fields through reservoir evaluation. Combining experimental data with mathematical modeling can find a balanced combination point in qualitative and quantitative analysis. Whether this combination point is correct can be verified by field engineering practice.
Survival energy models for mortality prediction and future prospects
Authors: Shimizu Yasutaka , Shirai Kana , Kojima Yuta , Mitsuda Daiki , Inoue Mahiro 
Published: April 2023

AbstractThe survival energy model (SEM) is a recently introduced novel approach to mortality prediction, which offers a cohort-wise distribution function of the time of death as the first hitting time of a “survival energy” diffusion process to zero. In this study, we propose a novel SEM that can serve as a suitable candidate in the family of prediction models. We also proposed a method to improve the prediction in an earlier work. We further examine the practical advantages of SEM over existing mortality models.
Hume's Social Epistemology and the Dialogue Form
Authors: Ooi Daryl 
Published: April 2023

Abstract
Hume begins his Dialogues Concerning Natural Religion by discussing what an ideal dialogue ought to look like. Many considerations that Hume raises coincide with similar concerns in contemporary social epistemology. This paper examines three aspects of Hume's social epistemology: epistemic peerhood, inquiry norms and the possibility of rational persuasion. Interestingly, however, I will argue that the conversation between Philo, Cleanthes and Demea falls short of meeting Hume's articulated standard of what an ideal dialogue ought to look like. From this analysis, I defend the less popular view that Demea's decision to leave the conversation (in Part XI) was entirely reasonable and suggest an explanation for why Hume decided to make Cleanthes the ‘hero’ of the Dialogues.
Come Together: Far-Right Parties and Mainstream Coalitions
Authors: Bichay Nicolas 
Published: April 2023

AbstractWhile far-right parties tend to receive a small minority of votes in national elections, their presence in ruling coalitions is becoming much more common. In this article, I ask under what conditions mainstream parties are willing and interested in forming a coalition with a far-right party, given the potentially high costs associated with having such a partner in government. I characterize such moves as the co-optation of a growing political rival in an effort to minimize electoral threat. That is, as far-right parties become more threatening to the electoral success of a mainstream party, they will invite the party into their government, in an effort to stave off said threat. This characterization borrows from the literature of authoritarian co-optation to build on our current understanding of parliamentary coalition-building. Quantitative analysis utilizing cross-national, survey and spatial data is employed to support this theory.
Child support policy in middle- and low-income countries: current approaches and policy dilemmas
Authors: Cuesta Laura , Hakovirta Mia , Haapanen Mari , Meyer Daniel Ray 
Published: April 2023

AbstractLittle is known about government policies that regulate economic transfers between separated parents (child support) outside of high-income countries. This paper provides the first broad overview of child support policy and its outcomes in 37 middle- and low-income countries. Using a systematic literature review, we provide information on child support policies in these countries, considering institutional arrangements, procedures for determining how much child support is due and how obligations are enforced. Using descriptive statistics on individual-level data from the Luxembourg Income Study Database, we show that poverty rates are high among lone-mother families and that fewer than one-third of lone mothers receive child support. Among those who receive, however, amounts average over $3,600 US$/year, making child support an important income source for some. We discuss how current policies and their estimated outcomes are similar to (or differ from) the previous work that focused on high-income countries.
Effects of surface tension reduction on wind-wave growth and air–water scalar transfer
Authors: Matsuda Keigo , Komori Satoru , Takagaki Naohisa , Onishi Ryo 
Published: April 2023

Effects of surface tension reduction on wind-wave growth are investigated using direct numerical simulations of air–water two-phase turbulent flows. The incompressible Navier–Stokes equations for air and water sides are solved using an arbitrary Lagrangian–Eulerian method with boundary-fitted moving grids. The wave growth of finite-amplitude and non-breaking gravity–capillary waves, whose wavelength is less than 0.07 m, is simulated for two cases of different surface tensions under a low-wind-speed condition of several metres per second. The results show that significant wave height for the smaller surface tension case increases faster than that for the larger surface tension case. Energy fluxes for gravity and capillary wave scales reveal that when the surface tension is reduced, the energy transfer from the significant gravity waves to capillary waves decreases, and the significant waves accumulate more energy supplied by wind. This results in faster wave growth for the smaller surface tension case. The effect on the scalar transfer across the air–water interface is also investigated. The results show that the scalar transfer coefficient on the water side decreases due to the surface tension reduction. The decrease is caused by suppression of turbulence in the water side. In order to support the conjecture, the surface tension effect is compared with laboratory experiments in a small wind-wave tank.
Does Delegation of Drafting Duties to Law Clerks Result in Judgments That Show Lack of Confidence in Terms of Writing Style? A Stylometric Analysis
Authors: Mascini Peter , Holvast Nina 
Published: April 2023

AbstractBased on an analysis of all administrative court cases published in the Netherlands in 2020 (N = 4,642), we tested the hypothesis that experienced law clerks write judgments with greater confidence than less experienced clerks. A confidently written judgment was defined as being shorter, less standardized, and containing fewer legal references than a less confidently written judgment. In support of this hypothesis, our results showed that law clerks with more experience co-signed judgments that were less standardized and contained fewer legal references. However, contrary to the confidence hypothesis, we established that these judgments were also longer than judgments co-signed by less experienced clerks. Our study contextualizes the concerns expressed in studies on the US Supreme Court about the delegation of drafting duties to inexperienced law clerks. The study challenges the assumption that delegation of drafting duties to law clerks automatically results in judgments with a less confident writing style, due to the clerks’ inexperience. The assumption may hold for the US Supreme Court, where all law clerks are relatively inexperienced. However, the assumption does not hold in jurisdictions in which law clerks can be just as experienced (in terms of years worked in the legal field) as judges. This conclusion suggests that research on the functioning of the US Supreme Court cannot necessarily be generalized to other jurisdictions.
Exploring the genetic diversity of genotypes G8 and G10 of the Echinococcus canadensis cluster in Europe based on complete mitochondrial genomes (13 550–13 552 bp)
Authors: Laurimäe Teivi , Kinkar Liina , Moks Epp , Bagrade Guna , Saarma Urmas 
Published: April 2023

AbstractEchinococcus granulosus sensu lato is a group of tapeworm species known to cause cystic echinococcosis. Within this group, the Echinococcus canadensis cluster includes genotypes G8 and G10 that have a predominantly sylvatic life cycle – transmission occurs between wild cervids and wolves. Relatively few studies have explored the genetic variation of the elusive G8 and G10, and their extent of genetic variation is yet to be investigated at the complete mitochondrial (mt) genome level. The aim was to explore the genetic variation of these 2 genotypes in Europe using complete mtDNA sequences and provide a high-quality reference dataset for future studies. Sequences of complete mt genomes were produced for 29 samples of genotype G8 and G10 from wolves, moose, reindeer and roe deer, originating from Finland, Sweden, Russia, Poland, Latvia and Estonia. Genetic variation was explored based on phylogenetic network analysis, revealing marked differences between G8 and G10 (over 400 mutations), and more detailed patterns of variability within the 2 genotypes than previously observed. Understanding the mt genetic composition of a species provides a baseline for future studies aiming to understand whether this mt distinctiveness is mirrored in the nuclear genome and whether it has any impact on any phenotypic traits or parasite transmission.
Grief and the Inconsolation of Philosophy
Authors: Wilkinson Dominic J. C. 
Published: April 2023

AbstractCan metaphysics yield the consolations of philosophy? One possibility, defended by Derek Parfit, is that reflection on the nature of identity and time could diminish both fear of death and grief. In this paper, I assess the prospect of such consolation, focussing especially on attempts to console a grieving third party. A shift to a reductionist view of personal identity might mean that death is less threatening. However, there is some evidence to suggest that such a shift does not necessarily translate into less death anxiety. Moreover, applied to grief at loss of another, such a perspective may be misdirected. A temporally neutral perspective offers a theoretically powerful way of reducing the sense of loss at being separated in time from a loved one. However, it is unclear whether it is psychologically possible to achieve. Even if it were possible, it may not diminish the pain of separation.I identify a serious challenge to philosophical consolation for grief. The greater the consolation that is offered, the greater the risk of losing important attachments and the less it may be psychologically accessible.