bluuebunny/crossref_metadata_2025_split huggingface dataset:
Revisiting the role of climate change on crop production: evidence from Mediterranean countries
Authors: Baris-Tuzemen Ozge , Lyhagen Johan 
Published: May 2024

AbstractThe Mediterranean region is an important agricultural center and is expected to be most affected by climate change due to its location. In this study, the role of climate change on agriculture is examined for eight South European countries on the Mediterranean coast for the period of 1996–2016. Carbon dioxide emissions, temperature and precipitation values are used as the indicators of climate change while cereal production is taken as a proxy for agricultural production. Results of the panel vector autoregression approach reveal that an increase in the carbon dioxide emissions and temperature have a negative impact on the cereal production. However, this effect is statistically significant only in the initial periods. On the other hand, an increase in rainfall has a statistically significant positive effect on crop production only in one period. However, eventually this effect turns to negative as expected, since excessive rainfall has a negative effect on agriculture as much as drought. In conclusion, the importance of bringing the policies and strategies to the forefront in ensuring the sustainability of agriculture and minimizing the negative effects of climate change in the region are discussed.
The impact of greenwashing on sustainability through green supply chain integration: the moderating role of information sharing
Authors: Santos Célia , Coelho Arnaldo , Cancela Beatriz Lopes 
Published: May 2024

AbstractThis study investigates the impact of greenwashing on sustainability through the effects of green supply chain integration, considering the moderating role of information sharing. The research proposes a theoretical model tested using structural equation modeling (SEM) and a multigroup analysis to understand the moderating role of information sharing. Hypotheses were tested in a sample of 312 key respondents from Portuguese buying firms that perceived greenwashing practices in their suppliers. Results indicate that greenwashing negatively affects green supply chain integration, while green supply chain integration enhances sustainability performance. This effect is stronger when information-sharing pressure is higher. The study underscores the importance of actively addressing greenwashing to improve green supply chain integration, especially when sustainability is the desired outcome. The research’s novelty lies in its contributions to building sustainable companies through green supply chain integration, trust, and partner communication.
Belonging Interrupted: Toward an Understanding of How Virtual Learning Impedes Women Students’ Belonging in Engineering
Authors: DeAngelo Linda , Lewis Danielle V. , McGreevy Erica 
Published: May 2024

AbstractAlthough the effects of COVID-19 were felt by all students, the pandemic exacerbated the barriers to belonging for women in engineering. Little work to date has investigated women’s experiences during the pandemic in disciplines that are hallmarked by masculinity. What scholarship has been completed on pandemic-necessitated virtual instruction has not examined how women’s experiences and sense of belonging differed by the college year in which this disruption in their learning environment occurred. Utilizing data from seven focus groups conducted in March 2022 with 22 students, this study investigates how pandemic-induced virtual instruction is related to sense of belonging for women within their engineering majors. We found not only that the disruption caused by the pandemic had differential outcomes for students, but that these differences were mainly related to the year in which pandemic-induced virtual instruction occurred. This study highlights the importance of focusing on belonging and related issues as women transition into their major. We offer implications and recommendations for practice and research based on the differential outcomes found.
Stepping Together for Children After Trauma (ST-CT): Feasibility and Predictors of Outcome of a Parent-led, Therapist Assisted Treatment
Authors: Ormhaug Silje M. , Skjærvø Ingeborg , Dyrdal Gunvor M. , Fagermoen Else Merete , Haabrekke Kristin J. , Jensen Tine K. , Knutsen Marie L. , Næss Anders , Päivärinne Heidi Maria , Martinsen Marianne 
Published: May 2024

AbstractStepping Together for Children after Trauma (ST-CT) is the first step of the promising intervention Stepped Care CBT for Children after Trauma. In ST-CT, the task of leading treatment is partially shifted to the parents, and the child and parent work together to complete therapeutic tasks from a workbook with therapist supervision. We aimed to investigate the feasibility of ST-CT in Norwegian first line services and explore child factors predicting outcome. Eighty-two children (mean age 9.9 years, 56% girls) participated. Feasibility was defined by treatment completion, reductions of child posttraumatic stress symptoms (PTSS) mid- and post-treatment, and client treatment satisfaction. Predictors included child baseline PTSS, depressive symptoms, posttraumatic cognitions, externalizing symptoms, number of different traumatic events, and type of trauma. Results showed that rates of completion (78.0%) and response (81% of completers/59.8% intention-to-treat) were comparable to previous studies by the ST-CT developer. Overall treatment effect was d = 2.46 and client treatment satisfaction was high (mean score child: 8.3, parent: 9.0, on a scale from 0 – 10). Higher baseline PTSS and depressive symptoms predicted poorer outcome at both mid- and post-treatment, while more posttraumatic cognitions, and exposure to interpersonal trauma predicted poorer outcome at mid-treatment only. These associations were no longer significant in the fully adjusted models. In conclusion, ST-CT shows promise as an effective first line treatment in this new context, with two of three children responding to the treatment. Baseline PTSS, depression, post-traumatic cognitions and type of trauma may be related to outcomes and should be explored further. (Trial registration: ClinicalTrials.gov Identifier: NCT04073862. Retrospectively registered June 3rd 2019, first patient recruited May 19th 2019).
Influence of canopy structural complexity on urban woodland butterfly species richness
Authors: Neal Willow , Araya Yoseph , Wheeler Philip M. 
Published: May 2024

AbstractAs urban land use expands, understanding the conservation of biodiversity in urban settings becomes increasingly important. Urban areas contain a wide range of remnant natural, semi-natural and anthropogenic woodlands but the biodiversity of these woodlands is not well studied. Urban woodlands are usually constrained in size and subject to management which may not be focused on promoting biodiversity. As a habitat of critical importance, the characteristics of urban woodlands need to be better understood to maximise their biodiversity within a limited footprint in the urban landscape. We used repeat line-transect surveys and rapid woodland structure habitat assessments to investigate the habitat associations of butterflies in ten woodland patches representing a range of sizes (between 1 and 40 ha), ages and woodland characteristics in the urban habitat matrix of Milton Keynes, UK. We found that ancient woodland sites supported every species detected, but the butterfly communities of amenity and roadside woodlands had similar species richness, diversity and abundance, regardless of size. Butterfly species richness was strongly associated with both woodland area and structural complexity at a site-scale, but only with structural complexity on a transect scale. Simpson diversity showed no correlation with any variable at the site scale, but strong correlation with structural complexity on transects. Abundance only correlated with area at the site scale. Our results suggest that management techniques that introduce structural complexity within urban woodlands may be an effective way to support butterfly richness and diversity in contexts where woodland areas cannot be increased.
3D-printed scaffolds for tissue engineering applications using thermosensitive hydrogels based on biopolymer blends
Authors: Koumentakou Ioanna , Michopoulou Anna , Noordam Michiel Jan , Terzopoulou Zoi , Bikiaris Dimitrios N. 
Published: May 2024

AbstractThree-dimensional (3D) printing is an emerging technology for the construction of complex 3D constructs used for tissue engineering applications. In this study, we are proposing the preparation of 3D printing hydrogel inks consisting of the synthetic polymers poly(caprolactone) and poly(lactic acid), the biopolymer chitosan, and naturally derived gelatin. In addition, pluronic F-127 was used to improve the miscibility between the hydrophobic and hydrophilic components due to its amphiphilic character, as well as for its good 3D printability. The printability of the hydrogel inks was optimized by varying the composition, the extrusion nozzle, and the temperature, while the integrity of the 3D scaffolds was secured via sol–gel transition. The produced hydrogels with PCL-pluronic-chitosan-gelatin/15-20-4-2 wt% (PC3.75-Pl5-CG) and PLA-pluronic-chitosan-gelatin/10-20-4-2 wt% (PL2.5-Pl5-CG) presented the best printability, producing smooth and uniform porous scaffolds. The prepared hydrogels were formed via the interactions between the polymers through hydrogen bonding. Additionally, the produced hydrogels exhibited temperature-dependent swelling behavior, and the scaffolds with PCL presented lower swelling capacity than the scaffolds with PLA. The produced scaffolds presented slower hydrolyzation rate in simulated body fluid (SBF) at 25 °C compared to 37 °C. Biological studies proved that the 3D-printed porous scaffolds were non-cytotoxic and promoted human adipose-derived mesenchymal stem cell adhesion.
Graphical abstract
Molecular breeding of flower load related traits in dioecious autotetraploid Actinidia arguta
Authors: Mertten Daniel , McKenzie Catherine M. , Souleyre Edwige J. F. , Amadeu Rodrigo R. , Lenhard Michael , Baldwin Samantha , Datson Paul M. 
Published: May 2024

AbstractFlowering plants exhibit a wide range of sexual reproduction systems, with the majority being hermaphroditic. However, some plants, such as Actinidia arguta (kiwiberry), have evolved into dioecious species with distinct female and male vines. In this study, we investigated the flower load and growth habits of female kiwiberry genotypes to identify the genetic basis of high yield with low maintenance requirements. Owing to the different selection approaches between female and male genotypes, we further extended our study to male kiwiberry genotypes. By combining both investigations, we present a novel breeding tool for dioecious crops. A population of A. arguta seedlings was phenotyped for flower load traits, in particular the proportion of non-floral shoots, proportion of floral shoots, and average number of flowers per floral shoot. Quantitative trait locus (QTL) mapping was used to analyse the genetic basis of these traits. We identified putative QTLs on chromosome 3 associated with flower-load traits. A pleiotropic effect of the male-specific region of the Y chromosome (MSY) on chromosome 3 affecting flower load-related traits between female and male vines was observed in an A. arguta breeding population. Furthermore, we utilized Genomic Best Linear Unbiased Prediction (GBLUP) to predict breeding values for the quantitative traits by leveraging genomic data. This approach allowed us to identify and select superior genotypes. Our findings contribute to the understanding of flowering and fruiting dynamics in Actinidia species, providing insights for kiwiberry breeding programs aiming to improve yield through the utilization of genomic methods and trait mapping.
Advancements in skin cancer classification: a review of machine learning techniques in clinical image analysis
Authors: Yang Guang , Luo Suhuai , Greer Peter 
Published: May 2024

AbstractEarly detection of skin cancer from skin lesion images using visual inspection can be challenging. In recent years, research in applying deep learning models to assist in the diagnosis of skin cancer has achieved impressive results. State-of-the-art techniques have shown high accuracy, sensitivity and specificity compared with dermatologists. However, the analysis of dermoscopy images with deep learning models still faces several challenges, including image segmentation, noise filtering and image capture environment inconsistency. After making the introduction to the topic, this paper firstly presents the components of machine learning-based skin cancer diagnosis. It then presents the literature review on the current advance in machine learning approaches for skin cancer classification, which covers both the traditional machine learning approaches and deep learning approaches. The paper also presents the current challenges and future directions for skin cancer classification using machine learning approaches.
How important is carbon sequestration in phytoliths within the soil?
Authors: de Tombeur Félix , Hodson Martin J. , Saunders Martin , Clode Peta L. 
Published: May 2024

Abstract
Background and aims
An overlooked fraction of the terrestrial carbon (C) pool is that associated with biogenic silica deposited in plants (phytoliths), so-called PhytOC. This fraction is small compared with the main C pools, but is of interest because it could be a long-term C sink as phytoliths may protect organic C from mineralization. However, the topic is hotly contested and unclear due to both methodological and theoretical limitations.

Scope
We aim to review this topic, with specific emphasis on: (i) the range of C concentrations associated with phytoliths; (ii) soil phytolith preservation and subsequent organic C mineralization; and (iii) global estimates of C sequestration within PhytOC.

Conclusions
Recent work has suggested that [PhytOC] could be much greater than currently acknowledged, but also highly variable and dependent on cell silicification types. A short case study using cryo‐Scanning Electron Microscopy (cryo-SEM), X‐ray microanalysis (EDX), plus Focused Ion Beam (FIB) and Scanning Transmission Electron Microscopy (STEM) on the culms of a sedge (Schoenus caespititius) confirmed this thinking. Understanding of both phytolith and PhytOC fates in soil is poor. We suggest that phytolith residence time should be seen as a gradient. Such a continuum is explained by different phytolith sizes, types and chemistry, which will also have contrasting PhytOC. Our estimation of C sequestration as PhytOC each year (11–190 Tg C yr−1) represents between < 1% and 13% of the C that could be sequestered globally in soils (estimated at 1400 Tg C yr−1). We conclude that (1) more research is needed to improve our understanding of the formation and fate of PhytOC in terrestrial ecosystems and (2) it would be unwise to put our faith in PhytOC sequestration or other related methodologies to “solve” the climate crisis.
Differences and common ground in the frameworks of health-related quality of life in traditional Chinese medicine and modern medicine: a systematic review
Authors: Ding Yifan , Mao Zhuxin , Luo Nan , Yang Zhihao , Busschbach Jan 
Published: May 2024

Abstract
Purpose
This systematic review aims to explore the conceptualization of health-related quality of life (HRQoL) in China. With HRQoL influenced by both modern medicine (MM) and traditional Chinese medicine (TCM), the study seeks to identify differences and common ground between the frameworks of MM and TCM as defined in the literature.

Method
A systematic literature search was conducted across three Chinese databases and four English databases. The data was extracted including title, author(s), publication year, region, aim, method, category, and result. When sorting data, we broke down the HRQoL frameworks into concepts, domains and facets, with a focus on overlapped facets between the frameworks of MM and TCM.

Results
A total of 31 studies were included. In the perspective of TCM, HRQoL is centered around three key 'concepts': (1) 'xingshentongyi' (unity of body and spirit), (2) 'tianrenheyi' (harmony between man and nature), and (3) 'qiqing' (seven emotional forms). In contrast, the MM framework comprises 'physical,' 'mental,' 'social,' and 'environment' domains. Out of the 59 unique facets identified, 28 are common to both TCM and MM, 9 specific to TCM, and 22 specific to MM. 'Appetite,' 'sleep,' and 'energy' are the most frequently mentioned facets in both frameworks.

Conclusion
The concept of HRQoL in China encompasses frameworks rooted in both TCM and MM. While TCM and MM have distinct healthcare approaches, they share overlapping domains when measuring HRQoL through questionnaires. Furthermore, TCM and MM demonstrate considerable convergence in terms of HRQoL facets, showing the potential for utilizing HRQoL instruments across different cultural settings.
Linking biases and paradoxes in the family entrepreneurship context: an integrative framework for future research
Authors: Kastanakis Minas N. , Kampouri Katerina , Linder Christian , Christofi Michael , De Massis Alfredo 
Published: May 2024

Abstract
Biases and paradoxes are inherently context-dependent phenomena, as they are influenced by various contextual factors that can either magnify or diminish their prominence. In the realm of family entrepreneurship, these contextual intricacies are particularly pronounced due to the confluence of family life, family values, and family and business objectives. Nonetheless, the literature on family entrepreneurship has largely neglected exploration of whether the biases exhibited by family entrepreneurs are intricately linked to, stem from, and predict paradoxes. In this research, we gather, assess, and synthesize current literature to uncover whether and how biases of family entrepreneurs are linked with paradoxes—unique in the family entrepreneurship context—and how they affect behavior in family businesses. Our main contribution lies in the construction of an encompassing framework informed by the lens of value heterogeneity. This integrative framework aims to guide future research and hence to push research on the link between biases and paradoxes of family entrepreneurs further.
The Observer Concept in Science as a Basis for Its Further Curricular Application Within the Discipline-Culture Paradigm
Authors: Galili Igal 
Published: May 2024

AbstractThis study considers the concept of observer-the fundamental concept axial for fundamental physical theories. The history of the observer concept in physics is reviewed and summarized. In the following, the observer concept is considered with regard to science education where scientific concepts should reflect their status in science. This parallelism between science and education is epistemological and dynamic. The examination of the school curriculum reveals invalid correspondence in the case of the observer. The curriculum often presents the observer when addressing the Galileo principle of relativity, while frequently missing relativity of motion in presenting natural phenomena. Multiple observers are avoided in dynamics where the modern epistemology—drawing on a “local observer”—introduces non-inertial observers (inertial forces) currently banned in school physics. The article refines the possible curricular changes with respect to dynamics and kinematics which emphasize multiple observers. The suggested curricular changes could provide science learners with a new perspective on physics knowledge within the paradigm of multiple observers—cultural content knowledge of the subject matter.
Immigrant Solidarity Amid the COVID-19 Crisis in Italy: Forms of Help, Intergroup Solidarity, and Recognition
Authors: Artero Maurizio , Ambrosini Maurizio 
Published: May 2024

AbstractItaly was the first Western country to be severely affected by the COVID-19 pandemic. Within it, immigrants have played an important role as essential workers and throughout solidarity initiatives. The present article is based on 64 in-depth interviews with immigrants who engaged in solidarity actions directed toward the immigrant population and the host society during the COVID-19 pandemic. Analytically, it emerged that through solidaristic initiatives, immigrants articulated what we called ‘claims of recognition.’ Recognition here is considered in both its individual form, as interpersonal acceptance and esteem for single immigrants, and its collective form, as the social regard of immigrant groups as constituents of Italian society. Despite being perhaps 'elementary,' these claims aim to fight forms of both non-recognition and mis-recognition that are pervasive in Italy and aim to transform the symbolic 'fabric' of this country.
How selective antagonists and genetic modification have helped characterise the expression and functions of vascular P2Y receptors
Authors: Dales Markie O. , Drummond Robert M. , Kennedy Charles 
Published: May 2024

AbstractVascular P2Y receptors mediate many effects, but the role of individual subtypes is often unclear. Here we discuss how subtype-selective antagonists and receptor knockout/knockdown have helped identify these roles in numerous species and vessels. P2Y1 receptor-mediated vasoconstriction and endothelium-dependent vasodilation have been characterised using the selective antagonists, MRS2179 and MRS2216, whilst AR-C118925XX, a P2Y2 receptor antagonist, reduced endothelium-dependent relaxation, and signalling evoked by UTP or fluid shear stress. P2Y2 receptor knockdown reduced endothelial signalling and endothelial P2Y2 receptor knockout produced hypertensive mice and abolished vasodilation elicited by an increase in flow. UTP-evoked vasoconstriction was also blocked by AR-C118925XX, but the effects of P2Y2 receptor knockout were complex. No P2Y4 receptor antagonists are available and P2Y4 knockout did not affect the vascular actions of UTP and UDP. The P2Y6 receptor antagonist, MRS2578, identified endothelial P2Y6 receptors mediating vasodilation, but receptor knockout had complex effects. MRS2578 also inhibited, and P2Y6 knockout abolished, contractions evoked by UDP. P2Y6 receptors contribute to the myogenic tone induced by a stepped increase in vascular perfusion pressure and possibly to the development of atherosclerosis. The P2Y11 receptor antagonists, NF157 and NF340, inhibited ATP-evoked signalling in human endothelial cells. Vasoconstriction mediated by P2Y12/P2Y13 and P2Y14 receptors was characterised using the antagonists, cangrelor, ticagrelor, AR-C67085 and MRS2211 or PPTN respectively. This has yet to be backed up by receptor knockout experiments. Thus, subtype-selective antagonists and receptor knockout/knockdown have helped identify which P2Y subtypes are functionally expressed in vascular smooth muscle and endothelial cells and the effects that they mediate.