bluuebunny/crossref_metadata_2025_split huggingface dataset:
Genetic Diversity and Phylogenetic Relationships of Capsicum frutescens in the Asia–Pacific Region: The Pacific Dispersal Route
Authors: Yamamoto Sota , Koeda Sota , Nakano Ryutaro , Sakaguchi Shota , Nagano Atsushi J. , Tanaka Yoshiyuki , Kondo Fumiya , Matsushima Kenichi , Komaki Nobuhiko 
Published: August 2024

AbstractCapsicum peppers are among the oldest domesticated crops in the Americas. Columbus introduced them to Europe, from where they spread to the Far East via Africa, South Asia, and Southeast Asia. However, the details of how Capsicum peppers were introduced into the Asia–Pacific region and their subsequent dispersal remain unknown. Therefore, we investigated the genetic diversity and relationships of Capsicum frutescens in the Asia–Pacific region through restriction site-associated DNA sequencing (RAD-seq) and the sequencing of a variable chloroplast genome locus. The RAD-seq analysis showed that three accessions from Japan are most closely related to those from the Americas and Micronesia, and are distant from most of those from islands and continental Southeast Asia. Although C. frutescens has two chloroplast haplotypes (T and TC), only the T type was found in the Americas and Japan, whereas both types were distributed in other regions. Therefore, we postulate that some C. frutescens accessions were introduced into the Asia–Pacific region from the Americas via the Pacific dispersal route, whereas only the T type was introduced into Japan. Evidence for this Pacific dispersal route of C. frutescens could lead to a reconsideration of the dispersal routes of other crops native to the Americas.
Sustainability: implications for career development
Authors: McMahon Mary , Knight Elizabeth 
Published: August 2024

AbstractSustainability, a focus of attention in many contexts including career development, is a systems problem. Systems thinking is essential to consider, and find solutions to, sustainability. Career development’s responses to issues such as poverty, gender inequality, and environmental issues can be underpinned by social justice. This article considers the question “What are the implications of the sustainable development agenda for career development?” to enhance understanding of the UN Sustainable Development Goals (SDGs) and foster awareness of the relationship between career development and sustainability. Social justice and systems thinking are proposed as lenses for engaging with sustainability.
Impact of Perceived Barriers of Electronic Health Information Exchange on Physician’s Use of EHR: A Normalisation Process Theory Approach
Authors: Sengupta Avijit , Mukherjee Anik , VanderMeer Debra 
Published: August 2024

AbstractDigitizing healthcare is a major aim of healthcare policy, with efforts aimed at increasing adoption of electronic health records (EHRs). We study the capability use for EHRs through the lens of normalisation process theory to assess whether these barriers to adoption also remain barriers to sustained use. We focus on health information exchange (HIE), which is one of the most challenging capabilities identified in the literature. We analyse the National Electronic Health Records Survey data, in which physicians were asked whether known HIE adoption barriers remain in place, and how frequently they use HIE capabilities. Though we expect that adoption barriers reported to be less problematic will be associated with greater capability use, we found that adoption barriers perceived to be more (less) problematic were not necessarily those that predicted less (greater) capability use. This study contributes through a critical examination of the process of normalization of EHR capabilities.
Relation of Family Economic Pressure and Racial Stress with Sleep Disturbance among African American College Students: Moderating Effects of Kin Social Support
Authors: Taylor Ronald D. , Olaniyan Motunrayo , Gebre Azeb , Bangasser Debra 
Published: August 2024

AbstractThe investigation examined whether kin social support moderated the association of family economic pressure and race-related stress with sleep disturbance among African American college students. The study is grounded in two theoretical models including the Integrative Model for the Study of Developmental Competence in Minority Children (IM) and the Family Stress Model (FSM), which predict that economic and race-related stress are linked to well-being in families and that the effects of stressful experiences may be moderated by kin social support. Hypotheses were assessed with online questionnaires administered to 152 African American college students (83% female, Mage = 21.7, SDage = 4.6). Economic pressure and race-related stress were significantly associated with sleep disturbance. Interference effects of kin support were evident and revealed that the positive relations of family economic pressure and race-related stress with sleep disturbance were less apparent with increases in kin support. Findings suggest that kinship ties are complex relations with costs and benefits that African American students must manage as they cope with stressful experiences in college.
Barrier Lyapunov Function-based Backstepping Controller Design for Path Tracking of Autonomous Vehicles
Authors: Hosseinnajad Alireza , Mohajer Navid , Nahavandi Saeid 
Published: August 2024

AbstractThis research proposes a novel BLF-based backstepping controller for path tracking of Autonomous Vehicles (AVs) with unknown dynamics and unmeasurable states. The proposed framework includes: (1) forming geometric-dynamic model of the vehicle by combining the dynamics of the vehicle with the kinematics of the visual measurement system, (2) designing a fixed-time Extended-State Observer (ESO) to estimate the unknown dynamics and unmeasurable states, and (3) introducing a BLF-based controller for faster response and more accurate path tracking compared to previous BLF-based controllers. Besides the novelty of the BLF-based controller, by transforming the closed-loop error dynamics into a unified proportional-derivative (PD)-type structure, an intuitive criterion is proposed to provide a systematic procedure for comparing BLF-based controllers. A combined BLF is further proposed based on this performance criterion to eliminate the sensitivity of BLF-based controllers to the magnitude of the constraint. The stability analysis is performed for the fixed-time ESO and the closed-loop control system. MATLAB/CarSim co-simulation is conducted to evaluate the performance of the proposed control system. The outcomes of the work show that the closed-loop control system is exponentially stable. In addition, it can provide a faster response and result in more accurate path tracking compared to previous BLF-based control systems.
Celebrating the “Invisible”: The Role of Organizational Diversity Approaches on Attracting and Retaining LGBTQ + Talent
Authors: Mor Kshitij , Gündemir Seval , van der Toorn Jojanneke 
Published: August 2024

AbstractOrganizations vary in diversity approaches. Some recognize and celebrate group differences (identity consciousness), while others deem these differences unimportant and deemphasize them (identity blindness). Research on diversity approaches’ impact on workplace perceptions and experiences of marginalized groups has grown but focuses mainly on “visible” groups (e.g., racial minorities, women) while largely overlooking the potential impact on “invisible” groups (e.g., LGBTQ + individuals). Integrating the diversity approaches paradigm with signaling and identity safety theory, this research addresses this oversight. Three pre-registered studies (Ntotal = 1318) investigate whether LGBTQ + individuals prefer identity-conscious organizations for employment because they perceive this approach as a signal of safety and acceptance for their identity. Findings reveal that identity consciousness (vs. identity blindness) is associated with increased attraction towards organizations among prospective (Studies 1 and 2) and lower turnover intentions among incumbent (Study 3) LGBTQ + workers. Identity safety (measured through employees’ sense of authenticity, belonging, and justice) mediates these relationships. Exploratory analyses indicate that, compared to their cisgender counterparts, transgender participants generally report more negative workplace experiences and expectations (Studies 1–3). Furthermore, there is suggestive evidence that transgender individuals who publicly disclose their identity may exhibit an even more positive response towards diversity-conscious organizations. We discuss the implications of these findings and conclude that identity consciousness signals and creates an identity-safe working environment for LGBTQ + individuals, improves their workplace experiences, and enhances organizations’ ability to attract and retain LGBTQ + talent.
Thermal stability, preformulation, and kinetic degradation studies for gestrinone
Authors: Ridichie Amalia , Bengescu Cosmina , Ledeţi Adriana , Rusu Gerlinde , Bertici Răzvan , Vlase Titus , Vlase Gabriela , Peter Francisc , Ledeţi Ionuţ , Rădulescu Matilda 
Published: August 2024

AbstractGestrinone is an active pharmaceutical ingredient used in the treatment of endometriosis as capsules, with ongoing evaluation for intravaginal administration, while also having been studied for its potential antitumoral effects. The purpose of this study was to determine the compatibility of gestrinone with four excipients used in the development of solid pharmaceutical formulations (α-lactose monohydrate, magnesium stearate, starch, and talc) and to obtain a fully characterized thermoanalytical profile of gestrinone with the help of kinetic analysis. Preformulation studies were carried out on 1:1 mass/mass binary mixtures between gestrinone and each excipient by instrumental screening under ambient conditions using ATR-FTIR spectroscopy investigations, and later by studying the effect of thermal treatment over the samples (TG/DTG/DSC). The obtained results suggest that under ambient conditions, no chemical interactions take place between the active pharmaceutical ingredient and selected excipients, whereas under thermal stress incompatibilities are observed in all systems. The mechanism of decomposition was preliminary evaluated by the ASTM E698 and later completed by the isoconversional methods of Friedman, Kissinger–Akahira–Sunose, and Flynn–Wall–Ozawa, which suggest similar mean activation energies. The mechanism of decomposition was elucidated in the last part of the study, by employing the modified NPK method. This method suggests that gestrinone is thermally degraded by the contribution of two individual processes, both consisting of superimposed physical transformations and chemical degradations.
Landscape structure influences the spatial distribution of urban bird attractiveness
Authors: Suarez-Castro Andres F. , Oh Rachel R. Y. , Tulloch Ayesha I. T. , Bonn Aletta , Fuller Richard A. , Rhodes Jonathan R. 
Published: August 2024

AbstractContextLandscape change affects biological diversity and the distribution of species traits related to spiritual, educational, and recreational benefits people derive from nature. These traits are associated with color, song and behavioral characteristics that influence people's perceptions of how attractive an assemblage is. However, the environmental variables that affect the spatial distribution of traits related to the attractiveness of biological diversity remain unexplored.ObjectivesWe tested how landscape structure influences patterns of perceived bird attractiveness (trait diversity associated with colorfulness, behavioral and song categories) across an urbanization gradient.MethodsWe used data from standardized surveys of birds and landscapes within 42 landscape units of 1km2across the city of Brisbane in eastern Australia. We used structural equation modeling to test effects of landscape composition (built infrastructure, percentage of tree cover) and landscape configuration (fragmentation of tree cover) on mean bird community attractiveness. Relationships between individual traits and landscape structure were analyzed using multinomial logistic regression models.ResultsOur analysis across 82 bird species shows that the relative amount of built infrastructure in a landscape interacts with fragmentation to reduce the overall attractiveness of the landscape’s bird assemblage. However, built areas can exhibit high overall bird attractiveness where there is (1) reduced fragmentation and (2) increased diversity of vegetation structure that provides key habitats for many colorful species with a high diversity of calls. Relationships between bird attractiveness and landscape structure change when they are analyzed at the guild level (insectivores vs frugivores/nectarivores). In addition, body size moderates the effects of landscape structure on song complexity, personality, and color.ConclusionsSmall bodied, colorful and melodious species are negatively affected by built infrastructure and fragmentation. By learning how habitat loss and fragmentation affect the distribution of species-rich, attractive bird assemblages, our findings can inform how urban landscapes might be structured to increase people’s connection with nature.
An Interpretable Multi-Model Machine Learning Approach for Spatial Mapping of Deep-Sea Polymetallic Nodule Occurrences
Authors: Gazis Iason-Zois , Charlet Francois , Greinert Jens 
Published: August 2024

AbstractHigh-resolution mapping of deep-sea polymetallic nodules is needed (a) to understand the reasons behind their patchy distribution, (b) to associate nodule coverage with benthic fauna occurrences, and (c) to enable an accurate resource estimation and mining path planning. This study used an autonomous underwater vehicle to map 37 km2 of a geomorphologically complex site in the Eastern Clarion–Clipperton Fracture Zone. A multibeam echosounder system (MBES) at 400 kHz and a side scan sonar at 230 kHz were used to investigate the nodule backscatter response. More than 30,000 seafloor images were analyzed to obtain the nodule coverage and train five machine learning (ML) algorithms: generalized linear models, generalized additive models, support vector machines, random forests (RFs) and neural networks (NNs). All models ML yielded similar maps of nodule coverage with differences occurring in the range of predicted values, particularly at parts with irregular topography. RFs had the best fit and NNs had the worst spatial transferability. Attention was given to the interpretability of model outputs using variable importance ranking across all models, partial dependence plots and domain knowledge. The nodule coverage is higher on relatively flat seafloor ( < 3°) with eastward-facing slopes. The most important predictor was the MBES backscatter, particularly from incident angles between 25 and 55°. Bathymetry, slope, and slope orientation were important geomorphological predictors. For the first time, at a water depth of 4500 m, orthophoto-mosaics and image-derived digital elevation models with 2-mm and 5-mm spatial resolutions supported the geomorphological analysis, interpretation of polymetallic nodules occurrences, and backscatter response.
Disasters and technological upgrading measured by changes in demand for ICT labour: estimating the impacts with text
Authors: Campos-González Jorge 
Published: August 2024

Abstract
Extensive literature has studied the economic impact of disasters. However, specific impacts on labour markets have received less attention. Using a massive earthquake (> 8.0 Mw) that struck Chile in 2010 and proprietary data from a Chilean online job board (4136 job postings published between 2008 and 2012), we examine changes in demand for Information and Communications Technologies, ICT, related labour as a proxy for technological upgrading, by assuming that ICT and related technologies drive much of the technical change in production. We implement a structural topic model to discover and estimate the difference in the prevalence of ICT and Construction labour, among others. Our results show that ICT labour does not change. In contrast, Construction labour significantly differed after the disaster, suggesting that reconstruction activities led to employment differences. Our results suggest that there was no substantive technological replacement following the earthquake.
Development of a New Dry Powder Aerosol Synthetic Lung Surfactant Product for Neonatal Respiratory Distress Syndrome (RDS) – Part I: In Vitro Testing and Characterization
Authors: Momin Mohammad A. M. , Farkas Dale , Hindle Michael , Hall Felicia , DiBlasi Robert M , Longest Worth 
Published: August 2024

Abstract
Purpose
Improving the deep lung delivery of aerosol surfactant therapy (AST) with a dry powder formulation may enable significant reductions in dose while providing improved efficacy. The objective of Part I of this two-part study was to present the development of a new dry powder aerosol synthetic lung surfactant (SLS) product and to characterize performance based on aerosol formation and realistic in vitro airway testing leading to aerosol delivery recommendations for subsequent in vivo animal model experiments.

Methods
A new micrometer-sized SLS excipient enhanced growth (EEG) dry powder formulation was produced via spray drying and aerosolized using a positive-pressure air-jet dry powder inhaler (DPI) intended for aerosol delivery directly to intubated infants with respiratory distress syndrome (RDS) or infant-size test animals.

Results
The best-case design (D2) of the air-jet DPI was capable of high emitted dose (> 80% of loaded) and formed a < 2 µm mass median aerodynamic diameter (MMAD) aerosol, but was limited to ≤ 20 mg mass loadings. Testing with a realistic in vitro rabbit model indicated that over half of the loaded dose could penetrate into the lower lung regions. Using the characterization data, a dose delivery protocol was designed in which a 60 mg total loaded dose would be administered and deliver an approximate lung dose of 14.7–17.7 mg phospholipids/kg with a total aerosol delivery period < 5 min.

Conclusions
A high-efficiency aerosol SLS product was designed and tested that may enable an order of magnitude reduction in administered phospholipid dose, and provide rapid aerosol administration to infants with RDS.
A qualitative exploration of the impact of a hospital electronic prescribing and medicines administration (HEPMA) protocol on junior doctor confidence and competence to prescribe end-of-life care medicines
Authors: McLean Ewan , McLean Amanda , Bennie Marion 
Published: August 2024

Abstract
Background
With hospital electronic prescribing and medicines administration (HEPMA) systems now in widespread use across hospital inpatient clinical services, work is underway to measure the benefits of HEPMA on healthcare systems and patient care. HEPMA functionality enables users to prescribe medicines by ‘bundle’ or ‘protocol’. Although it is assumed that this is a significant system benefit, there are few qualitative studies supporting this conclusion.

Aim
To explore the impact of an electronic anticipatory care medicines protocol on junior doctor perceptions of their confidence and competence to prescribe opioids and midazolam for patients at the end of life.

Method
Between May and August 2022, one-to-one semi-structured interviews were conducted at a 570-bed District General Hospital with junior doctors who had experience of prescribing on both HEPMA and paper-based systems. Audio recordings of the interviews were transcribed verbatim and underwent thematic analysis.

Results
Ten junior doctors participated (median age 23 years). Analysis generated five main themes that described perceptions and attitudes towards confidence and competence. These were prescribing safety benefits; information technology infrastructure, interoperability and system design concerns; clinical knowledge and training needs; cultural and social factors and risks of automation in prescribing.

Conclusion
This study suggests that junior doctors experienced an overall increase in their confidence and perceived competence to prescribe anticipatory medicines post-implementation of a HEPMA protocol. Further studies are required to detail the impact of HEPMA/CPOE protocols on clinical practice.
Impacts of cyanobacteria-dominated biological soil crusts on seedling emergence and fate: an in situ experiment
Authors: Zaplata Markus K. , Schümberg Sabine , Kidron Giora J. , Ramm Jessica , Veste Maik 
Published: August 2024

Abstract
Background and aims
Biological soil crusts (BSCs) co-occur with vascular plants in many ecosystems. Nevertheless, little is known regarding the interaction among BSCs and vascular plants, and no standard methods exist aiming to evaluate BSC–plant interactions. While some reports emphasized the inhibition effect of BSCs on germination, others reported the opposite or did not find any differences between germination under crusted and non-crusted conditions. Contradictory findings were also reported regarding the BSC effects on vascular plants after germination, with some reports claiming that BSCs promote growth, while others claim the opposite.

Methods
By a seed addition experiment (using light and heavy seeds of three species belonging to the Fabaceae family) in an early-successional system in Germany, we tested in situ the emergence of seedlings under variable surface conditions (cyanobacterial crust, disturbed and removed crust), and quantified crust-plant interactions (survival, flowering) during and following seedling emergence.

Results
In comparison to an average of 8% of the light Lotus corniculatus and 20% of the light Ornithopus sativus that emerged through the cyanobacterial BSC, 76% of the heavy Glycine max emerged. Once emerged, the crust did not significantly affect the survival, growth, biomass, or flowering of G. max, whereas many of the seedlings from lightweight seeds dried up soon after emergence. The thickness of the cyanobacterial biocrust had no influence on Fabaceae emergence.

Conclusion
The cyanobacterial BSC acted as a filter that hindered the emergence of the lightweight seeds.
Biochar alters maize growth, mycorrhizal associations and fall armyworm performance
Authors: Rivera-García José Alfredo , Díaz Tsiri , Contreras-Cornejo Hexon Ángel , Larsen John , González-Esquivel Carlos Ernesto , López-Pérez Luis , Barreto-Barriga Ornella , Ortiz-Salgado David Alfonso , Real-Santillán Raúl Omar 
Published: August 2024

Abstract
Background and aims
Biochar is a carbon source employed to improve soil properties, promoting plant health and nutrition in agroecosystems. Root associated microorganisms such as arbuscular mycorrhizal fungi (AMF) are also used as bioinoculants in combination with biochar to provide eco-friendly alternatives for crop production under unfavorable growth conditions. However, information on the effects of biochar on multitrophic interactions of plants with herbivorous insects is limited. Therefore, the objective of this work was to evaluate the effect of biochar and arbuscular mycorrhizae on plants and herbivorous insects.

Methods
We established a multifactorial experiment with maize plants, AMF (two strains, Rizhophagus irregularis and a native consortium) and the Fall Armyworm Spodoptera frugiperda with and without soil application of biochar. Variables of biomass, plant nutrition, mycorrhizal colonization and performance of herbivorous insects were measured.

Results
We found that biochar reduced insect herbivory and promoted mycorrhizal association in maize. However, plant growth was reduced. Additionally, AMF increased the weight of fall armyworm larvae.

Conclusion
Our results show that biochar influences maize plant development, AMF, and fall armyworm performance, but did not affect interactions between these below- and above ground components.