bluuebunny/crossref_metadata_2025_split huggingface dataset:
A predatory mite as potential biological control agent of Bemisia tabaci on tomato plants
Authors: Cardoso André C. , Marcossi Ítalo , Fonseca Morgana M. , Kalile Milena O. , Francesco Leonardo S. , Pallini Angelo , Groot Thomas V. M. , Janssen Arne 
Published: July 2024

AbstractSeveral natural enemies are known as predators of the whitefly Bemisia tabaci, which is one of the most invasive pests worldwide and has developed high resistance to pesticides. However, biological control of this pest on tomato is often difficult because the plant’s glandular trichomes release substances that are toxic to arthropods and hinder the foraging of natural enemies. Therefore, adaptation of natural enemies to this crop is one of the selection criteria for potential biocontrol agents. We collected predatory mites from wild and feral tomato plants and found the species Amblyseius herbicolus and A. tamatavensis. Whereas the latter is known to feed on B. tabaci eggs, we investigated the ability of A. herbicolus to develop and reproduce when feeding on this prey stage, and assessed whether both species can feed and develop on B. tabaci crawlers. To verify the adaptation of these predators to tomato, we assessed their ability to disperse on tomato plants and their establishment on clean tomato plants with pollen as an alternative food. Finally, we evaluated whether the predators were effective in controlling B. tabaci on tomato plants with different pollen dosages as alternative food. We show that both predators fed and reproduced on B. tabaci immatures. A. herbicolus established and dispersed better on tomato plants supplemented with cattail pollen than A. tamatavensis and only A. herbicolus was able to control B. tabaci in two population dynamics experiments. Our results suggest that A. herbicolus is better adapted to tomato than A. tamatavensis and may therefore be a promising biocontrol agent on tomato.
A review of the effect of fertilization on the wood properties of Pinus trees
Authors: Akello S. , du Toit B. , Balboni B. M. , Wessels C. B. 
Published: July 2024

AbstractThe use of intensive silviculture to increase forest productivity in commercial plantations will undoubtedly persist into the future. This review synthesizes and analyses studies that have investigated the influence of fertilization on density, microfibril angle (MFA), and modulus of elasticity (MOE) of different Pinus species under intensive management. It was found that in general, ring width or growth rate demonstrated a negative correlation with density, and a positive relationship with MFA. Also, the relationship between growth rate and density and MFA were age specific and often non-significant at the whole stem level. Earlywood and latewood were influenced differently by fertilization: Earlywood width and density increased while in latewood, width stayed constant but density decreased. This resulted in a decrease in within-ring heterogeneity of density and density-related properties. Since latewood generally contributed more to whole-ring density, the net effect was that whole-ring wood density of pines mostly decreased with fertilization. Given that fertilization often resulted in a decrease in wood density and an increase in MFA, MOE decreased with fertilization. Most fertilization-wood-property studies on Pinus involved nitrogen and phosphorus fertilizers with differing quantity and ratios. Results suggest that nitrogen may cause the greatest change in wood growth and properties. An important question that was often unanswered in research, was whether the effect of specific fertilization treatments on wood properties were purely based on the influence of increased growth or whether there were direct influences not explained by growth. Also, despite potassium being an important elemental component of many fertilizers, relatively little work has been done to determine its effect on wood properties.
A preliminary investigation of the small rockfall triggering conditions along a road network in Slovenia
Authors: Šegina Ela , Jemec Auflič Mateja , Mikoš Matjaž , Bezak Nejc 
Published: July 2024

Abstract
Rockfalls are among the natural hazards that endanger infrastructure, cause major economic disruptions, and threaten human lives. These phenomena result from long-term geological processes such as tectonic rock deformation or weathering, but the actual rockfall itself occurs suddenly, usually without warning. The triggering mechanisms are complex and difficult to trace. In this study, we investigated the triggering mechanisms of more than 2100 small rockfalls that occurred in 2021 in Slovenia, Europe, along the 51,000 km long national road network. We analyzed their spatial and temporal characteristics, as well as the triggering mechanisms of their occurrence, based on different weather scenarios. Multiple data mining methods were used to investigate triggering conditions, and scenario analyses were used to understand the triggering mechanisms. Most small rockfalls in 2021 were recorded in winter and spring at a density of 1 rockfall per 10 km2. The results show that winter weather conditions have the greatest potential for triggering small rockfalls in Slovenia, both in terms of spatial extent and frequency of triggering weather conditions. The analysis showed that summer storms are an important but indeterminant factor for the occurrence of small rockfalls. Among the scenarios tested, the winter scenario, which includes a combination of antecedent precipitation, snowmelt, and freeze‒thaw cycles a few days before the event, was able to predict 72% of the events in the colder season.
Seismic response of irregular RC buildings designed for gravity and seismic loads
Authors: Blasi Gianni , Scarlino Andrea Santo , Chirivì Salvatore , Perrone Daniele , Aiello Maria Antonietta 
Published: July 2024

AbstractIrregular reinforced concrete framed buildings are peculiar and their seismic response is difficult to predict using simplified approaches. The irregularity in structural configuration is characterized by cross-sectional area reduction of the columns along the height, in-elevation and in-plan irregular distribution of the masses, complex floor geometry or floor geometry variation along the height. This study analyses the seismic response of several four-storey buildings with different types of irregularities, namely in-elevation floor height and floor geometry variation. Additionally, responses of both seismically designed and gravity load designed structures are compared for each geometry considered. A numerical model accounting for non-linear flexural and shear response of the structure is developed, aimed at conducting non-linear incremental dynamic analyses. The results are discussed in terms of inter-storey drift, floor acceleration profiles, fragility functions and floor response spectra. A significant influence of the irregularity on floor accelerations and displacements was observed, as well as on the spectral acceleration at collapse, mainly caused by mass and stiffness variation along the height. On the other hand, no significant influence was detected on failure modes.
Role of imaging in third aortic valve implantation: TAV-in-TAV-in-SAV
Authors: Chen Mi , Michel Jonathan M. , Stähli Barbara E. , Tanner Felix C. , Kasel Albert Markus 
Published: July 2024

Abstract
Coronary obstruction remains a primary concern for redo transcatheter aortic valve implantation (TAVI) due to supra-annular leaflets. Hereby, we present two valve-in-valve-in-valve cases, initially incorporating a surgical valve implanted to clarify our concept that the surgical valve serves to safeguard against the coronary ostium obstruction.
Mechanistic and therapeutic perspectives of non-coding RNA-modulated apoptotic signaling in diabetic retinopathy
Authors: Wu Qin , Liu Chunlei , Shu Xiangwen , Duan Lian 
Published: July 2024

AbstractDiabetic retinopathy (DR), a significant and vision-endangering complication associated with diabetes mellitus, constitutes a substantial portion of acquired instances of preventable blindness. The progression of DR appears to prominently feature the loss of retinal cells, encompassing neural retinal cells, pericytes, and endothelial cells. Therefore, mitigating the apoptosis of retinal cells in DR could potentially enhance the therapeutic approach for managing the condition by suppressing retinal vascular leakage. Recent advancements have highlighted the crucial regulatory roles played by non-coding RNAs (ncRNAs) in diverse biological processes. Recent advancements have highlighted that non-coding RNAs (ncRNAs), including microRNAs (miRNAs), circular RNAs (circRNAs), and long non-coding RNAs (lncRNAs), act as central regulators in a wide array of biogenesis and biological functions, exerting control over gene expression associated with histogenesis and cellular differentiation within ocular tissues. Abnormal expression and activity of ncRNAs has been linked to the regulation of diverse cellular functions such as apoptosis, and proliferation. This implies a potential involvement of ncRNAs in the development of DR. Notably, ncRNAs and apoptosis exhibit reciprocal regulatory interactions, jointly influencing the destiny of retinal cells. Consequently, a thorough investigation into the complex relationship between apoptosis and ncRNAs is crucial for developing effective therapeutic and preventative strategies for DR. This review provides a fundamental comprehension of the apoptotic signaling pathways associated with DR. It then delves into the mutual relationship between apoptosis and ncRNAs in the context of DR pathogenesis. This study advances our understanding of the pathophysiology of DR and paves the way for the development of novel therapeutic strategies.
Graphical Abstract
Online Group Psychotherapy: A Systematic Review
Authors: Andrews Katrina , Ross Dyann , Maroney Tenelle L. 
Published: July 2024

Abstract
Introduction
There is a need within counselling and psychotherapy to ensure their ability to respond to endemic presences such as the COVID-19 pandemic, by utilising rapid technological advances without compromising effectiveness. To do so, existing research about online group therapy must be built upon to provide a comprehensive understanding of the efficacious delivery of this therapy modality. Thus, a systematic review was conducted to collate what is currently known in the published and grey literature on online group therapy, using the PRISMA framework. Thirty-three articles were identified as including information regarding facilitating group therapy online. After appraising each article using appropriate quality appraisal tools, a thematic analysis was conducted on the papers, arriving at seven main themes summarising the main findings regarding online versus in-person groups, group planning, counselling micro skills, group processes, ethics, technology, and unique online therapy issues. There is a growing but incomplete body of knowledge that informs the group therapist regarding the ethical delivery of groups online. A more comprehensive review can enable group therapists to feel confident they are across best practice guidelines. Limitations and research implications are considered.
The Relationships Between Metacognitive Beliefs, Executive Functioning, and Psychological Distress in Early Adolescence
Authors: Belte Rebekah G. , De Regt Tamara , Kannis-Dymand Lee , Boyes Amanda , Parker Marcella , Hermens Daniel F. 
Published: July 2024

Abstract
Background
Increased endorsement of metacognitions and poorer executive functioning have been associated with increased adolescent psychological distress. However, it is unknown whether poorer executive functioning strengthens the metacognitions–psychological distress relationship.

Methods
This cross-sectional study investigated unique and interactive contributions of self-reported positive metacognitions (beliefs that repetitive thinking is beneficial), negative metacognitions (beliefs that repetitive thinking is uncontrollable) and an objective test of executive function on self-reported psychological distress in N = 85 Australian adolescents (49% female, 51% male) aged 12–14 years (M = 13.22, SD = 0.45).

Results
Results of the hierarchical regression revealed both positive and negative metacognitions significantly, positively, and strongly predicted psychological distress. Furthermore, poorer executive functioning significantly strengthened the negative metacognitions–psychological distress relationship. These findings indicate that adolescents who endorse beliefs that their repetitive thinking is uncontrollable, dangerous, or helpful are more likely to be psychologically distressed. Furthermore, findings indicate adolescents with poorer inhibition were particularly vulnerable to the impact of negative metacognitions (e.g., repetitive thinking is uncontrollable) on psychological distress. This vulnerability is likely because negative metacognitions are highly intrusive, rendering their activation difficult to ignore.

Conclusions
Overall, findings support the self-regulatory executive function model, indicating metacognitions and executive functioning influence adolescent psychological distress. These findings have practical implications for clinical interventions.
Microplastic loads in Eurasian otter (Lutra lutra) feces—targeting a standardized protocol and first results from an alpine stream, the River Inn
Authors: Nopp-Mayr Ursula , Layendecker Sarah , Sittenthaler Marcia , Philipp Matthias , Kägi Ralf , Weinberger Irene 
Published: July 2024

AbstractMicroplastics (MP) are omnipresent in a wide range of environments, constituting a potential threat for aquatic and terrestrial wildlife. Effects in consumers range from physical injuries to pathological reactions. Due to potential bioaccumulation of MP, predators are of particular concern for MP induced health effects. The Eurasian otter is an apex predator in (semi-)aquatic habitats feeding primarily on fish. Furthermore, the species is classified as “near threatened” on the IUCN Red List. Thus, the Eurasian otter is of conservation concern and may serve as a bioindicator for MP pollution. Feces can be used to detect pollutants, including MP. Initial studies confirmed the presence of MP in otter feces (= spraints). However, as specific, validated protocols targeting at an efficient and standardized extraction of MP from otter spraints are missing, experimental results reported from different groups are challenging to compare. Therefore, we (i) present steps towards a standardized protocol for the extraction of MP from otter feces, (ii) give recommendations for field sample collection of otter spraints, and (iii) provide a user-friendly step-by-step workflow for MP extraction and analysis. Applying this framework to field samples from five study sites along the River Inn (n = 50), we detected MP of different sizes and shapes (ranging from microfibers to road abrasion and tire wear) in all otter spraint samples.
Egocentric Content and the Complex Subject
Authors: Skrzypulec Błażej 
Published: July 2024

AbstractWhile it is commonly observed that visual experiences have an egocentric character, it is less clear how to properly characterize it. This manuscript presents a new argument in favor of a thesis that (a) visual experiences represent a subject-element, i.e., an element to which the perceived objects stand in egocentric relations, and (b) the subject-element is represented as a complex bodily structure. More specifically, it is argued that there are two plausible interpretations of directional perceptual qualities such as ‘being to the left’: (a) representing directional qualities consists in representing objects as having intrinsic properties, or (b) representing directional qualities consists in representing objects as related to parts of the bodily structure. Relying on this observation, it is shown that only the second option can explain the role of directional qualities in action selection based on visual experiences. Consequently, the most plausible interpretation of directional qualities is that, in representing objects as being to the left or right, visual experiences represent objects as being related to parts of the bodily structure.
The Decoherent Arrow of Time and the Entanglement Past Hypothesis
Authors: Al-Khalili Jim , Chen Eddy Keming 
Published: July 2024

AbstractIf an asymmetry in time does not arise from the fundamental dynamical laws of physics, it may be found in special boundary conditions. The argument normally goes that since thermodynamic entropy in the past is lower than in the future according to the Second Law of Thermodynamics, then tracing this back to the time around the Big Bang means the universe must have started off in a state of very low thermodynamic entropy: the Thermodynamic Past Hypothesis. In this paper, we consider another boundary condition that plays a similar role, but for the decoherent arrow of time, i.e. the subsystems of the universe are more mixed in the future than in the past. According to what we call the Entanglement Past Hypothesis, the initial quantum state of the universe had very low entanglement entropy. We clarify the content of the Entanglement Past Hypothesis, compare it with the Thermodynamic Past Hypothesis, and identify some challenges and open questions for future research.
Adopting a Framework for Investigating Mathematics Teachers’ Technology-integrated Classroom Teaching Practice: Structuring Features of Classroom Practice
Authors: Simsek Ali , Clark-Wilson Alison 
Published: July 2024

Abstract
In recent years, there has been a growing effort to deepen our understanding of the complexities and mechanisms involved in integrating technology into mathematics education. This pursuit has led to the emergence of various theoretical frameworks, among which the Structuring Features of Classroom Practice (SFCP) (Ruthven, 2009) stands out. This paper presents a thorough review of the SFCP framework and its fundamental components, with a particular emphasis on its utilisation in examining teachers’ domain-specific classroom practices involving digital technology. Drawing upon data from a recent multiple case study, this paper aims to illustrate the adoption and operationalisation of the SFCP in analysing how secondary mathematics teachers integrate dynamic digital tools into their practices as they teach the mathematical domain of geometric similarity. By contributing to the testing and refinement of the SFCP, this paper advances our comprehension of this innovative yet promising framework. Additionally, it provides a demonstration of its practical application and offers a critical reflection on its utility in exploring teachers’ everyday classroom practices involving technology for teaching specific mathematical concepts.
Cryopreservation of vegetative thalli of Ulva species
Authors: Simon Clara , Fort Antoine , Sulpice Ronan 
Published: July 2024

AbstractSea lettuce (Ulva) is a genus of green macroalgae present along all the coasts of the world's oceans. It represents about 100 species with diverse habitats. Inter- and intra-species natural variation is very large, both in terms of growth characteristics and biomass biochemical composition. As a result, Ulva biomass has a wide range of applications and strain selection can achieve significant increases in yield(s). Establishing solid, long term and cost-effective methodologies for the conservation of Ulva genetic diversity is then required to safeguard and reuse selected strains. Here, we report a cryopreservation-based protocol for the long-term preservation of foliose Ulva strains. Strains from seven different Ulva species were cryopreserved for 15 and/or 120 days in liquid nitrogen, and of the 3 replicates cryopreserved, at least one survived, allowing us to successfully recover all strains. On average, among all specimen cryo-preserved, 82% of them survived and grew post cryo-preservation.
Density and surface tension of liquid Al, V and their binary alloys measured by electromagnetic levitation
Authors: Reiplinger B. , Seimiya Y. , Brillo J. , Ozawa S. 
Published: July 2024

AbstractBoth density and surface tension were systematically investigated over a wide temperature and compositional range for the liquid Al–V alloy system. The thermophysical properties were measured in an electromagnetic levitation device. A linear decrease in surface tension and density with increasing temperature was observed for every alloy composition investigated. Additionally, a decrease in density and surface tension was observed for increasing aluminum content among the different probed samples. This decrease is, a strong deviation from an ideal mixing behavior which was experienced for both properties. Different models, including variants of the well-established Butler model, were employed to better describe the compositional dependence of density and surface tension in the liquid Al–V system. The advantages and disadvantages were discussed for each model describing the measured thermophysical property data. Strong similarities were observed when comparing the mixing behavior and segregation effects of the investigated Al–V system with already established works for the liquid Al–Ti system. The results suggest that both vanadium and titanium show similar mixing behavior when alloyed with aluminum.
Happiness in urban environments: what we know and don’t know yet
Authors: Samavati Sahar , Veenhoven Ruut 
Published: July 2024

AbstractThere is no consensus on what makes for a livable urban environment. This requires empirical assessment of the relationship between urban characteristics and the happiness of residents. We took stock of the available research findings, using the World Database of Happiness; 445 findings are considered, from 20 nations over the years 1975–2022. We considered 3 aspects of the urban environment, 1) objectively assessed characteristics, 2) subjective perception of urban characteristics and 3) satisfaction with urban characteristics. Urbanites tend to be happier in places characterized by the following objectively assessed features: a) access to local green/nature, b) access to cultural facilities and leisure amenities, c) access to healthcare, d) access to public goods such as access to sewage and water supply and e) access to public spaces. On the other hand, residents tend to be less happy the closer they live to f) shops, g) public transportation hubs and h) the city center. Subjectively perceived environmental characteristics that go with greater happiness are: i) amenities, j) public goods in vicinity k) playground and sport facilities, while l) perceived air pollution is negatively linked to happiness. Residents were found to be happier the more satisfied they are with m) connectivity and local transport, n) local recreation o) water quality and the, p) environment as-a-whole. Correlations with objectively assessed characteristics. with the urban environment are smaller than with subjective perceptions of the same and differ in direction for living close to q) shops and r) public transportation hubs. While objective closeness to these amenities relates negatively to happiness, subjectively perceived availability and satisfaction with these amenities relates positively to happiness. Most of the available findings are of a cross-sectional nature and do not inform us about cause and effect. This strand of research is still in its infancy. By lack of a sound evidence base, claims about livability of urban settings will remain a matter of subjective hunches and sales-talk.