bluuebunny/crossref_metadata_2025_split huggingface dataset:
A global database of tsunami deposits
Authors: Ramírez‐Herrera María Teresa , Coca Oswaldo 
Published: August 2024

AbstractGeomorphic environments play a crucial role in influencing the preservation and characteristics of tsunami deposits. This paper introduces a global database of tsunami deposits, encompassing information on deposit locations, thematic data such as geomorphic environments and proxies and bibliographic details. Additionally, the database features maps incorporating environmental parameters and the precise locations of tsunami deposits. The primary utility of this database lies in assessing progress and identifying gaps in knowledge. It also involves analysing the relationship between environmental parameters and interpreting areas with varying probabilities of tsunami deposit preservation. The files are readily compatible with GIS software and can seamlessly integrate into spatial databases associated with tsunamis or other hazards. This contributes significantly to disaster risk management, enhancing preparedness and response efforts by providing a comprehensive historical dataset on tsunamis. Future applications of the database include the incorporation of modern deposits, boulders and new data from paleotsunami and historical studies. By enhancing data with thematic information, such as dating techniques and creating timelines, the database facilitates a more comprehensive understanding. The correlation between geomorphic environments and proxies aids in selecting sampling sites and identifying suitable proxies for analysis. Encouraging an open‐access approach, this database invites all interested researchers to include and modify additional information. The information compiled for this database serves multiple purposes: (1) assessing the global distribution of tsunami deposits; (2) identifying knowledge gaps in tsunami deposits; (3) guiding the selection of study areas for further research and finally; (4) enabling a meta‐analysis of the information gathered.
Development of coparenting during the transition to parenthood: Integrating parents’ representations with observed interactions
Authors: Pérez Cortés Francisca , León María José , Philipp Diane 
Published: August 2024

AbstractThe transition to parenthood is a significant period of transformation and adjustment for all members of a new family, reshaping relational dynamics that often endure throughout the initial years of a child's life. This qualitative and longitudinal study aimed to explore coparenting representations held by both partners in a parental couple, along with observations of their family interactions, at three distinct points in time, with the aim to better understand the interaction between these representational and behavioral observations. In‐depth interviews were conducted with 17 heterosexual, first‐time parents in Santiago de Chile, during pregnancy and at two different times during the first year of their child's life. Family interactions were assessed using the Lausanne Trilogue Play task (LTP) on all occasions. Three main coparenting representation categories emerged: traditional, ambiguous, and co‐responsible. On observation, approximately half of the couples showed cooperative coparenting interactions, while the other half had conflictual interactions. Couples generally followed stable trajectories over time. Cooperative couples demonstrated co‐responsibility and open dialogue, while conflictual couples tended to follow traditional gender roles with tacit communication styles. This study highlights the importance of promoting co‐responsibility and dialogue for fostering cooperative relational dynamics during the critical transition to parenthood.
Emotion regulation difficulties and differences in autism including demand‐avoidant presentations—A clinical review of research and models, and a proposed conceptual formulation: Neural‐preferencing locus of control (NP‐LOC)
Authors: Greaves Nicky 
Published: August 2024

AbstractEmotion regulation (ER) difficulties and differences in autism are well documented in both research and clinical literature, negatively impacting well‐being for autistic young people. Emotion dysregulation can significantly decrease access to opportunities to learn life skills and increase the risk of mental health problems in adulthood. This situation intensifies with more extreme demand avoidant presentations. Efforts to increase understanding in this area have therefore been the subject of much attention with conceptual models created to explore possible underlying mechanisms and guide interventions. This clinical review explores the ER literature and conceptual models in autism and offers a formulation—Neural Preferencing Locus of Control (NP‐LOC). NP‐LOC aims to build on existing theory, research and conceptual models by offering different perspectives in ER through a cognitive, developmental formulation related to the core features of autism—in particular, the impact of a strong need to follow preferred agendas and routines, differences in social understanding related to daily demands, and difficulties accessing social support systems—and how these factors relate to perceived safety and control needed for daily functioning. The role of social understanding as a mediating factor in ER and the implications for intervention in autism are discussed, especially for demand avoidant presentations.
R2 should not be used to describe behavioral‐economic discounting and demand models
Authors: Gelino Brett W. , Strickland Justin C. , Johnson Matthew W. 
Published: August 2024

AbstractLiterature concerning operant behavioral economics shows a strong preference for the coefficient of determination (R2) metric to (a) describe how well an applied model accounts for variance and (b) depict the quality of collected data. Yet R2 is incompatible with nonlinear modeling. In this report, we provide an updated discussion of the concerns with R2. We first review recent articles that have been published in the Journal of the Experimental Analysis of Behavior that employ nonlinear models, noting recent trends in goodness‐of‐fit reporting, including the continued reliance on R2. We then examine the tendency for these metrics to bias against linear‐like patterns via a positive correlation between goodness of fit and the primary outputs of behavioral‐economic modeling. Mathematically, R2 is systematically more stringent for lower values for discounting parameters (e.g., k) in discounting studies and lower values for the elasticity parameter (α) in demand analysis. The study results suggest there may be heterogeneity in how this bias emerges in data sets of varied composition and origin. There are limitations when using any goodness‐of‐fit measure to assess the systematic nature of data in behavioral‐economic studies, and to address those we recommend the use of algorithms that test fundamental expectations of the data.
Positive Trends in Racial Disparities for Head and Neck Microvascular Reconstructive Surgery
Authors: Brauer Philip R. , Culbert August A. , Zhang Emily , Xu James R. , Ku Jamie A. , Bottalico Danielle M. , Ciolek Peter J. , Genther Dane J. , Fritz Michael A. , Liu Sara W. , Prendes Brandon L. , Lamarre Eric D. 
Published: August 2024

ObjectiveTo evaluate national trends in racial disparities for patients undergoing head and neck reconstructive surgery.MethodsRetrospective analysis using the 2008 to 2021 American College of Surgeons National Surgical Quality Improvement Program database. Patients receiving microvascular free tissue transfer were eligible for inclusion. Pediatric patients and those treated by non‐otolaryngologists were excluded. Outcomes were analyzed with univariate and multivariable models.ResultsA total of 5831 head and neck free flap cases were analyzed, 4869 (83.5%) were White, 560 (9.6%) were Black or African American, and 402 (6.9%) were Asian, Native American, or other groups (ANAOG). The proportion of Black or African American patients and ANAOG patients undergoing free tissue transfer increased significantly over the time period (p = 0.047 and p = 0.010, respectively). However, there was a downtrend that started around 2017. In a multivariable model, Black or African American race was not associated with readmission (OR = 0.99 [95% CI 0.74, 1.31], p > 0.05), returning to the operating room (OR = 1.20 [95% CI 0.96, 1.49], p > 0.05), or any post‐operative complication (OR = 0.83 [95% CI 0.68, 1.01], p > 0.05). There were also no significant associations found in the ANAOG population on multivariate analysis (p > 0.05 for all).ConclusionThe percentage of free tissue transfer performed in patients from minority backgrounds with head and neck cancer has been increasing in the United States. Outcomes after head and neck microvascular reconstruction are similar when stratified by race. However, racial disparities remain and further work is necessary to reduce these disparities.Level of Evidence4 Laryngoscope, 135:635–640, 2025
Solving the Contradiction of Work Function and Conductivity in PEDOT:PSS to Achieve High‐Performance Perovskite Light‐Emitting Diode via Aniline Interface Modification
Authors: Shen Wei , He Yanxing , Chen Yanfeng , Chen Shuo , Chen Zhihua , Liu Chenxi , Cui Hao , Liu Suyun , Liu Lihui , Cheng Gang , Chen Shufen 
Published: August 2024

AbstractPoly (3,4‐ethylenedioxythiophene) polystyrene sulfonate (PEDOT:PSS) is one of the most widely used functional materials for hole transport layer in perovskite light‐emitting diode (LED). Tuning its work function (WF) and conductivity (κ) is a key issue for promoting perovskite LED performance. While decreasing its WF always reduces its κ and vice versa. Solving such contradiction is quite significant for promoting the development and commercialization of perovskite LED. Herein, the aniline (Ani) is employed for PEDOT:PSS interface modification. Ani inserted between PEDOT and PSS to weaken electrostatic interaction between sulfonic acid group in PSS chain and thiophene group in PEDOT chain, which results in increased delocalized electrons to enhance its κ. More importantly, the acid–base reaction decreases high acidity of PEDOT:PSS, which is an effective way to increase its WF and decrease its interface defects density. Meanwhile, such interface modification avoids PEDOT:PSS phase separation and ensures the uniformity of film. After Ani modification, the WF of PEDOT:PSS increase from 5.16 to 5.31 eV, the κ increases from 0.30 to 8.62 S cm−1, and the hole mobility enhances from 0.716 × 10−6 to 1.306 × 10−6 cm2 V−1 s−1. Modified PEDOT:PSS boost CsPbI3 LED achieving a maximum external quantum efficiency of 17.70%.
Single‐cell transcriptomic analysis reveals that the APP–CD74 axis promotes immunosuppression and progression of testicular tumors
Authors: Chen Guo , Wang Wei , Wei Xin , Chen Yulin , Peng Liao , Qu Rui , Luo Yi , He Shengyin , Liu Yugao , Du Jie , Lu Ran , Li Siying , Fan Chuangwen , Chen Sujun , Dai Yi , Yang Luo 
Published: August 2024

AbstractTesticular tumors represent the most common malignancy among young men. Nevertheless, the pathogenesis and molecular underpinning of testicular tumors remain largely elusive. We aimed to delineate the intricate intra‐tumoral heterogeneity and the network of intercellular communication within the tumor microenvironment. A total of 40,760 single‐cell transcriptomes were analyzed, encompassing samples from six individuals with seminomas, two patients with mixed germ cell tumors, one patient with a Leydig cell tumor, and three healthy donors. Five distinct malignant subclusters were identified in the constructed landscape. Among them, malignant 1 and 3 subclusters were associated with a more immunosuppressive state and displayed worse disease‐free survival. Further analysis identified that APP–CD74 interactions were significantly strengthened between malignant 1 and 3 subclusters and 14 types of immune subpopulations. In addition, we established an aberrant spermatogenesis trajectory and delineated the global gene alterations of somatic cells in seminoma testes. Sertoli cells were identified as the somatic cell type that differed the most from healthy donors to seminoma testes. Cellular communication between spermatogonial stem cells and Sertoli cells is disturbed in seminoma testes. Our study delineates the intra‐tumoral heterogeneity and the tumor immune microenvironment in testicular tumors, offering novel insights for targeted therapy. © 2024 The Author(s). The Journal of Pathology published by John Wiley & Sons Ltd on behalf of The Pathological Society of Great Britain and Ireland.
Modeling the thermal behavior of multifunctional syntactic foams containing phase change materials for heat management applications
Authors: Fredi Giulia , Ronconi Giulia , Galvagnini Francesco , Mazzanti Valentina , Zanelli Marco , Mollica Francesco , Dorigato Andrea 
Published: August 2024

AbstractSyntactic foams are lightweight porous composites obtained by the addition of hollow glass microspheres (HGMs) to a polymer matrix. This work experimentally and numerically investigates the thermal behavior of epoxy‐based syntactic foams with enhanced multifunctionality produced by incorporating microencapsulated phase change materials (PCMs) as functional fillers, providing thermal energy storage and temperature stabilization due to its large latent heat of melting. Foams are fabricated using varying ratios of HGMs (0–40 vol%) and PCM (0–40 vol%) to achieve tuned densities and thermal properties with a total filler content of up to 40 vol%. A one‐dimensional numerical heat transfer model based on the enthalpy method is presented to simulate the thermal behavior of these materials. The model accurately incorporates the specific heat and thermal conductivity of the foam components, as well as the latent heat absorption during PCM melting (up to 68 J/g). The model is experimentally validated by demonstrating good agreement with the measurements of transient temperature profiles during heating tests on the foam samples. The validated tool is then leveraged to model the thermal response of the foams under a sinusoidally varying heat source, similar to the possible real applicative scenarios. These results can help optimize foam compositions balancing energy storage density, heat transfer properties, and structural support for lightweight energy storage systems. Potential applications include high‐efficiency thermal management in battery packs, electronic cooling, solar energy storage, and sustainable temperature‐controlled buildings.Highlights
Foams with 0–40 vol% PCM and 0–40 vol% HGM show up to 68 J/g latent heat.
1D numerical model accurately captures thermal conductivity and PCM phase change.
Validated model simulates thermal response under sinusoidal heat, optimizing foam composition.
Foams act as thermal reservoirs, maintaining up to 5°C lower surface temperatures than epoxy.
Shade signals activate distinct molecular mechanisms that induce dormancy and inhibit flowering in vegetative axillary buds of sorghum
Authors: Kebrom Tesfamichael H. 
Published: August 2024

AbstractShoot branches grow from axillary buds and play a crucial role in shaping shoot architecture and determining crop yield. Shade signals inactivate phytochrome B (phyB) and induce bud dormancy, thereby inhibiting shoot branching. Prior transcriptome profiling of axillary bud dormancy in a phyB‐deficient mutant (58M, phyB‐1) and bud outgrowth in wild‐type (100M, PHYB) sorghum genotypes identified differential expression of genes associated with flowering, plant hormones, and sugars, including SbCN2, SbNCED3, SbCKX1, SbACO1, SbGA2ox1, and SbCwINVs. This study examined the expression of these genes during bud dormancy induced by shade and defoliation in 100M sorghum. The aim was to elucidate the molecular mechanisms activated by shade in axillary buds by comparing them with those activated by defoliation. The expression of marker genes for sugar levels suggests shade and defoliation reduce the sugar supply to the buds and induce bud dormancy. Intriguingly, both shade signals and defoliation downregulated SbNCED3, suggesting that ABA might not play a role in promoting axillary bud dormancy in sorghum. Whereas the cytokinin (CK) degrading gene SbCKX1 was upregulated solely by shade signals in the buds, the CK inducible genes SbCGA1 and SbCwINVs were downregulated during both shade‐ and defoliation‐induced bud dormancy. This indicates a decrease in CK levels in the dormant buds. Shade signals dramatically upregulated SbCN2, an ortholog of the Arabidopsis TFL1 known for inhibiting flowering, whereas defoliation did not increase SbCN2 expression in the buds. Removing shade temporarily downregulated SbCN2 in dormant buds, further indicating its expression is not always correlated with bud dormancy. Because shade signals also trigger a systemic early flowering signal, SbCN2 might be activated to protect the buds from transitioning to flowering before growing into branches. In conclusion, this study demonstrates that shade signals activate two distinct molecular mechanisms in sorghum buds: one induces dormancy by reducing CK and sugars, whereas the other inhibits flowering by activating SbCN2. Given the agricultural significance of TFL1‐like genes, the rapid regulation of SbCN2 by light signals in axillary buds revealed in this study warrants further investigation to explore its potential in crop improvement strategies.
Reproductive Concerns Among Young Adult Women With Breast Cancer: A Systematic Review and Meta‐Analysis
Authors: Hu Li , Xu Binbin , Chau Pui Hing , Lok Kris Yuet Wan , Kwok Jojo Yan Yan , Choi Edmond Pui Hang , Lau Ying 
Published: August 2024

ABSTRACTObjectivesSystemic cancer treatments pose threats to fertility, leading to concerns regarding fertility and parenthood in young adult women with breast cancer (YAWBC). This systematic review aimed to synthesize existing evidence on reproductive concerns (RCs) among YAWBC and identify areas where further research in needed.MethodsA systematic review was conducted. Nine English and Chinese databases were searched for studies from inception to June 2023. A meta‐analysis was employed to pool RC levels measured using the Reproductive Concerns After Cancer scale (RCAC scale; possible total scores: 18–90). Narrative synthesis was conducted in cases where a meta‐analysis could not be performed.ResultsTwenty‐four cross‐sectional studies across seven countries were included in this review. The prevalence of RCs among YAWBC ranged from 21.75% to 80%. The pooled mean total score on the overall RCAC scale was 55.84 (95% confidence interval: 53.26–58.43). “Personal health,” “child's health,” and “fertility potential” were the top three types of RCs among YAWBC. Sociodemographic, clinical, and psychosocial factors were found to be associated with RCs among YAWBC. Additionally, significant correlations among RCs, nonadherence to treatment, depression, and quality of life were also identified among YAWBC.ConclusionRCs are a common issue among YAWBC, and age, parenthood status, fertility desire, and chemotherapy treatment are important factors associated with RCs among these women. Further research is needed to clarify RC‐related factors to provide evidence aimed at tailoring interventions to mitigate RCs among YWBC.
Getting allometry right at the Oak Ridge free‐air CO2 enrichment experiment: Old problems and new opportunities for global change experiments
Authors: Norby Richard J. , Warren Jeffrey M. , Iversen Colleen M. , Walker Anthony P. , Childs Joanne 
Published: August 2024

Societal Impact StatementFree‐air CO2 enrichment (FACE) experiments provide essential data on forest responses to increasing atmospheric CO2 for evaluations of climate change impacts on humanity. Understanding and reducing the uncertainty in the experimental results is critical to ensure scientific and public confidence in the models and policy initiatives that derive therefrom. One source of uncertainty is the estimation of tree biomass using mathematical relationships between biomass and easily obtained and non‐destructive measurements (allometry). We evaluated the robustness of the allometric relationships established at the beginning of a FACE experiment and discuss the challenges and opportunities for the new generation of FACE experiments.Summary

Long‐term field experiments to elucidate forest responses to rising atmospheric CO2 concentration require allometric equations to estimate tree biomass from non‐destructive measurements of tree size. We analyzed whether the allometric equations established at the beginning of a free‐air CO2 enrichment (FACE) experiment in a Liquidambar styraciflua plantation were still valid at the end of the 12 year experiment.
Aboveground woody biomass was initially predicted by an equation that included bole diameter, taper, and height, assuming that including taper and height as predictors would accommodate changes in tree structure that might occur over time and in response to elevated CO2. At the conclusion of the FACE experiment, we harvested 23 trees, measured dimensions and dry mass of boles and branches, and extracted and measured the woody root mass of 10 trees.
Although 10 of the harvested trees were larger than the trees used to establish the allometric relationship, measured aboveground woody biomass was well predicted by the original allometry. The initial linear equation between bole basal area and woody root biomass underestimated final root biomass by 28%, but root biomass was just 21% of total wood mass, and errors in aboveground and belowground estimates were offsetting.
The allometry established at the beginning of the experiment provided valid predictions of tree biomass throughout the experiment. New allometric approaches using terrestrial laser scanning should reduce an important source of uncertainty in decade‐long forest experiments and in assessments of centuries‐long forest biomass accretion used in evaluating carbon offsets and climate mitigation.