bluuebunny/crossref_metadata_2025_split huggingface dataset:
From circuits to lifespan: translating mouse and human timelines with neuroimaging based tractography
Authors: Cottam Nicholas C. , Ofori Kwadwo , Stoll Kevin T. , Bryant Madison , Rogge Jessica R. , Hekmatyar Khan , Sun Jianli , Charvet Christine J. 
Published: January 2025

Animal models are commonly used to investigate developmental processes and disease risk, but humans and model systems (e.g., mice) differ substantially in the pace of development and aging. The timeline of human developmental circuits is well known, butit is unclear how such timelines compare to those in mice. We lack age alignments across the lifespan of mice and humans. Here, we build upon our Translating Time resource, which is a tool that equates corresponding ages during development. We collected 1,125 observations from age-related changes in body, bone, dental, and brain processes to equate corresponding ages across humans, mice, and rats to boost power for comparison across humans and mice. We acquired high-resolution diffusion MR scans of mouse brains (n=16) of either sex at sequential stages of postnatal development (postnatal day 3, 4, 12, 21, 60) to track brain circuit maturation (e.g., olfactory association, transcallosal pathways). We found heterogeneity in white matter pathway growth. Corpus callosum growth largely ceases days after birth while the olfactory association pathway grows through P60. We found that a P3-4 mouse equates to a human at roughly GW24, and a P60 mouse equates to a human in teenage years. Therefore, white matter pathway maturation is extended in mice as it is in humans, but there are species-specific adaptations. For example, olfactory-related wiring is protracted in mice, which is linked to their reliance on olfaction. Our findings underscore the importance of translational tools to map common and species-specific biological processes from model systems to humans.Significance statementMice are essential models of human brain development, but we currently lack precise age alignments across their lifespan. Here, we equate corresponding ages across mice and humans. We utilize high-resolution diffusion mouse brain scans to track the growth of brain white matter pathways, and we use our cross-species age alignments to map the timeline of these growth patterns from mouse to humans. In mice, olfactory association pathway growth continues well into the equivalent of human teenage years. The protracted development of olfactory association pathways in mice aligns with their specialized sense of smell. The generation of translational tools bridges the gap between animal models and human biology while enhancing our understanding of developmental processes generating variation across species.
РЕПРОДУКТИВНАЯ ЭКОЛОГИЯ ДВУСТВОРЧАТЫХ МОЛЛЮСКОВ ИЗ РОДОВ MARGARITIFERA, UNIO И ANODONTA (BIVALVIA: MARGARITIFERIDAE, UNIONIDAE): ОБЗОР И АНАЛИЗ
Authors: КЛИШКО О.К. 
Published: January 2025

Выполнено обобщение имеющихся сведений о репродуктивной экологии широко распространенных двустворчатых моллюсков из семейств Margaritiferidae и Unionidae в наиболее уязвимый период размножения в сложном жизненном цикле. В ходе анализа данных выявляются особенности эволюционно заложенной адаптивной стратегии моллюсков к различным условиям среды и отношений с рыбами. Из подробного обзора и анализа репродуктивных циклов моллюсков из родов Margaritifera, Unioи Anodonta выявляется, что в бореальной области от умеренного континентального до субтропического климата температурный фактор является основным, регулирующим все этапы и сроки репродуктивного процесса.
A generalization of the available information in the reproductive ecology of widespread bivalve from the families Margaritiferidae and Unionidae during the most vulnerable period of reproduction in their complex life cycle has carried out. In the course of data analysis, the features of evolutionarily adaptive strategy of mollusks to various environmental conditions and relationships with fish are revealed. From a detailed review and analysis of the reproductive cycles of mollusks from the genera Margaritifera, Unio and Anodonta, it is revealed that in the boreal region from subarctic and temperate continentalal to subtropical climates the temperature is the main factor regulating all stages and timing of the reproductive process.
РОЛЬ СПЕЦИАЛИЗАЦИИ ПИЩЕВАРИТЕЛЬНОЙ СИСТЕМЫ В ТРОФИЧЕСКОЙ КОНКУРЕНЦИИ ПОЛЕВОЙ И ВОСТОЧНОАЗИАТСКОЙ МЫШЕЙ
Authors: ШЕРЕМЕТЬЕВ И.С. , ДЕМЧЕНКО В.И. , ШЕРЕМЕТЬЕВА И.Н. , НЕСТЕРЕНКО В.А. 
Published: January 2025

Роль межвидовой конкуренции в биотических сообществах мало изучена. Представленная работа посвящена трансформации таксоцена восточноазиатской и полевой мышей, включающей экспансию ареала последней на фоне глобальных средовых изменений. Главная цель - в сравнительной оценке длины отделов кишечника полевой и восточноазиатской мышей в аспекте конкурентного неравенства этих видов и в анализе роли этого неравенства в динамике их таксоцена. Показано, что эффективность ассимиляции углеводов, составляющих основу растительных тканей, в кишечнике восточноазиатской мыши существенно выше, чем у полевой, при незначительных различиях в ассимиляции белков и липидов. Мы заключаем, что восточноазиатская мышь является сильнейшим трофическим конкурентом этого таксоцена и что конкуренция играет большую роль в его трансформации. Однако экспансия ареала полевой мыши не может быть прямым следствием ни конкуренции, ни глобальных изменений, по отдельности. Обсуждается механизм взаимосвязи этих причин трансформации таксоцена полевой и восточноазиатской мышей.
The role of interspecific competition in biotic communities is poorly understood. The study deals with transformation of the Korean field mouse/stripped field mouse taxocene, which includes range expansion of the second one during global environmental change. The main goal is a comparative estimation of main intestine divisions’ length in these species to define their competitive asymmetry and to understand its role in the taxocene dynamics. We show that the assimilation carbohydrates prevailing in plant tissue is significantly more effective in the Korean field mouse intestine than in the stripped field mouse intestine, while their difference in the protein and lipid assimilation was low. We conclude that the Korean field mouse is the stronger trophic competitor in the taxocene, and the competition play an important role in its transformation. However, neither competition nor global change can directly influence range expansion of the stripped field mouse separately. A interactive mechanism of their influences on the Korean field mouse/stripped field mouse taxocene transformation is discussed.
РОЛЬ ПОЛИМОРФИЗМА ПО ОКРАСКЕ ШЕРСТИ В ПОВЕДЕНЧЕСКОЙ ЗАЩИТЕ ОТ ПЕРНАТЫХ ХИЩНИКОВ
Authors: НАЗАРОВА Г.Г. , ПРОСКУРНЯК Л.П. 
Published: January 2025

Хищники - важный фактор популяционной динамики и эволюции. Помимо сокращения численности они вызывают адаптивные изменения в морфологии, физиологии и поведении жертвы. По предположению многих авторов, судорожное поведение сформировалось в эволюции как рефлекторная реакция защиты от захвата хищником. Возникновение судорожных припадков нарушает стереотип охотничьего поведения хищных птиц и может повышать вероятность выживания жертвы. Изучена связь окраски шерстного покрова водяных полевок (Arvicola amphibius (Linnaeus, 1758)) с предрасположенностью к судорожным припадкам, вызванным тактильными стимулами. Выяснено, что среди бурых особей доля предрасположенных к припадкам достоверно выше, чем среди темно-бурых и черных. Сравнение соотношения разных окрасочных фенотипов в природной популяции и в добыче пернатых хищников с использованием ранее опубликованных данных показало, что черные особи подвергаются большему риску стать жертвой хищных птиц. Рефлекторные судороги, развивающиеся в ответ на тактильные стимулы, затрудняют захват добычи хищником и могут являться элементом антихищнического поведения.
Predators are an important factor in population dynamics and evolution. They not only kill their prey, but also induce adaptive changes in morphology, physiology and behavior. The relationship between the coat color of water voles, Arvicola amphibius (Linnaeus, 1758), and the predisposition to seizures in response to tactile stimuli was studied. Convulsive behavior is believed to have evolved in evolution as a reflex reaction that protects against sudden capture by a predator. It was found that among brown individuals the proportion of those prone to seizures was significantly higher than among dark brown and black individuals. A comparison of the frequencies of individuals of different color phenotypes in the natural population and in the prey of raptors using published data showed that black individuals are easier prey for predators. The occurrence of convulsive seizures when captured by a predator can disrupt the stereotypical hunting behavior of the predator and increase the likelihood of survival of brown individuals
Pediatric SARS-CoV-2 Incidence in California by Vaccination Status, December 2021–April 2023
Authors: Linton Natalie M. , Quint Joshua J. , Chen Jennie , Hoover Cora , Jain Seema , León Tomás M. 
Published: January 2025

OBJECTIVE
This study aimed to provide evidence on trends related to the effects of coronavirus disease 2019 (COVID-19) vaccines (BNT162b2 and mRNA-1273) among children and adolescents in California during December 2021 through April 2023.

METHODS
We used a surveillance cohort study design to compare case and hospitalization incidence rate ratios (IRR) between vaccinated and unvaccinated children and adolescents considering age, dose received, and time since vaccination. We evaluated the Omicron BA.1/2 predominant period and the time from which vaccines became available to 1–4-year-olds through when administration of original strain monovalent doses was discontinued.

RESULTS
Across all age groups and time periods, vaccinated children were less likely to be hospitalized than unvaccinated children. For all but the youngest age group, vaccinated children were also less likely to have a documented COVID-19 infection. IRR for cases who received any mRNA vaccine primary series compared to unvaccinated children ranged from 1.13 (95% CI: 0.82, 1.55) for 1–4-year-olds to 0.21 (95% CI: 0.19, 0.23) for 12–17-year-olds. Hospitalization IRR ranged from 0.33 (95% CI: 0.16, 0.65) for 1-4-year-olds to 0.17 (95% CI: 0.13, 0.21) for 12–17-year-olds.

CONCLUSIONS
California surveillance data indicates that receipt of an mRNA vaccine was associated with reduced rates of COVID-19 infection and hospitalization across all childhood age groups. Although reductions in protection against infection appeared to be attenuated among the youngest age group, protection against hospitalization remained high for this population. Administration of COVID-19 vaccine is a valuable tool for reducing COVID-19 associated morbidity in children and adolescents.
Kolokacije leksema rat u hrvatskom jeziku i frazemi s antroponimima Marko i Janko povezani s tematikom rata u hrvatskom, makedonskom i srpskom jeziku: Korpusna analiza i kulturno-lingvističke specifičnosti
Authors: Ribarova Slavomira 
Published: January 2025

Rad analizira kolokacije leksema rat u hrvatskom jeziku i dva frazema implicitno povezana s tematikom rata. Obrađuje etimologiju leksema rat u hrvatskom jeziku, njegovo značenje te preklapanje kolokacija potvrđenih statističkim alatima u korpusima (CLASSLA-web.hr Croatian Web i Aranea) i onih u Rječniku hrvatskog jezika V. Anića i na Hrvatskom jezičnom portalu.Proučavanje kolokacija s leksemom rat u rječnicima i korpusima upućuje na djelomično preklapanje u njihovoj zastupljenosti. Rječnici uključuju kolokacije s višim LogDice vrijednostima, potvrđene u korpusu Aranea (domovinski, svjetski, drugi), ali i kolokacije s nižim LogDice vrijednostima (bratoubilački, rat zvijezda i rat dviju ruža), koje nisu potvrđene korpusnom semantičkom analizom. Rezultati korpusne analize pokazuju da je kolokacija domovinski rat najfrekventnija u hrvatskom jeziku, s izraženom semantičkom povezanošću u korpusu Aranea.Rad zatim analiza dva kulturno specifična rečenična frazema implicitno povezana s ratnom tematikom: kasno Marko (Janko) na Kosovo stiže i provesti se kao Janko (Marko) na Kosovu, te pruža pregled razvoja njihove zajedničke motivacije i etimologije. S obzirom na prisutnost frazema na širem Balkanskom poluotoku, hrvatski frazemi uspoređuju se s ekvivalentima u makedonskom (доцна стигна Марко (Janko) на Косово, помина како Марко на Косово) i srpskom jeziku (kasno Marko (Janko) na Kosovo stiže, proći kao Janko (Marko) na Kosovu). Antroponimne komponente u frazemima odnose se na dvije različite osobe, a analiza potvrđuje da izbor antroponima Marko ili Janko ne mijenja semantičko značenje frazema. Međutim, razlike se javljaju u upotrebi frazema proći kao Janko (Marko) na Kosovu – u hrvatskim i srpskim varijantama frazem se javlja s oba antroponima, dok je u makedonskom zabilježena samo varijanta s Markom.Analiza računalnih korpusa za hrvatski, makedonski i srpski jezik ispituje sličnosti i razlike u učestalosti kanonske forme, varijacijama antroponimnih komponenti i aktualizacijama frazema. Rezultati pokazuje da je antroponim Marko znatno češći od Janko te da frazemi imaju najveću frekvenciju u srpskom korpusu. Frazem kasno Marko na Kosovo stiže najfrekventniji je u svim trima jezicima, dok provesti se kao Janko (Marko) na Kosovu bilježi znatno manju ili nikakvu frekvenciju. U svim trima jezicima uočena je upotreba posebnih sintagmi za najavu frazema, a zbog duljine, frazemi se ponekad pojavljuju u skraćenoj formi u hrvatskom i u srpskom korpusu, što nije zabilježeno u makedonskom korpusu.Analiza aktualizicija frazema kasno Marko na Kosovo stiže upućuje na njegov visok kolokacijski potencijal u svim trima jezicima, pri čemu se bilježe aktualizacije na sintagmatskoj i paradigmatskoj razini. U skladu s definicijom ustaljenih aktualizacija prema Moon 2008, bilježe se dva tipa ustaljenih leksikalnih supstitucija: zamjena samo antroponimne komponente Marko ili zamjena obiju onimnih komponenti.
Study of magnetic and magnetocaloric properties of FeMnO3 compound
Authors: Azim F. , Mohapatra J. , Joshi P. , Liu J. P. , Mishra S. R. 
Published: January 2025

Abstract
The study reports a magnetocaloric effect (MCE) in the FeMnO3 bixbyite compound prepared via autocombustion technique using nitrate salts. The X-ray diffraction (XRD) study showed that FeMnO3 assumes a cubic phase with a space group Ia-3. X-ray photoelectron spectroscopy (XPS) study confirmed the oxidation states of Fe3+ and Mn3+. Temperature-dependent magnetization measurements revealed the presence of antiferromagnetic ordering in the compound at around 40 K. The effective magnetic moment, µ

eff,
was calculated as 2.36 µB from the susceptibility curve. Change in maximum magnetic entropy ǀ∆S

Max

ǀ, determined from magnetic isotherms, is approximately 4.14 Jkg−1 K−1 at 65 K under 5 T applied field, leading to higher relative cooling power, RCP as 200.29 Jkg−1. Specific heat capacity, ∆Cp, and temperature-averaged entropy change, TEC, were also analyzed to study magnetic cooling efficiency. This study observed that FeMnO3 displays potential MCE performance, making it a promising candidate for magnetic refrigeration applications.

Graphical abstract
RIDGE-HUMMOCK RELIEF ON THE UKSICHAN PLATEAU OF THE SREDINNY RANGE OF KAMCHATKA: THE ROLE OF PERMAFROST AND VEGETATION
Authors:   Kamchatka Branch of Pacific Geographyсal Institute of FEB RAS, Kazakov N.V. , Dulchenko E.V. ,   Kamchatka Branch of Pacific Geographyсal Institute of FEB RAS
Published: January 2025

The global warming affects the state of permafrost, activating erosion processes that complicate economic activity in the cryolithozone. In this regard, the study of relief forms formed with the participation of permafrost factors is becoming increasingly relevant. In the Middle Mountains of Kamchatka, these processes are most pronounced at altitudes of 800–1 000 m. Permafrost heaving of soil in this area is closely related to the vegetation type. This article provides descriptions of soils and specific mesorelief of the Uksichan basalt plateau slope in Sredinny Range of Kamchatka in the zone of dwarf forests and mosaic manifestation of permafrost. We provide first description of a specific relief form, which we called “ridge-hummocky”. A probable scenario of its formation and the role of vegetation in the long-term preservation of permafrost typical for this region are proposed.
Nutritional enrichment from Bali sardinella (Sardinella lemuru) head meal in fish crackers as emergency food
Authors: Mutamimah Dewi , Arista Yuvita Lira Vesti , Untari Dewi , Liasari Ade 
Published: January 2025

Various natural disasters occur frequently in Indonesia, such as heavy floods, tornadoes, landslides, volcanic eruptions, earthquakes, and tsunamis, which disrupt access to the facilities and infrastructure necessary for clothing and food needs. Emergency food is an essential alternative for victims of natural disasters because of its long shelf-life and high nutritional content. Crackers are classified as emergency foods because of their ease of transport and extended storage period. The aim of this study was to determine the optimal concentration of Bali sardinella head flour based on the nutritional characteristics of fish crackers as a food source. The method used was a completely randomized design with five treatments varying with the addition of Bali sardinella head meal: 0, 5, 10, 15, and 20%. Data were analyzed using analysis of variance (ANOVA) and a color reader for color analysis. The best results were in 5% of Bali sardinella head flour in fish crackers by proximate analysis with protein, lipid, moisture, ash, and carbohydrate was 4.93±0.46bc, 12.81±0.25d, 11.43±0.59b, 5.19±0.59b, 65.64±0.99a, for dietary fiber was 4.03±0.01b, color properties consist of Lightness (L) 58.15±0.07d, A 11.00±0.00, B 27.15±0.07. This study provides valuable insights into the nutritional composition of Bali sardinella head meal in fish crackers.
BayesBay: A Versatile Bayesian Inversion Framework Written in Python
Authors: Magrini Fabrizio , He Jiawen , Sambridge Malcolm 
Published: January 2025

Abstract
The lack of versatile tools for Bayesian inference presents a significant challenge to researchers in geophysics, who often resort to developing bespoke codes to address specific classes of inverse problems. In this study, we present BayesBay, a Python package for generalized transdimensional and hierarchical Markov chain Monte Carlo sampling. Leveraging object-oriented programming principles, BayesBay facilitates the definition of Bayesian sampling problems across a range of applications. This includes joint inversions of multiple data sets with different forward functions and unknown noise properties, as well as complex parameterizations involving multiple parameters with unknown dimensionality and/or spatially varying priors. We illustrate BayesBay from both a technical and a practical perspective. The first two applications are common in geophysics: a 2D tomographic problem and a joint inversion for the 1D subsurface structure. The third involves partition modeling and requires a sophisticated parameterization with two nested levels of transdimensionality. In all cases, BayesBay recovers known solutions, highlighting its potential to address a broad range of inverse problems.
Exploring Data Set Bias and Decision Support with Predictive Uncertainty Through Bayesian Approximations and Convolutional Neural Networks
Authors: Linville Lisa , Garcia Jorge A. , Vieceli Rhiannon E. 
Published: January 2025

Abstract
Individual seismic catalogs can contain multiscale observations from fault level to global scales and associated waveforms from discrete events reflect crustal structure across many different scales and locations. Seismic network aperture, geographic location, and observation distance may not provide informative guidance or intuition on how different catalogs will behave across models trained under different conditions. We rely on uncertainty to provide guardrails for when to trust model decisions, but understanding when our uncertainty is trustworthy is an open challenge. Here, we explore Bayesian approximation methods for assigning predictive uncertainty in seismic event classification problems. We find that computationally expensive Bayesian approximations do not outperform simple ensemble methods. We also find that when exploiting multiple seismic event catalogs, joint training with data from all the catalogs combined with Bayesian approximations and supervised training for classification can obscure bias and result in less robust uncertainty while also not providing substantial performance benefits compared to training individual models for each catalog.
Future-Ready Education: The Role of English Language and Technology in Meeting SDGs
Authors: Daiu Sonila , Pole Xhoana 
Published: January 2025

As the world becomes increasingly interconnected, the role of English as a global lingua franca is more critical than ever. This keynote speech will explore the transformative potential of English language technology in advancing global education and contributing to the United Nations' 17 Sustainable Development Goals (SDGs). In a digital age, integrating English education with advanced technologies presents a unique opportunity to drive sustainable development. This study will highlight successful case studies from diverse regions, showcasing implementations of English language technology that have led to improved educational outcomes. These examples emphasize sustainable and inclusive approaches to leveraging technology for educational equity. By utilizing digital tools, such as AI-driven platforms, educational institutions can provide personalized and accessible learning experiences, supporting broader societal goals. The speech will also connect enhanced English skills to specific SDGs, such as Quality Education (Goal 4), Reduced Inequalities (Goal 10), and Partnerships for the Goals (Goal 17). It will demonstrate how English proficiency can empower individuals, bridge educational gaps, and promote global cooperation for sustainable development. Additionally, the keynote will discuss the challenges of deploying technology in education, such as the digital divide, data privacy, and the need for context-specific adaptations, offering solutions to maximize benefits while addressing potential drawbacks.

Keywords: Sustainable Development Goals, English Technology, Global Education, Digital Literacy, Equity
Media Berbasis Augmented Reality Pada Pembelajaran IPAS Untuk Meningkatkan Berpikir Kritis Siswa Sekolah Dasar
Authors: Yunita Sari  , Zainal Abidin  , Rida Fironika Kusumadewi  , Yulina Ismiyanti  , Nuhyal Ulia  
Published: January 2025

This research aims to increase the ability of students to think critically using learning media based on Virtual Augmented Reality in learning knowledge in natural and social sciences. Methodology study This quantitative design
is pre-experimental and type pretest-posttest for measuring the effectiveness of the use of learning media based on augmented reality. Research sample This is 24 students in Grade IV at Tambakbulusan Elementary School. For evaluating the effectiveness of virtual augmented reality media in increasing critical thinking in science learning. Data analysis includes validity and reliability tests, normality tests, t-tests for comparison of pretest and posttest scores, as well as calculation of gain value for measuring improvement in critical thinking for students after using virtual augmented reality media in science learning. Research results show that Augmented Reality media can increase the ability to think critically in students, with an average score on the pretest of 33.5 and 82.92 on
the posttest. The paired t-test produces a mark of 0.86, indicating there is a significant difference between the score before and after media usage. In addition, the gain test results were 0.74 with the category enough effective. Then it can be concluded that learning media based on augmented reality effectively increases the ability to think at a high level for students in elementary school.