bluuebunny/crossref_metadata_2025_split huggingface dataset:
L’allélopathie : une communication chimique entre plantes
Authors: Mhamdi Oumayma , Jasinski Sophie , de Saint Germain Alexandre 
Published: January 2025

Aujourd’hui, la gestion des adventices dans les systèmes agricoles repose essentiellement sur l’utilisation de pesticides de synthèse. Toutefois, le recours à ces composés est de plus en plus controversé par les agriculteurs et les consommateurs, qui pointent leurs propriétés néfastes sur la santé humaine et l’environnement. Dans ce contexte, le développement d’approches et de pratiques agroécologiques devient essentiel et l’allélopathie représente une solution prometteuse. L’allélopathie désigne le processus par lequel les plantes libèrent des composés chimiques dans l’environnement, qui modifient le développement des plantes voisines. Ce processus est décrit depuis l’antiquité mais c’est au cours du XXe siècle que les premiers mécanismes ont été décrits et qu’une définition a été fournie. Les composés allélopathiques sont principalement des métabolites spécialisés, appartenant à trois grandes classes : les composés phénoliques, les terpénoïdes et les composés azotés. Ils sont généralement spécifiques d’une famille botanique, voire d’une espèce végétale. Selon leur nature chimique et leur lieu de biosynthèse, ils sont libérés dans l’environnement par volatilisation, lessivage, exsudation ou dégradation de tissus de la plante. La synthèse de ces composés est sous l’influence de facteurs environnementaux biotiques et abiotiques. Les composés allélopathiques peuvent affecter différents processus physiologiques de la plante comme la photosynthèse, l’activité mitochondriale, la division et l’élongation cellulaires, le transport membranaire ou encore certaines activités enzymatiques. Des pratiques agricoles exploitent déjà les propriétés allélopathiques des plantes telles que la rotation des cultures, les cultures intercalaires et l’utilisation de paillage. Aujourd’hui, les travaux de recherche visent à approfondir la compréhension des mécanismes moléculaires et biochimiques de l’allélopathie, en identifiant des gènes et des métabolites impliqués dans ce processus. Ces recherches ont pour objectif de développer des approches agricoles innovantes et écologiques, basées sur l’allélopathie, pour optimiser la gestion des adventices et ainsi réduire l’usage de produits chimiques, tout en préservant la biodiversité au sein des agro-écosystèmes.
Prevalence of Ishihara Test Failures in a Large Cohort of Military Conscripts
Authors: Sturm Veit , Jaggi Gregor , Todorova Margarita G. , Messerli Jürg , Zawinka Claudia , Eppenberger Leila Sara 
Published: January 2025

Abstract
Purpose Color vision deficiency (CVD) is a common vision disorder. It is predominantly caused by inherited photopigment abnormalities in the retina. The absolute number of cases with CVD is expected to increase worldwide with the growing population.
Methods Data from male military conscripts for the recruitment period of 2008 to 2017 were retrospectively analyzed. Year of recruitment, conscriptsʼ birth year, visual acuity, refractive status (spherical equivalent), and color vision status (normal Ishihara pseudoisochromatic plates test yes/no) were available.
Results The dataset comprised data on a total of 355 657 male conscripts who had undergone recruitment between the years 2008 to 2017. The mean number of conscripts per year was 35 566 (MD = 35 440, SD = 1 249), reaching a minimum count of 33 998 conscripts in 2017 and a maximum of 37 594 in 2011. The mean age at recruitment was 19.7 years (MD = 19.0 y, SD = 1.1 y). Among the conscripts, 337 422 (94.9%) successfully passed the Ishihara test, while 18 235 (5.1%) were found to have CVD.
Conclusion The overall prevalence of CVD in our male cohort was 5.1%. This figure is slightly lower than that reported for a European Caucasian population.
State of the Art and Emerging Technologies in Vaccine Design for Respiratory Pathogens
Authors: Ridelfi Matteo , Pierleoni Giulio , Fonseca Vittoria Zucconi Galli , Batani Giampiero , Rappuoli Rino , Sala Claudia 
Published: January 2025

AbstractIn this review, we present the efforts made so far in developing effective solutions to prevent infections caused by seven major respiratory pathogens: influenza virus, respiratory syncytial virus (RSV), the severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2), Bordetella pertussis, Streptococcus pneumoniae (pneumococcus), Mycobacterium tuberculosis, and Pseudomonas aeruginosa. Advancements driven by the recent coronavirus disease 2019 (COVID-19) crisis have largely focused on viruses, but effective prophylactic solutions for bacterial pathogens are also needed, especially in light of the antimicrobial resistance (AMR) phenomenon. Here, we discuss various innovative key technologies that can help address this critical need, such as (a) the development of Lung-on-Chip ex vivo models to gain a better understanding of the pathogenesis process and the host–microbe interactions; (b) a more thorough investigation of the mechanisms behind mucosal immunity as the first line of defense against pathogens; (c) the identification of correlates of protection (CoPs) which, in conjunction with the Reverse Vaccinology 2.0 approach, can push a more rational and targeted design of vaccines. By focusing on these critical areas, we expect substantial progress in the development of new vaccines against respiratory bacterial pathogens, thereby enhancing global health protection in the framework of the increasingly concerning AMR emergence.
Embolization of a Bleeding Duodenal Arteriovenous Malformation with a Conformable Embolic Material (Obsidio): Case Report
Authors: Hering Kalei , Sutphin Patrick , Kalva Sanjeeva 
Published: January 2025

AbstractWe report a case of duodenal arteriovenous malformation (AVM) that was successfully treated with a conformable embolic material. A 69-year-old woman presented with acute gastrointestinal bleeding with associated hemodynamic instability. Computed tomography demonstrated active bleeding from the duodenum. Endoscopy showed angioectasia in the duodenum and small bowel. Angiography revealed a simple, but actively bleeding AVM in the duodenum fed by the inferior pancreaticoduodenal artery, a nidus, and an outflow vein that drained into the portal vein. A conformable embolic material (Obsidio) was utilized to occlude the nidus and the feeding artery, resulting in hemodynamic stability and complete occlusion of the AVM.
‘Things Fall Apart, the Centre-Right Cannot Hold’: the crises of British Conservatism since 1990
Authors: Dorey Peter 
Published: January 2025

Abstract
The Conservative Party’s victory in the 2019 general election was mainly due to specific short-term factors that masked the long-term problems bequeathed by decades of Thatcherite radicalism. Since the 1980s, Conservative governments, in thrall to neoliberalism and ‘the market’, have pursued a relentless unconservative assault on Britain’s civic institutions and increased anxiety, insecurity, and precarity among much of the middle-class. Far from abating following Margaret Thatcher’s resignation in November 1990, when her successor, John Major pledged to create a nation ‘at ease with itself', this article argues that Thatcherism and neoliberalism have become ever more entrenched among Conservative MPs, such that the Party today appears to be more Thatcherite than ever before, especially on economic and European issues, but also on sundry socio-cultural issues. Thus did the 2024 general election highlight the crumbling of the Conservatives’ so-called Blue Wall, with the Party’s support from the middle-class much reduced compared to the 1960s; a long-term trend of class dealignment matching the Labour Party’s loss of former working-class electoral support. This significant diminution of middle-class Conservative support has been compounded by a growing number of more socially liberal or Left-leaning, working-from-home, young professionals moving to cheaper retirement or satellite towns, and thus altering their political complexion. Moreover, tactical voting or ‘vote swapping’ are becoming more organised, aided by technology and social media. In tandem with this, the Labour Party and the Liberal Democrats have unofficially or informally been engaging in local electoral pacts to maximise the anti-Conservative vote in key or marginal constituencies. The Conservatives’ electoral decline has recently been compounded by the rise of Reform UK on the authoritarian populist Right.
The role of metonymy in social identity
Authors: Dilkes Jane 
Published: January 2025

Abstract
In this study the role of metonymy in relation to social identity is investigated in naturally occurring internet
discourse of social groups. Two Reddit subreddits banned for promoting hate based on identity are compared with two unbanned
subreddits that predominantly relate to the same gender-focused concerns. It is found that metonymies to reference social identity
are more prevalent in the two banned subreddits, where they represent both social in-groups, and out-groups. Analysis of their use
in conjunction with other variables identified as having psychological significance finds that each metonymy has a particular role
and psychological characterisation. And consideration of diachronic change in the prevalence and cooccurrence of the metonymies
provides insights into the evolution of the identity and concerns of the groups. It is concluded that metonymies at the group
level support access to and reification of evolving group-specific conceptualisations, and that this in turn supports group
identity. Considering metonymies of social groups in large corpora may thus support understanding of group-specific attitudes, and
their evolution over time, including in relation to potential hatefulness of discourse.
Reliable quantification of neural entrainment to rhythmic auditory stimulation: simulation and experimental validation
Authors: Xu Yiwen , Tan Xiaodan , Luo Minmin , Xie Qiuyou , Yang Feng , Zhan Chang’an A 
Published: January 2025

Abstract

Objective. Entrainment has been considered as a potential mechanism underlying the facilitatory effect of rhythmic neural stimulation on neurorehabilitation. The inconsistent effects of brain stimulation on neurorehabilitation found in the literature may be caused by the variability in neural entrainment. To dissect the underlying mechanisms and optimize brain stimulation for improved effectiveness, it is critical to reliably assess the occurrence and the strength of neural entrainment. However, the factors influencing entrainment assessment are not yet fully understood. This study aims to investigate whether and how the relevant factors (i.e. data length, frequency bandwidth, signal-to-noise ratio (SNR), center frequency, and the constant component of stimulus-response phase-difference) influence the assessment reliability of neural entrainment. Approach. We simulated data for 28 scenarios to answer above questions. We also recorded experimental data to verify the findings from our simulation study. Main results. A minimal data length is required to achieve reliable neural entrainment assessment, and this requirement critically depends on the bandwidth and SNR, but is independent of the center frequency and the constant component of stimulus-response phase-difference. Furthermore, changing of bandwidth is accompanied by the change of SNR. Significance. The present study has revealed how data length, bandwidth, and SNR critically affect the assessment reliability of neural entrainment. The findings provide a foundation for the parameter setting in experiment design and data analysis in neural entrainment studies. While this study is within the context of rhythmic auditory stimulation, the conclusions may be applicable for neural entrainment to other rhythmic stimulations.
First-in-human experience performing high-resolution cortical mapping using a novel microelectrode array containing 1,024 electrodes
Authors: Konrad Peter E , Gelman Kate R , Lawrence Jesse , Bhatia Sanjay , Dister Jacqueline , Sharma Radhey , Ho Elton , Byun Yoon Woo , Mermel Craig H , Rapoport Benjamin I 
Published: January 2025

Abstract
Objective: Localization of function within the brain and central nervous system is an essential aspect of clinical neuroscience. Classical descriptions of functional neuroanatomy provide a foundation for understanding the functional significance of identifiable anatomic structures. However, individuals exhibit substantial variation, particularly in the presence of disorders that alter tissue structure or impact function. Furthermore, functional regions do not always correspond to identifiable structural features. Understanding function at the level of individual patients—and diagnosing and treating such patients—often requires techniques capable of correlating neural activity with cognition, behavior, and experience in anatomically precise ways. &#xD;&#xD;Approach: Recent advances in brain–computer interface technology have given rise to a new generation of electrophysiologic tools for scalable, nondestructive functional mapping with spatial precision in the range of tens to hundreds of micrometers, and temporal resolutions in the range of tens to hundreds of microseconds. Here we describe our initial intraoperative experience with novel, thin-film arrays containing 1024 surface microelectrodes for electrocorticographic mapping in a first-in-human study. &#xD;&#xD;Main results: Six patients undergoing standard electrophysiologic cortical mapping during resection of eloquent-region brain tumors consented to brief sessions of concurrent mapping (micro-electrocorticography) using the novel arrays. Three patients underwent motor mapping using somatosensory evoked potentials while under general anesthesia, and three underwent awake language mapping, using both standard paradigms and the novel microelectrode array. Somatosensory evoked potential phase reversal was identified in the region predicted by conventional mapping, but at higher resolution (0.4 mm) and as a contour rather than as a point. In Broca’s area (confirmed by direct cortical stimulation), speech planning was apparent in the micro-electrocorticogram as high-amplitude beta-band activity immediately prior to the articulatory event.&#xD;&#xD;Significance: These findings support the feasibility and potential clinical utility of incorporating micro-electrocorticography into the intraoperative workflow for systematic cortical mapping of functional brain regions.
Explicit dynamical properties of the Pelikan random map in the chaotic region and at the intermittent critical point towards the non-chaotic region
Authors: Monthus Cécile 
Published: January 2025

Abstract
The Pelikan random trajectories

x
t

∈
[
0
,
1
[

are generated by choosing the chaotic doubling map

x

t
+
1

=
2

x
t

[

mod

1
]

with probability p and the non-chaotic half-contracting map

x

t
+
1

=

x
t

2

with probability

(
1
−
p
)

. We compute various dynamical observables as a function of the parameter p via two perspectives. In the first perspective, we focus on the closed dynamics within the subspace of probability densities that remain constant on the binary-intervals

x
∈
[

2

−
n
−
1

,

2

−
n

[

partitioning the interval

x
∈
[
0
,
1
[

: the dynamics for the weights

π
t

(
n
)

of these intervals corresponds to a biased random walk on the half-infinite lattice

n
∈
{
0
,
1
,
2
,
.
.
+
∞
}

with resetting occurring with probability p from the origin n = 0 towards any site n drawn with the distribution

2

−
n
−
1

. In the second perspective, we study the Pelikan dynamics for any initial condition x
0 via the binary decomposition

x
t

=

∑

l
=
1

+
∞

σ
l

(
t
)

2
l

, where the dynamics for the half-infinite lattice

l
=
1
,
2
,
.
.

of the binary variables

σ
l

(
t
)
∈
{
0
,
1
}

can be rephrased in terms of two global variables: zt
corresponds to a biased random walk on the half-infinite lattice

z
∈
{
0
,
1
,
2
,

…

+
∞
}

that may remain at the origin z = 0 with probability p, while

F
t

∈
{
0
,
1
,
2
,

…

,
t
}

counts the number of time-steps

τ
∈
[
0
,
t
−
1
]

where

z

τ
+
1

=
0
=

z

τ

and represents the number of the binary coefficients of the initial condition that have been erased. We discuss typical and large deviations properties in the chaotic region

1
2

<
p
<
1

as well as at the intermittent critical point

p
c

=

1
2

towards the non-chaotic region

0
<
p
<

1
2

.
Flood Risk Mapping and Community Adaptation Strategies in New Capital City Location
Authors: Kumalawati Rosalina , Normelani Ellyn , Anastasia Muhtar Ghinia , Yuliarti Astinana , Putra Danarto Wisnu , Tri Raharjo Jany , Wahyu Budiman Puput , Hendra Murliawan Karnanto , Nurita Anggraini Rizki , Prasakti Yogi 
Published: January 2025

Abstract
Flooding in New Capital City construction site in East Kalimantan is one of the most frequent and severe disasters. The frequency and impact of floods are so severe that it is very important to carry out research on flood disaster risk mapping and community adaptation strategies to it. There are two research objectives; (1) to develop a flood risk map, and (2) to knowing community adaptation strategies in new capital city. In order to ascertain both objectives, interviews were conducted in conjunction with the administration of questionnaires to members of the population in all areas of East Kalimantan, which serves as the host region for the development project. The sample was selected using the stratified random sampling method. The research employs a quantitative descriptive analysis approach, utilising statistical tools to examine community adaptation strategies. While satellite imagery is used to map flood risk and remote sensing techniques is used to analyse flood risk. Flood risk mapping show that East Kalimantan Province has a high risk of floods. Meanwhile, adaptation strategies to deal with floods including physical such as drainage adaptation, water absorption improvement, etc and non-physical strategies such as community education and socialization, etc. The results of the existing mapping and adaptation strategies can be used by relevant officials to creating such programs and policies like evacuation routes to minimise the negative impacts of flood disasters. The negative impacts of flood risk can be minimised.
The level of dependency on direct benefits from Community Forestry (HKm) in Mattirowalie, Barru Regency, South Sulawesi
Authors: Sabar A , Najmiah D , Alam S 
Published: January 2025

Abstract
The level of dependency on direct benefits from forest products, especially for communities living near the forest, continues to increase due to population growth. This situation poses challenges, as the rising village population may lead to conflicts of interest and resource use that surpasses the area’s carrying capacity. To mitigate these conflicts, the government initiated a social forestry program known as Community Forestry (HKm). One such program is implemented in Mattirowalie, Barru Regency. This study aims to calculate the total income and evaluate the level of community dependency on the Community Forestry program in Mattirowalie Village, Barru Regency, South Sulawesi. Data collected were analyzed using income analysis (production costs, revenue, and income), contribution analysis, and dependency level analysis. Results show that the average income earned by farmers is IDR 65,853,090 per year, with a relatively low community dependency level of 25%. This low dependency is attributed to the focus solely on direct economic benefits, excluding significant contributions from invaluable forest ecosystem services.
The renewable energy potential mapping of each district in Cilacap Regency
Authors: Rahmawati Arfita , Ariawan Radhi 
Published: January 2025

Abstract
As the population increases, greater energy consumption is required. Energy consumption of oil and gas supplies is a current problem. Cilacap Regency, which in 2021-2023 will experience an increase in population of 1.2% each year, can create new issues regarding energy consumption. The unmapped renewable energy potential in Cilacap Regency is a problem in providing locations for renewable energy. This research aims to map the potential for renewable energy in Cilacap, by finding areas with the potential for renewable energy development. This research uses quantitative data obtained from institutions and measurements in the field. Renewable energies are mapped in this biogas, wind, and solar energy. The data analysis technique uses Geographic Information System (GIS) analysis to identify renewable energy potential in Cilacap Regency. Based on the research results, the sub-districts that have the potential to develop wind energy are all sub-districts in Cilacap except for Dayeuhluhur, Majenang, and Wanareja sub-districts. Potential for solar energy in Binangun, Kroya, Nusawungu, Maos, Adipala, and Sampang Districts. The largest biogas energy potential is in Majenang, followed by Karangpucung, Jeruklegi, and Adipala. Adipala Regency has three potentials to develop renewable energy in this area.
Identification of building materials at airports as a stimulant of the greenhouse gas effect
Authors: Dyah S , Pradnya P , Yuliani Sri , Sumadyo Amin 
Published: January 2025

Abstract
Airports are one of the infrastructure facilities that require the supply of electronic energy in aircraft mobility, office activities and supporting facilities in massive quantities. Infrastructure operations, reduction of open space on land, human and vehicle activities, turned out to be factors causing the increase in environmental temperature. In addition to aircraft emissions being one of the largest carbon emitters at the airport, it turns out that the use of rigid fabricated building materials also causes carbon emissions. Although such impacts are long-term and intangible, they turn out to be the cause of Greenhouse Gas (GHG) instability. The research method used is a combination of embedded mixed methods in the form of qualitative and quantitative descriptions. The results of observations and literature data on the research object were obtained through primary qualitative description. Meanwhile, the analysis of observation data and literature data is conducted through the secondary qualitative method. The results of the analysis obtained are (1) the flexibility of the dominant composition in natural materials and non-dominant in fabricated materials, to be able to anticipate and control environmental quality degradation; (2) environmental temperature rehabilitation by utilizing the pores of natural materials to be able to absorb & reduce the heat temperature of the environment; and (3) the spread of sunlight can be reduced by the deflection of light through the vertical maze plan.
Sustainability Concept Uma Lisan Manekawaik Space of Suku Suai Loro in Timor-Leste
Authors: Maria Peregrina Lim Godinho Suzi , Ali Ikhsan Fauzan , Joko Cahyono Untung 
Published: January 2025

Abstract

Uma Lisan Manekawaik is one of the rumah adat in the suku Suai Loro, which was built by the Tetum Terik community according to tradition and cultural heritage. Symbolically, it represents a group of descendants and is passed down from generation to generation. This study aims to identify the sustainability concept in the Uma Lisan Manekawaik space of suku Suai Loro in Timor-Leste. This research uses a qualitative approach with descriptive methods. The results of this research indicate that Uma Lisan Manekawaik is a stage building built for various community life activities according to environmental conditions. There are five concepts of space division, namely Tatetek, Labis Kraik, Labis Leten, Uma Laran, and Labisraen. Studying the sustainability concept in the Uma Lisan space has an important role in the preservation of traditional houses in Timor-Leste. This research contributes to the development of knowledge in the field of preserving the built environment, especially traditional residential architecture.