bluuebunny/crossref_metadata_2025_split huggingface dataset:
Le flou référentiel dans l’attribution du contenu des noms
sous-spécifiés
Authors: Vajnovszki Anaïs 
Published: January 2025

Résumé
Les noms sous-spécifiés (Nss) sont des noms abstraits comme
problème ou solution, utilisés pour faire
référence à une portion de texte (Schmid,
2000). Ils permettent donc la manipulation de concepts en discours,
mais parfois leur référent est difficilement identifiable / absent :
l’encapsulation est alors floue. Notre objectif est de décrire une série
d’exemples d’encapsulation floue. Nous exploiterons pour cela la classification
modale des Nss (Adler et Legallois,
2018 ; Legallois & Vajnovszki, 2021), selon laquelle chaque Nss
appartient à une classe modale. L’interaction entre plusieurs Nss notamment
permettra d’expliquer les mécanismes de cette encapsulation et comment le
lecteur réussit finalement à identifier / reconstituer le contenu du Nss. Nous
analyserons pour ce faire des phrases extraites de textes écrits et oraux en
français et en roumain contemporains.
The interaction between animacy, definiteness and topicality in the
historical development of Differential Object Marking in Spanish
Authors: Wessel Nienke 
Published: January 2025

Abstract
Usage of a as a marker of direct objects in
Spanish has been a popular topic of research, but there is no clarity on how
different factors interact. The current investigation looks at the historical
change in usage of a, focussing on animacy, definiteness, and
topicality. We analyzed the extent to which historical texts follow
state-of-the-art theories, by combining automatic and manual annotation. The
results indicate that the investigated texts to a large extent confirm existing
theories, with some aspects worth noting. First of all, inanimate definite
objects sometimes carry a, which is impossible according to
prescriptive grammars. Second, we found an increase in the usage of
a with definite human referents through time, which was
predicted by Aissen (2003), although
the limited amount of available data prevents us from drawing definitive
conclusions. Furthermore, there is tentative evidence that topicality plays a
role.
(Self-)translation and migration
Authors: Camps Assumpta 
Published: January 2025

Abstract
Since the 1970s, the circumstances of the twentieth-century migration of exiled intellectuals and scientists from
Franco-era Spain to Mexico have aroused major interest in both Spain and Mexico (Fagen 1973; Abellán 1976–1978; VV.AA. 1982; VV.AA.
1987). The resulting studies shed light on the lives and careers of exiled Spanish scientists, many of whom went
unnoticed by researchers within Spain for decades because of censorship under Franco’s regime. This article focuses on one highly
representative example of an exiled Spanish scholar, Pere Bosch Gimpera (1891–1974), in order to illustrate not only the
importance of scientific migration and exile in this particular context, but also the role of inter- and intralingual translation
for these exiled scientists.
Farmers' market research 1940–2000: An inventory and review
Authors: Brown Allison 
Published: January 2025

AbstractThe number of retail farmers' markets in the USA increased dramatically in the twentieth century, with a burst of growth experienced after the passage of Public Law 94–463 (PL 94–463), the Farmer-to-Consumer Direct Marketing Act of 1976. This article inventories the literature since the Second World War on retail farmers' markets and direct marketing in North America. The inventory includes some lesser known studies from 1970 to 1985. The reports are grouped into four categories by topical area: consumers and vendors, economic impact, social impact and farmers' markets as research sites. Overall, the literature on farmers' markets is found to be scant, leaving ample room for new and exciting explorations of this venerable institution.
Assessing students' preparedness towards sustainability in US and European undergraduate agricultural curricula
Authors: Borsari Bruno , Vidrine Malcolm F. , Doherty Steven 
Published: January 2025

AbstractThis work focused on the evaluation of undergraduate curricula in agriculture for a selected group of institutions from Louisiana and Texas in the US, and France and Italy. The primary research objective was pursued through the measurement of knowledge acquisition in sustainable agriculture principles of undergraduate students as they were approaching the completion of their curriculum. Quantitative data were collected through the administration of a test to eight samples (n = 20) of senior students from each university participating in the study. An analysis of frequencies for every test question indicated the strengths but also the weaknesses that still exist in the agricultural curricula when students' academic achievement was measured. Every institution acknowledged the emerging sustainable agriculture paradigm in brochures, catalogs and web sites. There is a need for ameliorating agricultural curricula as the long-term productivity of farms is threatened by market policies uncontrollable by single producers and by the manipulation of resources that frequently accelerate environmental degradation. Therefore, we show opportunities for the strengthening of study programs to incorporate sustainable agriculture principles in undergraduate curricula.
The natural and organic pork market: A sustainable niche for small-scale producers? A review and analysis of the evidence
Authors: Wheatley W. Parker 
Published: January 2025

AbstractThis study reviews the literature on consumer preferences and willingness to pay for pork produced through alternative methods, such as natural and organic production, It finds evidence suggesting that many consumers are willing to pay relatively high premiums for natural and organic pork. Furthermore, research is found which suggests that such premiums can be expected to persist into the foreseeable future. This study also investigates the degree to which such premiums are transmitted to pork producers and finds anecdotal evidence suggesting that natural and organic pork producers receive modest premiums as well as more stable pricing overall. This paper then discusses the marketing efforts needed and impediments to supplying the natural and organic markets for pork. The overall perspective provided by this paper is that natural and organic production may be viable alternatives to more capital-intensive production for many small-scale producers.
Superhydrophobic coatings on meta-aramid papers enabled by mechanical interlocking for anti-thermal aging applications
Authors: Gao Yuxuan , Du Xinghan , Wang Qibin , Cui Yaping , Zhang Wenqi , Fan Sidi , Yu Xiang 
Published: January 2025

Abstract
The durability of superhydrophobic coatings has emerged as a pivotal consideration for their practical applications. Conventional methods for preparing robust superhydrophobic coatings often incorporate chemical binders. However, these binders are susceptible to melting and embrittlement under high temperatures, greatly limiting their stable service life, particularly in complex outdoor environments. Herein, the meta-aramid papers are treated with superhydrophobic modification using the surface-embedded spray coating technique. Benefiting from the unique deprotonation and reprotonation features of meta-aramid fibers, the paper surface morphology is reconstructed into a porous micro–nano structure. Given the comparable dimensions between the hydrophobic nano-SiO2 particles and the surface pores, the SiO2 particles become surface-embedded within the pores, resulting in a firmly bonded superhydrophobic coating. Furthermore, additional hydrogen bonds are formed between the SiO2 particles and meta-aramid fibers, further strengthening their adhesion. The as-prepared paper can endure temperatures up to 260 °C, preserving a contact angle >150° and a sliding angle <5°. It also exhibits exceptional abrasion durability even after thermal aging. Additionally, the DC wet flashover voltage maintains over 95% of its original value. Our surface-embedded strategy offers an innovative alternative to chemical binders and enhances the viability of superhydrophobic coatings for applications in high-temperature environments.
Theoretical tools for neutrino scattering: interplay between lattice QCD, EFTs, nuclear physics, phenomenology, and neutrino event generators
Authors: Alvarez Ruso Luis , Ankowski Artur Marek , Bacca Sonia , Balantekin A B , Carlson Joseph A , Gardiner Steven , González Jiménez Raúl , Gupta Rajan , Hobbs Timothy , Hoferichter Martin , Isaacson Joshua , Jachowicz Natalie , Jay William , Katori Teppei , Kling Felix , Kronfeld A , Li Shirley , Lin Huey-Wen , Liu Keh-Fei , Lovato Alessandro , Mahn Kendall , Menendez Javier , Meyer Aaron , Morfin Jorge G , Pastore Saori , Rocco Noemi , Mohammad Athar Sajjad , Sato Toru , Schwenk Achim , Shanahan Phiala , Strigari Louis , Wagman Michael , Zhang Xilin , Zhao Yong , Acharya Vijay , Andreoli Lorenzo , Andreopoulos Constantinos , Barrow Joshua , Bhattacharya Tanmoy , Brdar Vedran , Giusti Carlotta , Hayato Yoshinari , Khan Amir N , Kim Doojin , Li Yu-Feng , Lin Meifeng , Machado Pedro , Martini Marco , Niewczas Kajetan , Pandey Vishvas , Papadopoulou A , Plestid Ryan , Roda Marco , Ruiz Simo Ignacio , Simone James , Sufian Raza S , Tena-Vidal Julia , Tomalak Oleksandr , Tsai Yu-Dai , Udías José Manuel 
Published: January 2025

Abstract
Maximizing the discovery potential of increasingly precise neutrino experiments will require an improved theoretical understanding of neutrino-nucleus cross sections over a wide range of energies. Low-energy interactions are needed to reconstruct the energies of astrophysical neutrinos from supernovae bursts and search for new physics using increasingly precise measurement of coherent elastic neutrino scattering. Higher-energy interactions involve a variety of reaction mechanisms including quasi-elastic scattering, resonance production, and deep inelastic scattering that must all be included to reliably predict cross sections for energies relevant to DUNE and other accelerator neutrino experiments. Refined nuclear interaction models in these energy regimes will also be valuable for other applications, such as measurements of reactor, solar, and atmospheric neutrinos. This manuscript discusses the theoretical status, challenges, required resources, and path forward for achieving precise predictions of neutrino-nucleus scattering and emphasizes the need for a coordinated theoretical effort involved lattice QCD, nuclear effective theories, phenomenological models of the transition region, and event generators.
Electron emission efficiency of graphene/h-BN/2D-semiconductor heterostructure: theoretical analysis and experimental verification
Authors: Song Guichen , Chen Yicong , Li Zhibing , Deng Shaozhi , Chen Jun 
Published: January 2025

Abstract
Metal-insulator-semiconductor (MIS) heterostructures have important applications in vacuum microelectronic devices. Among these, graphene-insulator-semiconductor (GIS) heterostructure field electron emitters are among the most widely utilized. Improving the electron emission performance is a major challenge for GIS heterostructure field emitters. A comprehensive theoretical model is needed to predict the electron emission process from such a structure. In this work, a theoretical calculation was carried out on the electron emission current from an GIS heterostructure structure based on a tunneling model that considers the density of states of the semiconductor, scattering of the insulation layer, and hot-hole-induced Auger emission process. Using graphene/h-BN/MoS2 as an example, we obtain the band structure of the MoS2 using first principle calculation, simulate the scattering in h-BN with the Monte Carlo method, and calculate the emission current density using the modified Fowler-Nordheim equation. The results indicate that h-BN thickness and Auger coefficient are key factor affecting emission current density and emission efficiency. To validate our model, a few-layer graphene/h-BN/MoS2 heterostructure device was prepared and the field emission results validate the calculation results. The theoretical model can be expanded to other GIS heterostructures and is useful for designing a high-performance electron source using a GIS tunneling junction.
An integrated approach to enhance green supply chain performance in the palm oil industry
Authors: Mulyadi A , Rayendra R , Satriardi  , Sinatra I O 
Published: January 2025

Abstract
While essential to economic development, the palm oil industry faces significant environmental challenges, including deforestation, high carbon emissions, and inefficient waste management throughout the supply chain. Implementing Green Supply Chain Management (GSCM) is crucial to addressing these issues, but more research is needed on effective performance strategies. This study aimed to bridge that gap by providing methods to improve Green Supply Chain Management (GSCM) performance in the palm oil industry, specifically at PT Perkebunan Negara V Riau. The research applied GreenSCOR to measure supply chain performance across five core processes: plan, source, make, deliver, and return. Additionally, the Analytic Hierarchy Process (AHP) was utilized to prioritize key performance indicators, while Systems Thinking was employed to identify leverage points for strategic improvements. The findings indicated that the overall performance score of 59.3% was moderate, highlighting inefficiencies, particularly in the delivery process, which received the lowest score at 3%. This discrepancy in performance underscored the necessity of enhancing waste management and recycling efforts to improve green supply chain outcomes. Strategies proposed to enhance the performance of the green supply chain included increasing the use of eco-friendly materials, optimizing green transportation, and improving waste management practices to reduce emissions and pollution.
Key Factors Influencing Consumer Satisfaction in Red Rice Powdered Beverages: An Evaluation Using the Kano Model
Authors: Aurelia C A , Romulo A 
Published: January 2025

Abstract
Red rice, an unpolished rice variety, is renowned for its superior nutritional content compared to white rice, being rich in minerals, proteins, and various bioactive compounds. However, product development utilizing red rice, such as in the form of powdered beverages, remains limited. In the process of product development, it is essential to consider the key attributes that influence consumer satisfaction. This study aimed to identify and evaluate the critical attributes affecting consumer satisfaction with red rice powdered beverages using the Kano model. The findings indicated that among the 16 attributes examined, the most crucial factors to consider during product development include color, solubility, packaging type, nutritional content, serving instructions, storage instructions, manufacturing date, expiration date, and price. These attributes are prioritized due to their significant impact on consumer satisfaction. These findings offer valuable insights for product development, emphasizing the need to prioritize these factors in future formulations of red rice powdered beverages to meet consumer expectations and enhance satisfaction. Further research could focus on sensory attributes like taste, aroma, and texture to complement the current findings.
IoT-based Insect Pests Management System for Rice Fields
Authors: Simpao F T , Mendoza K M , Basug O M , Gelmo G S , Villotes R P , Andripa K D , Aceres L V , Eguia R E 
Published: January 2025

Abstract
Rice farming faces challenges, including pest susceptibility, high-cost chemical pesticides, and labor-intensive pest management. Insect pests like rice black bugs, stem borers, and leafhoppers can significantly reduce yields. While chemical pesticides are commonly used, they pose environmental and health risks, including residues in food and harm to beneficial organisms. This study presents an IoT-based insect pest management system (IPMS) designed to address these challenges. The system integrates light attractors, electric zappers, insect counters, full moon detection, and remote monitoring using LoRa WAN technology. LED lights attract insect pests, which are eliminated by an electric zapper, and the insect counter records the captured insect pests, reducing their population effectively. During full moon phases, the system enhances light attraction by adjusting the LED lights. Field trials in Nabunturan, Davao de Oro, Philippines demonstrated the system’s effectiveness, reducing insect pest populations and pesticide use by 91.67%. The average insect count was 85 during the planting season and 2,941 during the harvest season. A regression analysis showed that weather conditions significantly influenced insect pest activity, with rainy or cloudy weather reducing insect pest counts by 1,603 on average. Compared to conventional insect pest control methods, the system minimized pesticide use and resulted in a 50% increase in crop yield. The solar-powered setup ensures sustainable operation in large rice fields, and LoRa communication offers reliable data transmission over 53.4 meters for distance monitoring. This study highlights the potential of the system to enhance agricultural productivity while reducing environmental impact.
Mycorrhiza biofertilizer application to improve yield performance of promising lines of black rice intercropped with mungbean in aerobic irrigation system
Authors: Wangiyana W , Ghazi F , Yakop U M 
Published: January 2025

Abstract
This study aimed to determine the effect of mycorrhiza-biofertilizer application on the growth and yield performance of several promising lines of black rice intercropped with mungbean in an aerobic irrigation system. The experiment was arranged according to a Split Plot Design, with three blocks and two treatment factors: black rice promising lines (G3, G6, and G9) as the main plots and mycorrhiza biofertilizers (M0 = without and M1 = with mycorrhiza biofertilizer application) as the subplots. Data were analyzed using ANOVA and Tukey’s HSD at a 5% significance level. The results indicated that the significant interaction of the treatment factors (G*M) affected the number of tillers at 63 days after seeding (DAS) and the weight of 100 grains. Applying mycorrhiza biofertilizer increased the tiller number in the G9 line and improved the weight of 100 filled grains, but only in the G6 and G9 lines. Additionally, mycorrhiza biofertilizers significantly increased the number of panicles per clump, the weight of 100 grains, and the number of filled grains per panicle. However, it decreased the percentage of unfilled grains, thereby enhancing the dry grain yield of black rice per clump.
Optimizing the role of students in developing rural economy in Indonesia through entrepreneurship training
Authors: Supriatna E , Senen S H , Riana A A 
Published: January 2025

Abstract
By being the largest archipelagic country in the world, Indonesia has unique privileges and brings benefits. However, this geographical condition is also a challenge for the government regarding development. As part of the national development project, village development is vital because it is the basis for equitable development. This study aimed to analyze the “Optimization of the Role of Students in Building a Rural Economy through Entrepreneurship Training.” This qualitative library research used various books and relevant literature sources as the primary research sources. Data was obtained from reading sources such as journals prepared beforehand. The results showed that the potential of students can act as supervisors of development and agents of change for the community. In addition, students had the responsibility to become development supervisors, evaluate their success, and devote themselves to communities in remote and underdeveloped areas to explore existing potential. The improvement of Indonesia’s economic development can be accelerated by increasing the number of entrepreneurs through entrepreneurship training in all walks of life. At the same time, interest in entrepreneurship benefited society by promoting economic independence and fostering robust mental development.
Bridging the gap: how entrepreneurship education shapes agribusiness graduates’ prospects
Authors: Ajo A , Mardiyati S , Edy S , Purnamasari W O D 
Published: January 2025

Abstract
The ability of agribusiness graduates to start new businesses is crucial in ensuring food security, reducing hunger, and addressing poverty in rural areas. This study aimed to evaluate entrepreneurship education’s direct impact on student’s motivation and potential for starting businesses in agribusiness. This research employed a mixed-method approach, utilizing JASP software to measure the significance of changes in students’ motivation while also using Atlas.ti to analyze students’ suggestions concerning the educational process. The study involved undergraduate agribusiness students to explore their involvement in post-graduation businesses, especially in businesses related to handling and processing perishable agricultural products. Findings indicated that entrepreneurship education significantly influences graduates’ prospects, showing a positive shift in their entrepreneurship motivation. Supported by the Paired Samples T-Test and Wilcoxon Signed-Rank Test (p-value < 0.001), this research rejected the null hypothesis (H0). Agribusiness lecturers played a vital role in enhancing entrepreneurship motivation by shaping positive attitudes, creating a supportive environment, boosting confidence, and integrating practical training. Higher education institutions should provide facilities like business incubators, collaboration with business entities, and curriculums that support entrepreneurial practices to enhance the likelihood of graduates succeeding in establishing new agribusinesses, along with government policy support to create a conducive learning atmosphere.
Assessing the impact of macroeconomic and environmental concerns on Bitcoin in lower-income countries
Authors: Santiyano B J , Tanty V F , Hariwinarta J , Havidz S A H 
Published: January 2025

Abstract
This study investigated the effects of macroeconomic and environmental factors on Bitcoin return. The analysis included 31 lower-income countries selected based on their GDP rankings from 2012 to 2022. Using 341 observations, we applied Feasible Generalized Least Squares (FGLS) and One-step System Generalized Method of Moments (GMM) to evaluate the effects of Gross Domestic Product (GDP), Inflation Rate (INF), CO2 Emissions (CO2E), Climate Policy Uncertainty (CPU), Global Price Energy Index (GPEI), and Cambridge Bitcoin Electricity Consumption Index (CBECI) on Bitcoin return. The findings revealed a significant negative relationship between CO2E and Bitcoin return, reflecting investor concerns about Bitcoin’s environmental impact. CBECI showed a significant positive effect, suggesting that higher electricity consumption associated with mining activities led to increased Bitcoin return. CPU was positively associated with Bitcoin return, indicating that investors might have viewed Bitcoin as a hedge against climate policy uncertainties. GPEI had a significant negative effect, demonstrating Bitcoin’s sensitivity to global energy price fluctuations. GDP and INF showed no significant effect on Bitcoin return, suggesting that macroeconomic indicators did not significantly impact Bitcoin’s value in emerging markets. These results offered essential guidance for investors and policymakers in emerging markets.