bluuebunny/crossref_metadata_2025_split huggingface dataset:
Pelatihan Literasi Digital Berbasis Website (Blog) untuk Meningkatkan Kecakapan Digital Peserta Didik SMA dan Guru
Authors: Muyasaroh Anisa Fitri , Amanati Anis Yulia , Krisdiana Anita , Rachmawati Tsaniyah Nabilah , Kurniasari Laily Yosie , Munasir Munasir , Rohmawati Lydia , Deta Utama Alan 
Published: January 2024

Teknologi dan sistem informasi semakin berkembang dari masa ke masa. Perkembangan ini membawa dampak yang baik dalam berbagai aspek kehidupan. salah satunya dalam hal pendidikan. Pendidikan sebagai pengembang teknologi dan sumber daya manusia sangat terbantu dengan adanya perkembangan tersebut namun internet juga dapat memberikan pengaruh buruk terutama bagi peserta didik jika kurang bijak dalam penggunaannya. Tujuan dari penelitian ini adalah untuk meningkatkan kemampuan literasi digital peserta didik tingkat SMA dan guru dalam menguasai teknologi informasi terkini, yaitu internet dan blog. Metode pelaksanaan kegiatan ini adalah kegiatan meliputi identifikasi masalah di lapangan melalui observasi, perencanaan kegiatan, sosialisasi kegiatan, pelaksanaan pelatihan literasi digital melalui blogging, pemberian angket respon dan evaluasi kegiatan. Pelatihan dilaksanakan secara online melalui Zoom dengan mengundang narasumber dengan materi meliputi pembuatan blog dan teknik penulisan blog. Berdasarkan hasil pemberian angket diperoleh presentase yang memiliki blog sebesar 23 %, sedangkan 77 % belum memiliki blog, hal ini menujukkan bahwa literasi digital masyarakat masih rendah. Kegiatan ini mendapatkan respon kepuasan yang baik berdasarkan hasil pengisian angket kepuasan untuk para peserta, dan didapatkan hasil presentase kepuasan sebesar 36% dengan kategori sangat puas dan 64% dengan kategori puas. Perubahan yang diharapkan setelah pelaksanaan kegiatan ini adalah adanya peningkatan kecakapan literasi digital peserta didik dan guru mampu membuat media pembelajaran yang menarik untuk digunakan dalam pelaksanaan pembelajaran.
Assessing the Influence of Climate Change on Agricultural Yields and Crafting Farmer-Centric Adaptation Strategies: A Policy-oriented Agricultural Analysis
Authors: Tangkesalu Dance , Rasyid Harun , Asiri Abdullah M. , Hidayat Yayat , Nurunnisa Maura 
Published: January 2024

This journal article critically examines the influence of climate change on agricultural yields and proposes farmer-centric adaptation strategies through a policy-oriented agricultural analysis. The research employs a comprehensive approach, integrating climate science, agricultural economics, and policy studies to assess the multifaceted impacts of climate change on global agricultural productivity.
The study analyzes empirical data on changing climate patterns, extreme weather events, and temperature variations, emphasizing their significant consequences for agricultural yields. By utilizing statistical models and econometric techniques, the research quantifies the extent of yield variations across diverse crops, providing a nuanced understanding of the challenges faced by farmers.
In response to these challenges, the research proposes adaptation strategies centered on the needs and capacities of farmers. These strategies encompass the development and dissemination of climate-resilient crop varieties, the enhancement of irrigation infrastructure, and the implementation of precision agriculture techniques. Moreover, the study investigates the role of agricultural policies in promoting adaptive practices and explores potential policy frameworks to incentivize climate-smart agriculture.
The findings highlight the importance of tailoring adaptation strategies to local contexts and engaging farmers in the decision-making process. The research underscores the need for policies that empower farmers, providing them with the knowledge, resources, and incentives to adapt to changing climatic conditions effectively.
In conclusion, this article contributes to the discourse on climate change adaptation in agriculture by offering a policy-oriented perspective. It advocates for a holistic approach that integrates scientific insights, economic considerations, and farmer participation, aiming to enhance the resilience of agricultural systems in the face of climate change.
AI and BDA impact on Stakeholders' Responses to Education Technology Adoption
Authors: Elshamly Amina , Gameel Zeanab Abdullah Ahmed 
Published: January 2024

Purpose: The objective of this study is to examine the impact of AI and BDA in education in the light of stakeholder apprehensions by examining the complex interplay between issues connected to AI and several other elements such as the integration of AI, use of BDA, past technological experience, computer anxiety, societal uneasiness, and the incorporation of user-centred design principles. This provides valuable perspectives and approaches for effectively incorporating AI into the field of education, with a particular focus on the significance of cultural context and diversity.
Methodology: A structured questionnaire survey was conducted with a total of 398 participants. Various distribution mechanisms were employed for data collection. Using Likert-type scales, the survey evaluated the levels of AI-induced anxiety, AI integration, BDA, previous technological experience, computer and social anxiety, and user-centered design. To determine the trustworthiness and accuracy of the measuring tool, an initial evaluation was conducted using Cronbach's Alpha and inter-item correlations. Following this, statistical methods were utilised to conduct hypothesis testing and examine the correlations between constructs during data analysis.
Findings: The research indicates that BDA has a positive effect, while AI-induced apprehension (AIA) detrimentally impacts AI integration in education. Previous technological experience enhances individuals' confidence and motivation when integrating technology into their lives. However, computer and social anxiety are obstacles and lead to hesitancy and resistance. The concept of User-Centered Design facilitates the integration process by emphasising the development of intuitive interfaces that are easy for users to navigate. The function of cultural context is of great importance in AI and user-centred design, as well as in individuals' prior technological experience.
Value: The value of this research is to offer valuable perspectives and practical resolutions for enhancing the adoption of technology in the field of education while considering the influence of cultural diversity. This endeavour effectively acknowledges a significant deficiency in the existing body of scholarly work and contributes to the ongoing discourse on incorporating technology in educational settings worldwide.
Enhancing the Performance of Electrospun Nanofiber Membranes in Water and Wastewater Treatment Processes Using Omniphobic Surface Modification
Authors: Mishra Dr. Rahul , Jha Dr. Vinay Chandra 
Published: January 2024

The necessity for advantageous advancements in filtering technology has resulted in limited attention towards emerging materials, specifically nanofiber membranes, for water purification. The issue of organic material and the collection of residual organics in wastewater is a significant challenge since existing treatments like coagulation/flocculation and chlorine treatment have proven insufficient in achieving satisfactory outcomes. Further treatment and disposal steps are required for the additional amount of sludge produced by these methods. The field of nanotechnology has remarkable promise in filtration applications owing to its capacity to fabricate materials with exact structural control to meet specific needs. Membrane distillation (MD) has emerged as a potentially viable method for treating industrial wastewater. However, the existing hydrophobic MD membranes encounter substantial challenges related to wetting, mostly caused by the presence of pollutants often found in wastewater. This work presents a novel approach for the production of a Poly Vinylidene Fluoride - Hexa Fluoro Propylene Electrospun Nanofiber Membrane (PVF-HFP-ENM) that exhibits enhanced resistance to wetting by reduced surface-tension materials. The PVF-HFP-ENM membrane, which possesses an inherent re-entrant structure, has been fluorinated using 1H, 1H, 2H, 2H-Per Fluoro Decyl Trichlorosilane (PFDT) by Vapor Deposition (VD) without the need for surface activation. The fluorinated membrane had exceptional surface omniphobicity, as evidenced by its high contact angles with water and ethanol, measuring 148±0.4° and 120 ± 0.8°, respectively. The fluorinated membrane exhibited exceptional stability regarding omniphobicity and mechanical qualities, even when subjected to extreme circumstances such as ultrasonic disinfection, boiling water, and acidic and base exposure. The present work focuses on utilizing ENM in the context of industrial wastewater treatment and the alteration of nanomembranes to mitigate clogging problems and enhance the efficiency of wastewater treatment processes.
Optimization of the Biogenic Synthesis of Silver Nanoparticles and their Application in the Degradation of Dyes
Authors: Vanarotti Dr.Mohan B. , Shukla Swapnil 
Published: January 2024

Using plant extracts for the green synthesis of silver nanoparticles (AgNPs) is being recognized as a promising and environmentally sustainable approach. Plant extracts in producing AgNPs obviate cell culture maintenance and allow scalability in a non-aseptic setting. This work aims to identify the categories of phytochemicals and to conduct the biosynthesis and characterization of AgNPs utilizing extracts from the leaves and stems of Clinacanthus nutans. The present work involved the synthesis of AgNPs using aqueous extracts derived from the leaves (L) and stems (S) of C. nutans. This synthesis approach was chosen due to its non-toxic nature, cost-effectiveness, and environmentally favorable characteristics. The Transmission Electron Microscopy (TEM) examination revealed the presence of silver nanoparticles, denoted as AgNP-L and AgNP-S, which exhibited size ranges of 20 to 200 nm and 25 to 250 nm, respectively. The average sizes of AgNP-L and AgNP-S were determined to be 99.38 nm and 68.47 nm, respectively. The AgNP has shown remarkable degrading efficiency towards commercial dyes, namely Nile Blue (NB), with a removal rate of 94% within 110 minutes, and Reactive Yellow 160 (RY160), with a removal rate of 82% within 110 minutes. The extract derived from the Clinacanthus nutans exhibited considerably elevated concentrations of biologically active chemicals (Flavonoid and Phenolic). The utilization of biogenic AgNPs presents a significant prospect for the remediation of water resources polluted with industrial dye, owing to their notable reusability, photocatalytic effectiveness, and compatibility with environmentally friendly synthesis methods.
Synthesis of CuO/CeO2 Nanocomposites for Adsorption and Efficient Photocatalytic Degradation of Methylene Blue Dye
Authors: Biradar Dr. Vijayalaxmi , Mahobia Ravi Prakash 
Published: January 2024

Nanocomposites are composed of a wide range of systems, including 1-D, 2-D, 3-D, and unstructured substances, and are blended at nanometer sizes with very distinct constituents. Due to the presence of quantum confinement, surface Plasmon response, tunneling of electrons, and density of states, nanocomposites are superior materials that display unusual and distinctive features. Photocatalysts benefit from unique features offered by nanocomposites made of two or more semiconductors with differing band gaps. Due to their uses and possible threats to living things, dyes are considered the most significant water contaminants. Industrial effluent must be treated using powerful adsorbents and photocatalysts to remove dangerous chemical dyes from contaminated water sources. This paper employs a co-precipitation approach to create photocatalytic CeO2 nanoparticles and a CuO/CeO2 nanocomposite for the inexpensive removal of Methylene Blue (MB) from aqueous solution. In this approach, the dispersion of electrons and holes is induced by the absorption of visible light, leading to the breaking of water molecules into radicals. These radicals serve as agents for the degradation of dyes. Utilizing X-ray Diffraction (XRD), Field Emission Scanning Electron Microscopy (FESEM), Ultra-Violet Visible spectroscopy (UV–Vis), and Fourier Transform Infrared spectroscopy (FTIR), the CuO/CeO2 nanocomposite has been characterized. The peaks in XRD suggest that the nanocomposite is most likely made up of the crystalline phases of CuO and CeO2. A sequence of smaller peaks and larger peaks are visible in the measured pattern, spanning the 20° to 40° 2θ range, indicating the presence of amorphous or loosely organized regions inside the material. The results of the FTIR study show that CuO and CeO2 phases are present in the nanocomposite simultaneously. The results further suggest that the CuO/CeO2 nanocomposite exhibits notable photocatalytic activity, successfully facilitating the decomposition of the reactants under UV-Vis light exposure for a certain period.
Advanced Carbon Nanoparticle-Based Filtration Systems for Water Disinfection and Microplastics Removal
Authors: Bano Sarvaree , Gupta Priyanka 
Published: January 2024

Providing clean and safe water is an inherent entitlement of every individual, underscoring the imperative for efficient water disinfection methods. Nevertheless, the increasing prevalence of microplastics in water sources has presented intricate obstacles for current treatment methodologies. Microplastics present significant challenges to both human health and ecosystems, hence requiring the development of novel and inventive solutions. This study suggests introducing a Nanoparticle-Based Water Filtration System (NP-WFS) specifically developed to tackle the combined issue of water disinfection and microplastic elimination. This technique presents a viable alternative to traditional methods by utilizing the distinctive characteristics of Carbon Nanoparticles (CNP) in conjunction with a precisely engineered membrane. At a wavelength of 450 nm, there was a noticeable absorption peak with an absorbance of 1.81%. This discovery demonstrates the existence of CNP. The peak suggests the presence of microplastic particles at 2901.4 cm-1, which coincides with the value found in the untreated water sample. The continuous range of 2798.6 cm-1 in the microfilm indicates that the CNP-infused microfilm effectively collects minuscule plastic beads. This finding implies that the CNP microfilm successfully captured the microorganisms and microplastics. These results serve as evidence of the efficacy of the NP-WFS in the field of water purification. Compared to conventional approaches, NP-WFS demonstrates superior performance in removing microplastics and establishes a novel benchmark for water disinfection. This initiative effectively tackles pressing concerns about water safety, safeguarding ecosystems, and human well-being. This study advances water filtration technology, offering a viable solution to sustainably address the ever-changing waterborne issues.
Green Synthesis of Zinc Oxide Nanoparticles using Eucalyptus Lanceolata Leaf Litter in the Control of Bacterial and Fungal Crop Diseases
Authors: Vanarotti Dr. Mohan B. , Jawahar Dr.C.P. 
Published: January 2024

Nanotechnology is a significant area of scientific inquiry that has garnered considerable attention from scholars in the contemporary period. Various plant materials are being explored as potential resources in green chemistry-based techniques for producing metal Nanoparticles (NPs). This is in response to the adverse impacts of synthetic chemicals, which contribute to significant abiotic climate change concerns in modern agriculture. The primary categories of crop diseases are those resulting from bacterial and fungal infestations. Once a plant becomes infected, it can pose a significant danger to the growth of crops, resulting in a decrease in yield and quality. Furthermore, such infections can adversely affect food safety, creating a health concern for humans. This work aimed to investigate the process of Green Synthesis and Characterisation of Zinc Oxide Nanoparticles (GSC-ZnO-NP) utilizing an extract derived from Eucalyptus lanceolatus (specifically, leaf litter). The paper intended to control bacterial and fungal crop diseases using the GSC-ZnO-NP in conjunction with Eucalyptus lanceolatus extracts. The sample's crystalline structure and surface characteristics have been evaluated using X-ray Diffraction (XRD) and Scanning Electron Microscopy (SEM). The antimicrobial activity of the proposed GSC-ZnO-NP was evaluated against bacterial and fungal isolates from infected crops. The progressive augmentation in magnitude ranging from 10° to 30° in XRD signifies the emergence of ZnO-NPs characterized by distinct and well-defined crystalline configurations. Also, the antimicrobial efficacy of the Zn-NPs extract was comparable to or surpassed that of Fluconazole, suggesting the prospective use of this environmentally-friendly manufactured nanomaterial as a substitute or adjunct therapy for bacterial and fungal infections caused by these microorganisms in crops.
The Impact of Urea-Doped Hydroxyapatite Nanomaterials as a Potential Substitute for Traditional Nitrogen and Phosphorus Fertilizers in Acidic Cultivation Environments
Authors: Shrivastava Dr.Shilpi , Bano Sarvaree 
Published: January 2024

The utilization of nutrients in intensive farming is found to be below 50% for macronutrients. The implementation of this feature leads to economic and ecological impacts that are not sustainable. Nanofertilizers have considerable potential as a notable manifestation of nanotechnology within agricultural practices. To utilize nano fertilizers effectively and without risk, it is necessary to understand the specific impacts of nanoproducts on plant metabolism and the subsequent effects on carrier release kinetics and nutrition retention. This study focuses on synthesizing urea-doped hydroxyapatite nanomaterials (UD-HAN) through the sol-gel method. Three different formulations were employed, and the resulting materials were subjected to characterization using Field Emission Scanning Electron Microscope (FESEM) and elemental analysis. To examine the potential fertilizing properties of nanoparticles, UD-HAN was employed across several culture mediums, encompassing alkaline soil, acidic soil, and cocopeat. The study conducted by UD-HAN showed a considerable capacity to serve as a fertilizer in environments with acidic conditions. This work also investigated the nutritional access to synthesized UD-HAN at suggested (UD-HAN-S) and quasi-suggested (UD-HAN-QS) dosages with the suggested dosage of commercial Bulk Urea Fertilizer (BUF) and a Control Treatment (CT) in Acidic Cultivation Environments (ACE). Crop growth characteristics have been evaluated, including plant height, biomass, and production. This suggests that the utilization of UD-HAN has the potential to achieve a yield comparable to that of commercially available fertilizers.
Enhancing the Durability of Green Concrete through the Utilization of Nano-sized Palm Oil Fuel Ash and Nano-sized Eggshell Powder
Authors: Pandey Dr. Preeti , Apoorva Dr. 
Published: January 2024

Concrete is often regarded as a material representing robustness and long-lasting properties in contemporary society. The manufacture and utilization of cement are responsible for environmental contamination. Green concrete, often known as GC, has been increasingly recognized as a key material in the global concrete industry. Palm Oil Ash (POA) is a significant Lightweight Aggregate (LA) used in GC. Palm Oil (PO) processing generates POA as a by-product, which is thrown out in open areas and landfills without treatment, leading to environmental degradation. The pozzolanic activity is enhanced by grinding POA to nanoparticles, known as NPOA. Egg Shells (ES) are a type of biowaste that originates from eateries. They are deposited in landfills, producing toxic gases and inflicting environmental harm. Nano-sized ES Powder (NESP) contains a significant quantity of calcium oxide, which is crucial for hydration in concrete formation. Also, POA can serve as a fractional replacement for cement in concrete. This paper offers a study that utilized NPOA to improve the subpar performance of LA for GC produced with POA aggregate. The study involved replacing a portion of the cement with NPOA at 5%, 10%, and 15% ratios. Additionally, NESP was used as an admixture at a ratio of 1.5% to produce green concrete in cubes and cylinders. The concrete samples (in the shape of cubes and cylinders) are exposed to a curing process for 7, 14, and 28 days, respectively. Afterward, these samples are examined to evaluate their performance and measure their strength. The Conventional concrete is produced using an M20 grade mix. It is then compared to GC, both with and without NPOA concrete, using cube and cylinder models.
Nematodos asociados a la planta de guayule Parthenium argentatum Gray
Authors: García Camargo Jesús , Moreno Salazar César 
Published: January 2024

El guayule Parthenium argentatum Gray, es un arbusto silvestre, originario del Desierto Chihuahuense, el cual abunda en los Estados del norte-centro de México y las franjas del Big Bend, en Texas, E U A. Se dispone de suficiente información sobre problemas que los insectos, hongos y bacterias causan en la planta, pero no se tienen referencias sobre el daño de los ne-mátodos, por lo que se hicieron muestreos exploratorios en poblaciones silvestres sobre la presencia de estos gusanos. De los géneros fitoparásitos encontrados con mayor consistencia en guayule cultivado, se hicieron pruebas de la posible acción patogénica bajo condiciones controladas. El criterio para decidir el papel parasítico de los nemátodos, fue observar la reproducción en raíces y partes aéreas. En orden de mayor a menor capacidad reproductiva estuvieron: Aphelenchoides, Helicotylenchus, Hoplolaimus, Xiphinema, Ty-lenchus, Tylenchorhynchus, Aphelenchus y Dorylaimus. Adicionalmente se llevaron a cabo observaciones de Rhabditida y del género Mononchus, consi-derado, este último, como nematófago.
El estudio se llevó a cabo en guayuleras naturales, en las cercanías de Parras y Paila, Coah. y en los alrededores de la ciudad de Saltillo, Coah, a partir del año de 1981. Los trabajos relativos a guayule bajo cultivo, se efectuaron en lotes de la UAAAN y la verificación de la asociación nemátodo-planta, en los laboratorios del Departamento de Parasitología de la misma Universidad a fines de 1982 y durante el año de 1983.