Abstract Reference Management Software (RMS) is crucial in assisting scholars, researchers, and professionals organise and cite their research. This paper compares six prominent RMS tools: EndNote, Mendeley, Zotero, Paperpile, RefWorks, and Citavi. The study aims to evaluate these tools based on their features, usability, storage capacity, and compatibility with different operating systems and word processors. Each tool’s unique offerings, such as... Reference Management Software (RMS) is crucial in assisting scholars, researchers, and professionals organise and cite their research. This paper compares six prominent RMS tools: EndNote, Mendeley, Zotero, Paperpile, RefWorks, and Citavi. The study aims to evaluate these tools based on their features, usability, storage capacity, and compatibility with different operating systems and word processors. Each tool’s unique offerings, such as social networking capabilities in Mendeley and Zotero’s open-source nature, are discussed. Additionally, the paper explores the strengths and weaknesses of each RMS, providing a comprehensive comparison to guide users in selecting the most suitable software for their needs. The findings indicate that while all six tools offer robust reference management features, the choice ultimately depends on individual preferences, specific research requirements, and the user’s computing environment. This study highlights the importance of RMS in enhancing research efficiency and collaboration. Read More Read Less

Abstract This article aims to examine selected scholarly publications on different aspects of the Internet of Things (IoT) in libraries to demonstrate prospects for IoT applications in libraries, particularly in the academic environment. The study is exploratory, and national and international articles were culled from various sources. Articles that recommended or advocated using IoT technology in libraries are included in the... This article aims to examine selected scholarly publications on different aspects of the Internet of Things (IoT) in libraries to demonstrate prospects for IoT applications in libraries, particularly in the academic environment. The study is exploratory, and national and international articles were culled from various sources. Articles that recommended or advocated using IoT technology in libraries are included in the study. However, this article did not include IoT applications that might be used in libraries. The study offers an in-depth analysis of IoT technologies for library use in five sections: introduction, the concept of IoT, application of IoT in libraries, and advantages and challenges of adopting IoT. Finally, it concluded that implementing IoT technology in libraries is essential to offering contemporary and conventional services to many techno-dexterous people at their preferred location despite the cybersecurity risks and challenges. Read More Read Less

Abstract Many educational institutions nowadays are utilising the Internet to offer online learning services. The primary goal is to comprehend how and why libraries are transforming and to enable libraries better to meet the demands and expectations of university library users. In response to the growing demand for remote access to electronic resources, libraries have shifted their focus from information ownership... Many educational institutions nowadays are utilising the Internet to offer online learning services. The primary goal is to comprehend how and why libraries are transforming and to enable libraries better to meet the demands and expectations of university library users. In response to the growing demand for remote access to electronic resources, libraries have shifted their focus from information ownership to “Anywhere, anytime” access to data. This paper aims to explore how the K-nimbus mobile app will aid library users. Read More Read Less

Abstract Upcycling, transforming unused materials into crafted items of higher value, has emerged as a promising approach to address environmental challenges and promote sustainable practices in various industries. This research explores the processes, benefits, challenges, and implications of upcycling within sustainable design and waste management. Through a qualitative analysis of literature reviews, case studies, and expert insights, key findings highlight the... Upcycling, transforming unused materials into crafted items of higher value, has emerged as a promising approach to address environmental challenges and promote sustainable practices in various industries. This research explores the processes, benefits, challenges, and implications of upcycling within sustainable design and waste management. Through a qualitative analysis of literature reviews, case studies, and expert insights, key findings highlight the environmental benefits of waste reduction and resource conservation, economic viability through cost savings and market differentiation, and challenges such as material sourcing complexity and design innovation. Consumer perception and market dynamics are examined to understand factors influencing the acceptance and adoption of upcycled products. The implications for practice include integrating upcycling into sustainability strategies, fostering innovation and collaboration, and advocating for supportive policies. This study advances knowledge on upcycling practices and informs strategies for achieving a more circular economy. Read More Read Less

Abstract This study traced the trends in Indian-funded research using UGC-funded publications indexed in Web of Science. Using R programming language, we employed Latent Dirichlet Allocation (LDA) and n-gram modelling of titles of 6094 publications made during 2023. The analysis indicated three important areas of research: Anticancer compounds, Nanoparticles/Carbon Nanoparticles, and Complex Oxide Materials. The high... This study traced the trends in Indian-funded research using UGC-funded publications indexed in Web of Science. Using R programming language, we employed Latent Dirichlet Allocation (LDA) and n-gram modelling of titles of 6094 publications made during 2023. The analysis indicated three important areas of research: Anticancer compounds, Nanoparticles/Carbon Nanoparticles, and Complex Oxide Materials. The high degree of prevalence of the terms “analysis”, “synthesis”, and “characterization” in the clusters of terms indicated the predominance of the experimental method of research circling the three areas of research stated above. The n-gram modelling revealed “molecular docking” and “molecular docking studies” as the most frequent bigram and trigram. It further showed that “breast cancer” among the types of cancer is the most crucial area of research. UGC mainly funded experimental research on “cancer” during 2023. Extensive research on abstracts and full publications texts could offer a more comprehensive insight into prevailing research trends. Read More Read Less