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The increasing prevalence of immersive technologies and blockchain platforms in modern commerce has ignited animated debates among intellectual property law scholars on the use of nonfungible tokens (NFTs) in the sale of crypto‐assets or virtual property. Despite the rapidly growing interest in the implications of NFTs for copyright law, particularly in the realm of digital art, relatively little attention has been given to the question of whether the rights of copyright stakeholders (as opposed to the works in which such rights subsist) are capable of tokenisation as NFTs or of being transferred via NFT‐tethered transactions in blockchain environments. This article highlights the dangers of treating copyright as capable of being tokenised or transferred as NFTs on blockchain platforms, and argues that such an approach poses fundamental risks to the 'nemo dat' principle in property law. The article further proposes that the right of communication in copyright law should be extended to include the minting of NFTs in relation to digital files containing creative expression, to protect the interests of digital artists from the exploits of rogue crypto‐traders on blockchain platforms. [ABSTRACT FROM AUTHOR]

Okra is an important vegetable crop with high nutritional and economic value. Various approaches have been attempted to increase its production, including foliar fertilisers. This study aims to determine the optimal time to apply foliar fertiliser in a day to improve the final yield in Abelmoschus esculentus L. var. Torpedo and evaluate okra's growth and yield responses by integrating foliar fertiliser as supplementary fertiliser with granule fertiliser in a controlled environment. The study was conducted in a rain shelter under a randomised complete block design with 3 blocks comprising 3 replications within each block. The treatments involved a combination of foliar and granule application at different timings: sunrise, midday, and dusk, and solely granule fertiliser at labelled recommended rates. The control group was treated with only granule fertiliser at the same rate as the combined foliar and granule application. The study found that the application of foliar fertiliser during dusk (6-7 p.m.) showed a higher trend of potential yield, which revealed the potential of dusk foliar fertiliser application timing as the optimal timing for foliar fertilisation. The study also demonstrated that incorporating liquid foliar fertiliser with granular fertiliser can enhance nutrient uptake and promote plant growth, leading to a more sustainable farming practice by reducing inorganic soil granule fertilisers. The potential yield under the combined fertiliser treatments was 5% to 20% higher when compared to experiment control while comparable to the conventional fertiliser application treatment, despite using 45% less nitrogen. Therefore, the study suggests that farmers integrate foliar and soil fertilisation methods to achieve optimal crop yield production and promote sustainable farming. [ABSTRACT FROM AUTHOR]

The purpose of this study was to investigate the effect of perceived attributes of innovation, that is, relative advantage, compatibility, complexity, trialability and observability on learners' use of mobile learning. Specifically, this study employed structural equation modeling in order to examine the causal relationships among perceived attributes of innovation, learners' intention to use mobile learning and the actual use of mobile learning. Analysis of 200 college student respondents who registered for a course offered by an online university in South Korea revealed that relative advantage and complexity had significant effects on the intention to use mobile learning, whereas trialability and observability did not. Further, the intention to use mobile learning had a direct positive effect on learners' actual use of mobile learning.