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Titlebook: Sui Generis Intellectual Property Protection; Comparison of EU and Iana Kazeeva Book 2024 The Editor(s) (if applicable) and The Author(s),

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Intellectual Property Protection for Plant Varieties,s have turned out to be more effective for the protection of plant breeding material than the specific legal regimes enacted in the U.S., where utility patents still remain the most often-used form of protection for plant varieties.
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Book 2024 EU and the U.S. available for three categories of subject matter that are often considered as requiring .sui generis. protection, namely, databases, designs and plant varieties. One of the main objectives is to evaluate whether the chosen subject matter in fact requires .sui generis. intellectual p
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ur thermal power plant. Discharge of hot wastewater from a power plant is the principal cause of higher microbial growth at this site. Pollution Index (PI) was analysed for physicochemical quality of river water and this analysis showed the highest value of PI in a S8 sample during both seasons. Hyp
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Iana Kazeeva Therefore, a new model for the determination of coefficient of discharge of side rectangular sharp-crested compound weir was developed. Results of the GMDH model were also compared with the available regression model, and it was found that GMDH results were better than that of the regression model.
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ts were selected for analysis of physical, chemical, and microbial variation between sampling sites for two seasons. Physicochemical analysis showed a very high concentration of each parameter in sample water and exceeded its permissible limit for drinking in the post-monsoon season. Untreated sewag
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Iana Kazeevatudents to become familiar with available tools such as thos.This book exposes practitioners and decision-makers to the theory and application of river ice processes to gain a better understanding of these processes for modelling and ice flood hazard and risk assessment. It focuses on the following
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