Journal
[الإجمالى: 32264 ]
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Nasser Awed Hammam, Gehan Ebrahim Elafify, Mohamed Abdelfatah El-namky, Maha Mahmoud Abd Eltwab,
2024
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Abeer Kamel Abdelhade, Hisham Abdel Rahim Ahmed, Seham Salah Aldeen Mostafa, Ahmed Fouad Hassanein,
2024
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Monera Moustafa ElNagger, Hend Mohamed Yousef, Ghada Mohamed EL Damrway,
2024
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Gehan Ebrahim Elafify, Nasser Awed Hammam, Mohamed Abdelfatah El-namky, Maha Mahmoud Abd Eltwab,
2024
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Nasser Awed Hammam, Gehan Ebrahim Elafify, Mohamed Abdelfatah El-namky, Maha Mahmoud Abd Eltwab,
2024
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Wael El Shafei,
2024
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Due to the extreme danger of the red palm weevil (RPW), Rhynchophorus ferrugineus (Coleoptera: Curculionoidea: Dryophthoridae) on date palms and its rapid spread in many countries in the world. This work was carried out to evaluate the effect of using different pheromones, baits and trap shapes on the attraction of the RPW adults by pheromone traps in date palm plantations. Results revealed that the traps contained Rhyncho gel pheromone recorded the highest average of captured RPW 20.17 adults/ trap compared to the three other tested pheromones, Rhyno cap, English and Costa Rican which recorded, 17.44, 12.94 and 7.44 adults/ trap respectively. Also
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Sahier El-Lakwah, Ahmed ِAzazy, Susan El-Lakwa, Abd Elrahman Mohamed,
2023
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High agricultural production is essential for food security. Hence, it is important to increase crop yields while minimizing losses. Insects cause considerable economic losses.Entomopathogenic Nematodes (EPNs) are alternatives to chemical pesticides for controlling insects. For researchers, determining the type of EPNs is not an easy task. Thus, a tool for identifying EPNs species is needed. In this paper, we introduce a method for developing a system to identify EPNs species according to their morphometric traits. We used Web Ontology Language (OWL) to build the ontology of EPNs species and represent their semantic information. Ontology helps in data representation, exchange, and interoperability. The proposed system was implemented as a mobile application that extracts and retrieves EPNs data from ontology. It displays the details of valid Heterorhabditis and Steinernema species.
Also, it enables us to find species that are related to the given infective juveniles (IJs) features. We used techniques of similarity search such as cosine similarity and Euclidean distance to compare different EPNs species and identify similar species based on appearance features. The results indicate that the system can recognize the known EPNs species and it helps to identify similar species.
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Monera Moustafa ElNagger, Hend Mohamed Yousef, Ghada Mohamed EL Damrway, Sabry Abdelmoaty Dabbous,
2023
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Nasser Awed Hammam, Gehan Ebrahim Elafify, Mohamed Abdelfatah El-namky,
2023
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Abeer Kamel Abdelhade, Ahmed Fouad Hassanein, Hisham Abdel Rahim Ahmed, Seham Salah Aldeen Mostafa,
2023
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