Kamel Ahmed Abd-Elsalam - Böcker
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4 produkter
4 produkter
2 712 kr
Skickas inom 10-15 vardagar
Pythium is one of the most important phytopathogens causing significant damage to agriculture, forest, and nurseries, etc. It is an unseen enemy of the root zone of various plants and hence considered as "hidden terror" for a number of plants. An accurate diagnosis and identification of Pythium causing various infections in plants is very important because it is often confused with several other fungi. Pythium infections are difficult to control once they have set in. Therefore, its effective and ecofriendly management is of paramount importance. In addition, there are many reports on Pythium causing infections in human beings and animals. The present book on Pythium focuses on various aspects which mainly include pathogenesis, technological developments in detection and diagnosis, and its management. Key FeaturesIncludes identification of Pythium spp. by traditional and molecular methodsDeals with different diseases caused by Pythium sppDescribes the role of Pythium in mammalian diseasesIncorporates various management strategiesDiscusses emerging role of nanotechnological tools for the management of Pythium diseases
697 kr
Skickas inom 10-15 vardagar
Pythium is one of the most important phytopathogens causing significant damage to agriculture, forest, and nurseries, etc. It is an unseen enemy of the root zone of various plants and hence considered as "hidden terror" for a number of plants. An accurate diagnosis and identification of Pythium causing various infections in plants is very important because it is often confused with several other fungi. Pythium infections are difficult to control once they have set in. Therefore, its effective and ecofriendly management is of paramount importance. In addition, there are many reports on Pythium causing infections in human beings and animals. The present book on Pythium focuses on various aspects which mainly include pathogenesis, technological developments in detection and diagnosis, and its management. Key FeaturesIncludes identification of Pythium spp. by traditional and molecular methodsDeals with different diseases caused by Pythium sppDescribes the role of Pythium in mammalian diseasesIncorporates various management strategiesDiscusses emerging role of nanotechnological tools for the management of Pythium diseases
1 895 kr
Kommande
This is a critical book that examines the power of artificial intelligence to transform the health of crops. It covers the latest AI technologies being used for proactive and accurate protection of plants. The book is a detailed guide on drones and robotics that are used to monitor and spray specific areas and provide highly advanced image processing that help in detecting diseases early on in crops such as wheat, cotton, and tomato. It fills the disconnect between data science and agronomy, including smart sensing, predictive analytics, and integration with precision agriculture systems. The book sheds light on useful ways of managing the pest population sustainably and addresses ethical challenges that define the future of AI-enabled agriculture.
1 532 kr
Kommande
Biofungicides: Advanced Delivery for Sustainable Crop Protection offers a thorough understanding of challenges in biofungicides delivery. The advent of nanoparticle formulations and encapsulation techniques has opened new possibilities for targeted delivery systems, controlled release, and improved stability of antifungal compounds. A combination of precision spraying technologies, such as variable rate applications, sensor-guided sprayers, and drone-based application systems, with Internet of Things tools like smart sensors, data analytics, and automated delivery systems, further increases the likelihood of success. This book also addresses the regulatory aspects of biofungicide development, including safety evaluations and registration procedures. It emphasizes the need for future research into biofungicide mechanisms of action as well as challenges related to stability, shelf life, environmental impact, slow action, production costs, market acceptance, and the integration of biofungicides into integrated pest management (IPM) programs. IPM programs reduce the reliance on chemical pesticides by combining various pest control methods, thereby supporting sustainable crop protection for the farming community.