Titlebook: Management of Phytonematodes: Recent Advances and Future Challenges; Rizwan Ali Ansari,Rose Rizvi,Irshad Mahmood Book 2020 Springer Nature

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Sustainable Management of Plant-Parasitic Nematodes: An Overview from Conventional Practices to Mod nematode diagnosis by classical morphology-based methods have been resolved by the adoption of novel molecular techniques, which are rapid, precise, and cost-effective. As far as the existing cultural management techniques are concerned, crop rotation with non-host crops can suppress a wide range o

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Nanobiotechnology-Driven Management of Phytonematodes,pplied such as biological, chemical, organic, cultural, nanobiotechnology to control pathogenic nematodes. Use of nematicides of chemical origin are although effective, on another hand it causes environmental perturbations. The emerging of two novel techniques, nanotechnology and biotechnology has r

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Bioprospecting Compost for Long-Term Control of Plant Parasitic Nematodes, for bioprospecting microbes capable of controlling PPNs. This is particularly so since most of the estimated billions of microbes per gram of compost (>50K species/g) have not been discovered and/or are not yet cultivable. Moreover, the composting process allows for some degree of manipulation to c

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Plant-Growth-Promoting Rhizobacteria (PGPR)-Based Sustainable Management of Phytoparasitic Nematode kill the plant parasitic nematodes. These chemicals have caused greater losses to our biodiversity which are untargeted leading to a great perturbation of ecosystem ecology. The impact of these chemicals on human health cannot be ignored. PGPR uses various mechanisms to manage the plant nematodes.

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Organic Additives and Their Role in the Phytoparasitic Nematodes Management,nditions, soil structure which are valuable for plant development. Soil amendments like animal and green compost, undecomposed or deteriorated materials, plant extracts, essential oils, oil cakes and chitin, etc. are examples of organic additives. Plant parasitic nematodes cause greater damage to pl

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,Nanoparticles’ Synthesis and Their Application in the Management of Phytonematodes: An Overview,Crop production is hindered by several pests of economic importance, which are responsible for huge crop losses and invariably contributing to global food insecurity with attendant consequences such as malnutrition, starvation, social isolation, and other overlapping issues that cannot be overemphas

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Integrated Management of Phytopathogenic Nematodes Infesting Mushroom,s along with poor and marginal farmers and rural women. It does not need a defined land for its production. So, anyone can grow it. It is very nutritious, contains protein, minerals, fibres and have sufficient moisture. It also contains some medicinal properties. The common edible mushrooms that are