Titlebook: Nanobiostimulants; Emerging Strategies Vandana Singh,Rouf Ahmad Bhat,Gowhar Hamid Dar Book 2024 The Editor(s) (if applicable) and The Auth

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Nanobiostimulants: Precision Tools for Harnessing Soil Microbes and Elevating Agricultural Productiransforming nutrients into easily absorbed inorganic forms. Microorganisms are an essential and fundamental part of living soil, contributing to various biogeochemical cycles of key nutrients such as nitrogen, carbon, sulfur, the mineral phosphorus, and other elements. Moreover, they are maintaining

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Nanobiostimulants for Enhancing Plant Stress Tolerance, of these specialized nanomaterials into agricultural practices aims to boost crop productivity while concurrently moderating the adverse impact of environmental stresses on plant life. The current use of chemical fertilizers poses significant risks to human health and ecological networks, making th

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Harnessing Nanobiostimulants for Sustainable Agriculture: Unraveling Plant-Microbe Synergies,tial of these interactions offers promising avenues for sustainable and eco-friendly crop production. Nanobiostimulants, emerging as a novel approach in agriculture, hold great promise in enhancing plant-microbe synergies. The numerous interactions between plants and microbes are outlined in this ch

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Nanobiostimulants and Plant Secondary Metabolites,uent use of pesticides as well as fertilizers affects crop productivity as well as human health. To accomplish the goal of enhancing crop productivity and yield, instead of applying chemical fertilizers, biostimulants can be used. It will limit the dependence of farmers on fertilizers, eventually re

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Nanobiostimulants and Sustainable Crop Production,hetic chemicals like pesticides, herbicides, insecticides, etc.; it gradually became a reason for soil ecology exploitation and destruction. These reasons compelled to develop means of sustainable agriculture, which has so far been beneficial in restoring the balance of the soil ecology by minimizin

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,The Role of Nanobiostimulants in Modulating Plant–Microbe Symbioses for Enhanced Crop Productivity,e is at a critical juncture because of growing issues such as an increasing world population, dwindling arable land, and the imperative to reduce the environmental footprint of farming. In this context, nanobiostimulants have arisen as an emerging field of agricultural research, offering creative wa

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Nanobiostimulants and Climate Change Adaptation in Agriculture,nge exposed the plant to a variety of challenges, including drought, salt, extreme heat, and cold. The use of chemical fertilizers posed a greater risk to the plants while also degrading the soil. As a result, more sustainable and environmentally friendly technologies such as the use of nanobiostimu

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