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• W3176030652 abstract "The urge to apply nanotechnology in agriculture arises due to the increasing human population and decreasing farmland fertility. To combat nutrient deficiency, fertilizers fortify plants requiring nutrients. Nevertheless, sometimes roots are unable to absorb the nutrients and translocate, due to the small pore size. It is therefore pertinent to implement smart materials that serve as nutrient carriers to soil and target release of nutrients in plants. Nanomaterials behave as nanofertilizers by either acting as nutrients themselves or as nutrient carriers. Nanofertilizers together with fortifying soil also facilitate the nutrient uptake in plants through nanometric pores. The nanoparticles reach the leaves by penetrating through the cell membrane and cell wall of the root epidermis via capillary forces, osmotic pressure, and cell wall pores through plasmodesmata connections and/or by symplastic routes. The nanoparticles enter a seed via parenchymatous intercellular spaces present in the seed coat. These nanomaterials perform various actions in the soil as well as plants, for example, single-walled carbon nanotubes improve the crop germination rate. Multiwalled carbon nanotubes, on the other hand, facilitate the absorption of nitrogen and phosphorus in wastewater and delivery to crops. Graphene, in moderate quantities, improves seed water content. Nanozeolites which act as macro- and micronutrient carriers are known to improve the quality of the soil. TiO2 nanoparticles speed up the seed germination process by promoting oxygen and water penetration into the seed capsules. The complex nature of nano–bio–eco interactions limits their behavior monitoring in soil. The potentially hazardous nature of nanoparticles also arises from the fact that their residues might cause bioaccumulation in the environment and food chain. Therefore a holistic approach is required to understand their interaction with the plant–soil-environment and eventually in the food chain. In this book chapter, we focus on the synthesis of various nanomaterials and their interactions with soil and plants systems." @default.
• W3176030652 created "2021-07-05" @default.
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• W3176030652 date "2021-01-01" @default.
• W3176030652 modified "2023-10-18" @default.
• W3176030652 title "Nanotechnology-based biofortification: a plant–soil interaction modulator/enhancer" @default.
• W3176030652 cites W1793705680 @default.
• W3176030652 cites W1903508167 @default.
• W3176030652 cites W1938887115 @default.
• W3176030652 cites W1966729591 @default.
• W3176030652 cites W1969368146 @default.
• W3176030652 cites W1979462376 @default.
• W3176030652 cites W1986245667 @default.
• W3176030652 cites W1999559063 @default.
• W3176030652 cites W2004710454 @default.
• W3176030652 cites W2013433351 @default.
• W3176030652 cites W2018644999 @default.
• W3176030652 cites W2029905795 @default.
• W3176030652 cites W2050028916 @default.
• W3176030652 cites W2060411059 @default.
• W3176030652 cites W2062144566 @default.
• W3176030652 cites W2063591330 @default.
• W3176030652 cites W2072608150 @default.
• W3176030652 cites W2077579345 @default.
• W3176030652 cites W2078520078 @default.
• W3176030652 cites W2083857556 @default.
• W3176030652 cites W2095090773 @default.
• W3176030652 cites W2095292961 @default.
• W3176030652 cites W2115463004 @default.
• W3176030652 cites W2128949516 @default.
• W3176030652 cites W2137184265 @default.
• W3176030652 cites W2141259981 @default.
• W3176030652 cites W2148333466 @default.
• W3176030652 cites W2157949687 @default.
• W3176030652 cites W2222959296 @default.
• W3176030652 cites W2233815167 @default.
• W3176030652 cites W2312667966 @default.
• W3176030652 cites W2312796712 @default.
• W3176030652 cites W2313938545 @default.
• W3176030652 cites W2318453565 @default.
• W3176030652 cites W2320801763 @default.
• W3176030652 cites W2321244492 @default.
• W3176030652 cites W2323021532 @default.
• W3176030652 cites W2339983164 @default.
• W3176030652 cites W2345517643 @default.
• W3176030652 cites W2400172789 @default.
• W3176030652 cites W2402978170 @default.
• W3176030652 cites W2406659399 @default.
• W3176030652 cites W2409870681 @default.
• W3176030652 cites W2413172977 @default.
• W3176030652 cites W2444458718 @default.
• W3176030652 cites W2461447121 @default.
• W3176030652 cites W2521526894 @default.
• W3176030652 cites W2602372996 @default.
• W3176030652 cites W2616822273 @default.
• W3176030652 cites W2616967369 @default.
• W3176030652 cites W2624902841 @default.
• W3176030652 cites W2671169680 @default.
• W3176030652 cites W2765154889 @default.
• W3176030652 cites W2787814022 @default.
• W3176030652 cites W2796277309 @default.
• W3176030652 cites W2809854718 @default.
• W3176030652 cites W2819812907 @default.
• W3176030652 cites W285262454 @default.
• W3176030652 cites W2883260922 @default.
• W3176030652 cites W2885621571 @default.
• W3176030652 cites W2890167612 @default.
• W3176030652 cites W2890914068 @default.
• W3176030652 cites W2897644807 @default.
• W3176030652 cites W2902238332 @default.
• W3176030652 cites W2947015664 @default.
• W3176030652 cites W2949668608 @default.
• W3176030652 cites W2956502322 @default.
• W3176030652 cites W2963252488 @default.
• W3176030652 cites W2971016530 @default.
• W3176030652 cites W2979619132 @default.
• W3176030652 cites W2980115455 @default.
• W3176030652 cites W2985267253 @default.
• W3176030652 cites W2997242469 @default.
• W3176030652 cites W3003686825 @default.
• W3176030652 cites W3007927050 @default.
• W3176030652 cites W3009935036 @default.
• W3176030652 cites W802152961 @default.
• W3176030652 cites W913210175 @default.
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• W3176030652 doi "https://doi.org/10.1016/b978-0-323-90943-3.00022-5" @default.
• W3176030652 hasPublicationYear "2021" @default.
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