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- W2906720581 abstract "Abstract Nanoparticles (NPs) are microscopic particles with at least one dimension in the 1–100 nm size range. They possess different physical, chemical, and electrical properties than their bulk counterparts and thus open new avenues in the field of science, including the agriculture sector. In the last few decades plant and agricultural scientists have shown great interest in developing nanotechnological approaches to enhance crop productivity. For biotic and abiotic stress management in crop plants, engineered nanomaterials are applied in the form of nanosized fertilizers, pesticides, herbicides, sensors, and smart delivery systems at low cost and using little energy. Abiotic stresses like drought, flood, nutrient deficiency, heat, light, metal stress, etc. are major constraints that affect growth and productivity of crop plants. The scientific community has a major concern to overcome loss in crop productivity induced by abiotic stress. Several NPs are being studied to assess their potential in protecting plants from abiotic stresses, improving plants, and modulating various plant processes. NPs have an impact at very low concentrations and their effects on plants are type and dose dependent; they have been shown to be an attractive alternative for the manufacture of nanofertilizers, which are more efficient and effective than traditional fertilizers. In seeking a sustainable future for agriculture, nanotechnology is gaining attention as a way to overcome problems related to abiotic and biotic stress. This chapter presents an overview of the use of NPs in abiotic stress responses in plants, highlighting their advantages and potential uses." @default.
- W2906720581 created "2019-01-11" @default.
- W2906720581 creator A5035310929 @default.
- W2906720581 creator A5068406913 @default.
- W2906720581 date "2019-01-01" @default.
- W2906720581 modified "2023-10-04" @default.
- W2906720581 title "Impact of Nanoparticles on Abiotic Stress Responses in Plants" @default.
- W2906720581 cites W1447095829 @default.
- W2906720581 cites W1489889146 @default.
- W2906720581 cites W1510154471 @default.
- W2906720581 cites W1881073666 @default.
- W2906720581 cites W1964560809 @default.
- W2906720581 cites W1971784603 @default.
- W2906720581 cites W1976182580 @default.
- W2906720581 cites W1978184169 @default.
- W2906720581 cites W1981399011 @default.
- W2906720581 cites W1995930727 @default.
- W2906720581 cites W2000427995 @default.
- W2906720581 cites W2004452133 @default.
- W2906720581 cites W2013999789 @default.
- W2906720581 cites W2016185790 @default.
- W2906720581 cites W2025681804 @default.
- W2906720581 cites W2027336711 @default.
- W2906720581 cites W2027364874 @default.
- W2906720581 cites W2028377884 @default.
- W2906720581 cites W2030621493 @default.
- W2906720581 cites W2030625477 @default.
- W2906720581 cites W2031369417 @default.
- W2906720581 cites W2046094822 @default.
- W2906720581 cites W2048903344 @default.
- W2906720581 cites W2049375877 @default.
- W2906720581 cites W2049469558 @default.
- W2906720581 cites W2059971395 @default.
- W2906720581 cites W2063991094 @default.
- W2906720581 cites W2069788135 @default.
- W2906720581 cites W2070353605 @default.
- W2906720581 cites W2073857400 @default.
- W2906720581 cites W2076843583 @default.
- W2906720581 cites W2079004764 @default.
- W2906720581 cites W2084295877 @default.
- W2906720581 cites W2090723718 @default.
- W2906720581 cites W2091538492 @default.
- W2906720581 cites W2094959608 @default.
- W2906720581 cites W2095478872 @default.
- W2906720581 cites W2095870077 @default.
- W2906720581 cites W2099039595 @default.
- W2906720581 cites W2103292804 @default.
- W2906720581 cites W2117326659 @default.
- W2906720581 cites W2119363021 @default.
- W2906720581 cites W2121089943 @default.
- W2906720581 cites W2132865032 @default.
- W2906720581 cites W2137184265 @default.
- W2906720581 cites W2139328007 @default.
- W2906720581 cites W2139565097 @default.
- W2906720581 cites W2141102916 @default.
- W2906720581 cites W2154140763 @default.
- W2906720581 cites W2163035956 @default.
- W2906720581 cites W2169150155 @default.
- W2906720581 cites W2172218270 @default.
- W2906720581 cites W2251318000 @default.
- W2906720581 cites W2291369325 @default.
- W2906720581 cites W2331469141 @default.
- W2906720581 cites W2333367841 @default.
- W2906720581 cites W2333827197 @default.
- W2906720581 cites W2341867969 @default.
- W2906720581 cites W2436314570 @default.
- W2906720581 cites W2468379884 @default.
- W2906720581 cites W2468671060 @default.
- W2906720581 cites W2474596120 @default.
- W2906720581 cites W2483793646 @default.
- W2906720581 cites W2489721378 @default.
- W2906720581 cites W2508135323 @default.
- W2906720581 cites W2512158944 @default.
- W2906720581 cites W2516383636 @default.
- W2906720581 cites W2521530101 @default.
- W2906720581 cites W2521979708 @default.
- W2906720581 cites W2525270565 @default.
- W2906720581 cites W2529237843 @default.
- W2906720581 cites W2530198592 @default.
- W2906720581 cites W2553241033 @default.
- W2906720581 cites W2571405283 @default.
- W2906720581 cites W2576124787 @default.
- W2906720581 cites W2576999527 @default.
- W2906720581 cites W2578605582 @default.
- W2906720581 cites W2586744929 @default.
- W2906720581 cites W2587612397 @default.
- W2906720581 cites W2587738347 @default.
- W2906720581 cites W2598186038 @default.
- W2906720581 cites W2603896430 @default.
- W2906720581 cites W2617601617 @default.
- W2906720581 cites W2671169680 @default.
- W2906720581 cites W2737517848 @default.
- W2906720581 cites W2762452565 @default.
- W2906720581 cites W2766134142 @default.
- W2906720581 cites W2766277986 @default.
- W2906720581 cites W2766980001 @default.
- W2906720581 cites W4232381885 @default.
- W2906720581 cites W841756253 @default.