Nano-enabled Agrochemicals in Agriculture PDF
Preview Nano-enabled Agrochemicals in Agriculture
NANO-ENABLED AGROCHEMICALS IN AGRICULTURE This page intentionally left blank NANO-ENABLED AGROCHEMICALS IN AGRICULTURE Edited by M G ANSOUR HORBANPOUR DepartmentofMedicinalPlants,FacultyofAgricultureandNaturalResources,ArakUniversity,Arak,Iran M A S UHAMMAD DNAN HAHID DepartmentofAgriculture,NutritionandFoodSystemsatUniversityofNewHampshire,Durham,NH,UnitedStates AcademicPressisanimprintofElsevier 125LondonWall,LondonEC2Y5AS,UnitedKingdom 525BStreet,Suite1650,SanDiego,CA92101,UnitedStates 50HampshireStreet,5thFloor,Cambridge,MA02139,UnitedStates TheBoulevard,LangfordLane,Kidlington,OxfordOX51GB,UnitedKingdom Copyright©2022ElsevierInc.Allrightsreserved. Nopartofthispublicationmaybereproducedortransmittedinanyformorbyanymeans,electronicor mechanical,includingphotocopying,recording,oranyinformationstorageandretrievalsystem,without permissioninwritingfromthepublisher.Detailsonhowtoseekpermission,furtherinformationaboutthe Publisher’spermissionspoliciesandourarrangementswithorganizationssuchastheCopyrightClearance CenterandtheCopyrightLicensingAgency,canbefoundatourwebsite:www.elsevier.com/permissions. ThisbookandtheindividualcontributionscontainedinitareprotectedundercopyrightbythePublisher (otherthanasmaybenotedherein). Notices Knowledgeandbestpracticeinthisfieldareconstantlychanging.Asnewresearchandexperiencebroadenour understanding,changesinresearchmethods,professionalpractices,ormedicaltreatmentmaybecome necessary. Practitionersandresearchersmustalwaysrelyontheirownexperienceandknowledgeinevaluatingandusing anyinformation,methods,compounds,orexperimentsdescribedherein.Inusingsuchinformationormethods theyshouldbemindfuloftheirownsafetyandthesafetyofothers,includingpartiesforwhomtheyhavea professionalresponsibility. Tothefullestextentofthelaw,neitherthePublishernortheauthors,contributors,oreditors,assumeanyliability foranyinjuryand/ordamagetopersonsorpropertyasamatterofproductsliability,negligenceorotherwise,or fromanyuseoroperationofanymethods,products,instructions,orideascontainedinthematerialherein. ISBN:978-0-323-91009-5 ForinformationonallAcademicPresspublications visitourwebsiteathttps://www.elsevier.com/books-and-journals Publisher:NikkiP.Levy AcquisitionsEditor:NancyJ.Maragioglio EditorialProjectManager:LenaSparks ProductionProjectManager:BharatwajVaratharajan CoverDesigner:MarkRogers TypesetbySTRAIVE,India Contents Contributors xi 4. Eco-friendly routes for obtaining nanoparticles and their application in 1. The role of nanotechnology to combat agro-industry major recent worldwide challenges GabrielaAmodeo,RominaGiacometti,FedericoSpagnoletti, G.AliMansoori PatricioRoma´nSantagapita,andMercedesPerullini 1 Recentproblemsandeffortstowardstheir 1 Benefitsandrisksofnanoparticles 49 solution 1 2 Synthesisofnanoparticles:Bioinspiration, References 5 biomimetics,orallowingnaturedothework 51 3 NPscomefromnatureandtonaturethey 2. Classification of nanomaterials and their shallreturn 53 physical and chemical nature 4 Technologicalstrategiesinagriculture 55 5 Nanoparticlesforbioticstressandplant ShreyaSaha,ShikhaBansal,andManikaKhanuja disease/pestmanagement 57 1 Introduction 7 6 Nanoparticlesagainstweeds 58 2 Origin 8 Acknowledgments 58 3 Classificationofnanostructures 8 References 59 4 Variousphenomenathataffectthepropertiesof 5. The mechanisms involved in the nanomaterials 20 5 Propertiesofnanomaterials 21 synthesis of biogenic nanoparticles References 27 ZahraGerami,FaribaFahmidehMahdizadeh,SajadAliyar, BehnamAsgariLajayer,andMehrnazHatami 3. The theory of relativity effect in nanoparticles: Deciphering of unknown 1 Introduction 63 2 Literaturereview 64 effects with nano-puzzle and nano-domini 3 Zincnanoparticles 68 MehrdadAlizadeh,NarimanMaroofpour,BehnamAsgariLajayer, 4 Silvernanoparticles 71 andMehrnazHatami 5 Conclusions 73 References 74 1 Introduction 35 2 Unknowneffectsandgaps 36 6. Advanced analytical techniques 3 Thetheoryofrelativityeffect 40 for physico-chemical characterization 4 Nano-puzzleasanewconceptandstrategyin of nano-materials nanotechnology 41 5 DominoeffectorchaineffecttheoryinNPs MiguelTinoco,Mar´ıaPilarYeste,andMartaSendra (Nano-domino) 42 6 Hypotheticalexperimentdesignforrelativity 1 Electronmicroscopy 80 theoryeffect 43 2 Fouriertransforminfrared(FTIR)spectroscopy 87 7 Conclusions 46 3 Ramanspectroscopy 89 References 46 4 X-raydiffraction(XRD) 91 v vi Contents 5 X-rayphotoelectronspectroscopy(XPS) 91 6 Futureperspectives 168 6 Thermalanalysistechniques 93 References 168 7 NPsinteractionwithsoilsand microorganisms 94 10. Applications of nanotechnology References 97 in precision agriculture NaoremBidyaleimaChanuandMayanglambam 7. Nanotechnology for cargo delivery with ChandraKumarSingh a special emphasis on pesticide, herbicide, and fertilizer 1 Introduction 175 2 Nanoparticle(NP)synthesisanduptake 176 SabyasachiBanerjee,SujayitaMazumder,DebasmitaChatterjee, 3 Commonlyexploitednanoparticlesinprecision SankhadipBose,andSutapaBiswasMajee agriculture 176 4 Nanotechnologicalinterventionsinprecision 1 Introduction 105 agriculture 178 2 Materialsforfabricationofnanoformulations 5 Futureperspectives 184 ofpesticides/herbicidesandnanofertilizers 126 6 Conclusion 184 3 Nanoparticlesasactiveingredients 132 Conflictofinterest 185 4 Nanoporouszeolite 133 References 185 5 Conclusion 135 References 136 11. Algal nanoparticles and their potential application in agriculture 8. Nano-biofertilizersforenhancednutrient use efficiency MaryamKokabiandMortezaYousefzadi NasrinFazelianandMortezaYousefzadi 1 Introduction 189 2 Algaeasbio-nanofactories 190 1 Introduction 145 3 Microalgae-basedNPsynthesis 191 2 Nano-biofertilizers 146 4 Macroalgae-basedNPsynthesis 191 3 Mineralnutrientsdeficiencyinplants 148 5 Mechanismsfortheroleofalgaeinnanoparticle 4 Nutrientavailability 150 formation 192 5 Effectsofnano-biofertilizersonplant 6 Advantagesofalgal-basednanoparticles 193 nutrition 150 7 Algalnanoparticlesinagriculture 194 6 Biologicalmechanismsofnano-biofertilizers 8 Concludingremarksandfutureperspective 195 action 152 References 196 7 Benefitsofnano-biofertilizersoverconventional chemicalfertilizers 154 12. Silver and zinc nanoparticles in the 8 Conclusion 155 improvement of agricultural crops References 156 AdityaBanerjeeandAryadeepRoychoudhury 9. Nanopriming technology for 1 Introduction 199 improving crop plants under stressful 2 GeneralpropertiesofNPs 200 conditions: concept and methods 3 RolesofAgNPsincropimprovement 201 ShabnamKatoch,RichaSalwan,andVivekSharma 4 RolesofZnNPsincropimprovement 204 5 ToxicitymediatedbyAgNPsandZnNPs: 1 Introduction 159 Abriefoverview 205 2 Conceptofseedprimingtechniques 160 6 Conclusion 205 3 Methodsofseedpriming 161 7 Futureperspectives 206 4 Thedownsideofseedpriming 166 Acknowledgments 206 5 Recentdevelopmentsinseedpriming 167 References 206 vii Contents 13. Biogenic nanoparticles and their 3 Problemsfacedbypeopleinagriculture 276 application for removal of organic 4 Roleofpesticidesintheaugmentationofcrop contaminants from water and wastewater production 276 5 Roleoffertilizersintheaugmentationofcrop HakimehHajilou,SolmazKazemalilou,BehnamAsgariLajayer, production 278 EbrahimMoghiseh,andMehrnazHatami 6 Applicationsofnanotechnologyin agriculture 279 1 Introduction 211 7 Anagriculturalrevolutionbynanopesticidesand 2 Nanoparticlesandbiogenicnanoparticles 212 nanofertilizersinagriculture 281 3 Biogenicnanoparticlesforremovaloforganic 8 Whatarenanofertilizers? 282 contaminantsfromwaterandwastewater 213 9 Conventionalbulkfertilizersvs. 4 Conclusions 215 nanofertilizers 283 References 216 10 Environmentalandhealthconcernsof 14. Stimulatory role of nanomaterials nanofertilizers 284 on agricultural crops 11 Whatarenanopesticides? 284 12 Hazardsassociatedwiththeuseof AlonsoM(cid:1)endez-Lo´pez,YolandaGonza´lez-Garc´ıa,and nanopesticidesandnanofertilizersandtheir AntonioJua´rez-Maldonado management 287 13 Conclusion 288 1 Introduction 219 References 288 2 Biostimulationwiththeuseofnanomaterials 220 3 Stimulationofgrowthanddevelopmentofcrops 17. Nano-enabled agrochemicals for withtheapplicationofNMs 222 4 Stimulationofenvironmentalstresstolerance sustainable agriculture compounds 230 AbdurRehman,TongQunyi,MuhammadUsman, 5 Stimulationoftolerancecompoundsto MuhammadFaisalManzoor,LiZhao,JianguoFeng,and pathogenicmicroorganisms 230 SeidMahdiJafari 6 Stimulationofbiocompoundsindifferentorgans ofplants 233 1 Introduction 291 7 Conclusions 237 2 Pesticide-loadednano-enabled References 237 agrochemicals 293 3 Newtrendsandchallengesforfieldapplicationof 15. Green synthesis of nanoparticles and pesticide-loadednano-enabledagrochemicals 299 their uses in agriculture 4 Conclusions 302 References 302 S.Ramkumar,V.Baskar,R.Skymoon,T.Pooja,B.H.Gangadhar, S.Umadevi,K.SaravanaMurali,I.M.Chung,andM.Thiruvengadam 18. Synthesis of nanofungicides by 1 Introduction 247 encapsulating fungicide nanoparticles 2 Greensynthesisnanoparticles 248 using functionalized graphene and its 3 Roleofnanotechnologyinagriculture 258 application against phytopathogenic 4 Conclusions 263 References 263 Rhizoctonia solani NahidSarlak,MortezaPoorhadi,andMansourGhorbanpour 16. A comprehensive review on nanopesticides and nanofertilizers—A boon 1 Introduction 307 for agriculture 2 Materialsandmethods 309 3 Resultsanddiscussion 311 BhavnaSharma,UshaLakra,RajaniSharma,and 4 Conclusions 321 ShubhaRaniSharma Conflictofinterest 321 Acknowledgments 322 1 Introduction 273 References 322 2 Importanceofagriculture 275 viii Contents 19. Effects of nanoparticles on 9 Conclusions 385 phytotoxicity,cytotoxicity,andgenotoxicity 10 Futureprospects 385 in agricultural crops References 386 S.Ramkumar,M.Thiruvengadam,T.Pooja,G.SriThatchayani, 22. Nanoparticle-based solutions for J.D.Alwin,B.S.Harish,S.Deva,R.Keerdhana,R.N.Chithraanjane, diagnosis and management of fungal S.H.Nile,andV.Baskar plant pathogens 1 Introduction 325 FaezehossadatAbtahi,SeyedehLavinNourani, 2 Phytotoxicity 326 andMansourGhorbanpour 3 Cytotoxicity 332 4 Genotoxicity 335 1 Introduction 393 5 Conclusions 338 2 Diagnosisandmanagementofsomefungalplant References 338 pathogensinnanoscale 395 3 Conclusions 401 20. Engineered nanomaterial-mediated References 402 changes in the growth and development of 23. Current status and future prospects common agricultural crops of nanoparticles as plant genetic COOgunkunle,MAJimoh,SOyedeji,MayankVarun,and materials carrier GOOkunlola VartikaRohatgi,NavakanthVijayChallagulla,and 1 Introduction 345 RameshNamdeoPudake 2 Classesofnanomaterials 346 1 Introduction 407 3 Relevanceofengineerednanomaterialsin 2 Prevalentmethodsofplanttransformationand agriculture/cropproduction 349 challengesassociatedwiththem 408 4 Beneficialeffectsofengineerednanomaterials 3 Nanocarriersforgeneticallymodified ongrowthanddevelopmentofselected crops 409 agriculturalcrops 351 4 Nanocarriersnon-GMopportunities 412 5 BeneficialeffectsofENMsonbioticstressofthe 5 Advantagesofnanoparticlesforgenetic studiedcropplants 363 engineering 418 6 Theecologicalriskassociatedwithnanomaterials 6 Needforfutureresearch 420 inputsinagriculture 364 7 Conclusion 421 7 Conclusion 364 References 421 References 365 24. Current developments in 21. Biosynthesis and green synthesis of nanotechnology for the growth of different nanoparticles and their use in agriculture industrial sectors: 2010–20 NahidSarlakandMohammadRezaAbdi KhushbooDasauniandTapanK.Nailwal 1 Introduction 377 1 Introduction 425 2 Biosynthesisofnanoparticles 378 2 Nanotechnologydevelopmentindifferentsectors, 3 Biosynthesisofnanoparticlesbyfungi 379 2010–20 426 4 Biosynthesisofnanoparticlesbybacteria 379 3 Nanotechnology:Currentdevelopmentin 5 Biosynthesisofnanoparticlesbyplantextract 381 agriculturesector 428 6 Nanoparticlesasantimicrobials 382 4 Nanobiosensorsforfoodprocessing 429 7 Plantpathogenicityandnanoparticles 383 5 Conclusion 431 8 Plantgrowthparametersandefficacyof 6 Futuredirection 431 nano-formulationsonthem 384 References 432 ix Contents 25. Impacts of nanomaterials on metabolic 5 Applicationofnanoparticlesinagriculture profiling of agricultural crops andfoodsectorsisquiterecentcompared totheiruseindrugdeliveryand ZahraZahra,ZunairaHabib,andMuhammadQudratUllahFarooqi pharmaceuticals 477 6 Conclusion 480 1 Introduction 435 References 481 2 NPsactiononmetabolicprofilingofplants 442 3 Conclusions 442 28. Nanotechnology, a new tool for References 442 agriculture and agroindustry 26. Polymeric nanoparticle-based AnaAng(cid:1)elicaFeregrinoP(cid:1)erez, insecticide: A critical review of Jos(cid:1)eRosendoHerna´ndezRes(cid:1)endiz,CristianJosu(cid:1)eMendozaMeneses, agriculture production LuisAlfonsoPa´ramoSerrano,SusanaMerazDa´vila,and KarenEsquivelEscalante KhushbooDasauni,Divya,PriyankaMathpal,andTapanK.Nailwal 1 Nanotechnologyintheagricultureand 1 Introduction 445 agroindustry 485 2 Differenttypesofinsecticidesandtheirmodeof 2 Nanomaterials 486 action 447 3 Nanometaloxidesaselicitors 487 3 Roleofnanotechnologyinnextgeneration 4 Nanometaloxidesforplantdiseaseprotection 494 agriculture 449 5 Applicationofnanofibersinagriculture 504 4 Nanoparticlesaspesticides 451 6 Conclusions 514 5 Thecurrentscenario 454 References 515 6 Nano-basedinsecticides 455 29. Synthesis of different TiO 7 Chitosannanoparticlesforsustainable 2 agriculture 458 nanostructures using central 8 Limitations 459 composite design optimization method 9 Futureprospectiveandresearchchallenges 459 and application of TiO -nanobelt References 460 2 for water microorganism’s purification 27. Nano–delivery system: In the NahidSarlak,ZeynabDerikvand,andVahidbabieZareei agriculture sector 1 Introduction 527 KhushbooDasauniandTapanK.Nailwal 2 Experimentalsetup 529 3 Resultanddiscussion 531 1 Introduction 467 4 Conclusions 535 2 Nanoparticlesandnano-carriersfor References 535 agriculture 468 3 Drugdelivery:Inagriculture 475 Index 537 4 Prospectsofnano-deliverysystemtechnologyin agriculture 476
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