Beneficial Microbes for Sustainable Agriculture and Environmental Management
PrefaceMycorrhiza: A Potential Bio-Enhancer in the Agriculture Production SystemINTRODUCTIONROLE OF MYCORRHIZAEFUTURE OF AMF AND SYMBIOTIC ASSOCIATIONMYCORRHIZAE AND CARBON ASSIMILATIONMETABOLISM IN THE MYCORRHIZAL ROOTNUTRIENT UPTAKE AND TRANSPORT BY MYCORRHIZAEAMF FOR NODULATION AND DISEASE RESISTANCECOMMERCIAL USE OF AM FUNGI (AMF)CONCLUSIONKEYWORDSREFERENCESPlant Growth-Promoting Microbiome NetworkINTRODUCTIONTHE TERM OF ENDOPHYTIC BACTERIALOCALIZATION AND DISTRIBUTION OF ENDOPHYTIC BACTERIA INSIDE THE PLANTSINTERACTIONS OF ENDOPHYTIC BACTERIA AND IN VITRO PLANT CULTURESMECHANISMS UNDERLYING BACTERIAL ENDOPHYTES- PLANT INTERACTIONSA MODEL HOST TO STUDY PLANT-ENDOPHYTE INTERACTIONROLES AND BIOTECHNOLOGICAL APPLICATIONS OF BACTERIAL ENDOPHYTESENDOPHYTES AS BIOFERTILIZERS: FORESIGHT AND COMPLICATIONCONCLUDING REMARKS AND FUTURE PROSPECTSKEYWORDSREFERENCESPlant Growth-Promoting Endophytic Bacteria and Their Potential Benefits in Asian CountriesINTRODUCTIONISOLATION AND IDENTIFICATIONDIVERSITY OF PGPBPLANT GROWTH-PROMOTING ACTIVITY AND PRODUCTSCONCLUSIONKEYWORDSREFERENCESEccentricity in the Behavior of Penicillium spp. as Phytopathogen and PhytoaugmentorINTRODUCTIONINTERACTION OF FUNGI WITH PLANTS AND ITS EFFECT ON AGRICULTUREINTERACTION OF PENICILLIUM WITH PLANTSIDENTIFICATION OF PENICILLIUM STRAINMOLECULAR IDENTIFICATION OF PENICIUIUM SPP. USING 18S rRNA GENE SEQUENCE ANALYSISPENICILLIUM AS PLANT PATHOGENOVERCOMING PENICILLIUM INFECTIONS IN PLANTSPENICILLIUM SPP. AS PHYTOAUGMENTORCONCLUSIONEnvironmental Management of E-Waste by Biological ProcessINTRODUCTIONCLASSIFICATION OF E-WASTEGLOBAL SCENARIO OF E-WASTEINDIAN SCENARIO OF E-WASTEDISPOSAL METHODS OF E-WASTEE-WASTE TREATMENT BY THERMAL PLASMA TECHNIQUEMANAGEMENT OF E-WASTEPHYTOREMEDIATIONVERMI REMEDIATIONRECOVERY OF METALS FROM E-WASTEBIOMETALLURGY PROCESSBIOLEACHING PROCESSBIOSORPTIONCONCLUSIONKEYWORDSREFERENCESMicrobial Degradation of Wastes for Environmental ProtectionINTRODUCTIONORGANIC WASTESBIOCONVERSION AND BIOREMEDIATION OF WASTES FROM DIFFERENT SOURCESPRODUCTION OF VALUABLE PRODUCTS FROM DIFFERENT WASTESCONCLUSIONKEYWORDSREFERENCESSoil Microbial Biofilm Communities and Their InteractionsINTRODUCTIONBIOFILM FORMATION BY SOIL MICROBESINTERACTIONS/ASSOCIATIONS OF MICROBES IN SOILBIOREMEDIATIONCONCLUSIONKEYWORDSREFERENCESBacteriological Removal of Azo Dyes: An Eco-Friendly ApproachINTRODUCTIONHAZARDOUS NATURE OF AZO DYEMETHODS OF TREATMENTROLE OF MICROORGANISMS IN AZO DYE DEGRADATION 8.5. 7 FUNGIENZYMES IN AZO DYES DECOLORIZATIONBIOREACTOR SYSTEM FOR INDUSTRIAL EFFLUENT TREATMENTCONCLUSIONKEYWORDSREFERENCESImpact of Soil, Plant-Microbe Interaction in Metal Contaminated SoilsINTRODUCTIONEFFECT OF METAL CONTAMINATED SOIL ON PLANTSEFFECT OF HEAVY METAL TOXICITY ON THE SOIL MICROORGANISMSEFFECT OF HEAVY METAL TOXICITY ON HUMANSMETHODS FOR BIOREMEDIATION OF METAL CONTAMINATED SOILSCONCLUSIONKEYWORDSREFERENCESRadiation-Resistant Thermophiles: From High Temperature and Radiation to Engineered BioremediationINTRODUCTIONCO-EXISTENCE OF DESICCATION AND RADIATION RESISTANCE IN THERMOPHILESMECHANISMS OF RADIATION RESISTANCE IN THERMOPHILESAPPLICATIONSCONCLUSIONKEYWORDSREFERENCESDynamic Potential of Indigenous and Effective Microbes in Wastewater Treatment ProcessesINTRODUCTIONINDUSTRIAL AND MUNICIPAL WASTEWATER: SOURCES AND TREATMENT PROCESSESINDIGENOUS AND EFFECTIVE MICROORGANISMS (EMOs) IN WASTEWATER TREATMENTPOTENTIALITY OF IMOs AND EMOsSTRATEGY TO ENHANCE THE IMOs IN WASTEWATER TREATMENT PROCESSEFFECT OF EMO ON THE QUALITY OF TREATED WASTEWATERFACTORS AFFECTING WASTEWATER TREATMENT PROCESSESCONCLUSION AND FUTURE PERSPECTIVESKEYWORDSREFERENCESEarthworms and Microbes in Environmental Management Through Vermitechnology-Mediated Organic FarmingINTRODUCTIONEARTHWORMS IN SOIL FERTILITY AND MICROBIAL MANAGEMENTVERMITECHNOLOGY AND ORGANIC FARMINGVERMICOMPOSTINGBENEFITS OF VERMICOMPOSTVERMIWASHBIODYNAMIC PREPARATION 500BIODUNG COMPOSTINGORGANIC INPUTS IN SOIL AND IMPACTCONCLUSIONKEYWORDSREFERENCES
