Faculty

Institution

Unit

Venue

Joan E McLean

Research Professor

Utah State University

Affiliations

College of Engineering

Department of Civil and Environmental Engineering

Joan E Mclean is currently serving as a College Of Engineering Research Professor at Utah State University.

Honors

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Experiences

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Education

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Joan E McLean

Utah State University

Research Professor

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environmental engineering environmental science environmental remediation microbiology soil environmental microbiology environmental chemistry chemical engineering bioremediation applied geochemistry applied microbiology microbial ecology ecotoxicology hazardous materials soil pollution soil contamination groundwater remediation nanoparticles soil chemistry groundwater pollution plant soil nanotoxicology bacteria soil biology nanoparticle research microbiological degradation environmental toxicology groundwater hydrogeochemistry metal contamination environmental technology bioactive metal trace metals groundwater quality soil bioremediation phytotoxicity soil dynamics zno nanoparticles zno nps plant-microbe interactions environmental materials waste management rhizosphere metal nanoparticles metal toxicity cuo nanoparticles contaminated soil plant physiology plant science bioaccumulation environmental fate soil bacterium cuo nps agronomy soil microbiology pseudomonas putida plant disease soil properties microbial physiology chemical pollution plant-rhizobia interaction polycyclic aromatic hydrocarbons degradation reaction green nanotechnology soil characterization silver nanoparticles hexavalent chromium arsenic release reactive nitrogen species root-soil interactions soil salinity retention capacity hexavalent chromium review surface adsorption cache valley basin metal speciation ag nps water pollution

Notable Scholarly Works

Notable Federal Grants

Collaborators

Arsenic Mobilization at the Water-Shore Interface of a Shrinking Saline Lake. The Science of The Total Environment (2025)

Aspen SorensonJoan E McLeanSierra Young

environmental engineeringwater qualitygroundwateraquatic ecosystemsenvironmental sciencewater sciencearsenic mobilizationfreshwater biologywater pollutionsaline lakewater-shore interfacesediment researchlimnologygroundwater pollutionsediment-water interaction

Innovative Multiplex Qpcr Method for Rapid and Reliable Detection of Microcystin-Producing Genes During Harmful Algal Blooms: Insights From Utah Reservoirs. Water Research (2025)

Peerzada MadanyDonald OlsenSarah Osama MakledErik CramSarah PageHannah BonnerJoan E McLeanDavid StevensMingyue LiLiyuan Hou

harmful microalgaewater qualityharmful algaeutah reservoirsbloom ecologybiologyharmful algal bloomsmarine biologymicroorganismsalgal researchmicrobiologyreliable detection

Synthesis of Nano-Sized Metavivianite and Nano-Sized Chitosan-Coated Metavivianite and Their Solubility in a Calcareous Soil Saturated Paste Extract With Soil Microbe Inoculation. ACS Agricultural Science & Technology (2025)

Li-Ting YenJoan E. McLeanAnne J. AndersonJeanette M. NortonDavid W. BrittYao-Tung LinAstrid R. Jacobson

nanobiotechnologychemical engineeringnano-sized chitosan-coated metavivianitenanoparticle researchnano-sized metavivianitetheir solubilitybio-based nanomaterialsfood nanotechnologiesnanoparticlesnanomaterialsenvironmental materialsbiological engineeringnanoengineering

Tracking the Translocation of Nanoplastics From Soil to Plant: Comparison of Different Analytical Techniques. Journal of Hazardous Materials (2025)

Junjie TangAbdelazeem S EltaweilAdeleye S AdeyemiAstrid R JacobsonDavid W BrittJoan E McLeanYiming Su

environmental engineeringsoilmicroplasticssoil pollutiondifferent analytical techniquesnanoparticle researchplant soilnanoparticlesenvironmental technologydispersion sciencenanomaterialsenvironmental remediationbiological engineering

Uptake, Distribution, and Activity of Pluronic F68 Adjuvant in Wheat and Its Endophytic Bacillus Isolate. Agrochemicals (2025)

Anthony CartwrightMohammad ZargaranAnagha WankhadeAstrid JacobsonJoan E. McLeanAnne J. AndersonDavid W. Britt

biomanufacturingcritical micelle concentrationbiological engineeringmembranesapplied microbiologybiotechnologyglycine betainebiomolecular engineeringosmotic stressendophyte researchwheat root cellsmembrane biologycrop protectionmicrobiology

Tracking the Translocation of Nanoplastic From Soil to Plant: Comparison of Different Analytical Techniques. (2024)

Yiming SuJunjie TangAbdelazeem S. EltaweilAdeleye S. AdeyemiAstrid R. JacobsonDavid W. BrittJoan E. McLean

environmental engineeringsoil dynamicssoilmicroplasticssoil pollutiondifferent analytical techniquesnanoparticle researchenvironmental scienceplant soilnanoparticlesenvironmental technologyenvironmental remediationbiological engineering

An Attached Microalgae Platform for Recycling Phosphorus Through Biologically Mediated Fertilizer Formation and Biomass Cultivation. Cleaner Engineering and Technology (2023)

Parker GoldsberryPeter JeppesenJoan McLeanRon Sims

environmental engineeringbiological waste treatmentwastewater treatmentalgae biofilm reactorapplied phycologyalgal biomassfertilizer formationstruvite precipitationbioremediationalgal biotechnologyalgal researchbiofilmsalgal cultivationbiological engineering

Changes in Metal-Chelating Metabolites Induced by Drought and a Root Microbiome in Wheat. Plants (2023)

Anne J. AndersonJoshua M. HortinAstrid R. JacobsonDavid W. BrittJoan E. McLean

environmental engineeringplant vigorenvironmental microbiologymicrobial ecologyplant soilplant physiologyrhizospherebioremediationplant-microbe interactionsmicrobiologyroot microbiomeamino acids

Cost–Benefit Analysis of Nanofertilizers and Nanopesticides Emphasizes the Need to Improve the Efficiency of Nanoformulations for Widescale Adoption. Nature Food (2022)

Yiming SuXuefei ZhouHuan MengTian XiaHaizhou LiuPhilippe RolshausenCaroline RoperJoan E. McLeanYalei ZhangArturo A. KellerDavid Jassby

nanobiotechnologycost–benefit analysisnanomanufacturingcontrolled releasepharmaceutical nanotechnologywidescale adoptionchemical engineeringnanoparticle researchfood nanotechnologiesnanoparticlesnanoreactornanomaterialsnanotechnologybiological engineeringnanoengineering

Microbial and Chemical Risk From Reclaimed Water Use for Residential Irrigation. Journal of Water Reuse and Desalination (2022)

Jennifer WeidhaasMcKinley OlsenJoan E. McLeanNiel AllenLeila AhmadiKwame DuoduRyan Dupont

environmental engineeringantimicrobial resistancefoodborne hazardwater qualityapplied microbiologyenvironmental microbiologypathogenic bacteriaclean waterwaterborne pathogensmicrobial hazardsreclaimed watermicrobial contaminationmicrobiologyreclaimed wastewatermicrobial risk assessment

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Joan E McLean

Research Professor

Utah State University

Affiliations

College of Engineering

Department of Civil and Environmental Engineering

Joan E Mclean is currently serving as a College Of Engineering Research Professor at Utah State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Joan E McLean

Utah State University

Research Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Arsenic Mobilization at the Water-Shore Interface of a Shrinking Saline Lake. The Science of The Total Environment (2025)

Aspen SorensonJoan E McLeanSierra Young

Innovative Multiplex Qpcr Method for Rapid and Reliable Detection of Microcystin-Producing Genes During Harmful Algal Blooms: Insights From Utah Reservoirs. Water Research (2025)

Peerzada MadanyDonald OlsenSarah Osama MakledErik CramSarah PageHannah BonnerJoan E McLeanDavid StevensMingyue LiLiyuan Hou

harmful microalgaewater qualityharmful algaeutah reservoirsbloom ecologybiologyharmful algal bloomsmarine biologymicroorganismsalgal researchmicrobiologyreliable detection

Li-Ting YenJoan E. McLeanAnne J. AndersonJeanette M. NortonDavid W. BrittYao-Tung LinAstrid R. Jacobson

Tracking the Translocation of Nanoplastics From Soil to Plant: Comparison of Different Analytical Techniques. Journal of Hazardous Materials (2025)

Junjie TangAbdelazeem S EltaweilAdeleye S AdeyemiAstrid R JacobsonDavid W BrittJoan E McLeanYiming Su

Uptake, Distribution, and Activity of Pluronic F68 Adjuvant in Wheat and Its Endophytic Bacillus Isolate. Agrochemicals (2025)

Anthony CartwrightMohammad ZargaranAnagha WankhadeAstrid JacobsonJoan E. McLeanAnne J. AndersonDavid W. Britt

Tracking the Translocation of Nanoplastic From Soil to Plant: Comparison of Different Analytical Techniques. (2024)

Yiming SuJunjie TangAbdelazeem S. EltaweilAdeleye S. AdeyemiAstrid R. JacobsonDavid W. BrittJoan E. McLean

An Attached Microalgae Platform for Recycling Phosphorus Through Biologically Mediated Fertilizer Formation and Biomass Cultivation. Cleaner Engineering and Technology (2023)

Parker GoldsberryPeter JeppesenJoan McLeanRon Sims

Changes in Metal-Chelating Metabolites Induced by Drought and a Root Microbiome in Wheat. Plants (2023)

Anne J. AndersonJoshua M. HortinAstrid R. JacobsonDavid W. BrittJoan E. McLean

environmental engineeringplant vigorenvironmental microbiologymicrobial ecologyplant soilplant physiologyrhizospherebioremediationplant-microbe interactionsmicrobiologyroot microbiomeamino acids

Cost–Benefit Analysis of Nanofertilizers and Nanopesticides Emphasizes the Need to Improve the Efficiency of Nanoformulations for Widescale Adoption. Nature Food (2022)

Yiming SuXuefei ZhouHuan MengTian XiaHaizhou LiuPhilippe RolshausenCaroline RoperJoan E. McLeanYalei ZhangArturo A. KellerDavid Jassby

Microbial and Chemical Risk From Reclaimed Water Use for Residential Irrigation. Journal of Water Reuse and Desalination (2022)

Jennifer WeidhaasMcKinley OlsenJoan E. McLeanNiel AllenLeila AhmadiKwame DuoduRyan Dupont

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bioproduct

bioresource technology

Thomas M. Young

Institution

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