Faculty

Institution

Unit

Venue

Chan Lan Chun

University of Minnesota Duluth

Affiliations

Center For Water And The Environment

Swenson College of Science and Engineering

Department Of Civil And Environmental Engineering

NoneChan Lan Chun is currently serving as a Center For Water And The Environment faculty at University of Minnesota Duluth.

Honors

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Experiences

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Education

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Chan Lan Chun

University of Minnesota Duluth

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environmental science materials science environmental engineering environmental microbiology ecology aquatic ecosystems water quality environmental research nanotechnology freshwater biology microbial ecology aquatic toxicology applied microbiology iron nanoparticles environmental chemistry ageing total environment environmental technology surface reactivity microbial risk assessment decontamination great lakes physical chemistry clinical microbiology molecular ecology ecotoxicology plant science infection control environmental dna biological invasions aquatic conservation reactivity (chemistry) microbial contamination toxinology phytoplankton ecology environmental quality water ecologies aquatic invasive species structural chemistry transition metal chemistry physical aging elemental characterization trace metals dysbiosis therapeutic efficacy clinical mycology transformation kinetics drinking water treatment genome sequencing genome analysis sequence analysis microbial diversity environmental pollution coral reefs mineral geochemistry environmental geochemistry environmental mineralogy fragmentation effect in-situ conversion disparate impact eutrophication host-microbe interactions plant-microbe interactions aqueous solution added cu chemotherapy-induced gut dysbiosis fecal microbiota transplantation microscopic studies organic contaminants reductive transformations synthetic goethite fecal bacteria land-based sources differential impacts iron-rich minerals accessible iron

Notable Scholarly Works

Notable Federal Grants

Collaborators

Simultaneous Removal of Phosphate and Nitrate From Stormwater via Biofilters Co-Amended With Biochar and Iron-Rich Mining Residuals. ACS ES&T Water (2026)

environmental technologywaste managementwater purificationindustrial wastewaterbiofilters co-amendedwastewater managementenvironmental remediationenvironmental sciencewastewater treatmentwater treatmentbioremediationwater process engineeringenvironmental engineeringgroundwater remediationsimultaneous removalwater pollutioniron-rich mining residualsclean water

Aquatic Invasive Species Exhibit Contrasting Seasonal Detectability Patterns Based on Environmental Dna: Implications for Monitoring. Freshwater Biology (2024)

Christopher I. RoundsTodd W. ArnoldChan Lan ChunJosh DumkeAnna TotschAdelle KeppersKatarina EdbladSamantha M. GarcíaEric R. LarsonJenna K. R. NelsonGretchen J. A. Hansen

aquatic ecosystemsedna detection probabilityenvironmental dnaaquatic invasive speciesaquatic conservationenvironmental sciencebiodiversitybiological invasionswater samplesfreshwater ecosystemswater ecologiesecologyecological indicatorfreshwater biologyconservation biology

Bioelectrochemical Reactor to Manage Anthropogenic Sulfate in Freshwater Ecosystem: Mathematical Modeling and in Situ Bioremediation. SSRN Electronic Journal (2024)

Matthew J. BerensTobin W. DeenChan Lan Chun

environmental sciencefreshwater ecosystemsbioremediationenvironmental engineeringmathematical modelinggeometric modelinganthropogenic sulfatebioelectrochemical reactormathematical modelling

Bioelectrochemical Reactor to Manage Anthropogenic Sulfate Pollution for Freshwater Ecosystems: Mathematical Modeling and Experimental Validation. Chemosphere (2024)

Matthew J. BerensTobin W. DeenChan Lan Chun

environmental scienceenvironmental remediationexperimental validationenvironmental engineeringmathematical modelinggeometric modelinganthropogenic sulfate pollutionbioelectrochemical reactor

Environmental Dna Storage and Extraction Method Affects Detectability for Multiple Aquatic Invasive Species. Environmental DNA (2024)

Samantha M. GarcíaChan Lan ChunJosh DumkeGretchen J. A. HansenKathleen B. QuebedeauxChristopher RoundsAnna TotschEric R. Larson

aquatic ecosystemswater qualityenvironmental dnaenvironmental sciencebiodiversitydna barcodingfreshwater biologyedna storageaquatic conservationdna analysiswater pollutionecologyinvasive speciesconservation biologybiological invasionswater biologyaquatic invasive speciesmolecular ecologyaquatic toxicologyenvironmental dna storage

High-Throughput Microfluidic Quantitative Pcr Platform for the Simultaneous Quantification of Pathogens, Fecal Indicator Bacteria, and Microbial Source Tracking Markers. ACS ES&T Water (2023)

Elizabeth R. HillChan Lan ChunKerry HamiltonSatoshi Ishii

pathogen detectionclinical microbiologymedical microbiologypathologyapplied microbiologyinfectious diseasespathogen characterizationsimultaneous quantificationveterinary microbiologyfecal indicator bacteriamicrofluidicsenvironmental microbiologyinfection control

Enrichment of Psychrophilic and Acidophilic Sulfate-Reducing Bacterial Consortia – a Solution Toward Acid Mine Drainage Treatment in Cold Regions. Environmental Science Processes & Impacts (2021)

Subhabrata DevMiranda GaleyChan Lan ChunChad NovotnyTathagata GhoshSrijan Aggarwal

environmental microbiologyenvironmental sciencecold regionsbioremediationenvironmental engineeringapplied microbiologycold region science

Quantitative Dissolution of Environmentally Accessible Iron Residing in Iron-Rich Minerals: A Review. ACS Earth and Space Chemistry (2019)

Jeanette L. VoelzNathan W. JohnsonChan Lan ChunWilliam A. ArnoldR. Lee Penn

environmental chemistryorganic geochemistryenvironmental scienceiron-rich mineralsquantitative dissolutionenvironmental geochemistryenvironmental mineralogymaterials sciencesustainable chemistryinorganic chemistrygeochemistryfragmentation effectmineral geochemistrysustainable miningenvironmental engineeringin-situ conversiongeologycorrosionquantitative science studiesapplied geochemistryaccessible iron

Association Between Submerged Aquatic Vegetation and Elevated Levels of Escherichia Coli and Potential Bacterial Pathogens in Freshwater Lakes. The Science of The Total Environment (2018)

Prince P. MathaiHannah M. DunnPaolo MagnoneQian ZhangSatoshi IshiiChan Lan ChunMichael J. Sadowsky

aquatic ecosystemspotential bacterial pathogenswater qualityenvironmental qualitytotal environmentfreshwater lakesenvironmental sciencemicrobial risk assessmentelevated levelsfreshwater biologyaquatic vegetationwater ecologiesescherichia colimicrobial ecologyinfection controlpublic healthenvironmental healthenvironmental analysisenvironmental microbiologyhydrobiologyaquatic toxicologyenvironmental researchecology

Fecal Microbiota Transplantation Reverses Antibiotic and Chemotherapy-Induced Gut Dysbiosis in Mice. Scientific Reports (2018)

Quentin Le BastardTonya WardDimitri SidiropoulosBenjamin M. HillmannChan Lan ChunMichael J. SadowskyDan KnightsEmmanuel Montassier

clinical microbiologychemotherapy-induced gut dysbiosisclinical mycologyimmunologydysbiosispharmacologytherapeutic efficacyscientific dataantibioticsfecal microbiota transplantationhealth sciencesmedical mycology

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Chan Lan Chun

University of Minnesota Duluth

Affiliations

Center For Water And The Environment

Swenson College of Science and Engineering

Department Of Civil And Environmental Engineering

NoneChan Lan Chun is currently serving as a Center For Water And The Environment faculty at University of Minnesota Duluth.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Chan Lan Chun

University of Minnesota Duluth

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Simultaneous Removal of Phosphate and Nitrate From Stormwater via Biofilters Co-Amended With Biochar and Iron-Rich Mining Residuals. ACS ES&T Water (2026)

Aquatic Invasive Species Exhibit Contrasting Seasonal Detectability Patterns Based on Environmental Dna: Implications for Monitoring. Freshwater Biology (2024)

Christopher I. RoundsTodd W. ArnoldChan Lan ChunJosh DumkeAnna TotschAdelle KeppersKatarina EdbladSamantha M. GarcíaEric R. LarsonJenna K. R. NelsonGretchen J. A. Hansen

Bioelectrochemical Reactor to Manage Anthropogenic Sulfate in Freshwater Ecosystem: Mathematical Modeling and in Situ Bioremediation. SSRN Electronic Journal (2024)

Matthew J. BerensTobin W. DeenChan Lan Chun

environmental sciencefreshwater ecosystemsbioremediationenvironmental engineeringmathematical modelinggeometric modelinganthropogenic sulfatebioelectrochemical reactormathematical modelling

Bioelectrochemical Reactor to Manage Anthropogenic Sulfate Pollution for Freshwater Ecosystems: Mathematical Modeling and Experimental Validation. Chemosphere (2024)

Matthew J. BerensTobin W. DeenChan Lan Chun

environmental scienceenvironmental remediationexperimental validationenvironmental engineeringmathematical modelinggeometric modelinganthropogenic sulfate pollutionbioelectrochemical reactor

Environmental Dna Storage and Extraction Method Affects Detectability for Multiple Aquatic Invasive Species. Environmental DNA (2024)

Samantha M. GarcíaChan Lan ChunJosh DumkeGretchen J. A. HansenKathleen B. QuebedeauxChristopher RoundsAnna TotschEric R. Larson

High-Throughput Microfluidic Quantitative Pcr Platform for the Simultaneous Quantification of Pathogens, Fecal Indicator Bacteria, and Microbial Source Tracking Markers. ACS ES&T Water (2023)

Elizabeth R. HillChan Lan ChunKerry HamiltonSatoshi Ishii

Enrichment of Psychrophilic and Acidophilic Sulfate-Reducing Bacterial Consortia – a Solution Toward Acid Mine Drainage Treatment in Cold Regions. Environmental Science Processes & Impacts (2021)

Subhabrata DevMiranda GaleyChan Lan ChunChad NovotnyTathagata GhoshSrijan Aggarwal

environmental microbiologyenvironmental sciencecold regionsbioremediationenvironmental engineeringapplied microbiologycold region science

Quantitative Dissolution of Environmentally Accessible Iron Residing in Iron-Rich Minerals: A Review. ACS Earth and Space Chemistry (2019)

Jeanette L. VoelzNathan W. JohnsonChan Lan ChunWilliam A. ArnoldR. Lee Penn

Association Between Submerged Aquatic Vegetation and Elevated Levels of Escherichia Coli and Potential Bacterial Pathogens in Freshwater Lakes. The Science of The Total Environment (2018)

Prince P. MathaiHannah M. DunnPaolo MagnoneQian ZhangSatoshi IshiiChan Lan ChunMichael J. Sadowsky

Fecal Microbiota Transplantation Reverses Antibiotic and Chemotherapy-Induced Gut Dysbiosis in Mice. Scientific Reports (2018)

Quentin Le BastardTonya WardDimitri SidiropoulosBenjamin M. HillmannChan Lan ChunMichael J. SadowskyDan KnightsEmmanuel Montassier

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