Faculty

Institution

Unit

Venue

Dr. Natalie Huisman

Hope College

Affiliations

Natural and Applied Sciences

Biology

Biology Department

Chemistry

Chemistry Department

Office of the Dean of Natural and Applied Sciences

Biology Department

Institute Of Water Regulation Research

Department Of Biology

Hope College

Department Of Biology

Department Of Chemistry

Natural and Applied Sciences

NoneDr. Natalie Huisman is currently serving as a Biology faculty at Hope College.

Honors

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Experiences

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Education

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Dr. Natalie Huisman

Hope College

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environmental microbiology environmental science water quality applied microbiology planetary sciences earth science global health climate change hydrogeology geology hydrology water treatment water supply drug resistance hydrological process plant science pest science water science livestock science clean water water resource management molecular informatics bioenergetics process biochemistry watershed management nutrient management surface-water hydrology agricultural water management soil science traveler diarrhea sanitation antibiotic resistance antimicrobial resistance genes predictive microbiology antimicrobial susceptibility microbial diversity microbiological degradation biological waste treatment environmental biotechnology quantitative microbiology metabolic models phosphorus transport dynamics radiometric fingerprinting techniques seasonal sediment diarrheal disease prevalence informal settlement abstract 1231 using machine learning water-derived e. coli abstract 1530 hypereutrophic watershed system escherichia coli populations metabolic modelling approach environmentally derived e. abstract 2258

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 1530 Comparison of Experimental and Predicted Carbon Utilization Profiles of Escherichia Coli Populations Isolated From a Hypereutrophic Watershed System. Journal of Biological Chemistry (2025)

environmental engineeringbiological waste treatmentmicrobial diversityapplied microbiologyenvironmental microbiologyenvironmental sciencemicrobial ecologyescherichia coli populationshypereutrophic watershed systemmicrobiological degradationbioremediationabstract 1530wastewater treatmentmicrobiology

Abstract 2258 Evaluation of Metabolic Modelling Approach for Environmentally Derived E. Coli Strains Using Experimental and Genomic Analysis. Journal of Biological Chemistry (2025)

process biochemistryenvironmental biotechnologybiological engineeringbiotechnologyenvironmental microbiologyquantitative microbiologyabstract 2258metabolic modelling approachmetabolic modelsenvironmentally derived e.bacteriametabolic engineeringbioenergeticsmicrobiology

Abstract 1231 Using Machine Learning to Predict Antimicrobial Resistance in Water-Derived E. Coli. Journal of Biological Chemistry (2024)

antimicrobial resistance genesantimicrobial resistanceantibiotic resistanceabstract 1231systems biologyapplied microbiologyenvironmental microbiologyusing machine learningantimicrobial susceptibilitydrug resistancewater-derived e. colibacteriacomputational biologymolecular informaticsmicrobiologypredictive microbiology

Improvements in Diarrheal Disease Prevalence With Point-Of-Use Water Filter Implementation in the Informal Settlement of Kibera, Kenya. medRxiv (2023)

public healthtraveler diarrheawater supplywater qualitywater resource managementdiarrheal disease prevalenceinformal settlementwater treatmentglobal healthclean watersanitation

Quantification of Seasonal Sediment and Phosphorus Transport Dynamics in an Agricultural Watershed Using Radiometric Fingerprinting Techniques. Journal of Soils and Sediments (2013)

Natalie L. H. HuismanK. G. KarthikeyanJasmeet LambaAnita M. ThompsonGraham Peaslee

water qualityseasonal sedimentsoil scienceenvironmental sciencelivestock sciencewatershed managementpest sciencewater sciencephosphorus transport dynamicsplant sciencesurface-water hydrologyhydrologyhydrological processradiometric fingerprinting techniquesearth sciencenutrient managementplanetary scienceshydrogeologyclimate changeagricultural water managementgeology

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Dr. Natalie Huisman

Hope College

Affiliations

Natural and Applied Sciences

Biology

Biology Department

Chemistry

Chemistry Department

Office of the Dean of Natural and Applied Sciences

Biology Department

Institute Of Water Regulation Research

Department Of Biology

Hope College

Department Of Biology

Department Of Chemistry

Natural and Applied Sciences

NoneDr. Natalie Huisman is currently serving as a Biology faculty at Hope College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Dr. Natalie Huisman

Hope College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 2258 Evaluation of Metabolic Modelling Approach for Environmentally Derived E. Coli Strains Using Experimental and Genomic Analysis. Journal of Biological Chemistry (2025)

Abstract 1231 Using Machine Learning to Predict Antimicrobial Resistance in Water-Derived E. Coli. Journal of Biological Chemistry (2024)

Improvements in Diarrheal Disease Prevalence With Point-Of-Use Water Filter Implementation in the Informal Settlement of Kibera, Kenya. medRxiv (2023)

public healthtraveler diarrheawater supplywater qualitywater resource managementdiarrheal disease prevalenceinformal settlementwater treatmentglobal healthclean watersanitation

Quantification of Seasonal Sediment and Phosphorus Transport Dynamics in an Agricultural Watershed Using Radiometric Fingerprinting Techniques. Journal of Soils and Sediments (2013)

Natalie L. H. HuismanK. G. KarthikeyanJasmeet LambaAnita M. ThompsonGraham Peaslee

1
10 / page