Chan Lan Chun Ph.D.

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Professional Title
Environmental Engineer

Dr. Chun is a Professor in the Department of Civil and Environment Engineering at the University of Minnesota Duluth, and a Principal Research Engineer at NRRI. Dr. Chun's work centers on how human activities impact the health and function of aquatic ecosystems. Her research integrates core principles of aquatic chemistry, environmental microbiology/genomics, and materials science, with an emphasis on developing practical solutions to increasingly complex and costly environmental challenges. Their work advances environmental monitoring, integrated treatment technologies, and remediation strategies that support resilient, circular water systems. Her research group is committed to bridging fundamental science with real‑world application, collaborating across disciplines and with diverse partners to translate discovery into meaningful environmental impact.

Education

  • Postdoc, Microbiology and Immunology, South Carolina Medical University
  • Ph.D. Civil (Environmental) Engineering, University of Minnesota Twin Cities
  • M.S. Environmental Science and Engineering, Ewha Womans University
  • B.S. Environmental Science and Engineering, Ewha Womans University

Positions and Profiles

Publications

Google Scholar

Aquatic invasive species exhibit contrasting seasonal detectability patterns based on environmental DNA: Implications for monitoring

1 year 10 months ago
Aquatic invasive species exhibit contrasting seasonal detectability patterns based on environmental DNA: Implications for monitoringRounds, C. I., Arnold, T. W., Chun, C. L., Dumke, J., Totsch, A., Keppers, A., Edblad, K., García, S. M., Larson, E. R., Nelson, J. K. R. & Hansen, G. J. A., Oct 2024, In: Freshwater Biology. 69, 10, p. 1479-1493 15 p.

Research output: Contribution to journal › Article › peer-review

Aquatic invasive species exhibit contrasting seasonal detectability patterns based on environmental DNA: Implications for monitoring

1 year 10 months ago
Aquatic invasive species exhibit contrasting seasonal detectability patterns based on environmental DNA: Implications for monitoringRounds, C. I., Arnold, T. W., Chun, C. L., Dumke, J., Totsch, A., Keppers, A., Edblad, K., García, S. M., Larson, E. R., Nelson, J. K. R. & Hansen, G. J. A., Oct 2024, In: Freshwater Biology. 69, 10, p. 1479-1493 15 p.

Research output: Contribution to journal › Article › peer-review

Featured Research Projects

This project will demonstrate the feasibility of the short-rotation woody plant-based phytoremediation to capture sulfate from lake water and manage water level by utilizing hybrid poplar.

NRRI News Articles

A woman in safety vest stands watching while a man kneels to water a small planting.

NRRI plants fast-growing trees to test their ability to clean up pollutants.

A woman in white lab coat stands and reaches for equipment in an enclosed trailer

NRRI sulfate remediation technologies ready for industry, agency collaborations.

Two people standing on rocky outcrop next to Lake Superior collecting water.

NRRI completes field study of environmental impact of road salt alternative, starts lab study of grit alternatives.

Media Coverage