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Microbiology Group

355 279 Stroud Water Research Center

Microbial life such as bacteria, fungi, and algae are integral to a naturally functioning aquatic ecosystem. By applying comprehensive molecular approaches, this laboratory is focused on characterizing the composition and distribution of microbial communities, and determining the functional roles as well as their interactions with environments.

Staff

Jinjun Kan, Ph.D.

Jinjun Kan, Ph.D.

Senior Research Scientist
Laura Zgleszewski

Laura Zgleszewski

Staff Scientist

News

Publication title with image of a mayfly
Distinct distribution of Archaea from soil to freshwater to estuary: implications of archaeal composition and function in different environments
Wang, H., R.L. Bier, L. Zgleszewski, M. Peipoch, E. Omondi, A. Mukherjee, F. Chen, C. Zhang, and J. Kan. 2020. Frontier in Microbiology 11:576661.
Diana Oviedo Vargas and Melinda Daniels in a Costa Rican forest.
Stream Reach: Building Communities from White Clay Creek to the Yangtze Basin
To truly make a difference requires, not only understanding freshwater systems, but working with all kinds of communities to protect them.
Publication title with image of a mayfly
Stream restoration for legacy sediments at Gramies Run, Maryland: early lessons from implementation, water quality monitoring, and soil health
Mattern, K., A. Lutgen, N. Sienkiewicz, G. Jiang , J. Kan, M. Peipoch, and S. Inamdar. 2020. Water 12(8):2164.
Meet Our 2020 (Virtual) Interns!
Meet Our 2020 (Virtual) Interns!
The COVID-19 pandemic prevented us from bringing interns onto our campus this year but we are fortunate to have four interns working remotely.
Don’t Stop Me Now! Studying the Effects of Milldam Removal
Don’t Stop Me Now! Studying the Effects of Milldam Removal
Stroud Water Research Center scientists are investigating how milldam removal might affect groundwater and surface water quality.
Publication title with image of a mayfly
Streambank legacy sediment contributions to suspended sediment‐bound nutrient yields from a Mid‐Atlantic, Piedmont watershed
Jiang, G., A. Lutgen, K. Mattern, N. Sienkiewicz, J. Kan, and S. Inamdar. 2020. Journal of the American Water Resources Association 56(5):820–841.

Publications

Stream restoration for legacy sediments at Gramies Run, Maryland: early lessons from implementation, water quality monitoring, and soil health

Mattern, K., A. Lutgen, N. Sienkiewicz, G. Jiang , J. Kan, M. Peipoch, and S. Inamdar. 2020. Water 12(8):2164.

Streambank legacy sediment contributions to suspended sediment‐bound nutrient yields from a Mid‐Atlantic, Piedmont watershed

Jiang, G., A. Lutgen, K. Mattern, N. Sienkiewicz, J. Kan, and S. Inamdar. 2020. Journal of the American Water Resources Association 56(5):820–841.

Streambank legacy sediments in surface waters: phosphorus sources or sinks?

Inamdar, S., N. Sienkiewicz, A. Lutgen, G. Jiang, and J. Kan. 2020. Soil Systems 4(2):30.

Nutrients and heavy metals in legacy sediments: concentrations, comparisons with upland soils, and implications for water quality

Lutgen A., G. Jiang, N. Sienkiewicz, K. Mattern, J. Kan, and S. Inamdar. 2020. Journal of the American Water Resources Association 56(4): 669–691.

Bacterial communities and nitrogen transformation genes in streambank legacy sediments and implications for biogeochemical processing

Sienkiewicz, N., R.L. Bier, J. Wang, L. Zgleszewski, A. Lutgen, G. Jiang, K. Mattern, S. Inamdar, and J. Kan. 2020. Biogeochemistry 148:271–290.