Wu lab
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  • Research
    • Current Research Projects>
      • Ultrasonic Control of Aquatic Invasives
        • Potential of Phytoremediation: Translocation of Heavy Metals
          • Greenhouse Gas Fluxes of Wetlands
            • Human Consumption Safety of Snapping Turtles and Diamond-back Terrapins
              • Assessment of Bloom-forming Cyanobacteria and Algae in New Jersey Lakes
            • People
              • Dr. Meiyin Wu
                • Di Chen
                  • Natalie Sherwood
                    • Yu Qian
                      • Gabriel Jimenez
                        • Adam Piombino
                          • Stephanie Lear
                            • Marco Finocchiaro
                              • Merari Mejia
                              • REU
                              • Contact
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                              We welcome collaborators and prospective students.
                              Please contact us for more information:

                              Wu Lab/Dr. Meiyin Wu
                              Science Hall 208
                              Department of Biology and Molecular Biology
                              Montclair State University
                              1 Normal Ave,  Montclair NJ 07043
                              wum@mail.montclair.edu
                              The research in the Wu lab focuses on habitat restoration and ecosystem management. The lab is devoted to improving ecosystem qualities and functions that were degraded due to human activities.  Each ecosystem is unique; each environmental problem is complex.  We take an integrative approach and incorporate skills from diverse disciplines, including ecology, molecular biology, microbiology, oceanography, geology, hydrology, physics, and mechanical engineering.

                              Our current research centers on management of both chemical and biological pollutants.  We develop new technology to control invasive species, investigate potential of phytoremediation on heavy-metal contaminated brownfields, examine contaminants bioaccumulated in reptiles, and quantify greenhouse gas fluxes in wetlands.
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