APA

Morse N., Payne E., Henry R., Hatt B., Chandrasena G., Shapleigh J., Cook P., Coutts S., Hathaway J., Walter M. T. & McCarthy D. (20190917). Plant-Microbe Interactions Drive Denitrification Rates, Dissolved Nitrogen Removal, and the Abundance of Denitrification Genes in Stormwater Control Measures. : Environmental science & technology.

Chicago

Morse Natalie, Payne Emily, Henry Rebekah, Hatt Belinda, Chandrasena Gayani, Shapleigh James, Cook Perran, Coutts Scott, Hathaway Jon, Walter M Todd and McCarthy David. 20190917. Plant-Microbe Interactions Drive Denitrification Rates, Dissolved Nitrogen Removal, and the Abundance of Denitrification Genes in Stormwater Control Measures. : Environmental science & technology.

Harvard

Morse N., Payne E., Henry R., Hatt B., Chandrasena G., Shapleigh J., Cook P., Coutts S., Hathaway J., Walter M. T. and McCarthy D. (20190917). Plant-Microbe Interactions Drive Denitrification Rates, Dissolved Nitrogen Removal, and the Abundance of Denitrification Genes in Stormwater Control Measures. : Environmental science & technology.

MLA

Morse Natalie, Payne Emily, Henry Rebekah, Hatt Belinda, Chandrasena Gayani, Shapleigh James, Cook Perran, Coutts Scott, Hathaway Jon, Walter M Todd and McCarthy David. Plant-Microbe Interactions Drive Denitrification Rates, Dissolved Nitrogen Removal, and the Abundance of Denitrification Genes in Stormwater Control Measures. : Environmental science & technology. 20190917.