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Postgraduate Student Profile
Geoff Taylor: Nitrogen composition in urban runoff ­ implications for design of constructed stormwater wetlands.

Supervisors

  • Associate Professor Tony Wong, Ecological Engineering / Monash University
  • Dr. Tim Fletcher, Monash University
  • Dr. Peter Breen, Ecological Engineering

CRCCH project links

Personal background

  • Bachelor of Applied Science (Environmental) Honours 1st class RMIT.
  • Bachelor of Applied Science (Environmental) with Distinction RMIT.
  • Part time demonstrator for 3rd year Environmental Science students, RMIT.
  • Research Scientist, soils and water division, Agriculture Victoria, Ellinbank.
  • Part time Research Assistant, CRCCH
  • Tutor for Groundwater and Environmental Geoengineering (Monash University).
  • Ph.D. Student CRCCH, Department of Civil Engineering, Monash University, Clayton, Victoria.

Anticipated research outcomes/products

  • To improve wetland treatment capabilities for the reduction of nitrogen forms, to protect receiving waters.
  • To identify the composition of nitrogen when it enters constructed wetlands from urbanized catchments. Thereby allowing wetland design to be modified to reduce the dominant nitrogen forms.
  • To identify the processes most effective in removing each nitrogen form.
  • To identify which factors can be influenced in a wetland to promote nitrogen reduction processes.
  • To develop enhanced design guidelines, which will improve nitrogen removal efficiency of constructed stormwater wetlands.

"Management of urban stormwater to reduce impacts to receiving waters is an issue of increasing concern and attention. Whilst there have been some significant advances made in implementing a range of “best management practices”, most of these treatment measures are less effective in removing nitrogen than other key parameters (suspended solids, and phosphorus). By improving the efficiency of wetlands in nitrogen removal, this project will help to reduce nitrogen-related impacts to receiving waterways, such as the Yarra River & Brisbane River, and ultimately to important bays, such as Port Phillip Bay (Melbourne), and Moreton Bay (SE Queensland)."

Contact

geoff.d.taylor@eng.monash.edu.au
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