Juliet Milne

Position:

Resource Management Scientist

Phone:

+64-4-386-0901

Location:

Wellington

Science Centres:

Environmental Information,

Freshwater and Estuaries

Qualifications:

M.Appl.Sc (Hons)

Biography:

Juliet is an applied environmental scientist with an M.Appl.Sc in Resource Management from Lincoln University, Canterbury. She joined NIWA in 2016 as a Resource Management Scientist, after 18 years of working in scientific (fresh and coastal water quality and ecology) and regulatory (resource consents and compliance monitoring) roles in local government. Juliet’s interests include general water quality, urban waters, environmental monitoring, and integrated freshwater and coastal resource management. She has a particular interest in delivering applied science to inform resource management at local, regional and national levels.

Articles:

Milne J.R., Madarasz-Smith A. and Davie T. 2017. Recreational water quality monitoring and reporting in New Zealand: A discussion paper for the New Zealand regional sector. NIWA Science and Series Technology Report No. 2017-82.

Davies-Colley R.J., Milne J.R. and Heath M. 2019. Reproducibility of river water quality measurements. Inter-agency comparisons as part of quality assurance protocols. New Zealand Journal of Marine and Freshwater Research. https://doi.org/10.1080/00288330.2019.1585886

Davies-Colley R., Valois A. and Milne J. 2018. Faecal contamination and visual clarity in New Zealand rivers: Correlation of key variables affecting swimming suitability. Journal of Water and Health, 16(3): 329-339. doi.org/10.2166/wh.2018.214

Dudley B., Milne J. and Zeldis J. 2018. Review of estuarine water quality monitoring for the Horizons Region. NIWA Client Report No. 2018187CH prepared for Horizons Regional Council (MBIE Envirolink Project 1872-HZLC148).

Valois A.E., Milne J.R., Heath M.W., Davies-Colley R.J., Martin E and Stott R. 2019. Community volunteer assessment of recreational water quality in the Hutt River, Wellington. New Zealand Journal of Marine and Freshwater Research, DOI: 10.1080/00288330.2019.1700136