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Nicholas Ashbolt
Nicholas Ashbolt
Future Industries Institute, University of South Australia
Verified email at unisa.edu.au
Title
Cited by
Year
" Effluent quality from 200 on-site sewage systems: design values for guidelines." Water Science & Technology 51 (10): 163-169.
KJ Charles, NJ Ashbolt, DJ Roser, R McGuinness, DA Deere
Quantitative microbial risk assessment: a catchment management tool to …, 2009
2009
*: SANITARY INSPECTION AND MICROBIOLOGICAL WATER QUALITY
N Ashbolt
2000
2G7 12 13 Running Title: Legionella and amoebae behavior in greywater 14 15
HY Buse, J Lu, NJ Ashbolt
2014
A bench-scale system to study the composting of organic wastes [Australia, Eucalyptus delegatensis bark]
NJ Ashbolt, MA Line
Journal of Environmental Quality (USA), 1982
1982
A bench‐scale system to study the composting of organic wastes
NJ Ashbolt, MA Line
Journal of Environmental Quality 11 (3), 405-408, 1982
771982
A comparison of methods and models for the analysis of water distribution pipe biofilms
MV Storey, NJ Ashbolt
Water Science and Technology: Water Supply 2 (4), 73-80, 2002
342002
A deterministic model to quantify pathogen loads in drinking water catchments: pathogen budget for the Wingecarribee
CM Ferguson, B Croke, NJ Ashbolt, DA Deere
Water science and technology 52 (8), 191-197, 2005
232005
A new approach to aid urban water management decision making using trade-off sacrifice modelled by fuzzy logic
E Lai, S Lundie, NJ Ashbolt
Water Science and Technology 56 (8), 11-20, 2007
62007
A one-step centrifugal ultrafiltration method to concentrate enteric viruses from wastewater
Y Qiu, BE Lee, NJ Ruecker, N Neumann, N Ashbolt, X Pang
Journal of virological methods 237, 150-153, 2016
282016
A one-step centrifugal ultrafiltration method to concentrate enteric viruses from wastewater.
QYY Qiu YuanYuan, BE Lee, NJ Ruecker, N Neumann, N Ashbolt, ...
2016
A QMRA approach to assess risk management strategies
RS Signor, NJ Ashbolt
A risk model for enteric virus accumulation and release from recycled water distribution pipe biofilms
MV Storey, NJ Ashbolt
Water Science and Technology: Water Supply 3 (3), 93-100, 2003
242003
A sea change ahead for recreational water quality criteria
AB Boehm Jr, NJ Ashbolt, JM Colford Jr, LE Dunbar, LE Fleming, MA Gold, ...
Journal of Water and Health 7 (1), 9-20, 2009
2402009
A simple method for evaluating Cryptosporidium‐specific antibodies used in monitoring environmental water samples
G Vesey, D Deere, CJ Weir, N Ashbolt1, KL Williams, DA Veal
Letters in applied microbiology 25 (5), 316-320, 1997
291997
A spike cocktail approach to improve microbial performance monitoring for water reuse
BD Zimmerman, A Korajkic, NE Brinkman, AC Grimm, NJ Ashbolt, ...
Water Environment Research 88 (9), 824-837, 2016
132016
A sustainability framework for the Australian water industry
N Ashbolt, D Livingston, G Peters, E Lai, S Lundie
Water: Journal of the Australian Water Association 33 (7), 83-88, 2006
382006
A theoretical approach to assess microbial risks due to failures in drinking water systems
T Westrell, O Bergstedt, TA Stenström, NJ Ashbolt
International journal of environmental health research 13 (2), 181-197, 2003
1302003
Accumulation and Fate of Microorganisms
TA Stenström, J Långmark, MV Storey, NJ Ashbolt
Accumulation and fate of microorganisms and microspheres in biofilms formed in a pilot-scale water distribution system
J Långmark, MV Storey, NJ Ashbolt, TA Stenström
Applied and environmental microbiology 71 (2), 706-712, 2005
1222005
Acetic Acid Bacterial Biota of the Pink Sugar Cane Mealybug, Saccharococcus sacchari, and Its Environs
NJ Ashbolt, PA Inkerman
Applied and environmental microbiology 56 (3), 707-712, 1990
1191990
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