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  • Volume 35, Issue 2-3

Designing environmental monitoring for pulp mills in Australia

M. J. Keough, B. D. Mapstone
Published February 1997, 35 (2-3) 397-404;
M. J. Keough
Department of Zoology, University of Melbourne, Parkvill, VIC 3052, Australia and CRC: Reef Research, James Cook University, Townsville, QLD 4810, Australia
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B. D. Mapstone
Department of Zoology, University of Melbourne, Parkvill, VIC 3052, Australia and CRC: Reef Research, James Cook University, Townsville, QLD 4810, Australia
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Abstract

We describe an approach to environmental monitoring that has been developed to deal with future pulp mills in Australia. We propose decision criteria that balance the chance of missing impacts and the chance of falsely accusing a proponent of environmental damage. Rather than focusing on either Type I or Type II statistical errors, we fix the ratio of the two error rates according to perceived costs of making each error. As monitoring is scaled up or down, risks of both errors rise and fall proportionately, in contrast to more traditional approaches, in which one error rate is fixed. We describe the steps necessary to implement a monitoring program using these criteria. Our emphasis is on guidelines that allow the flexibility to deal with monitoring a range of point source discharges in coastal environments that vary widely.

  • Environmental monitoring
  • point discharges
  • power analysis
  • pulp mills
  • scalable decision criteria
  • Type I error
  • Type II error
  • © IWA Publishing 1997

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Water Science and Technology: 2017 (2)
  Volume 35, Issue 2-3

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Designing environmental monitoring for pulp mills in Australia
M. J. Keough, B. D. Mapstone
Water Science and Technology Feb 1997, 35 (2-3) 397-404;
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Designing environmental monitoring for pulp mills in Australia
M. J. Keough, B. D. Mapstone
Water Science and Technology Feb 1997, 35 (2-3) 397-404;

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Keywords

environmental monitoring
point discharges
power analysis
pulp mills
scalable decision criteria
Type I error
Type II error
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