Your search returned 11 results.

1.
Some comments on the Minimum Integrated Average Expected Loss (MIAEL) estimation method

by Punt, A.E. (University of Washington, Fisheries Research Institute. Seattle, WA. USA); Pikitch, E.K. (University of Washington, Fisheries Research Institute. Seattle, WA. USA); McAllister, M.K. (University of Washington, Fisheries Research Institute. Seattle, WA. USA).

Source: New Zealand fisheries assessment research document. Publisher: Wellington : MAF Fisheries, 1994Online Access: Click here to access online Availability: No items available
2.
MIAEL estimation of biomass and fishery indicators for the 1994 assessment of hoki stocks

by Cordue, P.L. (MAF Fisheries, Fisheries Research Centre. Wellington).

Source: New Zealand fisheries assessment research document. Publisher: Wellington : MAF Fisheries, 1994Online Access: Click here to access online Availability: No items available
3.
A total catch history model for SNA 1

by Gilbert, D.J. (MAF Fisheries, Fisheries Research Centre. Wellington).

Source: New Zealand fisheries assessment research document. Publisher: Wellington : MAF Fisheries, 1994Online Access: Click here to access online Availability: No items available
4.
A minimised integrated average mean squared error approach to biomass and risk estimation

by Cordue, P. L. (MAF Fisheries, Fisheries Research Centre. Wellington).

Source: New Zealand fisheries assessment research document. Publisher: Wellington : MAF Fisheries, 1993Online Access: Click here to access online Availability: No items available
5.
MIAEL estimation of biomass and fishery indicators for the 1993 hoki stock assessment

by Cordue, P.L. (MAF Fisheries, Fisheries Research Centre. Wellington).

Source: New Zealand fisheries assessment research document. Publisher: Wellington : MAF Fisheries, 1993Online Access: Click here to access online Availability: No items available
6.
A stock production modelling technique for fitting catch histories to stock index data

by Gilbert, D.J. (MAF Fisheries, Fisheries Research Centre. Wellington).

Source: New Zealand fisheries assessment research document. Publisher: Wellington : MAF Fisheries, 1992Availability: No items available
7.
Stock structure in the New Zealand red rock lobster (Jasus edwardsii)

by Booth, P.A. (MAF Fisheries, Fisheries Research Centre. Wellington); Breen, P.A. (MAF Fisheries, Fisheries Research Centre. Wellington).

Source: New Zealand fisheries assessment research document. Publisher: Wellington : MAF Fisheries, 1992Availability: No items available
8.
Predicting the distributions of freshwater fish species for all New Zealand's rivers and streams

by Leathwick, J; Julian, K; Elith, J; Rowe, D.

Publisher: 2008Online Access: Click here to access online Holdings: Index record.Availability: Items available for loan: NIWA BIBLIOGRAPHY (1).
9.
Predicting the distributions of freshwater fish species for all New Zealand's rivers and streams

by Leathwick, J; Julian, K; Elith, J; Rowe, D.

Publisher: Department of Conservation , 2008Online Access: Click here to access online | Click here to access online Holdings: Index record.Availability: Items available for loan: NIWA BIBLIOGRAPHY (1).
10.
Credible intervals : how credible are they?

by Walley, P. (DSIR, Applied Mathematics Division. Auckland); Pericchi, L.R. (Universidad Simon Bolivar, Departamento de Matematicas, Caracas, Venezuela).

Publisher: 1988Availability: Items available for loan: NIWA BIBLIOGRAPHY (1).
11.
Tree models in S : classification of Whakarewarewa springs

by Bradford, E. (DSIR Physical Sciences, Applied Mathematics Group. Wellington). -- DSIR Physical Sciences, Applied Mathematics GroupWellington

Publisher: Wellington : DSIR Physical Sciences, Applied Mathematics Group, 1992Availability: Items available for loan: NIWA BIBLIOGRAPHY (1).

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