Investigation of the Influence of Seagrass on Fisheries Catch Level Using Isotonic Regression |
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Authors: | Lynne C. McArthur John W. Boland Bruce Brown G.K. Jones |
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Affiliation: | (1) School of Mathematics and Statistics, University of South Australia, S.A, 5095, Australia;(2) SARDI Aquatic Science Centre, West Beach, S.A, 5022, Australia |
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Abstract: | The relationship between seagrass area and the commercial catch of some economically important South Australian fish species is not known in any quantitative sense. However, there is evidence in the literature to suggest that seagrass decline will detrimentally impact on species abundance and composition, and consequently that the presence or absence of seagrass will compromise the commercial and recreational fishery. In this paper we describe the construction of models based on order restricted (isotonic) regression and discuss the role of seagrass area, in terms of its influence on the level of commercial catch through modifying the effect of fishing 'effort'. |
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Keywords: | seagrass catch effort isotonic regression permutation test |
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