University Of Tasmania

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Theories and behavioural drivers underlying fleet dynamics models

journal contribution
posted on 2023-05-17, 11:45 authored by van Putten, IE, Kulmala, S, Thebaud, O, Dowling, N, Hamon, KG, Hutton, T, Pascoe, S
In the domain of decision-support tools for the management of marine fish resources, considerable attention has been paid to the development of models explaining how fish stocks change over space and time. In most models, fishing effort is assumed to be exogenous and determined by factors such as management. Increasingly, there has been a call for bio-economic models to also account for the dynamics of fishing fleets, recognizing that fishers respond to changing environmental, institutional and economic conditions. A growing literature has sought to explicitly model the endogenous determinants of the capacity of fishing fleets, the intensity of its use and its temporal and spatial allocation across fishing opportunities. We review this literature, focusing on empirical applications of the behavioural models that have been put forward to explain and predict observed fleet dynamics. We find that although economic factors are usually included as a dominant driver in most studies, this is often based on the use of proxy variables for the key economic drivers, for which adequate data are lacking. Also, while many studies acknowledge that social and social–psychological factors play a significant role in explaining observed fishing behaviour, their inclusion in fishing fleet dynamic models is still very limited. Progress in this domain can only be achieved via the development of multidisciplinary research programmes focusing on applied quantitative analysis of the drivers of fishing fleet dynamics.


Publication title

Fish and Fisheries








School of Natural Sciences


Wiley-Blackwell Publishing Ltd

Place of publication

9600 Garsington Rd, Oxford, OX4 2DQ, UK

Rights statement

Copyright 2011 Bblackwell Publishing Ltd.

Repository Status

  • Restricted

Socio-economic Objectives

Assessment and management of terrestrial ecosystems