@article{Antonelli:56001,
      recid = {56001},
      author = {Antonelli, Gervasio and Bischi, Gian Italo and Lamantia,  Fabio},
      title = {Mathematical Bioeconomic Modelling of the Interaction  Between Aquaculture and Open Sea Fisheries},
      address = {2005-12},
      number = {735-2016-50754},
      pages = {16},
      year = {2005},
      abstract = {We analyze the problem of an integrated management of  fisheries by using fish farming as a tool for restocking  fish populations depleted by overfishing pressure.  We  first use a simple heuristic dynamic model, taken from a  classical example of mathematical bioeconomics, in order to  prove that fish restocking may be an efficient tool for  sustainable fishery management in situations where  excessive fishing effort is going to cause irreversible  stock collapse.  Then we propose a two-compartments  bieconomic mathematical model, with age structure and age  specific harvesting and restocking, to mimic integrated  interactions between aquaculture and open sea fisheries,  where reared fish are used as substitutes for marine  catches.  The model proposed in this paper tries to fill a  gap between the rich mathematical bioeconomic literature,  mainly devoted to the description of open sea fisheries  and/or marine protected areas, and the very poor literature  on mathematical bioeconomic modeling of interactions  between fish farming and fisheries},
      url = {http://ageconsearch.umn.edu/record/56001},
      doi = {https://doi.org/10.22004/ag.econ.56001},
}