Optimal stocking and harvesting of size-structured farmed fish: A multi-period linear programming approach

Mathematics and Computers in Simulation

Volumn 42, Issue 2-3, 1996, Pages 299-305

  Forsberg, Odd Inge ^a  

^a Rogaland Research   (Norway)

Author keywords

[No Author keywords available]

Indexed keywords

AGRICULTURAL ENGINEERING; AQUACULTURE; HARVESTING; LINEAR PROGRAMMING; MARKOV PROCESSES; MATHEMATICAL MODELS; OPTIMIZATION; PLANNING; PROBABILITY; PROBLEM SOLVING; PRODUCTION;

MULTI PERIOD LINEAR PROGRAMMING; POPULATION GROWTH; PRODUCTION PLANNING; SIZE STRUCTURED FARMED FISH; STOCKING;

FISHERIES;

EID: 0030264392     PISSN: 03784754     EISSN: None     Source Type: Journal    
DOI: 10.1016/0378-4754(95)00132-8     Document Type: Article

References (12)

1. S.T. Summerfelt, J.A. Hankins, S.R. Summerfelt and J.M. Heinen, Modelling continuous culture with periodic stocking and selective harvesting to measure the effect on productivity and biomass capacity to fish culture systems, in: J.K. Wang, ed., Techniques for Modern Aquaculture, Proc. Aqua. Eng. Conf., Spokane, Washington, ASAE Publication 02-93 (American Society of Agriculture engineers, Michigan, USA, 1993) 581-595.
2. P. Sparre, A Markovian decision process applied to optimisation of production planning in fish farming, Medd. Danm. Fisk. Havunders. 7 (1976) 111-197.
3. P.S. Leung and Y.C. Shang, Modelling prawn production management system: A dynamic Markov decision approach, Agricultural Systems 29 (1989) 5-20.
4. P.S. Leung, E. Hochman, L.W. Rowland and J.A. Wyban, Modelling shrimp production and harvesting schedules, Agricultural Systems 32 (1990) 233-249.
5. W.M. Getz and R.G. Haight, Population harvesting. Demographic models of fish, forest and animal resources (Princeton University Press, New Jersey, 1989) 19-65.
6. J. Colt and K. Orwicz, Modelling production capacity of aquatic culture systems under freshwater conditions, Aquacultural Engrg. 10 (1991) 1-29.
7. F. Lipschultz and G.E. Krantz, Production optimisation and economic analysis of an oyster (Crassostera virginica) hatchery on the Chesapeake Bay, Maryland USA, Proc. World Mariculture Society 11 (1980) 580-591.
8. T.L. Shaftel and B.M. Wilson, A mixed-integer linear programming decision model for aquaculture, Managerial and Decision Economics 11 (1990) 11-31.
9. B.M. Wilson and T.L. Schaftel, A mathematical programming approach to production decisions in the emerging aquaculture industry, Decision Sciences 22 (1991) 194-205.
10. F.C. Johnson, Hatch - A model for fish hatchery analysis, U.S: National Bureau of standards, Washington D.C. Report NBSIR 74-521 (1974) 51 pp.
11. J.M. Gates, C.R. MacDonald and J. Pollard, Salmon culture in water reuse systems: An economical analysis, Univ. of Rhode Island Marine Technical report 78 (1980) 52 pp.
12. P. Varvarigos and M.T. Horne, Application of linear programming to individual fish farm production planning, Proc. IFAC Automation and Data processig in Aquaculture, Trondheim, Norway (1986) 243-254.