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[1]   B. Bare, A. Weintraub, “New Issues in Forest Land Management from an Operations Research Perspective,” Interfaces, 26:5 (1996), pp. 9-25.

[2]   T. Dobbs, A. Maxwell, “Development of a Forest Estate Management Modelling Program,” (2002).

[3]   O. García, “FOLPI, A Forestry-Oriented Linear Programming Interpreter,” Proceedings IUFRO Symposium on Forest Management Planning and Managerial Economics, (1984), pp. 293-305.

[4]   O. García, B. Manley, J. Threadgill, “Strategic Planning for Forest Management with FOPLI,” New Zealand Forest Research Institute, (1989), No.177.

[5]   O. García, “Linear Programming and Related Approaches in Forest Planning,” New Zealand Journal of Forestry Science, 20:3 (1990), pp. 307-331.

[6]   V. Heikkinen, “Timber Harvesting as a Part of the Portfolio Management: A Multiperiod Stochastic Optimisation Approach”, Management Science, 49:1 (2003), pp. 131-142.

[7]   B.R. Manley, J.A. Threadgill, “LP Used for Valuation and Planning of New Zealand Plantation Forests,” Interfaces, 21:6 (1991), pp. 66-79.

[8]   B. Manley, S. Papps, J. Threadgill, and S. Wakelin, “Application of FOLPI: A Linear Programming Estate Modelling System for Forest Management Planning,” NZ Ministry of Forestry, FRI Bulletin No. 164.

[9]   B. Manley, J. Threadgill, S. Wakelin, “IFS Forest Estate Simulator,” New Zealand Forest Research Institute, (1996), No. 239.

[10]  A. McNaughton, G. Page, D. Ryan, “Adjacency Constraints in Forest Harvesting”, Working paper, University of Auckland.