[1] Yoshimoto A, Bridie J D, Sessions J. A new heuristic to solve spatially constrained long2term harvest scheduling p roblems[J]. Forestscience, 1994, 40: 365 - 396
[C] / /v Gadow K, Pukkala T, ToméM. SustainableForestManagement. Managing Forest Ecosystems
[C]. Goettingen: Kluwer Series, 2000, 1: 319 - 356
[4] Hof J G, Joyce L A. Spatial op timization for wildlife and timber inmanaged forest ecosystems [J]. Forest science, 1992, 38 ( 3 ) :489 - 508
[5] Hof J G, Joyce L A. A mixed integer linear p rogramming app roachfor spatially op timisating wildlife and timber in managed forest ecosystems[J]. Forest science, 1993, 39 (4) : 816 - 834
[C] / /P? ivinen R, Roihuvuo L, Siitonen M. Large-scale forestry scenario models-experiences and requirements. Joensuu Finland: European Forest Institute, 1996, (5) : 153 - 166
[7] Hof J G, BeversM, Joyce L A, et al. An integer p rogramming app roach for spatially and temporally op timising wildlife population[J]. Forest science, 1994, 39 (4) : 816 - 834
[8] Murray A T. Spatial restrictions in harvests scheduling[J]. Forestscience, 1999, 45: 45 - 52
[9] CarterD R, VogitazisM, Moss C B, et al. Ecosystem managementor infeasible guidelines? Imp lications of adjacency restrictions forwildlife habitat and timber p roduction [J]. Can J For Res, 1997,27: 1302 - 1310
[10] Yoshimoto A. Potential use of a spatially constrained harvest schedulingmodel for biodiversity concerns: exclusion periods to create heterogeneity in forest structure[J] J For Res, 2001, 6 (1) : 21 - 30
[11] van Deusen P C V. Scheduling spatial arrangement and harvest simultaneously[J]. Silva Fennicam, 2001, 35 (1) : 85 - 92
[12] Barrett TM, Gilless J K. Even-aged restriction with sub2graph adjacency[J]. Annals of operations research, 2000, 95: 259 - 175
[13] Chen BW, von Gadow K. Timber harvest p lanningwith spatial objectives, using the method of simulated annealing [J]. Forest WCbl, 2002, 121: 25 - 34
[14] ; hman K, Eriksson L O. The core area concep t in forming contiguous areas for long2term forest p lanning [J]. Can J For, 1998, 28:1032 - 1039
[15] 陈伯望, v Gadow K, Frantisek Vilcko,等, 德国北部挪威云杉林可持续经营中期计划的实例分析[J]. 林业科学研究, 2006, 19(5) : 541 - 546
[16] Schübeler D. Untersuchungen zur standortabh?ngigen Wachstumsmodellierung bei der Fichte [M]. Goettingen: Diss UnivGêttingen, 1997: 155
[17] Sánchez2Orois S, Gurjanov M, Schrêder J. Analyse desGrundfl?chenzuwachses gleichaltriger Fichtenreinbest?nde[J]. AllgForst2& Jagd2Ztg, 2001, 172 (3) : 51 - 59
[18] Spellmann H, u Nagel J, Bêckmann T. Summarische Nutzungsp lanung auf derBasis von Betriebsinventurdaten[J]. Allgemeine Forstund Jagdzeitung, 1999, 170 (7) : 122 - 128
[19] 陈伯望,惠刚盈, v Gadow K. 线性规划、模拟退火和遗传算法在杉木人工林可持续经营中的应用和比较[J]. 林业科学, 2004,40 (3) : 80 - 87
[20] v Gadow K, Puumalainen J. Scenario p lanning for sustainable forestmanagement
[21] Ware GO, Clutter J L. A mathematical p rogramming system for themanagement of industrial forests [J]. Forest Science, 1971, 17:428 - 445
[22] Hoganson HM, Rose DW. A simulation app roach for op timal timbermanagement scheduling[J]. Forest Science, 1984, 30 ( 1 ) :200 - 238
[23] v Gadow K. Integration von Einzel2und Gesamtnutzungsp lanung inder Forsteinrichtung[J]. Allg Forst u JagdZtg, 1991, 162 ( 4 ) :72 - 75
[24] Lapp i J. JLP2a linear p rogramming package for management p lanning[J]. The Finnish Forest Res Inst Res Paper, 1992, 414: 131
[25] Rodriguez L A. Microcomputer Program for Solving Forest Scheduling Problemswith Heuristic App roaches
[26] Bettinger P, Sessions J, Boston K. Using tabu search to scheduletimber harvests subject to spatial wildlife goals for big game [J].EcologicalModelling, 1997, 94: 111 - 123
[27] Bettinger P, Seccions J, Johnson K N. Ensuring the compatibilityof aquatic habitat and commodity p roduction goals in eastern Oregonwith a Tabu search p rocedure[J]. Forest science, 1998, 44 ( 1) :96 - 112