作者: Gustavo Pérez-Verdín , José Ciro Hernández-Díaz , Marco Antonio Márquez-Linares , Aregai Tecle
DOI: 10.21829/MYB.2009.1511195
关键词: Environmental resource management 、 Stocking 、 Forest inventory 、 Quadratic mean diameter 、 Tree (graph theory) 、 Computer science 、 Production (economics) 、 Information system 、 Basal area 、 Goods and services
摘要: Traditionally, the forest capacity to produce multiple goods and services has been overlooked in favor of developing alternatives that maximize timber production or economic profit alone. This approach is suboptimal, it fails address ecosystem interactions, occasionally leads degradation some its components. In this study, a technical framework analyze solve multiobjective problem an ejido Durango, Mexico presented. Forest inventory data expert consultation were used construct ten objective response functions expressed terms tree basal area, number trees per hectare, quadratic mean diameter. Compromise programming, decision-making technique was determine most preferred solution structures. vegetation simulator geographical information systems order evaluate solutions for various clusters. The simulated optimal structures typically above current stand conditions. These differences can be due past management practices other disturbances reduced stocking quality residual trees. use type decision making help understand dynamics long-term services.