ArcView GIS在林业制图方面的应用

应用地理信息软件ArcView GIS在林业制图方面的二次开发,编制出适用的应用程序,操作简单易行,提高了生产效率,为形成规模生产、实现林业制图自动化程度奠定基础。     

应用MapGIS实现属性数据连接方法初探

利用森林资源二类调查获得的资料建立空间数据库与属性数据库，探索实现空间数据库与属性数据库有机结合的方法。     

《黄土高原林业数据库》的研建

从黄土高原区域性出发,确定了研建工作的指导思想、文献收录范围及文献源,并对文献标引的一致性、专指性、组配标引、标引深度等问题进行了技术探讨。     

林业索道设计系统

按悬链线、抛物线、悬索曲线、摄动法四种悬索理论,用BASIC语言编制的五个索道设计程序,构成林业索道设计系统。该系统设计的程序已在APPLE-Ⅱ和PC-1500机上中、英文通过,它能进行单跨或多跨索道的承载索设计、绘制索道纵断面图、确定集材方式方法。     

四川省林业产业发展科技支撑方案研究

本文分析了四川省林业产业科技支撑现状;提出了科技支撑的原则和目标。针对我省林业资源特点和开发现状,提出了在工业原料林建设、经济林果产业、林木种苗产业、生态旅游业、林产加工业方面的待研关键技术。此外,本文介绍了我省拟重点推广的科技成果;并提出了加快科技成果转化和强化科技支撑的具体方案。     

Research and Conservation of Forest Genetic Resources in China

The present situation of forest tree genetic germplasm resources research and conservation in China is introduced which including the background, decision-making of conservation strategies and principles, the plan of area division and tree species classification, the sample strategy of germplasm conservation, the advances in conservation pattern and related technologies research, the achievements of germplasm conservation and utilization in China, and the problems to be solved. The recent achievements and data related are listed.     

退耕还林可持续发展评价原理与方法研究

运用系统论原理,从本质上深刻分析了退耕还林系统及系统内各成分相互间复杂关系的形成法则,提出了退耕还林系统可持续发展评价的原则,建立了退耕还林系统可持续发展评价的基本方法。     

森林资源发展和保护项目效益分析与评价

本文利用项目管理统计预测的原理和方法 ,根据河南省实施世界银行贷款森林资源发展与保护项目的有关资料数据 ,简要分析了项目的经济效益和社会效益 ,并提出了利用贷款实施营林项目较使用自有资金更能增加经济效益的根据。     

江西林业产业化与可持续发展

在全省铺开的林业产权制度改革,是江西林业生产关系的一次重大调整,对解放和发展林业生产力、加速林业产业化进程、实现林业可持续发展将产生深远影响.阐述林业产业化与可持续发展的内涵、制约江西林业产业化的根本问题,以及推动林业产业与可持续发展的方向与措施.     

Application of real options theory to forestry investment analysis

This paper demonstrates the utility of the real options approach to forestry investment analysis. The main objectives are to discuss the real option theory and show how it can be adopted to model uncertainty and managerial flexibility in forest management and investment. Secondly, we show how to calculate the option values of selected options that may be available to managers of forest industry firms. The paper provides an empirical application, which compares a forestry investment using the static Faustmann model and the real options approach. Four management options are used for the real options approach: an option to delay reforestation, an option to expand the size of the wood processing plant, an option to abandon the processing plant if timber prices fall below a certain level or due to corporate take-over, and multiple options that evaluated all three options together. All options were evaluated using the binomial option-pricing model, where timber values are assumed to follow a multiplicative binomial process. The results show that the Faustmann analysis rejected the investments as unprofitable, while the option analysis showed that all three options were highly valuable if exercised. When real options are considered, the traditional Faustmann model for assessing the profitability of a forestry investment may fail to provide an adequate decision-making framework because it does not properly value management's ability to adjust to shocks in the economy, as well as risks and uncertainty.