Investments in Pinus elliottii Engelm. Plantations: Real Options Analysis in Discrete Time

Abstract

Background: The commonly used methods for the financial evaluation of plantation forest investment projects do not incorporate uncertainties and ignore the value related to flexibility. The real options analysis makes it possible to capture these values in investment projects, increasing their value and return. Despite this, studies involving real options in forest investment projects are scarce, specifically those related to Pinus spp. Therefore, this study aimed to: (a) analyze whether the real options analysis adds value to investment projects of Pinus elliottii Engelm. plantations; and (b) make the real options analysis more accessible to forest managers and potentially increase its use in the investment projects of Pinus spp. plantations. Methods: We evaluated two investment projects in P. elliottii plantations in southern Brazil, which differed in the way of obtaining the land for planting: with lease or purchase of land on a planning horizon of 21 years. In the real options analysis, we used deferral, expansion, and abandonment. Results: Individually, the deferral, expansion, and abandonment options add value to investment projects in Pinus elliottii plantations. The option to expand the forested area is one that adds the most value to the investment project with land lease. In the investment project with land purchase, it is abandonment. Conclusions: Investment projects in Pinus elliotti plantations that contemplate the land purchase analyzed through the real options analysis present higher financial returns than those that consider land lease, inverting the result provided by the traditional analysis.

Will a Geopolitical Conflict Accelerate Energy Transition in Oil-Importing Countries? A Case Study of the Philippines from a Real Options Perspective

“…The ROA has already been applied in a variety of business and finance contexts such as Ewald and Taub [19], Huang et al [20], Ioulianou et al [21], and Yeo and Lee [22]. This model has also been applied to investment decisions in different sectors including energy [23][24][25], agriculture and forestry [26][27][28], transport [29,30], and other climate mitigation and adaptation technologies [16,[31][32][33]. In this paper, the ROA is applied to the decision to postpone or invest immediately in energy transition technologies considering the uncertainty in oil prices brought by the international conflicts.…”