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This study was undertaken in response to concerns that the decreasing levels of funding for government tree planting cost share programs will result in significant reductions in non-industrial private tree planting efforts in the South. The purpose of this study is to quantify how the funding of various cost share programs, and market signals interact and affect the level of private tree planting. The results indicate that the ACP, CRP, and Soil Bank programs have been more influential than the FIP, FRM, FSP, SIP, and State run subsidy programs. Reductions in the CRP funding will result in less tree planting; while it is not clear that funding reductions in FIP, or other programs targeted toward reforestation after harvest, will have a negative impact on tree planting levels. Master of Science

The purpose of this thesis is to examine what motivates nonindustrial private forest landowners to accept bids of various levels for harvesting. Through the use of a survey we specifically consider what preferences and landowner characteristics effect these decisions. Landowners were randomly selected from counties in Southwest Virginia. The participants were presented a payment table in which they were asked to indicate the level of certainty with which they would accept bids of various levels for their timber. The information obtained for the survey was used in a LOGIT model to examine which variables were most important both in determining the certainty respondents attached to different bid levels, and the likelihood of accepting a bid of any size. Our most important results show that factors such as bequest motives, tract size, absentee status, and environmental preferences influence the bid acceptance decision for landowners in the sample. Master of Science

Forest property taxes play an integral role when private landowners make land use and management decisions. Economists often suggest that taxes should be neutral, thus causing no change in land use or management decisions compared to the pre-tax condition. The traditional ad valorem property tax has long been criticized, particularly as it pertains to forestry, because of its distortionary properties and inherent bias against long-rotation investments. Alternatives to the traditional forest property tax include current use assessment, productivity, yield, and site value taxes. The site value tax is a property tax on the market value of bare land only, exempting improvements. In theory, the site value tax has been championed as the only neutral property tax alternative; however, in actual application, a forest site value tax may prove to be non-neutral and, by certain measures, inequitable. The degree of the tax's neutrality can be linked to the method of tax administration and the ability of assessors to accurately determine bare land market values for a wide range of site qualities. This paper reviews literature on forest property tax alternatives and theoretically examines the efficiency of an applied forest site value tax. The adequacy and equity of a proposed forest site value tax are examined in detail and compared for two study areas: Western Oregon and Alabama; in light of local governmental budget constraints. Although the site value tax may represent a less-distortional vehicle for collecting local taxes, it is unlikely to be politically or administratively feasible. Also, given the existence of other distortions in the economy, a site value tax may not prove to be the most efficient tax in application, despite its neutral properties. Master of Science

This study compares financially optimal uneven-aged and even-aged silvicultural regimes of loblolly pine (Pinus Taeda). Uneven-aged regimes which maximize net present value (NPV) are found by quantifying the effects of diameter distribution (Q factor), maximum diameter, cutting cycle, and residual basal area on NPV. For the benchmark inputs, the regime yielding the highest NPV had a maximum diameter of 12 inches, residual basal area of 45 ft²/acre, and a cutting cycle of 11 years. Financially optimal even-aged regimes are taken from published literature of even-aged silviculture. Even-aged and uneven-aged silvicultural regimes are simulated starting from, 1) bare land, 2) a balanced uneven-aged loblolly pine stand, and 3) a mature even-aged loblolly pine stand. For the three starting conditions and selected benchmark variable values, simulation of even-aged silviculture yields NPVs of $877, $2,152 and $3,400 per acre and simulation of uneven-aged silviculture yields NPVs of $644, $2,084, and $2,569 per acre. Sensitivity analysis shows, for the levels of the variables tested, that even-aged silviculture yields higher NPVs than uneven-aged silviculture when starting from bare land or from a mature even-aged stand. When starting from an uneven-aged stand, for the variable values tested, uneven and even-aged silviculture are financially very competitive. Aside from the aesthetic benefits of avoiding clearcutting under uneven-aged silviculture, non-timber considerations between loblolly pine silvicultural systems are not well documented. Resource professionals hold opinions often in direct conflict with each other regarding the non-timber costs and benefits of even-aged and uneven-aged silviculture when considering wildlife, soil and water, and catastrophic damage events. Master of Science

Thinning from above and below were compared using an economic optimizing dynamic program, FORTE (Arthaud 1986). Economically optimal (net present value maximizing) thinning regime and rotation age were determined for benchmark economic and model inputs. Sensitivity of net present value and optimal management regime were tested for varying interest rates (6 or 8%), site indexes (50, 60 and 70, base 25 years), fixed and variable thinning costs, planting density (440, 680 and 910 trees per acre), stumpage prices and thinning type. Given the same assumptions, thinning from below consistently provided the higher net present value for the optimal regime than thinning from above. For the benchmark assumptions, both thinning types had two thinnings in their optimal regimes. Optimal rotation age and thinning timings occur later when thinning from above. Both thinning types provided higher net present values than not thinning under all conditions except pulpwood management. Master of Science