Economic contributions of an industry sector are often vital information in the policy-making process. IMPLAN data and software were used to determine the economic contribution of forest industries to all 50 states plus Washington, D.C. Rankings of the states' contributions to employment, employee compensation, and value added were determined. National forest inventory data, rural population, and industrial energy costs were examined for correlation with total forestry contributions to each state's economies. Rankings were based on absolute contributions as well as contributions as a percentage of a state's total economy. Percentage rankings present the relative importance of forestry to a state's economy, and can differ considerably from absolute value rankings. Regional and national contributions were also calculated to model interstate and regional contribution “leakages,” or trade effects. Differences in both interstate and interregional trade flows are substantial. Industrial energy costs, rural population, and timber removals were significantly correlated with total economic contributions.

Despite the socioeconomic and ecological significance of the 10.4 million acres of forestland owned by nonindustrial private forest (NIPF) landowners across Arkansas (approximately 58% of forestland in the state), only 5% of this land is certified through the American Tree Farm System. As such, understanding how to improve the reach and content of communications to NIPF landowners is vital for expanding certification participation and subsequent improvement of forest management in Arkansas and throughout the southern United States. To explore current and optimal communications to increase NIPF participation, we employed Berlo’s source–message–channel–receiver (SMCR, 1960) model to analyze survey data collected from Arkansas NIPF landowners regarding their familiarity with, interest in, and information sources for forest certification programs. Our results indicate that NIPF landowners have a relatively low familiarity with certification programs and a low interest in adopting a certification program regardless of personal involvement throughout the certification process, the transparency of on-sight inspections to the public, and the requirements of forest management plans. However, positive correlations were found between self-reported familiarity with certification programs and the perceived usefulness of various information sources, indicating that communications to NIPF landowners have the ability to be influential. Furthermore, the results showed that the greatest perceived benefits to landowners were improved timber growth and health, better management actions, and environmentally-friendly timber harvesting, whereas the most concerning perceived drawbacks were increased record-keeping and paperwork as well as management costs. These findings will offer actionable insights into future messaging campaigns and provide directions for new approaches of reaching NIPF landowners to increase their participation in forest certification.

Arkansas’ forestlands are largely owned by private landowners: family, industrial or corporate forest landowners (5.1 million hectares; 67%). Family forest landowners own 4.4 million hectares of forestland (58%). The costs of forestry practices influence landowners’ decisions in forest management. However, state-specific costs for forestry activities are not readily available. The study aims to compare the forest management objectives between family and industrial or corporate forest landowners and also provide robust information about forest management intensity and the unit cost associated with those activities. We employed an online survey to 318 consulting foresters working in the state. In addition, we used Forest Inventory and Analysis dataset in ArcMap (10.8.1) to validate the survey result. Among various forestry practices, landowners requested various services from consulting foresters, including chemical site preparation, thinning, timber cruising and marking, and timber inventory. The unit cost for mechanical site preparation was the highest among several forestry practices, and these costs varied based on forest types. Various stakeholders can utilize the study findings from landowners, forest industries, and policymakers in forest investment decision-making, which can improve sustainable forest management.

Alteration of the fire regime in upland oak–hickory (Quercus L. spp.–Carya Nutt. spp.) forests of the Central Hardwood Region is a major factor for the current shifts in species’ composition and oak recruitment and regeneration failures. The reintroduction of fire into these ecosystems requires a better understanding of fire effects on oak and co-occurring competitors. First-order (i.e., during and immediately after) fire effects on oak and red maple (Acer rubrum L.) topkill and resprouting at neighborhood scales were evaluated in frequently burned upland oak–hickory forests. A groundline threshold of 5 cm provided oaks with high (60%) survival probability (p < 0.001). White (Quercus alba L.) and post (Quercus stellata Wangenh.) oak survival odds were 21 and 14 times higher than that of red maple (p = 0.01 and 0.03), respectively. Three and twelve months after burn, oaks had three to six times more sprouts per clump than red maple. Frequent fires may continue to topkill the maples, while maintaining oak dominance in the reproduction pool and, thus, providing higher recruitment potential into the overstory. Burns with fire behavior that is very low to low in these frequently burned systems may provide greater control in favoring oaks and selecting against red maple, especially if groundline diameter thresholds are considered.

A dynamic programming (DP) algorithm was developed for shortleaf pine in the Central United States. All thinning strategies examined (above, below, above and below, and mechanical) improved economic returns with thinning from above returning the highest soil expectation value (SEV). A planting density of 500 trees/ac maximized economic returns under all economic conditions. SEV was found to increase with site, and rotation length decreased on better sites. As sawtimber stumpage prices decreased relative to pulpwood prices, thinning was no longer economically advantageous. Finally, under conditions of uncertainty related to future prices, rotation length decreases slightly. North. J. Appl. For. 14(2):67-71.