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[EMAIL] => eric.mcconnell@msstate.edu
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[STAFF_TITLE] => Associate Professor
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[BIO] => Eric McConnell is an Associate Professor in the Department of Forestry at Mississippi State University, where he studies economics and business management of forest operations and industry. He received his BS in Forest Management from Louisiana Tech University and Masters and PhD degrees from Mississippi State University in Forest Products and Forest Resources respectively.
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[RESEARCH_INTERESTS] => Forest Business
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[SYNERGIES] => Leading Economy: Sustainable/Renewable Products
[KEYWORDS] => Timber price trends; input-output analysis; logging cost analysis
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[ABSTRACT] => Trucking is the most expensive forest-to-market process, yet studies regarding the composition, organization, structure, and performance of this industry segment have only occurred recently. A mixed-mode survey included Mississippi log trucking firms that owned 452 trucks, had a mean fleet size of approximately four trucks, three full-time employees, and produced nearly 57 loads per week. The average age of business owners was 52 years old, and 24% were over 60 years old. Eighty-one percent of employed truck drivers were over age 40. Prevalent safety practices included scheduled safety meetings (76%), distracted driving prevention (68%), pre-trip truck inspections (67%), truck scales (64%), and road-facing cameras (61%). Air disc brakes (47%), GPS truck tracking (40%), and speed governors (36%) were less so. Twenty-three percent reported utilizing technology to train drivers. Statistical group comparisons revealed eleven differences related to region of operation, operational structure, and business organization. These centered around the adoption of safety practices and technologies. Emphasizing safety within the log trucking industry and truck driving educational technologies can prevent costly lawsuits and avoidable regulations.
[KEYWORDS] => Keywords: Bootstrapping; Logger survey; Online survey; QR code survey; Timber transportation
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[ABSTRACT] => Rising liability insurance rates have negatively impacted log trucking businesses in Mississippi and across the southeastern United States. A statewide mixed-mode log trucking business owner survey was used to study factors impacting liability insurance for Mississippi timber transportation. A hedonic regression model was developed to identify operational characteristics that significantly influenced insurance premiums. Marginal implicit prices were calculated to reveal an average per unit monetary contribution of each significant attribute while holding the others constant. The three-year inflation-adjusted average for Mississippi companies was $12,466 per truck per year, with a minimum value of $4,000 per truck per year and a maximum of $24,404 per truck per year. On average, each year of owner experience provided a mean insurance premium discount of $72.42. Each additional 1,000 miles traveled by log trucks at the mean insurance premium was valued at $50.00; each safety violation, $3,322; and an overweight violation, $1,311. Implementation of safety practices and safety equipment did not significantly impact insurance premiums. Companies were not directly rewarded for using safety equipment and safety practices but were penalized through increased policy rates when cited for safety and overweight violations. Investing in safety practices (e.g., regular truck inspections, truck driver training, repair and maintenance programs, etc.) and safety equipment (truck scales, cameras, GPS, telematics, etc.) would reduce roadside inspection citations and crashes, which contribute to rising liability insurance premiums.
[KEYWORDS] => Timber transportation; Liability insurance; Logging accident prevention, Hedonic regression, Marginal implicit price
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[ABSTRACT] => We used three comprehensive datasets to assess economic activities at as granular a level as possible for Support Activities for Forestry industry in Mississippi in 2019.
The labor market company Emsi® provided the most current employment estimates
by 6-digit North American Industrial Classification System (NAICS) codes along
with a geographic listing of businesses by NAICS codes that contained employment, earnings, and sales data. Esri® further categorized the 6-digit codes into 8-digits, thus providing a more detailed view of this sub-sector’s businesses. However, since business listings do not comprehensively tabulate all businesses of each classification within a region, we developed a weighting method to estimate output, jobs, and earnings for the following industries using Emsi® data- Foresters Consulting, Government – Forestry Services, and Forest Restoration. A statewide input–output model, along with sub-regional models, were estimated using the IMPLAN® software to identify economic contributions to the state and regional economies. Total annual sales across Mississippi were $84.5 million; sales were greatest in the Central subregion, with the South, North close behind. Consulting Foresters was the largest industry by sales, jobs, and earnings. Total economic contributions were 1,140 jobs and $59.79 million in value added on total sales of $121.99 million. South Mississippi received the greatest regional contributions from Foresters Consulting, while Central Mississippi received the greatest benefits from Government – Forestry Services and Forest Restoration.
[KEYWORDS] => Consulting forester · Forest regeneration · IMPLAN · NAICS 1153 · Support services for forestry
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[TITLE] => Variable-Density Yield Tables for Elm-Ash-Cottonwood Bottomland Hardwood Forests in Mississippi
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[ABSTRACT] => Variable density yield tables are provided on a per acre basis for the elm-ash-cottonwood forest type residing in the flood plains and bottomlands of Mississippi. Data were obtained from the USDA Forest Service’s Forest Inventory and Analysis program. Cubic foot volume yields per acre are supplied for total stems, to pulpwood upper diameter limits, and to sawlog upper diameter limits on both outside-bark and inside-bark bases. Doyle board foot volume per acre is also supplied for sawlogs. Yields are expressed in terms of stand age, site index, and basal area per acre. With emerald ash borer’s increasing prevalence across the South, the information provided herein can be particularly timely for forest landowners, managers, and businesses to formulate management and utilization strategies for the resources of this forest type.
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[TITLE] => Economic contributions of forestry service providers in Mississippi, USA
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[ABSTRACT] => Competition suppression within loblolly pine plantations (Pinus taeda L.) is typically carried out within the first 2 years of a plantation, but competition control for longer durations could improve productivity. As plantation growth improves with increasing vegetation suppression frequency, it may be necessary to pre-commercially thin stands to reduce intraspecific competition. The effect of these silvicultural activities for controlling inter- and intraspecific competition to optimize plantation financial performance is relatively unexplored. This study tests the financial performance of several operational mixtures of herbicides relative to sustained suppression of herbaceous, woody, and all non-crop vegetation based on 29-year yields and financial data; pre-commercial thinning was tested to understand whether reducing stand density affected responses to vegetation control. Intensive vegetation control increased financial returns compared to the control and sustained woody and herbaceous vegetation suppression, but it was similar to the operational-analogue treatments. Introducing pre-commercial thinning undermined financial performance of the intensive treatments, except for that of herbaceous control. While 5 years of vegetation suppression increased yields, in several cases the improved yields did not overcome intensive early-rotation costs; the rate of yield increase (plus any stumpage price increase) was less than the discount rate at 5%. On a 29-year rotation, increased discount rates increasingly favored treatments with fewer costs. Pre-commercial thinning increased the proportion of sawtimber, but it did not enhance financial performance of the vegetation suppression treatments.
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[EXPLANATION] => Contribution: 15%. I led one part of data analysis. I wrote and revised the manuscript for that portion. I assisted with revising the manuscript.
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[TITLE] => Financial assessment of future stand conditions required to recover the opportunity costs of a north Louisiana streamside management zone
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[TITLE] => A simulation approach to using Landsat 8 imagery to determine a threshold for detecting changes along a streamside management zone: A case study in Louisiana
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[ABSTRACT] => Satellite data is often employed to assess land use/land cover changes, particularly over larger areas. However, little attention is given to how much area can change before a given land use/cover classification is detected using satellite data. This is an important consideration, particularly in the use of image classifications to assess best management practices (BMPs). To determine these changes, and their corresponding impacts on land cover classification , Landsat 8 data was acquired and an area selected where two land cover classes meet (i.e., forest and field). The Landsat pixels were subset into 900 one square meter (1 m2) pixels and the average pixel values for grass were utilized to simulate tree/forest removal. The objective is to determine how many pixels would be converted from forest to field before an unsupervised classification detected the change. Approximately 25 percent of the area changed before one Landsat pixel (30m) changed classes and 43 % of pixels changed before a row, representing a streamside management zone (SMZ), changed. This indicates that image resolution should be considered when using satellite imagery to assess BMPs/land cover changes.
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[TITLE] => Economic depreciation of in-woods forestry equipment in the US South
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[PUBLISHER] => Forest Science
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[VOLUME] => 67
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[PAGENUM] => 135-144
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[ABSTRACT] => Forestry machines sold at auctions across the southern United States covering the years 2005 to 2019 (n = 640) were compiled into three equipment categories—rubber-tired feller bunchers, grapple skidders, and trailer-mounted loaders—with inflationary effects removed. The data were discounted by a reliability function derived from a two-parameter Weibull distribution, which defined the probability of future operability at machine hours h and a wrecking value based on each machine’s specified worth as scrap. These adjusted salvage values were then transformed using the Box-Cox normal method. Age affected all fellers and certain manufacturers of skidders and loaders .A significant annual use effect was revealed for fellers and skidders. Interactions of age and use with horsepower revealed that machine size influenced buyers’ feller and skidder purchasing decisions. Manufacturer intercept and slope shifters pointed to potential brand recognition by buyers. Perceived quality differences between manufacturers, however, were not revealed. Depreciation occurred at ever-increasing rates over machine lifetime.
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[TITLE] => Evaluating sustainable product alternatives by combining life cycle assessment with full-cost accounting: A highway guardrail case study
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[DOI] => https://doi.org/10.15376/biores.15.4.9103-9127
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[TITLE] => Forest Canopy Benefits in Small Urban Areas of Louisiana
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[PUBLISHER] => Mathematical and Computational Forestry & Natural Resource Sciences
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[VOLUME] => 12
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[PAGENUM] => 79-91
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[ABSTRACT] => Urban forests provide many benefits to areas in which they grow, sequestering carbon, mitigating pollution and rainfall runoff, and helping conserve energy. It is crucial that urban trees be managed to maximize the benefits they provide. However, not all urban areas have the capacity, staffing,or infrastructure to adequately manage these areas. Many smaller urban areas are largely unaccounted for in benet assessment of urban areas within a state. This study presents the estimated benefits of 10small urban areas in Louisiana that illustrate the tree coverage and benefits of small urban tree cover. i-Tree Canopy was utilized to provide coverage estimates and benefits through photo-interpretation of 500randomly allocated points within each city. Percent tree cover ranged from 11.2%-41% in the 10 cities; estimates of air and atmospheric pollutant mitigation and carbon sequestration and storage were also obtained. These estimates are important considerations for small urban areas because they demonstrate the importance and need for forest management that optimizes community benefits provided to the public.
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[FULL_TEXT] => tem92/intellcont/Crosbyetal_2020_275-1852-2-PB-1.pdf
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[TITLE] => Hedonic analysis of loblolly pine plantation first thinning costs
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[PUBLISHER] => USDA Forest Service
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[ABSTRACT] => Hedonic modeling examined harvest systems costs for loblolly pine plantation first thinnings. Variables studied were tract size (50, 100, 250, 500, and 1,000 acres), site index (60, 65, 70, 75, and 80 feet at 25 years), and trees per acre at establishment (485, 585, and 685). The Cutover Loblolly Growth and Yield Model provided thinning yield data for site index and trees planted per acre combinations when stand basal area reached 110 ft2/acre. The harvest system consisted of two rubber-tired feller bunchers, two grapple skidders, and two trailer-mounted loaders. Trucking costs were $4.05/ton across all treatment combinations. Variable stand ages at thinning required converting costs at each factor/level combination to equivalent annual costs (EAC), $/ton/year, for analysis. The system’s alternative rate of return was set at 10% based on historical logging rate data for Louisiana and Mississippi.
Logged EAC was modeled as a function of site index, which produced the greater positive influence (t = 7.3236, p < 0.0001), followed by trees per acre at establishment (t = 6.8556, p < 0.0001), and logged tract size, which produced the only negative effect (t = -21.5119, p < 0.0001). The cost implicitly associated with each independent variable was calculated from the predicted EAC when holding all predictors at their mean levels, which was $2.88/ton/year. Each 10-foot increment of site index added $0.22 to system EAC. Planting 10 additional trees at stand establishment increased system EAC $0.02. Conversely, EAC was reduced ($0.69) for each additional 10 acres of tract size.
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[TITLE] => Estimated impacts to Louisiana hardwood timber product receipts following emerald ash borer invasion: a 25-year scenario
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[ISSUE] => e–Gen. Tech. Rep. SRS–253
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[ABSTRACT] => Hardwoods significantly contribute to Louisiana’s forest economy. Unfortunately, the emerald ash borer (Agrilus planipennis), or EAB, will have untold impacts on those contributions. Here, we estimated one scenario’s effects on Louisiana’s hardwood timber product value. Ash (Fraxinus spp.) mortality due to EAB was assumed to follow a Beta distribution to eliminate essentially all ash within 25 years. Mortality rates were relatively slow in the near future, peaked after the middle stage of infestation, and tapered precipitously near the end of the projection period. Annual growth of ash was assumed to be a constant proportion (1.8288 percent) equal to the current rate estimated from the U.S. Department of Agriculture, Forest Service, Forest Inventory and Analysis data. Future volumes of ash mortality were discounted to the present and valued using TimberMart-South prices to estimate the annualized effect on timber receipts. Assuming the dead timber would have otherwise been typical trees of average quality, stumpage was valued at $1.57 million, with deliveries totaling $3.48 million. A salvage arrangement using the double declining balance method coupled with a second Beta distribution depreciated the timber’s value monthly over 1 year, as Louisiana’s high heat and humidity rapidly degrade timber quality. The Beta cumulative distribution function was centered upon Louisiana’s current 2.8 percent proportion of harvest volume to timber inventory. We found salvage receipts for stumpage ranged from $24,200 to $35,800, while deliveries ranged from $53,700 to $79,400 at 95 percent confidence. The final result was an average annual decline in stumpage revenues of -$1.53 million to -$1.55 million, while delivered values fell by -$3.40 to -$3.43 million at 95 percent confidence.
[KEYWORDS] => emerald ash borer, economic impact, Louisiana
[FULL_TEXT] => smt489/intellcont/gtr_srs253_006-1.pdf
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[STATUS] => Accepted
[TITLE] => Estimated Impacts of Emerald Ash Borer on Ash Timber Supply in Texas, USA
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[FNAME] => Eric
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[LNAME] => McConnell
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[PUBLISHER] => Journal of Forest
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[DOI] => 10.1093/jofore/fvaa043
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[AREA] => Forestry
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[ABSTRACT] => We estimated annual timber growth, removals, and mortalities under various scenarios of the spread of emerald ash borer (Agrilus planipennis Fairmaire; EAB) within Texas. Future annual ash EAB-induced mortalities were simulated to follow either a normal or beta distribution over 25, 50, or 75 years, with 5% of the original inventory remaining at the conclusion of each projection. Discounted present values of future ash growth, harvests, mortalities, salvage, and beginning and ending annual inventories were calculated, and economic impacts to timber receipts were determined from average real prices. The present net effects of timber product output, mortalities, and salvage resulted in benefits ranging from lows of (delivered/stumpage) $37.6/$12.8 million over 25 years when assuming a normal distribution to highs of $247.8/$97.2 million over 75 years under a beta distribution. Salvage intensity exceeded mortality accumulation by a factor of at least 2.00. Regardless of length chosen, mortality that skewed toward later years led to lower discounted volumes and less value lost to EAB. Results were sensitive to discount rate selection (constant, increasing, distributional) with the constant and increasing rates having the most similar results. Longer time horizons led to far smaller losses of overall economic returns allowing more typical harvest management despite EAB.
[KEYWORDS] => Agrilus planipennis, bark beetle, beta distribution, Fraxinus, normal distribution, timber salvage
[FULL_TEXT] => smt489/intellcont/fvaa044-1.pdf
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[EXPLANATION] => continuing attempts to value EAB damage and refine estimation techniques. also, to fulfill broader objective of rapid economic valuation for phenomena important to forestry
[USER_REFERENCE_CREATOR] => No
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[TITLE] => Financial assessment of future stand conditions required to recover the opportunity costs of a north Louisiana streamside management zone
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[LNAME] => Holderieath
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[PUBLISHER] => Forest Products Journal
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[VOLUME] => 70
[ISSUE] => 1
[PAGENUM] => 39-49
[DOI] => https://doi.org/10.13073/FPJ-D-19-00040
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[ABSTRACT] => Understanding the costs that residual habitat spaces carry into future rotations can provide managers more complete information when financially assessing timber management options that often extend for many decades. This case study assessed a streamside management zone’s (SMZ) opportunity costs for a timber harvest site in north Louisiana. Timber removal occurred in summer 2018 by clearcut. A wooded buffer extending 50 feet on each side of a streambank and totaling7.52 acres was retained; partial harvesting of pine timber was allowed. A timber inventory revealed that 99.6 tons per acre of standing hardwoods resided within the SMZ. Excluding noncommercial species placed its current present value (opportunity cost) at $1,803. Two future active management scenarios, ‘‘controlled’’ and ‘‘intensive,’’ were modeled over the next rotation at a 4 percent real discount rate, where price changes occurred at 0, 1, 2, 3, and 4 percent annually. Both management strategies consistently produced positive land expectation values (LEV) when SMZ opportunity costs were not included in the assessment. However, inclusion of SMZ protection under ‘‘controlled’’ management required timber price changes of 4percent annually, while the ‘‘intensive’’ management option required timber price changes of at least 3 percent annually to return positive LEVs.
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[FULL_TEXT] => tem92/intellcont/EM-MC-JH-CV_FPJ-1.pdf
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[EXPLANATION] => Contribution: 50%. I designed the study and led analyzing the data, writing, and revising the manuscript.
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[STATUS] => Published
[TITLE] => Unit costs and trends within Louisiana's logging contract rate
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[VOLUME] => 70
[ISSUE] => 1
[PAGENUM] => 50-59
[DOI] => https://doi.org/10.13073/FPJ-D-19-00036
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[ABSTRACT] => Quarterly unit costs for a hypothetical logging firm were determined from the logging contract rate for Louisiana spanning the years 1992 to 2018. Machine rate methods were employed to disaggregate the contract rate into five cost centers: felling, skidding, loading, trucking, and tertiary (e.g., trucks, bulldozer, chainsaw). Risk was explained by the quarterly interest rate on a 30-year mortgage, and income taxes were estimated as a fixed percentage of gross income. The real logging contract rate averaged US$19.08 per ton (2018 constant dollars), and it has risen at an annual rate of 1.03 percent above that of inflation for roundwood. Trucking was the firm’s highest cost activity followed by skidding, loading, felling, and tertiary. Rates of cost change followed the order of tertiary, trucking, loading, felling, and skidding. The firm faced financial hardship sporadically from 1992 through 2001, but profits were consistently returned from the second quarter of 2000 through the fourth quarter of2006 (2000Q2 through 2006Q4). Since then, company earnings have fluctuated between profit (n¼25 quarters) and loss (n¼23 quarters). Losses were consistently generated from 2010Q4 through 2013Q2, and all of 2014, as well as in the final threequarters of 2018. Simulation of the contract rate and firm unit costs as stochastic processes utilizing a uniform distribution indicated a 0.48 probability of at least breaking even, but that increased to 0.69 when employing a normal distribution.
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[FULL_TEXT] => tem92/intellcont/EM_FPJ PUBLISHED-1.pdf
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[TITLE] => Interpreting forestry economic contribution reports: A user’s guide
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[LNAME] => Parajuli
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[FNAME] => James
[MNAME] => Emery
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[PUBLISHER] => Journal of Extension
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[VOLUME] => 57
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[WEB_ADDRESS] => https://tigerprints.clemson.edu/joe/vol57/iss4/2/
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[ABSTRACT] => State agencies and Extension professionals often employ IMPLAN software and associated data to conduct economic contribution analyses of the forest sector. Economic contribution reports often vary with regard to modeling, results presentation, and interpretation of estimates. We present practical guidelines for report users on how to better understand input–output modeling and interpret forestry economic contribution reports. We discuss strategies for understanding basic terminology, aspects of IMPLAN software, and the difference between economic contribution and economic impacts, among other concepts.
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[FULL_TEXT] => tem92/intellcont/Interpreting Forestry Economic Contribution Reports_ A Users Guide-1.pdf
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[TITLE] => Mixed-effects height-diameter models for pine plantations in northern Florida and Georgia
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[ABSTRACT] => Mixed-effects individual tree height-diameter models are presented for commercially and ecologically important pines in northern Florida and Georgia, USA. Equations are presented for trees within plantations of loblolly (Pinus taeda L.), longleaf (Pinus palustris P. Mill.), sand (Pinus clausa (Chapm. ex Engelm.) Vasey ex Sarg.), and slash (Pinus elliottii Engelm.) pine. After obtaining height-diameter measurements from a plot/stand of interest, these mixed-effects models can be calibrated to produce localized individual tree height estimates. Based on model calibration of independent data from South Carolina, the use of two or three trees from a plot to calibrate the model provides a reasonable compromise between predictive ability and field sampling times. If calibrated at the stand-level, three trees could be used but larger sample sizes of 10 or 15 would be appropriate. To calibrate these models for specific plots/stands, an Excel spreadsheet is available on request.
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[FULL_TEXT] => tem92/intellcont/CV et al_FL Scientist-1.pdf
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[TITLE] => Potential Changes to Louisiana Hardwood Timber Industry Economic Contributions Following Emerald Ash Borer (EAB) Invasion: An Input-Output Approach
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[PUBLISHER] => Journal of Economic Entomology
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[VOLUME] => 112
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[ABSTRACT] => The emerald ash borer (EAB) Agrilus planipennis (Fairmaire, Coleoptera: Buprestidae) will have untold impacts on the contributions hardwood timber products provide Louisiana’s economy. We modeled a scenario where ash mortality was assumed to follow a PERT-Beta distribution to kill essentially all Louisiana ash within25 yr. Future ash mortality volumes were discounted to the present and valued using market prices to estimate a present effect on timber receipts. Assuming the dead timber would have otherwise been typical trees of average quality, stumpage was presently valued at US$1.57 million, with deliveries totaling US$3.48 million. A salvage arrangement using the double declining balance method coupled with a second PERT-Beta distribution centered upon Louisiana’s current 2.84% harvest-to-inventory proportion depreciated the timber’s value monthly over 1 yr. Following salvage, average stumpage revenue declined −US$1.54 million, mill deliveries fell −US$3.41 million, whereas state timber severance tax collections declined by −US$46,800. The value added and employment direct effects to Louisiana’s economy averaged −US$882,400 and −41.6 jobs, respectively. The multiplier effects of these losses emanating from the timber industry resulted in additional declines averaging−US$2.56 million in value added and −45.6 jobs across the state economy on the drop in output of −US$4.51million. The total economic effects summed to −US$3.44 million in value added and −87.1 jobs on output declines of −US$9.46 million.
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[FULL_TEXT] => tem92/intellcont/EMCVST_JECONENTOMOL_FINAL-1.pdf
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[TITLE] => Economic Contributions of North Carolina, United States, Forest-Sector Foreign Exports: An Export-Chain Perspective
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[PUBLISHER] => Forest Science
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[VOLUME] => 65
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[ABSTRACT] => North Carolina forest-sector foreign exports were quantified by applying an origin-of-production methodology that awarded the state a portion of national export value corresponding to its share of a US forest industry. A US$1.945 billion North Carolina forest export chain (FEC) was identified, producing forest industries, wholesalers, transporters, and port authorities. Contributions of the FEC were determined from a social accounting matrix in terms of output, value added, and employment. Port value multipliers were then calculated to provide context to the FEC’s contributions. Direct contributions were US$602.989 million of value added and 6,870 jobs based upon FEC activities of US$1.945 billion. Total FEC contributions were US$1.439 billion of value added and 16,640 jobs on sales across North Carolina of US$3.494 billion. The output and value-added port value multipliers indicated each US$1.000 million of FEC output and value added generated an additional US$800,000 and US$1.386 million in other industries, respectively, before leaving the state to purchase imported inputs. Each 1,000 FEC-dependent jobs supported an average of 1,420 jobs elsewhere in North Carolina’s economy. Information such as this provides policymakers an improved scope of the contributions driven by exporting to foreign markets.
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[TITLE] => Adequacy of timber trespass civil awards: A Louisiana case study
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[TITLE] => Adequacy of Timber Trespass Civil Awards: A Louisiana Case Study
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[ABSTRACT] => Timber trespass in Louisiana is a civil offense punishable by restitution of three times the timber’s current market value, yet whether this compensation level alone is adequate at present is unclear. We modeled a loblolly pine plantation across a range of site qualities in Louisiana. First, we estimated financial returns from a traditional sawtimber rotation using historical state timber prices that included three harvests: two thinnings and a final cut; harvest times differed by site quality. We then assumed all timber was taken at the first thinning. Net present value (NPV) determined appropriateness of compensation at 1×, 2×, and 3× stumpage revenues and was compared to the traditional rotation’s NPV. The NPVs were calculated with and without additional settlement for reforestation costs. We concluded that reforestation costs in addition to 3× stumpage value reimbursement were required to negate the effect of timber prices and better the traditional rotation’s NPV.
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[TITLE] => International trade's contributions to the United States forest sector and its import-export chain
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[PUBLISHER] => Journal of Forestry
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[VOLUME] => 117
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[ABSTRACT] => We determined the economic contributions international trade provided the forest-sector import–export chain (FSIEC) in 2016. We modified a ready-made Impact Analysis for Planning model to elucidate trade activities with China, Canada and Mexico (NAFTA), the European Union (EU), and all other countries using data obtained from the USDC Census Bureau’s USA Trade Online database. Forest-sector exports totaled US$30.6 billion, whereas distributional activities associated with foreign trade were valued at US$8.86 billion. Direct contributions of the collective FSIEC summed toUS$39.5 in output, US$14.0 billion in value added, and 133,400 jobs supported. Multiplier effects pushed total FSIEC contributions to US$110.1 billion in output, US$48.6 billion in value added, and 492,500 jobs. Trade with NAFTA comprised the greatest proportion of FSIEC contributions. Interestingly, importing comprised 8–10 percent of total contributions. This highlighted holistically the potential implications of trade policy revisions with not only the forest sector but also allied industries.
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[TITLE] => Mixed-effects height-diameter models for pine plantations in northern Florida and Georgia
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[TITLE] => Analysis of North Carolina forest industry earnings: Adapting household level data from the American Community Survey to a social accounting matrix
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[PUBLISHER] => Journal of Forestry
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[VOLUME] => 116
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[PAGENUM] => 101-108
[DOI] => https://doi.org/10.5849/jof-2017-032
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[ABSTRACT] => There is a significant need to not only understand how different industries contribute to overall wealth but how they affect certain segments of society. This study augments input-output social account matrix (SAM) modeling techniques with American Community Survey (ACS) Public Use Microdata Samples (PUMS) to better characterize North Carolina forest products industry earnings’ impact on low-, medium-, and high-income households. A 2014North Carolina SAM was created using IMpact Analysis for PLANning (IMPLAN) and customized so that industry-specific earnings were allocated to household income classes according to the distributions contained within the ACS-PUMS data set. Multipliers were determined to describe earnings distributions per dollar change of final demand. These multipliers were then contextualized by perturbing the SAM model with a 10% change in final demand for relevant forest product industries. The results of the analysis indicate that SAM analysis methods based on unmodified IMPLAN models underestimate earnings paid to low-income and overestimate earnings paid to high-income households resulting from economic growth in the study area. Scenario results obtained using our updated SAM model highlight the improved analytical capabilities of this approach for measuring impacts across income class.
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[TITLE] => Determining unthinned shortleaf pine plantation economic rotation ages in the Western Gulf
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[PUBLISHER] => Forestry Research and Engineering: International Journal
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[VOLUME] => 2
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[ABSTRACT] => Shortleaf pine (Pinus echinata Mill.) has been planted in the Western Gulf region. The Forest Vegetation Simulator (FVS) is the only widely available comprehensive yield prediction system for these plantations. Predictions from the time–of–planting were obtained for densities of 300, 500, and 700 for site indexes of 50, 60, 70, and 80 ft (base age 25). Based on verification analyses conducted using observed yields from other studies, FVS projections conducted from the time–of–planting are relatively low. Hence, additional verification analyses were made based on reported diameter distribution and associated height data in 10 year old plantations. “Calibrated” projections were then made for ages ranging from 15 to 40. In general, if plot data are available, allowing FVS to be “calibrated” to local site conditions, much more accurate predictions will be produced. In terms of economics, given current markets, economic rotation ages are generally around 40 to 50 years. For low quality sites (e.g. site index 50 ft) financial returns will likely not be positive and hence on these lower quality sites an ecologically based management regime may be better.
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[TITLE] => Potential losses in Louisiana hardwood sawtimber economic contributions after Emerald Ash Borer invasion
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[TITLE] => Qualitative input-output analysis of North Carolina forest sector supply chains
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[ABSTRACT] => Despite its contributions to the state economy, relatively little is known about North Carolina’s forest-based economic network. In order to further understanding, qualitative input-output analysis was applied to determine the number of supply chains present within the state’s forest industries. A 2014 input-output model of the North Carolina economy was constructed using the IMpact analysis for PLANning database. The inter-industry transactions table was first normalized by dividing the cells contained in each column by their respective sum. This illustrated the relative contribution each row industry provided to producing one dollar of each column industry’s output, where the focus here was on the 29 sectors considered to be forest-based. Cells greater than or equal to $0.01 were re-coded as “1,” else “0.” This revealed direct purchases made by the forest sectors of measurable size, and sequentially raising this new binary matrix to higher powers illustrated the number of indirect connections between a forest sector and its upstream suppliers. While forest industries’ direct links to other sectors numbered about 250, more than 15,000 total supply chains of three or fewer links were discovered. Forestry and Logging contained less supply chains than the manufacturing industries (Wood Products, Paper, and Wood Furniture) at each measured length. This is a first step to tracing the paths of transmission taken by the forest industries’ multiplier effects through a regional economy. The benefits to understanding these pathways can include not only identifying where potential bottlenecks inhibiting forest-based growth may reside but also where economic assistance efforts could aid in tempering any negative effects associated with industry contraction.
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[VOLUME] => 155
[ISSUE] => 2
[PAGENUM] => 112-116
[DOI] => https://doi.org/10.5849/jof.16-041
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[ABSTRACT] => Economic contributions from forestry and forest products help define the importance of this industry to a state or regional economy. IMPLAN input-output modeling software has proven helpful to conduct this analysis and is commonly used in the United States. However, input-output modeling and the results of economic impact or contribution analyses can vary substantially, depending on the modeling assumptions of the analyst, creating confusion among end users as comparisons are made among studies. Southern Regional Extension Forestry and the Southern Group of State Foresters invited forest and regional economists from the Southern Region to a summit in Little Rock, Arkansas, in 2015 to discuss concerns and issues with respect to collection, calculation, and delivery of information on the economic role of forestry and the forest products industry to the southern region. This article discusses major issues identified and recommendations suggested at the Little Rock Summit.
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[TITLE] => Estimating the economic impacts generated by small-scale wood pellet manufacturing in Western North Carolina
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[VOLUME] => 67
[ISSUE] => 3-4
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[ABSTRACT] => In an effort to identify opportunities for regional economic development for western North Carolina, this study investigated the economic impacts generated by collocating a 10,500-ton/yr wood pellet mill alongside a 10-million board foot hardwood sawmill in the Asheville–Brevard combined metropolitan statistical area. Using the analysis-by-parts methodology within the input–output analysis framework, a custom production function was built to describe a small-scale pellet manufacturing facility operating alongside a hardwood sawmill. The additional economic effects generated by a pellet mill collocation are described, along with upper and lower bounds that represent potential variability in the estimates caused by raw material price fluctuation. Last, the impacts generated by the collocated mills are compared with a similar increase in demand distributed among all forest products manufacturing sectors existing within the study area. The study found that wood product firms existing within the region had the opportunity to utilize excess woody biomass for pellet production and could diversify their product lines, create additional jobs, and stimulate value-added economic activity for the region.
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[TITLE] => Quality indexes for oak sawlogs based on green lumber grade yields
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[VOLUME] => 67
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[ABSTRACT] => Quality Indexes for red oak (Quercus rubra) and white oak (Quercus alba) logs were established using multivariate regression models developed by the US Department of Agriculture (USDA) Forest Service that predicted green 4/4 lumber grade yields from hardwood sawlogs. Past Quality Indexes were based on air-dried lumber grade yields, but these yields can be affected by mill-specific factors. Considering green lumber as the finished product isolated the drying process and any subsequent changes in lumber product value from the analysis. Lumber grades were consistent with National Hardwood Lumber Association specifications, while log grades were based on the USDA Forest Service grading rules. Input data into the models included log scaling diameter, log length, and percent scaling defect. Green lumber grade yields were then used along with price relatives developed from 5-year lumber grade price averages (nominal) to develop Quality Indexes for each species. Two applications of the Quality Index are illustrated.
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[TITLE] => History of northeastern US maple syrup price trends
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[FNAME] => Gary
[MNAME] => W.
[LNAME] => Graham
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[PUBLISHER] => Forest Products Journal
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[VOLUME] => 66
[ISSUE] => 1-2
[PAGENUM] => 106-112
[DOI] => https://doi.org/10.13073/FPJ-D-14-00088
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[ABSTRACT] => Average annual percentage rates of change (APR) in maple syrup prices (average gallon equivalent price in the United States) in seven northeastern United States and their aggregated region were determined for the years 1916 to 2012. The price trend lines were then compared on state-by-state and region-by-state bases. Maple syrup prices across all states and the region as a whole were increasing nominally at significant average annual rates. Nominal APRs ranged from 3.42 percent for Maine to 4.13 percent for New Hampshire, with the price in the combined region increasing at a rate of 3.96 percent annually. Real prices (discussed in 2012 constant dollars) were appreciating at significant annual rates in all areas except Maine. Real APRs ranged from 0.46 percent for Maine to 1.12 percent for New Hampshire, and the regional price was increasing at 0.95 percent annually. Whereas the region’s all-time high price of $40.38 was obtained nominally in 2008, the real price actually reached its highest point in 1987 ($53.89). Two other real price peaks were observed regionally: 1947 ($41.17) and 1972 ($45.31). No differences in trend line intercepts and slopes were found across the region. Obtaining price information for any one location has historically provided producers and processors a reasonable expectation of market activities occurring in the greater region.
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[FULL_TEXT] => tem92/intellcont/McConnell and Graham FPJ 66(1-2)106-112-1.pdf
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[STATUS] => Published
[TITLE] => On-farm forest income in the United States, 2003-2012: Thoughts for Extension programming
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[FNAME] => Eric
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[LNAME] => McConnell
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[PUBLISHER] => Journal of Extension
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[VOLUME] => 54
[ISSUE] => 3
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[WEB_ADDRESS] => https://tigerprints.clemson.edu/joe/vol54/iss3/16
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[ABSTRACT] => Forest-based production on U.S. farms totaled $653.2 million in 2012, admittedly a small portion of total farm wealth. However, despite the effects of the recent economic downturn, on-farm forest product revenues still approached the gate value of North Carolina timber in 2012, which was $730.6million. Providing the research-based information, technology transfer, and educational programs farmers need to manage trees to generate income while preserving the ecosystem in a manner that is socially acceptable requires a multidimensional approach by Extension specialists working across disciplines. Two examples of multidimensional approaches, one centered on audience segmentation for targeted outreach and the other on forest economic development, are proposed and discussed.
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[FULL_TEXT] => tem92/intellcont/McConnell_JOE 54(3)3RIB3-1.pdf
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[EXPLANATION] => Contribution: 100%.
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[STATUS] => Published
[TITLE] => An Economic Impact Analysis of the US Biobased Products Industry: A Report to the Congress of the United States of America
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[FNAME] => Jay
[MNAME] => S.
[LNAME] => Golden
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[FNAME] => Robert
[MNAME] => B.
[LNAME] => Handfield
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[FNAME] => Jesse
[MNAME] => Array
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[LNAME] => Daystar
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[FACULTY_NAME] => 2290006
[FNAME] => Eric
[MNAME] => Array
(
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[LNAME] => McConnell
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[ROLE] => Author
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[PUBLISHER] => Industrial Biotechnology
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[VOLUME] => 11
[ISSUE] => 4
[PAGENUM] => 201-209
[DOI] => https://doi.org/10.1089/ind.2015.29002.jsg
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[ISBNISSN] => 15509087
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[REFEREED] => Yes
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[ABSTRACT] => This report is a follow-up to the October 2014 report, Why Biobased? Opportunities in the Emerging Bioeconomy prepared for USDA.1 As presented, this report seeks to answer the six following important questions regarding the contributions of the biobased products industry in the United States:. The quantity of biobased products sold. The value of the biobased products. The quantity of jobs created. The quantity of petroleum displaced. Other environmental benefits. Areas in which the use or manufacturing of biobased products could be more effectively used, including identifying any technical and economic obstacles and recommending how those obstacles can be overcome
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[FULL_TEXT] => tem92/intellcont/Bioproducts_Ind Biotechnol-1.pdf
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[DTD_PUB] => 1
[DTY_PUB] => 2015
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[EXPLANATION] => Contribution: 25%. I was responsible for generating all the economic impact data for this project.
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[STATUS] => Published
[TITLE] => Forestry and forest products in Ohio: 2011 economic impacts with comparisons to 2001 values
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[FNAME] => Carlos
[MNAME] => J.
[LNAME] => Coronado
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[STUDENT_LEVEL] => Graduate
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[1] => Array
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[id] => 213899390978
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[FACULTY_NAME] => 2290006
[FNAME] => Eric
[MNAME] => Array
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[LNAME] => McConnell
[INSTITUTION] => Array
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[ROLE] => Author
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[2] => Array
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[id] => 213899390979
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[FNAME] => Stephen
[MNAME] => N.
[LNAME] => Matthews
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[DEP] => Array
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[PUBLISHER] => Wood and Fiber Science
[PUBCTYST] => Array
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)
[VOLUME] => 47
[ISSUE] => 2
[PAGENUM] => 160-170
[DOI] => Array
(
)
[CRIS_NUM_CAT] => Array
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)
[CRIS_NUM] => Array
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[AREA] => Array
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[WEB_ADDRESS] => https://wfs.swst.org/index.php/wfs/article/view/2246/2223
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(
)
[ISBNISSN] => 07356161
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(
)
[AUDIENCE] => International
[REFEREED] => Yes
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(
)
[ABSTRACT] => Market forces have driven the downsizing and restructuring of the US forest economy, which prompted our assessment of the current conditions of forestry and forest products manufacturing in Ohio. We constructed a series of input–output models with 2011 data using the IMpact Analysis for PLANning system to determine the economic impacts of Ohio’s forest-based industries. We then compared the 2011findings with those from 2001, the year for which the industry impacts had last been assessed. Direct impacts of all forestry and forest products sectors in 2011 summed to 47,200 employees, $4.00 billion in value added, and $13.7 billion in outputs. Total economic impacts were 106,000 employees, $8.53 billion in value added, and $21.9 billion in outputs. Nearly all 2011 industry values in real terms were lower than those from 2001, which were inflation-adjusted to 2011 constant dollars. Industry shifts have occurred in the state. All economic multipliers increased, which suggested a greater integration of forestry and forest products manufacturing with the state’s economy from 2001 to 2011.
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[FULL_TEXT] => tem92/intellcont/Coronado et al_WFS 47(2)_160-170-1.pdf
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[DTM_PUB] => January (1st Quarter/Winter)
[DTD_PUB] => 1
[DTY_PUB] => 2015
[PUB_START] => 2015-01-01
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[EXPLANATION] => Contribution: 40%. I designed the study, was the graduate student's co-major professor, and helped write the manuscript. I revised the manuscript.
[USER_REFERENCE_CREATOR] => Yes
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[STATUS] => Published
[TITLE] => Changes in Ohio tree farmers' forest management strategies and outreach needs
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[id] => 213899374593
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[FNAME] => Sarah
[MNAME] => E.
[LNAME] => Starr
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[ROLE] => Author
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[id] => 213899374594
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[FACULTY_NAME] => 2290006
[FNAME] => Eric
[MNAME] => Array
(
)
[LNAME] => McConnell
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[ROLE] => Author
[MSU_ID] => Array
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[DEP] => Array
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[PUBLISHER] => Forest Science
[PUBCTYST] => Array
(
)
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[VOLUME] => 60
[ISSUE] => 4
[PAGENUM] => 811-816
[DOI] => https://doi.org/10.5849/forsci.13-718
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[AUDIENCE] => International
[REFEREED] => Yes
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(
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[ABSTRACT] => Ohio tree farmers were surveyed via a mailed questionnaire. The goals were to describe (1) their demographics, (2) their motivations, objectives, and constraints regarding forest management, (3) educational outreach interests, and (4) the differences in their results from those of a 1990 Ohio study. Similar to other research, Ohio tree farmers placed a higher value on a nonconsumptive approach to forest management. For example, personal satisfaction and preservation for future generations were their greatest motivators, whereas financial return was the lowest. They were most interested in wildlife diversity enhancement and least interested in nontimber forest product production. Forest disease and insect problems/controls and estate planning were highly ranked workshop topics of interest and were of significantly greater interest than for those surveyed in the 1990 study. Aside from age, which was found to be the highest rated constraint limiting their abilities to practice forest management, tree farmers were significantly less constrained than those surveyed in 1990.
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[FULL_TEXT] => tem92/intellcont/Starr and McConnell_For Sci 60(2)811-816-1.pdf
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[DTM_PUB] => August
[DTD_PUB] => 31
[DTY_PUB] => 2014
[PUB_START] => 2014-08-31
[PUB_END] => 2014-08-31
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[EXPLANATION] => Contribution: 50%. I designed the study, was the graduate student's major professor, and helped analyze the data. I revised the manuscript.
[USER_REFERENCE_CREATOR] => Yes
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[CONTYPEOTHER] => Review, Journal
[EXTRELATED] => Array
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[STATUS] => Published
[TITLE] => Annual change in Ohio hardwood stumpage prices, 1960 to 2011
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[FNAME] => Raymond
[MNAME] => P.
[LNAME] => Duval
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[FACULTY_NAME] => 2290006
[FNAME] => Eric
[MNAME] => Array
(
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[LNAME] => McConnell
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[FNAME] => David
[MNAME] => M.
[LNAME] => Hix
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[MSU_ID] => Array
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[PUBLISHER] => Forest Products Journal
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[VOLUME] => 64
[ISSUE] => 1-2
[PAGENUM] => 19-25
[DOI] => https://doi.org/10.13073/FPJ-D-13-00075
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[ISBNISSN] => 00157473
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[REFEREED] => Yes
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[ABSTRACT] => Timber price trends provide economic information for forest management and wood utilization decision making, yet to our knowledge, no comprehensive examination of Ohio timber price data has been conducted. Stumpage prices reported biannually from 1960 to 2011 (dollars per thousand board feet, Doyle) for the 10 commercial hardwood species of Ohio were obtained from the Ohio Timber Price Report. Average annual percentage rates of change were determined using log-linear modeling, which included testing and accounting for serial correlation of the residuals. The real price data of each species(1982 dollars) were further examined for differing trend lines between the periods 1960 to 1985 and 1986 to 2011. Nominal prices have been increasing annually between 3.57 percent for basswood (Tilia americana) and 6.13 percent for cherry(Prunus serotina). Real price rates of change were lowest for basswood,0.25 percent, and highest for cherry, 2.19 percent. The species separated into three groups based on trend line intercept (initial price) and/or slope (rate of price change)differences between the two eras. No differences were observed between eras for cherry, hard and soft maple (Acer spp),hickory (Carya spp.), walnut (Juglans nigra), and yellow-poplar (Liriodendron tulipifera). Basswood prices in the second era were changing at a significantly lower rate than in the first era. Distinct trend lines were found between eras for ash (Fraxinusspp.), and red and white oak (Quercus spp.). Initial prices for the three were significantly higher in the second era, while rates of price change were significantly lower in the second era.
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[FULL_TEXT] => tem92/intellcont/Duval McConnell Hix FPJ 64(1.2)19-25-1.pdf
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[TITLE] => Differences observed in data analysis techniques: An example using natural fibers' diameters and absorption times
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[PUBLISHER] => Applied Engineering in Agriculture
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[DOI] => https://doi.org/10.13031/aea.30.10242
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[ABSTRACT] => The properties of natural fibers are often evaluated across species, with the average value of the property of interest being compared via analysis of variance (ANOVA). Researchers also frequently adjust property values to account for the natural variation existing between some characteristic of the fibers. Weighting the property to correct for the variation, then using ANOVA, or applying analysis of covariance (ANCOVA) are two alternative data analysis methods. While studying the surface characteristics of bamboo, jute, ramie, and hemp fibers, observations were made on the differences in absorption time of the natural fibers. These differences were then compared using three data analysis methods- ANOVA using the average and an adjusted average based on the diameter of the fiber for multiple comparisons, and an adjusted average following an analysis of covariance using fiber diameter as the covariate. Only hemp’s mean absorption time remained in the same t grouping regardless of the method employed. The other species’ average absorption times changed t groupings depending on the method chosen. This simplified example highlights the value of the method chosen for data analysis.
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[FULL_TEXT] => tem92/intellcont/McConnell et al._App ENg Ag 30(1)55-58-1.pdf
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[TITLE] => Economic impacts of timber product outputs in Ohio across timber market regions
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[VOLUME] => 9
[ISSUE] => 4
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[DOI] => https://doi.org/10.15376/biores.9.4.7579-7592
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[ABSTRACT] => Input-output models were constructed to describe the economic impacts of timber product outputs in Ohio and its three timber market regions - the Northeast, West, and Southeast - for 2012. Impact Analysis for PLANning was used to describe these impacts in terms of employment, output, and value added based on 1) the total value of outputs delivered to market by each region’s logging sector and 2) a per-unit change in the regionalized delivered value of one million board feet (MMBF) of hardwood sawtimber. Direct impacts of timber products were greatest in the Northeast (for output and value added) and Southeast (for employment). The total economic impacts of timber products in Ohio were 2,880 employees, $287 million in output, and $147 million in value added. The per-unit impact results were more varied due to regional differences in economies and timber price determinants. Employment and output economic impacts per MMBF were both highest in the Southeast. The employment levels directly and indirectly associated with each MMBF in the West were higher than the Northeast. Value added per MMBF was highest in the Northeast across impacts.
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[FULL_TEXT] => tem92/intellcont/Coronado McConnell Matthews_BioRes 9(4)7579-7592-1.pdf
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[EXPLANATION] => Contribution: 40%. I designed the study, was the graduate student's co-major professor, and helped write the manuscript. I revised the manuscript.
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[TITLE] => Impacts of changing hardwood lumber consumption and price on stumpage and sawlog prices in Ohio
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[FNAME] => Matthew
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[LNAME] => Bumgardner
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[PUBLISHER] => Forest Science
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[VOLUME] => 60
[ISSUE] => 5
[PAGENUM] => 994-999
[DOI] => https://doi.org/10.5849/forsci.13-706
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[ABSTRACT] => In the early 2000s, increasing US furniture imports preceded declining US hardwood lumber demand and price. In the summer of 2002, however, hardwood lumber prices started to increase as demand by construction industries increased. By the mid-2000s, hardwood lumber prices hit all-time highs. Lumber prices hit all-time highs for red oak (Quercus spp.), white oak, and cherry (Prunus serotina Ehrh.) in 2004, soft maple (Acer spp.) in 2005, and yellow-poplar (Liriodendron tulipifera L.) and hard maple in 2006. The declines in construction that began in 2006 and reduced lumber exports after 2006 caused prices of all hardwood species to hit low points in 2008 or 2009. In this study, we examined changes in the demand and price for hardwood lumber and assessed how these changes corresponded with stumpage and sawlog prices in Ohio. Stumpage and sawlog prices declined in a manner to that of lumber prices from the mid to late 2000s but were less correlated with lumber from 2009 to 2012. These patterns appeared different from those in previous recession/recovery periods. In past recessions, stumpage prices were less sensitive to economic decline than lumber prices but highly correlated to increasing lumber prices in the recovery years. Sawlog and lumber prices also were generally well correlated coming out of past recessions.
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[FULL_TEXT] => tem92/intellcont/Luppold Bumgardner McConnell_For Sci 60(5)994-999-1.pdf
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[TITLE] => Ohio hardwood sawlog price trends
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[FNAME] => David
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[LNAME] => Hix
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[FNAME] => Stephen
[MNAME] => N.
[LNAME] => Matthews
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[FNAME] => Roger
[MNAME] => A.
[LNAME] => Williams
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[PUBLISHER] => Wood and Fiber Science
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[VOLUME] => 46
[ISSUE] => 1
[PAGENUM] => 85-96
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[ABSTRACT] => We examined the 52-yr sawlog price trends for the 10 commercial hardwood tree species in Ohio. Data were compiled from the Ohio Timber Price Report for four log grades (Prime, #1, #2,Blocking) covering the years 1960–2011, and average annual percentage rates of change in both nominal and real sawlog prices were determined. We further compared real log grade price movements within each species. Nominal prices for all log grades of all species increased at significant annual rates. However, real price change rates varied with approximately two-thirds of the species–grade combinations not significantly differing from zero. Real Blocking log prices declined at significant annual rates for seven species. Only white oak contained log grades (Prime and #1 only) with significantly increasing real prices. Four groups were identified based on differences observed, or not observed, when comparing initial price levels of log grades and rates of change within each species. Initial price differences generally occurred between the higher (Prime and #1) and lower (#2 and Blocking) grade logs. Rate of price change differences were more a result of declining Blocking log prices than increasing high-grade log prices with the exception of white oak.
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[FULL_TEXT] => tem92/intellcont/Duval et al._WFS 46(1)85-96-1.pdf
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[EXPLANATION] => Contribution: 50%. I designed the study, was the graduate student's major professor, helped write the manuscript. I revised the manuscript.
[USER_REFERENCE_CREATOR] => Yes
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[TITLE] => Typology of Ohio, USA, Tree Farmers Based Upon Forestry Outreach Needs
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[VOLUME] => 55
[ISSUE] => 2
[PAGENUM] => 308-320
[DOI] => https://doi.org/10.1007/s00267-014-0382-z
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[ABSTRACT] => This study differentiated groups of Ohio tree farmers through multivariate clustering of their perceived needs for forest management outreach. Tree farmers were surveyed via a mailed questionnaire. Respondents were asked to rate, on a 1–7 scale, their informational needs for26 outreach topics, which were reduced to six factors. Based on these factors, three clusters were identified—holistic managers, environmental stewards, and pragmatic tree farmers. Cluster assignment of individuals was dependent upon a tree farmer’s age, acreage owned, and number of years enrolled in the American Tree Farm System. Holistic managers showed a greater interest in the outreach topics while pragmatic tree farmers displayed an overall lesser interest. Across clusters, print media and in-person workshops were preferred over emails and webinars for receiving forest management information. In-person workshops should be no more than 1 day events, held on a weekday, during the daytime, at a cost not exceeding $35.Programming related to environmental influences, which included managing for forest insects and diseases, was concluded to have the greater potential to impact clientele among all outreach factors due to the information being applicable across demographics and/or management objectives.
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[FULL_TEXT] => tem92/intellcont/Starr et al EnvMgt 55-2_308-320-1.pdf
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[TITLE] => Wettability of hydrothermally-treated hardwood surfaces in PMDI adhesive at elevated temperatures
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[VOLUME] => 29
[ISSUE] => 2
[PAGENUM] => 281-285
[DOI] => https://doi.org/10.13031/2013.42650
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[ABSTRACT] => Hydrothermally treating the wood obtained from hardwood trees at relatively mild temperatures could add value to lignocellulosic ethanol conversion by providing a raw material for manufacturing wood composite products. The objective of this experiment was to determine the effect of increased ambient adhesive temperatures, more representative of the manufacturing process, on the dynamic contact angle (DCA) of red oak, sweetgum, and yellow-poplar wood hydrothermally treated at 175°C for 30 min. The DCAs were obtained via the Wilhelmy plate technique. Polymericdiphenylmethane diisocyanate resin was investigated at three temperatures: 20°C, 50°C, and 80°C. The species and adhesive temperature independently and significantly affected the DCA. Wood wetting increased as the adhesive temperature increased. The temperature main effect was nonlinear, with the high ambient temperature producing the least contact angle. Yellow-poplar’s DCA was significantly lower than the other species. An improved network of interpenetration may be possible using modified hardwoods, although potential issues with over-penetration of the adhesive should be monitored during the manufacturing process.
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[FULL_TEXT] => tem92/intellcont/McConnell and Shi_App Eng Ag 29(2)281-285-1.pdf
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[TITLE] => Surface free energy of blue-stained southern pine sapwood from bark beetle-attacked trees
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[LNAME] => Little
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[FNAME] => Nathan
[MNAME] => E.
[LNAME] => Irby
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[FNAME] => Sheldon
[MNAME] => Qiang
[LNAME] => Shi
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[FNAME] => John
[MNAME] => Joseph
[LNAME] => Riggins
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[PUBLISHER] => Wood and Fiber Science
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[VOLUME] => 45
[ISSUE] => 2
[PAGENUM] => 206-214
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[WEB_ADDRESS] => https://wfs.swst.org/index.php/wfs/article/view/1641
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(
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[ABSTRACT] => Blue-stained wood cut from bark beetle-attacked southern pine has a lower economic value than unstained wood. Wood composite products containing blue-stained wood may offer an opportunity to recover some lost timber value. This study investigated the surface-free energy of blue-stained wood. Southern pine sapwood samples with and without blue stain from both green and kiln-dried sources were obtained. Dynamic contact angle analyses were performed using three probe liquids: ethylene glycol, formamide, and deionized water. Surface-free energy was determined by applying the geometric mean model using two-liquid pairs with deionized water. The polar forces were higher across all wood types and in water–ethylene glycol vs water–formamide. Surface-free energy of air-dried blue-stained sapwood was lower than all other wood types. However, kiln-dried blue-stained sapwood had a higher surface-free energy than all other wood types. These results were indicative of a tree’s wound response to bark beetle attack, the volatilization of naturally occurring hydrocarbons in southern pine sapwood, and the resulting increase in wood permeability caused by blue-stained fungal colonization across the sapwood. However, improvements in wetting observed for kiln-dried blue-stained sapwood may lead to cost and quality issues in wood composite manufacturing associated with over drying and overpenetration of an adhesive.
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[FULL_TEXT] => tem92/intellcont/Little McConnell Irby Shi Riggins_2013-1.pdf
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[DTD_PUB] => 1
[DTY_PUB] => 2013
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[EXPLANATION] => Contribution: 35%. I helped conduct the experiment with Dr. Little He and I led the writing and revising of the manuscript.
[USER_REFERENCE_CREATOR] => Yes
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[STATUS] => Published
[TITLE] => Using impact analysis to document a forest products sector's contributions to Ohio's economy
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[id] => 213899429889
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[FACULTY_NAME] => 2290006
[FNAME] => Eric
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[LNAME] => McConnell
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[PUBLISHER] => Journal of Extension
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[VOLUME] => 51
[ISSUE] => 2
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[WEB_ADDRESS] => https://tigerprints.clemson.edu/joe/vol51/iss2/35
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[ABSTRACT] => Economic impacts are often determined by input-output analysis using IMPLAN software. IMPLAN can provide valuable information to producer groups and community leaders, and Extension is well positioned to offer this service through applied research programs. Sawmilling and wood preservation(SWP) is a key sector in Ohio's forest economy, and its impacts were modeled for 2009. The SWP directly employed 1,700 citizens and produced $364 million in industrial output. Total impacts amounted to 4,500 workers being employed because of SWP activities, with industrial output totaling$724 million. This information has raised awareness of SWP's importance in communities and assisted with policymaking decisions.
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[FULL_TEXT] => tem92/intellcont/McConnell_JOE 51(2)2RIB7-1.pdf
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[EXPLANATION] => Contribution: 100%
[USER_REFERENCE_CREATOR] => Yes
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[STATUS] => Published
[TITLE] => Segmentation of Ohio's logging industry based on productivity and cost variables
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[FACULTY_NAME] => 2290006
[FNAME] => Eric
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[LNAME] => McConnell
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[PUBLISHER] => Forest Products Journal
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(
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(
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[VOLUME] => 63
[ISSUE] => 5-6
[PAGENUM] => 174-181
[DOI] => https://doi.org/10.13073/FPJ-D-13-00034
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[ISBNISSN] => 00157473
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(
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[ABSTRACT] => The objective of this research was to develop baseline information regarding the structure and performance of Ohio’s logging industry. Questionnaires were distributed on-site at logger chapter meetings across the state. Multivariate clustering was used to group similar types of firms based on responses to 15 productivity and cost variables. Three clusters were identified: Local Mill Suppliers, Product Merchandisers, and Volume-Dependent Producers. The clusters were largely homogeneous as far as the overall makeup and administration of their companies. Clusters did differ regarding haul distance, pieces of equipment owned, and equipment age. Volume-Dependent Producers, while not significantly larger in size statistically, viewed the productivity, present, and future cost variables more pessimistically than the other clusters. The key variable of concern across clusters was the cost of consumables, primarily fuel, paralleling more recent findings in other states.
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[FULL_TEXT] => tem92/intellcont/McConnell_63(5-6)174-181-1.pdf
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[EXPLANATION] => Contribution: 100%
[USER_REFERENCE_CREATOR] => Yes
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[STATUS] => Published
[TITLE] => Preference of formosan subterranean termites for blue-stained Southern yellow pine sapwood
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[FNAME] => N.
[MNAME] => S.
[LNAME] => Little
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[MNAME] => A.
[LNAME] => Blount
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[FACULTY_NAME] => 2018837
[FNAME] => Andrew
[MNAME] => J.
[LNAME] => Londo
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[FACULTY_NAME] => 1600575
[FNAME] => Shane
[MNAME] => C.
[LNAME] => Kitchens
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[FACULTY_NAME] => 2018857
[FNAME] => Tor
[MNAME] => P.
[LNAME] => Schultz
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[id] => 213899409414
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[FACULTY_NAME] => 2290006
[FNAME] => Eric
[MNAME] => Array
(
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[LNAME] => McConnell
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[FACULTY_NAME] => 1600493
[FNAME] => John
[MNAME] => Joseph
[LNAME] => Riggins
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(
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[ROLE] => Author
[MSU_ID] => Array
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[DEP] => Array
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[PUBLISHER] => Journal of Economic Entomology
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(
)
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(
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[VOLUME] => 105
[ISSUE] => 5
[PAGENUM] => 1640-1644
[DOI] => https://doi.org/10.1603/EC12081
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(
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[ISBNISSN] => 00220493
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(
)
[AUDIENCE] => International
[REFEREED] => Yes
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(
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[ABSTRACT] => Little research has been conducted to investigate interactions between the invasive Formosan subterranean termite, Coptotermes formosanus Shiraki, and pine bark beetles native to the southeastern United States. Facilitative interactions between these organisms could alter stand dynamics and impact wood utilization strategies. American Wood Protection Association StandardE1Ð09 choice tests were carried out to determine the feeding preference of Formosan subterranean termites for blue-stained versus unstained southern yellow pine sapwood. Three separate colonies of Formosan subterranean termites consumed on average twice as much air-dried blue-stained southern yellow pine sapwood over unstained air-dried controls. Additionally, Formosan subterranean termites consumed over five-times more kiln-dried blue-stained sapwood than unstained kiln-dried control wafers. The implications of these results are particularly relevant to pine forest ecology, nutrient cycling, and the utilization of blue-stained southern pine building products in the southeastern United States, where Formosan subterranean termites have become established.
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[FULL_TEXT] => tem92/intellcont/Little et al_J Econ Entomol 105(5)-1.pdf
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[TITLE] => Surface energy characterization of three partially hydrolyzed southern hardwood species determined by dynamic contact angle analysis
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[PUBLISHER] => The Journal of Adhesion
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[VOLUME] => 87
[ISSUE] => 4
[PAGENUM] => 353-365
[DOI] => https://doi.org/10.1080/00218464.2011.562111
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[ABSTRACT] => The effects of a partial hydrolysis treatment on the surface energies of three southern hardwood species, red oak, sweetgum, and yellow-poplar were examined. Miniature beams machined to 3x15x150mm (txrxl) were water-saturated and subjected to a partial hydrolysis at 150C for 30 min in 1% sulfuric acid, water, or1% sodium hydroxide solutions. Untreated wood beams were used as controls. Dynamic contact angle specimens were planed from the beams to a thickness of0.25mm and cut to a length of 15mm for analysis via the Wilhelmy plate technique. Surface energies for the wood=treatment combinations were calculated using the geometric mean procedure. Results indicated that acid and water treatments improved the wettability for all species. Alkaline treatment effects were species-specific. All treatments improved the surface energy of red oak. The dispersive forces accounted for the majority of the surface energies.
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[FULL_TEXT] => tem92/intellcont/McConnell and Shi_2011_J Adhesion-1.pdf
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[TITLE] => Learning through service: Wood in design and engineering
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[VOLUME] => 61
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[ABSTRACT] => ‘‘Wood in Design and Engineering’’ is a new course at Mississippi State University that is specifically designed to demonstrate how the philosophies and functions of all three departments in the College of Forest Resources interact with regard to the resource, material, and utilization of wood and forest products, while making a tangible contribution to both the university and the community. The course brings together undergraduate and graduate students from all three departments and uses hands-on methods of teaching concepts and interrelationships, ideas often discussed but rarely encountered in the overall context of forestry, wood science, and wildlife biology. A recent group project was to design and construct a cutaway of a 19th century joiner shop and two display cases based upon variations of the trestle table to showcase antique woodworking tools for the ‘‘Treasures from the Vault’’ exhibition at Mississippi State. Personal projects included tables, bows, settles, desks, memorial crosses, and turkey calls, among others. The students gained a greater appreciation about forestry, forest products, markets, wood, woodworking, teamwork, safety, and themselves.
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[FULL_TEXT] => tem92/intellcont/McConnell Stuart Grace_FPJ 61(1)_14-19-1.pdf
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[TITLE] => Partially hydrolyzing southern hardwoods: Possibilities for biofuels and wood composite manufacturing
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[VOLUME] => 61
[ISSUE] => 3
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[ABSTRACT] => Conversion of lignocellulosic materials, including wood, to fuel is currently cost prohibitive due to the expenses involved and the lack of value addition, even though small-diameter hardwoods are readily available. Alternative processes therefore need to be investigated. Partially hydrolyzing wood may offer an opportunity to add value to the conversion process by producing a modified woody by-product that can be used as a wood composite raw material. Experiments were conducted onthe effects of a partial hydrolysis on the mass loss, specific modulus, and surface free energy of modified southern hardwoods, and this article reports the changes in holocellulose content of water-saturated yellow-poplar (Liriodendron tulipifera L.), sweetgum (Liquidambar styraciflua L.), and red oak (Quercus spp.) heated at 1508C for 30 minutes in three solutions: 1 percent sulfuric acid, deionized water, and 1 percent sodium hydroxide. The treated woods were compared with untreated controls. The previously tested wood samples were ground to a size 20 mesh, and holocellulose content was analyzed gravimetrically. Properties of the modified wood were then regressed on holocellulose content following partial hydrolysis. All three treatments significantly reduced the holocellulose content in each species, with the greatest reduction obtained in the acid treatment, followed by the alkaline solution treatment and the deionized water treatment, respectively. The changes in holocellulose explained a majority of the variation in mass loss due to treatment and specific modulus, whereas surface free energy was poorly explained by changes in the wood structure. Implications for wood composites manufacturing are discussed.
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[FULL_TEXT] => tem92/intellcont/TEM_SQS_FPJ_61(3)235-239-1.pdf
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[TITLE] => Technical note: The susceptibility of chemically treated Southern hardwoods to subterranean termite attack
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[PUBLISHER] => Wood and Fiber Science
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[VOLUME] => 42
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[ABSTRACT] => Ongoing research into chemically treating southern hardwoods for producing structural composite lumber suggests that some improvements may be imparted by modifying the wood. How chemical treatment(s)affect modified wood durability, particularly resistance to Reticulitermes flavipes, was the objective of this study. Water-saturated samples of yellow-poplar, sweetgum, and red oak were heated at 150C for 30 min intwo solutions: water and 1.0% NaOH; controls were also included. Samples were subjected to the AWPAE1-09 no-choice termite test in which mass loss from R. flavipes was determined. The species and treatments independently and significantly affected the mass loss. Yellow-poplar, which had the lowest specific gravity, averaged significantly greater mass loss than sweetgum and red oak for all three exposures. All species treated in water or NaOH showed a higher degree of termite degradation as compared with the controls.
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[TITLE] => Effects of a partial hydrolysis on the stiffness and mass loss of three Southern hardwoods
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[PUBLISHER] => Forest Products Journal
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[VOLUME] => 60
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[KEYWORDS] => Red oak, sweetgum, and yellow-poplar lumber was machined into 3 by 15 by 150-mm (tangential by radial by longitudinal) miniature beams. Moisture content was determined from a subset for calculating the oven-dry weight of test samples prior to treatment. Samples were weighed, water saturated, and subjected to a partial hydrolysis at 1508C for 30minutes in 1 percent sulfuric acid, water, or 1 percent sodium hydroxide solutions. Untreated controls were also used. The beams were oven-dried to a constant weight, and then the modulus of elasticity, density, and mass loss (ML) were determined. Modulus of elasticity values were corrected to eliminate density variation by calculating the specific modulus of elasticity(SM) for property comparisons. The species and treatments interacted to significantly affect SM. Sweetgum produced a lower SM in all treatments, and the water treatment consistently reduced SM. The species and treatment factors acted independently of one another with respect to ML. Sweetgum lost significantly more mass than the other species, likely because of corresponding reductions in holocellulose. An acid treatment produced the greatest ML.
[FULL_TEXT] => tem92/intellcont/McConnell and Shi_FPJ 60(7-8)-1.pdf
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[TITLE] => Technical note: A preliminary study on the bending stiffness of chemically treated wood material for structural composite lumber
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[ABSTRACT] => This research explored the effect of a chemical treatment on the stiffness of three southern hardwoods, yellow-poplar, sweetgum, and red oak, with the aim of broadening the potential feedstocks for structural composite lumber. Water-saturated 3 15 150 mm samples from each species were heated at 150C for 30 min in three solutions: 1.0% H2SO4, water, and 1.0% NaOH. The specimens were nondestructively tested by static bending before and after treatment, and the reduction in modulus of elasticity (MOE) was determined. A significant interaction was present between the species and solutions. The trend in mean response for each species was generally a quadratic function of the solution. MOE was reduced the least for each species exposed to water. Sweetgum had a higher reduction in MOE in all three solutions, being significantly greater in the alkaline solution.
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[FULL_TEXT] => tem92/intellcont/McConnell Shi Shmulsky-1.pdf
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[EXPLANATION] => Contribution: 50%. This was a study from my PhD dissertation I helped design the experiment, conducted the experiment, and led writing and revising the manuscript.
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[TITLE] => The effects of hurricane Katrina on the structure, performance, capacity, and future of the lumber industry in the United States gulf states
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[PUBLISHER] => Journal of Forest Products Research
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[ABSTRACT] => The focus of this research was the lumber industry in the area impacted by hurricane Katrina. The method of the investigation was a survey of both hardwood and softwood lumber mills in Mississippi, Louisiana, and Alabama. Total response rate was 42.4%. Results showed that the storm had both a significant and negative effect on lumber production. Contributing factors to this included the disruption of the wood supply system, the damage sustained by the mill, as well as productivity and quality issues. Mill type and location were not significant indicators to lost productivity. Mills that owned timberland experienced output declines to a greater extent than those that did not. A facility’s future outlook is dependent upon its location in relation to the storm. Raw material security will be paramount in order to remain competitive in the industry.
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[FULL_TEXT] => tem92/intellcont/Journal Submission JFPBR 2_09 Accepted-1.pdf
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[EXPLANATION] => Contribution: 50%. This was an article published from my masters thesis. I conducted the research, and led writing and revising the manuscript.
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