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[TITLE] => Estimating sustainable harvest levels within the Northern Minnesota & Ontario Peatlands (NMOP) section using a fully regulated age-class distribution approach
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[ABSTRACT] => In response to growing public interest in Minnesota Department of Natural Resources (DNR) timber management planning, the DNR Subsection Forest Resource Management Plan (SFRMP) process was developed to provide a more standardized, formal process and opportunities for increased public involvement. In addition, it is based at the subsection and section levels of the DNR’s ecological classification system (ECS) rather than DNR administrative areas as in the past (i.e., DNR area forestry boundaries).
The Northern Minnesota and Ontario Peatlands (NMOP) ecological section is north-centrally located and is adjacent to the Canadian border, covering nearly 5.3 million acres, including approximately 1.17 million acres of state-managed forest land. Cover types include aspen-birch and fire-dependent jack pine or red pine forests on uplands, tamarack and black spruce swamps and spruce bogs, and other mesic and wet forests of mixed conifer and boreal hardwood species. From the 1.17 million acres the NMOP planning process identified Forestry and Wildlife administered lands assigned a vegetation management treatment prescription within a ten year period (10-year stand exam list) - FY 2016 through 2025.
One approach to estimate sustainable harvest levels assumed the landbase was managed under a fully-regulated age-class distribution. Hence, the total amount of timberland acres of a cover type were determined, divided by an average biological rotation age, and then the fully-regulated acreage was multiplied by a site-index weighted cord per acre estimate at/near the biological rotation age. This analysis found the NMOP section could produce around 215,000 cords annually.
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[TITLE] => What currently is a reasonable price for pine pulpwood in Mississippi?
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[ABSTRACT] => Booklet for the Rankin County Tax workshop on 08/15/2023/. After Dr. Tanger and Marc Measells left there was little organized information for the booklet. Thus, a fair amount of time was spent contacting Drs. Tanger and Dicke to obtain the most up-to-date Powerpoints and other documents. Following that, I updated most of the information for either the 2022 and/or 2023 tax years and then organized the document for production and publication.
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[TITLE] => Site index equations for Western Gulf bottomland hardwood forests
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[ABSTRACT] => Site index is a practical and commonly used method for quantifying site quality in bottomland hardwood forests. The objective of this study was to develop site index prediction equations for bottomland hardwood forest types commonly found in the Western Gulf region. These site index curves should be applicable to stands through much of the Western Gulf.
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[TITLE] => Using a fully regulated age-class distribution approach to estimate sustainable harvest levels within the Minnesota NMOP section
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[ABSTRACT] => In response to growing public interest in Minnesota Department of Natural Resources (DNR) timber management planning, the DNR Subsection Forest Resource Management Plan (SFRMP) process was developed to provide a more standardized, formal process and opportunities for increased public involvement. In addition, it is based at the subsection and section levels of the DNR’s ecological classification system (ECS) rather than DNR administrative areas as in the past (i.e., DNR area forestry boundaries).
The Northern Minnesota and Ontario Peatlands (NMOP) ecological section is north-centrally located and is adjacent to the Canadian border, covering nearly 5.3 million acres, including approximately 1.17 million acres of state-managed forest land. Cover types include aspen-birch and fire-dependent jack pine or red pine forests on uplands, tamarack and black spruce swamps and spruce bogs, and other mesic and wet forests of mixed conifer and boreal hardwood species. From the 1.17 million acres the NMOP planning process identified Forestry and Wildlife administered lands assigned a vegetation management treatment prescription within a ten year period (10-year stand exam list) - FY 2016 through 2025.
One approach to estimate sustainable harvest levels assumed the landbase was managed under a fully-regulated age-class distribution. Hence, the total amount of timberland acres of a cover type were determined, divided by an average biological rotation age, and then the fully-regulated acreage was multiplied by a site-index weighted cord per acre estimate at/near the biological rotation age. This analysis found the NMOP section could produce around 215,000 cords annually.
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[PUBLISHER] => Journal of Soil Science and Plant Nutrition
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[TITLE] => Forest Seedling Availability from In-State and Regional Nurseries, 2021-2022
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[TITLE] => Practical implications of ignoring slope when conducting timber appraisals of longleaf pine plantations
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[PUBLISHER] => East African Agricultural and Forestry Journal
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[CONTYPEOTHER] => A document presenting results of an analysis looking at the financial impact of flooding on the Delta region
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[TITLE] => Potential Damages to Timberlands of the Yazoo Backwater Area of Mississippi due to Repeated Flooding
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[ABSTRACT] => A system of growth and yield equations using data from across the Western Gulf region is presented that can ultimately be used to determine the financial feasibility of establishing and managing shortleaf pine plantations. Predictions of trees per acre, basal area per acre, and total volume per acre can be obtained using this system of equations. Quadratic mean diameter can be mathematically derived from the trees and basal area per acre estimates.
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[ABSTRACT] => Shortleaf pine (Pinus echinata Mill.) has been planted in the Western Gulf region. The USDA Forest Vegetation Simulator (FVS) is the only currently widely available comprehensive yield prediction system for these plantations. As an initial attempt to determine optimal thinning regimes, predictions from the time-of-planting were obtained for densities of 400, 600, and 800 seedlings per acre for site indexes of 45, 60, and 75 ft (base age 25). Common stand density thinning targets, Current, Reasonable, and Optimal stumpage prices, and common reforestation and management costs and revenues were used along with the growth and yield projections to determine financially optimal thinning and final harvest ages.
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[TITLE] => Financial performance of diverse levels of early competition suppression and pre-commercial thinning on loblolly pine stand development
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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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[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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