| A checklist for fertilization of loblolly, longleaf and slash pine stands |
| A Guide to Thinning Pine Plantations |
| A Guide to Using Imazapyr for Chemical Site Preparation in Southern Pine Plantation Establishment |
| A Herbicide Trial to Control Pear (Pyrus sp.) in Bulloch County, Georgia |
| A Longleaf and Slash Pine at-planting Poultry Litter and Diammonium Phosphate Application Trial in Two Old-field Sites – Six Year Results |
| A mid-rotation pine stand fertilization calculator for material needs, cost, and rate of return |
| An economic comparison of a short rotation loblolly pine stand to a long rotation of longleaf pine with and without EQIP cost-share and pine straw income |
| Assessing Storm Damaged Forest Stands |
| Blackberry (Rubus sp.) Control Herbicide Options |
| Chemical versus Mechanical Site Preparation in Loblolly Pine Stand Management |
| Chinaberry (Melia azedarach) Control Herbicide Options |
| Comparison of a short rotation loblolly pine stand to a long rotation of longleaf pine with and without EQIP cost-share and pine straw income |
| Competition Control and Fertilization in an Unthinned, Cut-over Slash Pine Stand Growing on a Droughty, Infertile Deep Sand – Four Year Results |
| Controlling Weeds Early is the Name of the Game for Longleaf Pine |
| Cutover and Old-field Planted Longleaf Pine Total and Merchantable Stemwood with Bark Green Weight Equations for Unthinned Stands |
| Decision-Making Aid for Loblolly and Slash Pine Mid-Rotation Fertilization |
| Defining Goals and Objectives in a Forest Management Plan |
| Determining Survival in Young Slash, Loblolly, and Longleaf Pine Stands after a Fire in Bulloch County, Georgia |
| Does Fertilization and Competition Control Pay in Slash Pine Stands Growing on Deep Sands? |
| Does Fertilization of Unthinned Loblolly Pine Pay Dividends? |
| Economics of growing loblolly, longleaf, and slash pine to various rotation ages with three stumpage price sets, four establishment cost sets, four discount rates, with and without pine straw – soil expectation value |
| Economics of growing loblolly, slash, and longleaf pine to a 33-year rotation with three stumpage price sets, four establishment costs, with and without pine straw – net present value |
| Economics of growing longleaf pine to a 33- and 45-year rotation with three stumpage price sets, two establishment cost sets, with and without pine straw - net revenue and rate of return |
| Economics of growing slash and loblolly pine to a 24-year rotation with and without thinning and pine straw – net present value |
| Economics of growing slash and loblolly pine to a 24-year rotation with and without thinning and pine straw – net revenue and rate or return |
| Effect of Fertilization on Slash Pine Growth and Pine Straw Production in an Old-field Site in Toombs County, Georgia |
| Effect of Fertilization on Slash Pine Growth and Straw Production in an Old-field Planted Site in Dodge County Georgia |
| Effect of Fertilization on Thinned Loblolly Pine Growth in an Old-field Site in Washington County, Georgia |
| Effect of Lime Stabilized Biosolids and Inorganic Fertilizer Applications on Soil and Foliar Nutrient Status, Growth, Pine Straw Production, and Economics in a Thinned Longleaf Pine Stand – Ten-Year Results |
| Eleven Year Longleaf Pine Growth Response to Chemical Herbaceous Weed Control on Old-Field Planted Sites |
| Equipment to Apply Herbicides to Enhance Pine Straw Production by Minimizing Competition in Loblolly, Longleaf and Slash Pine Stands after the Establishment Phase |
| Estimating the Weight and Value of Individual Southern Pine Trees |
| Fence Row Herbicide Evaluation: Efficacy of Control |
| Fertilization of Unthinned Loblolly Pine on an Intensively Prepared Cut-over Site in Twiggs County, Georgia: Four Year Results |
| Fertilizer response expectations, application levels, and material needs for loblolly, longleaf and slash pine at mid-rotation |
| Finding Your Forest Soils Map(s) Using the Internet |
| First Year Post-plant Banded Over-the-top Herbaceous Weed Control in Old-field Planted Longleaf Stands in Georgia - The Laurens, Jenkins and Treutlen County Study Results and Recommendations - 8 year Results |
| Forest Economics of Fertilization in Longleaf Pine Stands |
| Forest Economics of growing loblolly, longleaf, and slash pine to a 33-year rotation with three stumpage price sets, four establishment cost sets, with and without pine straw – net revenue and rate or return |
| Forest Economics of growing loblolly pine to a 15-year rotation with fertilization and pine straw–net revenue and rate of return |
| Forest Economics of growing loblolly pine to a 15-year rotation with intensive management–net present value |
| Forest Site Preparation & Pine Seedling Planting Activities Calendar |
| Four year growth response results from the demonstration of Best Management Practices (BMPs) for layer litter and inorganic fertilizer applications in an unthinned, old-field slash pine stand in Brantley County, Georgia |
| Georgia Piedmont Soils – Characteristics for Forest Management Decisions Part I – Introduction |
| Georgia Piedmont Soils – Characteristics for Forest Management Decisions Part II – The Alluvial Soil Series |
| Groundsel tree (Baccharis halimifolia, Baccharis sp.) Control Herbicide Options |
| Herbaceous Weed Control Checklist to Minimize Damage to Pine Seedlings |
| Herbaceous Weed Control Recommendations for Planted Loblolly Pine Sites |
| Herbaceous Weed Control Recommendations for Planted Longleaf |
| Herbaceous Weed Control Recommendations for Planted Slash Pine Sites |
| Herbicide Options for Rubus spp. Control |
| Herbicides to Enhance Pine Straw Production by Minimizing Competition in Loblolly, Longleaf and Slash Pine Stands after the Establishment Phase |
| Herbicides to Enhance Pine Straw Production by Minimizing Competition in Longleaf Pine Stands after the Establishment Phase |
| Impact of a Broiler Litter and DAP+Ammonium Nitrate Application in an Old-field Thinned Slash Pine Stand in Mitchell County, Georgia – Four Year Growth Results |
| Intensive Pine Straw Management on Post CRP Pine Stands |
| Japanese honeysuckle (Lonicera japonica) Control Herbicide Options |
| Know Your Forest Soils - Introduction |
| Lime Stabilized Biosolids, Pelletized Broiler Litter, and Inorganic Fertilizer Applications in a 1986 planted, unthinned Longleaf Pine Stand |
| Loblolly Pine Growth Response to Herbaceous Weed Control in Stand Management |
| Loblolly pine rotation age economic comparisons using four stumpage price sets |
| Longleaf Mean Annual Increment Curves in Planted Stands in the West Gulf Region |
| Longleaf Pine – Growth and Yields and Mean Annual Increments in Planted Stands from the Western Gulf Region, South Carolina and Georgia Long-term Studies |
| Longleaf Pine Midrotation Fertilization Response for Stands Growing on Cutover Sites in the Lower Coastal Plain |
| Longleaf pine seed source impacts on seedling performance in southern Georgia |
| Longleaf Pine Stand Fertization |
| Longleaf pine wood yields response to midrotation fertilization on two old-field sites |
| Longleaf Site Index Curves in Planted Stands |
| Managing Upland Loblolly Pine-Hardwood Forest Types for Georgia Landowners |
| Mid-Rotation Woody Control Trial to Test Various Herbicides, Tank Mixes, Rates, and Methylated Seed Oil Amounts on Hard to Control Waxy Leaf Species in a Thinned Loblolly Pine Stand in Wayne County, Georgia |
| Mowing to Establish Pine Straw Production by Minimizing Competition in Loblolly, Longleaf and Slash Pine Stands after the Establishment Phase |
| Mowing to Prepare for Pine Straw Raking and Production by Creating Access and Reducing Competition Heights in Longleaf Stands after the Establishment Phase |
| Natural and artificial loblolly pine regeneration and upland mixed hardwoods natural regeneration economic comparisons using three stumpage price sets |
| Phosphorus Fertilization at Establishment in Loblolly and Slash Pine Stands on Atlantic and Gulf Coastal Plain Sites |
| Pine Straw Yields and Economic Benefits when added to Traditional Wood Products in Loblolly, Longleaf, and Slash Pine Stands |
| Planting 1-0 and 2-0 Containerized Longleaf Seedlings – Georgia Field Trial Results and Recommendations |
| Poultry Litter Application Recommendations in Pine Plantations |
| Pre-plant Chemical Site Preparation Options to Establish Loblolly, Longleaf, and Slash Pine Plantations in South Georgia and North-Central Florida |
| Privet (Ligustrum sp.) Control Field Trials and Results in Georgia using Ground Application Equipment |
| Proper Soil Sampling and Analysis for Nutrient Needs Determination in Loblolly, Longleaf, and Slash Pine Stands |
| Results and Recommendations from Longleaf Interplanting Trials in Georgia |
| Sampling Loblolly, Longleaf, and Slash Pine Foliage for Nutrient Analyses |
| Six Year Results from a Longleaf and Slash Pine At-Planting Poultry Litter and Diammonium Phosphate Application Trial in Two Old-Field Sites |
| Spot Application of Diammonium Phosphate and Poultry Litter at Establishment in an Old-Field Planted Loblolly Pine Plantation |
| Stem Quality Summary for Old-field Planted, Unthinned Longleaf Stands in Georgia |
| Subsoiling and Ripping to Prepare a Site for Tree Planting in the Southeastern United States |
| Survival and growth of containerized slash pine seedlings related to planting location on mechanically prepared beds |
| Thinning & Forest Economics Series Paper 1 |
| Thinning & Forest Economics Series Paper 2 |
| Thinning & Forest Economics Series Paper 3 |
| Timing, Herbicide Type, and Dosage Effects on Old-Field Longleaf Pine Survival and Early Growth after a Droughty First Growing Season in Emanuel County, Georgia |
| Trumpet Creeper (Campsis radicans) Control Herbicide Options |
| Understanding Forest Soils |
| Virginia Creeper (Parthenocissus quinquefolia) Control Herbicide Options |
| What to leaning & uprooted pines do after a hurricane |
| Why Not Selling Your Best Southern Pine Trees in a First Thinning Can Make Sound Economic Sense A Comparison of Selling Timber Using Three versus Four Wood Product Classes – Impact on Rotation Length Financial Measures - Series Paper IV |
| Why Not Selling Your Best Southern Pine Trees in a First Thinning Can Make Sound Economic Sense and A Comparison of Selling Timber Using Three versus Four Wood Product Classes - Series Paper II |
| Why Not Selling Your Best Southern Pine Trees in a First Thinning Can Make Sound Economic Sense Using Three Wood Product Classes – Impact on Rotation Length Financial Measures - Series Paper III |
| Why Not Selling Your Best Southern Pine Trees in a First Thinning Can Make Sound Economic Sense using Three Wood Product Classes - Series Paper I |
| Wisteria (Wisteria sp.) Control Herbicide Options |
| Writing a Forest Management Plan |
