James D. Haywood
Supervisory Research Forester
Alexandria Forestry Center
Pineville, LA 71360
Contact James D. Haywood
Evaluate longleaf pine seedling container sizes and types, field nutrition trials, and influence of prescribed fire on seedling physiology.
Assess the effects of prescribed fire, herbicide application, and fertilization on the growth and stand structure of young longleaf pine plantations. Assess the effects of harvesting and regeneration practices on long-term productivity of pine stands through multiple rotations.
I am currently working with Susana Sung (Southern Research Station), Mary Anne Sayer (Southern Research Station), the Texas-Louisiana Longleaf Pine Taskforce, and the Kisatchie National Forest to help restore longleaf pine on private and government lands.
Why This Research is Important
Longleaf pine ecosystems are essential for the preservation of hundreds of plants and animals dependent on them for quality habitat. Currently, longleaf pine forests cover only 4.2 million acres across its native range from East Texas to Virginia. With our best efforts, it is hoped that 8 million acres of longleaf pine will eventually be restored. Most of these additional tracts will have to be on private lands. Longleaf pine forests provide a unique set of values that are of interest to private landowners. It is more windfirm than loblolly or slash pine. It grows on droughtly low nutrition sites where loblolly and slash pine are less productive than longleaf pine. It is fire tolerant and is the species of choice in arson-prone areas. It can be managed easily with fire to provide open forest habitat for many animals that require low brush and herbaceous plant cover. Longleaf stands produce a higher percentage of utility poles than other southern pines, and poles are a product that maintains it value even in poor timber markets. Longleaf stands also produce other preferred market goods such as pine straw for landscaping and weaving of high quality baskets, native herbs, high end furnishings and furniture, and forage for livestock. Landowners who desire values other than maximizing wood fiber production may want to regenerate with longleaf pine.
- Louisiana State University, Ph.D. Forestry,
- Supervisory Research Forester, USDA Forest Service, Southern Research Station, RWU-4158
1978 - Current
I have conducted silvicultural research for the Southern Research Station in Pineville, Louisiana since 1978. Initially, I worked with herbicides to control vegetation in lobolly and slash pine stands. I also conducted research on mechanical and chemical site preparation methods, and the use of fertilizers to boost loblolly and slash pine growth. In 1990, I initiated a cooperative research program with the Kisatchie National Forest on the use of prescribed fire in longleaf pine stands. That work continues, and has expanded to include how the establishment of high quality nursery-grown seedlings leads to better survival and boosts sapling longleaf pine development and how nutrient amendment and prescribed fire affect seedling and sapling longleaf pine physiology and growth.
Featured Publications & Products
- Haywood, James D.; Sung, Shi-Jean Susana; Sword Sayer, Mary Anne. 2012. Copper Root Pruning and Container Cavity Size Influence Longleaf Pine Growth through Five Growing Seasons.
- Haywood, James D. 2012. Pine straw harvesting, fire, and fertilization affect understory vegetation within a Louisiana longleaf pine stand.
- Haywood, James D. 2011. Influence of herbicides and felling, fertilization, and prescribed fire on longleaf pine growth and understory vegetation through ten growing seasons and the outcome of an ensuing wildfire.
- Haywood, James D. 2010. Effects of prescribed fire on vegetation and fuel loads in longleaf pine stands in the bluestem range.
- Haywood, James D. 2006. Influence of herbicides and felling, fertilization, and prescribed fire on longleaf pine establishment and growth through six growing seasons.
Publications & Products
- Haywood, James D.; Leduc, Daniel J.; Sung, Shi-Jean S. 2013. Comparing seven planting tools for container-grown longleaf pine seedlings.
- Sung, Shi-Jean Susana; Zarnoch, Stanley J.; Haywood, James D.; Leduc, Daniel; Sword-Sayer, Mary A. 2013. Developmental dynamics of longleaf pine seedling flushes and needles.
- Haywood, James D. 2012. Frequency and season of prescribed fire affect understory plant communities in longleaf pine stands.
- Sung, Shi-Jean S.; Leduc, Daniel J.; Haywood, James D.; Eberhardt, Thomas L.; Sword Sayer, Mary Anne; Zarnoch, Stanley J. 2012. Methodology and preliminary results of evaluating stem displacement and assessing root system architecture of longleaf pine saplings.
- Sword Sayer, Mary Anne; Haywood, James D. 2012. Surface soil root response to season of repeated fire in a young longleaf pine plantation.
- Leduc, Daniel J.; Haywood, James D.; Sung, Shi-Jean Susana. 2011. Comparing Planting Tools for Container Longleaf Pine.
- Sword Sayer, Mary Anne; Sung, Shi-Jean Susana; Haywood, James D. 2011. Longleaf Pine Root System Development and Seedling Quality in Response to Copper Root Pruning and Cavity Size.
- Barnett, James P.; Haywood, James D.; Pearson, Henry A. 2011. Louisiana’s Palustris Experimental Forest: 75 years of research that transformed the South.
- Sung, Shi-Jean Susana; Haywood, James D.; Sword-Sayer, Mary A.; Connor, Kristina F.; Scott, D. Andrew. 2010. Effects of container cavity size and copper coating on field performance of container-grown longleaf pine seedlings.
- Sword Sayer, Mary Anne; Haywood, James D. 2009. Fire and longleaf pine physiology - Does timing affect response? In: Proc.
- Sung, Shi-Jean S.; Haywood, James D.; Zarnoch, Stanley J.; Sword Sayer, Mary Anne. 2009. Long-Term Container Effects on Root System Architecture of Longleaf Pine.
- Connor, K.F.; Brockway, D.G.; Haywood, J.D.; Goelz, J.C.G.; Sword-Sayer, M.A.; Sung, S-JS.; Walker, J.L. 2007. Restoring and managing longleaf pine ecosystems in the southern United States: Southern Research Station Unit SRS-4158.
- Sword, Mary A.; Tiarks, Allan E.; Haywood, James D. 1998. Establishment treatments affect the relationships among nutrition, productivity and competing vegetation of loblolly pine saplings on a Gulf Coastal Plain site.