James E. Grissom

Genetic parameter estimates for growth traits from diallel tests of loblolly pine throughout the southeastern United States

SILVAE GENETICA, 57(3), 101–110.

Improvements in stem form and growth of elite genotypes in loblolly pine

Proceedings of the 29th Southern Forest Tree Improvement Conference, 108–111.

Using markers in breeding, testing and selection in loblolly pine ? current and future research.

Conference Proceedings.

Using markers in breeding, testing and selection in loblolly pine: Current and future research

GENECAR Meeting: Application of DNA Based Tools for Genetic Research, Molecular Breeding, Management and Monitoring of Genetic Resources.

Phenotypic plasticity of fine roots increases plant productivity in pine seedlings

BMC Ecology, 4, 14.

Ten-year response of diverse families of loblolly pine to fertilization

In B. Li & S. McKeand (Eds.), Forest Genetics and Tree Breeding in the Age of Genomics: Progress and Future, IUFRO Joint Conference of Division 2, Conference Proceedings (pp. 453–455).

Responsiveness of diverse families of loblolly pine to fertilization: eight-year results from SETRES-2

Proceedings of the 27th Southern Forest Tree Improvement Conference, 30–33.

Comparative physiology of contrasting genotypes of loblolly pine under dry field conditions

Proceedings of the 26th Southern Forest Tree Improvement Conference, 122–124.

Root architectural plasticity to nutrient stress in two contrasting ecotypes of loblolly pine

Journal of Sustainable Forestry, 10(3), 307.

Growth and biomass allocation of grafted loblolly pine seedlings from diverse families following fertilization

Proceedings of the 25th Southern Forest Tree Improvement Conference, 67–69.

Early growth response of diverse families of loblolly pine to nutrient amendments on a poor site

Proceedings of the 24th Southern Forest Tree Improvement Conference, 267–274.