Dr. Adam D. Polinko

Willis, J. L., Bragg, D., Cannon, J., Gandhi, K., Kidd, K., Polinko, A. D., Puhlick, J., Saenz, D., Sayer, M., Schalk, C., Self, A. B., Siegert, C. M., Varner, J. M. 2024. Assessing the potential impact of retaining native off-site tree species in woodland restoration. Restoration Ecology

Collins, D., Granger, J., Dicke, S., Poudel, K. P., Polinko, A. D., Willis, J. 2023. Crown Lifting of Low-Density Loblolly Pine (Pinus taeda) Plantations on Nonindustrial Private Forest Lands. Forest Science 69(1):94 - 100.

Aryal, S., McConnell, E., Poudel, K. P., Polinko, A. D. 2023. Whole Stand Variable Density Yield Equations for Oak-Gum-Cypress Bottomland Hardwood Forests. Journal of Forestry 121(4):333 - 342.

Tanger, S., da Silva, B., Polinko, A. D., McConnell, E., McDill, M. 2023. Estimating stand level carbon supply curves for loblolly pine and Douglas-fir plantations. Journal of Forestry 121(2):125-134.

Arko, A., Himes, A., Cannon, J., Polinko, A. D. 2023. The effects of a moderate severity hurricane on gap characteristics in a longleaf pine (Pinus palustris Mill.) woodland. Forest Ecology and Management 551:121502.

Baach, E., Himes, A., Polinko, A., Granger, J. J., Zhou, Q. 2022. Diversity-productivity relationships in forests of the southeastern United States: Leveraging national inventory data and tree functional traits. Forest Ecology and Management 521:120426.

Polinko, A. D., Willis, J., Sharma, A., Guldin, J. 2022. Stand-level structural characteristics dictate hurricane resistance and resilience more than silvicultural regime in longleaf pine woodlands. Forest Ecology and Management 526.

Magalhaes, J., Polinko, A. D., Amoroso, M., Kohli, G., Larson, B. 2022. The Predicting Tree Growth App: an algorithmic approach to modelling individual tree growth. Ecological Modelling 467.

Polinko, A. D., Rapp, M., Sanchez Meador, A., Graves, A., Ryerson, D., Waring, K. 2022. Western Spruce Budworm Effects on Forest Resilience. Plants 11(23).

Himes, A., Leavengood, S., Polinko, A. D. 2021. Variation in Wood Properties of Hybrid Poplar Lumber by Radial and Vertical Position in Stem; A case study from Boardman, OR. Wood and Fiber Science 53(3):161-177.