Pine plantations in the southern US are among the most intensively managed forests in the
world and their productivity has tripled over natural pine forests through application of …

We developed dominant height growth models for Norway spruce (Picea abies (L.) Karst.)
and Scots pine (Pinus sylvestris L.) in Norway using national forest inventory (NFI) data. The …

To predict the long‐term effects of climate change–global warming and changes in
precipitation–on the diameter (radial) growth of jack pine (P inus banksiana L amb.) and …

Concerns of the effect of climate change on forest productivity have impelled the need to
accurately predict forest productivity from climate, physiographic and edaphic variables …

Stand height/site index equations that incorporate climate variables were developed for
plantation-grown jack pine (Pinus banksiana Lamb.) and black spruce (Picea mariana [Mill.] …

Site index is the most commonly used measure of potential site productivity, providing key
information for forest management practices. It is determined using species-specific site …

The southeastern US produces the most industrial roundwood in the US each year, largely
from commercial pine plantations. The extent of plantation forests and management …

Key message A climate-sensitive aboveground biomass (AGB) equation, in combination
with nonlinear mixed-effects modeling and dummy variable approach, was developed to …

The varying (local) parameter (s) in site index models can be treated as fixed or random.
Two primary subject-specific approaches to height modeling, the dummy variable method …

Climatic effects on site productivity of red pine (Pinus resinosa Aiton) plantations were
examined. A stand height/site index equation with climate variables incorporated in the …