We present a statistical model to predict the effects of climate change on the height growth of
loblolly pine (Pinus taeda L.) families in the southeastern United States. Provenance …

Provenance trials provide an opportunity to develop transfer functions that can be used to
assess the effects of climate change on tree growth. A transfer function is available for …

Most models of the potential effects of climate change on forest growth have produced
deterministic predictions. However, there are large uncertainties in data on regional forest …

Greenhouse gas emission and global warming are likely to cause rapid climate change
within the natural range of loblolly pine over the next few decades, thus bringing uncertainty …

Height, diameter, and survival data were obtained from 16 rangewide jack pine provenance
trials in eastern Canada and the United States. Climate data for each seed source and test …

Although growth response functions have previously been developed for lodgepole pine
(Pinus contorta Dougl. ex Loud.) populations in British Columbia, new analyses were …

Forests strongly affect Earth's carbon cycles, making our ability to forecast forest‐productivity
changes associated with rising temperatures and changes in precipitation increasingly …

Provenance tests are a common tool in forestry designed to identify superior genotypes for
planting at specific locations. The trials are replicated experiments established with seed …

Climate change will affect the regeneration, growth, survival and distribution of trees. Here, I
use common gardens to empirically test establishment, growth and the potential for …

The relationship between forests and changing global climate is of major importance to
forest landowners and policymakers. In this study, we apply an empirical growth and yield …