<p>Predicted (a) basal area increment (m<sup>2</sup> yr<sup>-1</sup>) and (b) relative tree growth (% yr<sup>-1</sup>) along tree age (No. years) and mean annual temperature (°C); and (c) relative tree growth along tree age (No. years) and mean annual precipitation (mm) in models parameterised using data from all developmental stages.</p
1. Climate is widely assumed to influence physiological and demographic processes in trees, and henc...
The aim of this study was to modify several existing biological models by including several predicti...
Given the uncertainty of future climate regimes, it has become necessary to develop growth and yield...
<p>Predicted tree basal area increment (m<sup>2</sup> yr<sup>-1</sup>) and relative tree growth (% y...
<p>Full models include the main effects of tree age (TA), mean annual temperature (MAT) and annual p...
The modification of typical age-related growth by environmental changes is poorly understood, In par...
<p>Parameters and variables related to the parameters (Parameters and Variables, respectively), mean...
<div><p>The modification of typical age-related growth by environmental changes is poorly understood...
a<p>: expected growth response to the climate variable: (+) trees are expected to grow faster with h...
Precise knowledge how tree growth will respond to future climate change is essential for the adapted...
Forest growth and yield models such as CACTOS and PROGNOSIS have typically modeled future growth dyn...
Recent changes commonly observed in forests growth could be the result of a combination of different...
a<p>: expected growth response to the climate variable: (+) trees are expected to grow faster with h...
Abstract Tree‐ring data have become widely used to model tree growth responses to climate variabilit...
The aim of this study is to develop climate-sensitive single-tree growth models, to be used in stand...
1. Climate is widely assumed to influence physiological and demographic processes in trees, and henc...
The aim of this study was to modify several existing biological models by including several predicti...
Given the uncertainty of future climate regimes, it has become necessary to develop growth and yield...
<p>Predicted tree basal area increment (m<sup>2</sup> yr<sup>-1</sup>) and relative tree growth (% y...
<p>Full models include the main effects of tree age (TA), mean annual temperature (MAT) and annual p...
The modification of typical age-related growth by environmental changes is poorly understood, In par...
<p>Parameters and variables related to the parameters (Parameters and Variables, respectively), mean...
<div><p>The modification of typical age-related growth by environmental changes is poorly understood...
a<p>: expected growth response to the climate variable: (+) trees are expected to grow faster with h...
Precise knowledge how tree growth will respond to future climate change is essential for the adapted...
Forest growth and yield models such as CACTOS and PROGNOSIS have typically modeled future growth dyn...
Recent changes commonly observed in forests growth could be the result of a combination of different...
a<p>: expected growth response to the climate variable: (+) trees are expected to grow faster with h...
Abstract Tree‐ring data have become widely used to model tree growth responses to climate variabilit...
The aim of this study is to develop climate-sensitive single-tree growth models, to be used in stand...
1. Climate is widely assumed to influence physiological and demographic processes in trees, and henc...
The aim of this study was to modify several existing biological models by including several predicti...
Given the uncertainty of future climate regimes, it has become necessary to develop growth and yield...