We recently demonstrated that growth trends from tree rings from Van der Sleen et al. (2015) and Groenendijk et al. (2015) are affected by demographic biases. In particular, clustered age distributions led to a negative bias in their growth trends. In a response, they challenge our analysis and present an alternative correction approach. We here show that their arguments are incorrect and based on misunderstanding of our analysis, and that their alternative approach does not work
Tree-ring analysis is often used to assess long-term trends in tree growth. A variety of growth-tren...
Accuracy in tree woody growth estimates is important to global carbon budget estimation and climate-...
Accuracy in tree woody growth estimates is important to global carbon budget estimation and climate-...
We recently demonstrated that growth trends from tree rings from Van der Sleen et al. (2015) and Gro...
Understanding responses of forests to increasing CO2 and temperature is an important challenge, but ...
In a recent Opinion article, Brienen et al. (2016) raise doubts about our finding that tropical tree...
Tree ring analysis allows reconstructing historical growth rates over long periods. Several studies ...
The important role of tropical forests in the global carbon cycle makes it imperative to assess chan...
Tree ring analysis allows reconstructing historical growth rates over long periods. Several studies ...
To improve our understanding of the ecology of tropical forest trees, it is essential to obtain info...
Tree rings are thought to be a powerful tool to reconstruct historical growth changes and have been ...
Over the past century almost every ecosystem on Earth has come under the influence of changes in atm...
Dendroecology is based on the estimation of target population climate sensitivity from a finite numb...
International audienceThe Regional Curve Standardization (RCS) is one of the most employed standardi...
<p>Tree-ring analysis is often used to assess long-term trends in tree growth. A variety of growth-t...
Tree-ring analysis is often used to assess long-term trends in tree growth. A variety of growth-tren...
Accuracy in tree woody growth estimates is important to global carbon budget estimation and climate-...
Accuracy in tree woody growth estimates is important to global carbon budget estimation and climate-...
We recently demonstrated that growth trends from tree rings from Van der Sleen et al. (2015) and Gro...
Understanding responses of forests to increasing CO2 and temperature is an important challenge, but ...
In a recent Opinion article, Brienen et al. (2016) raise doubts about our finding that tropical tree...
Tree ring analysis allows reconstructing historical growth rates over long periods. Several studies ...
The important role of tropical forests in the global carbon cycle makes it imperative to assess chan...
Tree ring analysis allows reconstructing historical growth rates over long periods. Several studies ...
To improve our understanding of the ecology of tropical forest trees, it is essential to obtain info...
Tree rings are thought to be a powerful tool to reconstruct historical growth changes and have been ...
Over the past century almost every ecosystem on Earth has come under the influence of changes in atm...
Dendroecology is based on the estimation of target population climate sensitivity from a finite numb...
International audienceThe Regional Curve Standardization (RCS) is one of the most employed standardi...
<p>Tree-ring analysis is often used to assess long-term trends in tree growth. A variety of growth-t...
Tree-ring analysis is often used to assess long-term trends in tree growth. A variety of growth-tren...
Accuracy in tree woody growth estimates is important to global carbon budget estimation and climate-...
Accuracy in tree woody growth estimates is important to global carbon budget estimation and climate-...