Add to ORKGNon-invasive quantification of tree water potential is one of the grand challenges for assessing the fate of trees and forests in the coming decades. Tree water potential is a robust and direct indicator of tree water status and is preferably used to track how trees, forests and vegetation in general respond to changes in climate and drought. In this issue of Tree Physiology, Dietrich et al. (2018) predict the daily canopy water potential of mature temperate trees from tree water deficit derived from stem diameter variation measurements.Non-invasive quantification of tree water potential is one of the grand challenges for assessing the fate of trees and forests in the coming decades. Tree water potential is a robust and direct indicator of ...
1. Water availability is a key determinant of forest ecosystem function and tree species distributio...
Temperate forests are expected to be particularly vulnerable to drought and soil drying because they...
Predicted climate changes due to greenhouse gas emissions will alter site and ecological conditions,...
Non-invasive quantification of tree water potential is one of the grand challenges for assessing the...
Direct evidence for the link between stem diameter variations (SDV) and the daily canopy water statu...
Abstract Direct evidence for the link between stem diameter variations (SDV) and the daily canopy ...
Tree water deficit estimated by measuring water-related changes in stem radius (DeltaW) was compared...
Forests play a fundamental role in linking energy, water, carbon, and biogeochemical cycles. Underst...
Funding Information: Funding: This research was funded by the Finnish Cultural Foundation and the Ac...
This study explores how semi-arid forests respond to drought and the potential impact of climate cha...
89 pagesIn recent years, the increased variability in weather during the climate change disturbs the...
<p>Forests change with changes in their environment based on the physiological responses of individu...
International audienceThis paper presents a daily water balance model where the main aim is to quant...
1. Temperate forests are predicted to experience an increased frequency and intensity of climate cha...
Global vegetation models are used to estimate water and carbon fluxes in current and future climates...
1. Water availability is a key determinant of forest ecosystem function and tree species distributio...
Temperate forests are expected to be particularly vulnerable to drought and soil drying because they...
Predicted climate changes due to greenhouse gas emissions will alter site and ecological conditions,...
Non-invasive quantification of tree water potential is one of the grand challenges for assessing the...
Direct evidence for the link between stem diameter variations (SDV) and the daily canopy water statu...
Abstract Direct evidence for the link between stem diameter variations (SDV) and the daily canopy ...
Tree water deficit estimated by measuring water-related changes in stem radius (DeltaW) was compared...
Forests play a fundamental role in linking energy, water, carbon, and biogeochemical cycles. Underst...
Funding Information: Funding: This research was funded by the Finnish Cultural Foundation and the Ac...
This study explores how semi-arid forests respond to drought and the potential impact of climate cha...
89 pagesIn recent years, the increased variability in weather during the climate change disturbs the...
<p>Forests change with changes in their environment based on the physiological responses of individu...
International audienceThis paper presents a daily water balance model where the main aim is to quant...
1. Temperate forests are predicted to experience an increased frequency and intensity of climate cha...
Global vegetation models are used to estimate water and carbon fluxes in current and future climates...
1. Water availability is a key determinant of forest ecosystem function and tree species distributio...
Temperate forests are expected to be particularly vulnerable to drought and soil drying because they...
Predicted climate changes due to greenhouse gas emissions will alter site and ecological conditions,...