Category: Tree Physiology
Tree Physiology publishes both technical reviews and original research reports on all aspects of physiology of tree, other woody species and species of arborescent growth forms. Tree Physiology is a refereed journal distributed internationally.
To cope, or not to cope: tropical rainforest tree leaves show little response to drought
A scorched leaf policy? A mangrove tree uses oxidative stress against an insect pest
What sets apart individual trees that died versus trees that survived an extreme drought?
Not all sapwood is functionally equal: Improving estimates of whole-tree water use from sap flux measurements
Within-species populations exhibit similar physiology under current climate but may diverge under warmer and drier conditions
Carbon stores for spring growth in evergreen vs. deciduous species
Within-species responses to water deficit vary more with traits than provenance
Counting Carbs: Patterns rather than absolute values of non-structural carbohydrates may be compared across labs
Some trees might have adapted to cope with embolisms instead of preventing them
Accurately measuring cavitation resistance to understand how plants cope with drought
Cavitation resistance is crucial to coping with and surviving drought.
The path to understanding water movement in leaves is not straightforward
The path to understanding water movement in leaves is not straightforward.
