Acknowledgements This study is part of the first author’s PhD projects in 2010–2014, co-funded by the National Centre for Groundwater Research and Training in Australia and the China Scholarship Council. We give thanks to Zijuan Deng and Xiang Xu for their assistance in the field. Constructive comments and suggestion from the anonymous reviewers are appreciated for significant improvement of the manuscript.Peer reviewedPostprin
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
This project is supported by National Centre for Groundwater Research and Training (NCGRT, Australia...
A modified Jarvis-Stewart model of canopy transpiration (Ec) was tested over five ecosystems differi...
We would like to thank The Leverhulme Trust (project PLATO, RPG-2014-016) and the European Research ...
Rates of water uptake by individual trees in a native Australian forest were measured on the Liverpo...
A modified Jarvis-Stewart model of canopy transpiration (Ec) was tested over five ecosystems differi...
Vegetation growth models often concentrate on the interaction of vegetation with soil moisture but u...
Vegetation growth models often concentrate on the interaction of vegetation with soil moisture but u...
To assess how the effects of drought could be better captured in process-based models, this study si...
The responses of canopy conductance to variation in solar radiation, vapour pressure deficit and soi...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
This project is supported by National Centre for Groundwater Research and Training (NCGRT, Australia...
A modified Jarvis-Stewart model of canopy transpiration (Ec) was tested over five ecosystems differi...
We would like to thank The Leverhulme Trust (project PLATO, RPG-2014-016) and the European Research ...
Rates of water uptake by individual trees in a native Australian forest were measured on the Liverpo...
A modified Jarvis-Stewart model of canopy transpiration (Ec) was tested over five ecosystems differi...
Vegetation growth models often concentrate on the interaction of vegetation with soil moisture but u...
Vegetation growth models often concentrate on the interaction of vegetation with soil moisture but u...
To assess how the effects of drought could be better captured in process-based models, this study si...
The responses of canopy conductance to variation in solar radiation, vapour pressure deficit and soi...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...
We tested the ability of a model to scale gas exchange from leaf level to whole-tree level by: (1) m...