Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/116368/1/ecs2201569165.pd
Stem water storage capacity and hydraulic capacitance (C-S) play a crucial role in tree survival und...
This study explores how semi-arid forests respond to drought and the potential impact of climate cha...
Graduation date: 2005In deciduous species, water exits stems mainly through leaf traces\ud attached ...
Trunks of large trees play an important role in whole-plant water balance but technical difficulties...
Biophysical controls on plant water status exist at the leaf, stem, and root levels. Therefore, we p...
Drought is projected to occur more frequently and intensely in the coming decades, and the extent to...
Non-invasive quantification of tree water potential is one of the grand challenges for assessing the...
Components of the tree water transport pathway; roots, trunks, branches and leaves; can also serve a...
Hydraulic modelling is a primary tool to predict plant performance in future drier scenarios. Howeve...
Forests play a fundamental role in linking energy, water, carbon, and biogeochemical cycles. Underst...
Water storage in the trunks of large trees plays an important role in whole-plant water balance on b...
In the short term, trees rely on the internal storage of water because it affects their ability to s...
Predicted climate changes due to greenhouse gas emissions will alter site and ecological conditions,...
Graduation date: 2010The state of Oregon has two distinct climate types bisected by the crest of the...
As the earth's climate continues to change, forests within a diverse set of biomes are experiencing ...
Stem water storage capacity and hydraulic capacitance (C-S) play a crucial role in tree survival und...
This study explores how semi-arid forests respond to drought and the potential impact of climate cha...
Graduation date: 2005In deciduous species, water exits stems mainly through leaf traces\ud attached ...
Trunks of large trees play an important role in whole-plant water balance but technical difficulties...
Biophysical controls on plant water status exist at the leaf, stem, and root levels. Therefore, we p...
Drought is projected to occur more frequently and intensely in the coming decades, and the extent to...
Non-invasive quantification of tree water potential is one of the grand challenges for assessing the...
Components of the tree water transport pathway; roots, trunks, branches and leaves; can also serve a...
Hydraulic modelling is a primary tool to predict plant performance in future drier scenarios. Howeve...
Forests play a fundamental role in linking energy, water, carbon, and biogeochemical cycles. Underst...
Water storage in the trunks of large trees plays an important role in whole-plant water balance on b...
In the short term, trees rely on the internal storage of water because it affects their ability to s...
Predicted climate changes due to greenhouse gas emissions will alter site and ecological conditions,...
Graduation date: 2010The state of Oregon has two distinct climate types bisected by the crest of the...
As the earth's climate continues to change, forests within a diverse set of biomes are experiencing ...
Stem water storage capacity and hydraulic capacitance (C-S) play a crucial role in tree survival und...
This study explores how semi-arid forests respond to drought and the potential impact of climate cha...
Graduation date: 2005In deciduous species, water exits stems mainly through leaf traces\ud attached ...
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