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The importance of tree internal water storage under drought conditions
Yakir Preisler
*
, Teemu Hölttä
*
,
José M. Grünzweig
, Itay Oz
, Fedor Tatarinov
, Nadine K. Ruehr
, Eyal Rotenberg
, Dan Yakir
*
Corresponding author for this work
Institute of Plant Sciences and Genetics in Agriculture
Research output
:
Contribution to journal
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Article
›
peer-review
53
Scopus citations
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Keyphrases
Dry Season
100%
Drought Conditions
100%
Water Storage
100%
Internal Water Storage
100%
Storage Capacitance
100%
Drought Resistance
66%
Sap Flow
66%
Good Fit
33%
Tree Species
33%
Drought
33%
Transpiration
33%
Leaf Water Potential
33%
Water Content
33%
Semi-arid
33%
Soil Moisture
33%
Pine Tree
33%
Resistance Traits
33%
Dry Climate
33%
Moisture Flow
33%
Gas Exchange
33%
Early Morning
33%
Drying Trend
33%
Forest Ecosystem
33%
Hydraulic Model
33%
Tree Survival
33%
Global Warming Effect
33%
Daily Transpiration
33%
Hydraulic Failure
33%
Branch Water Potential
33%
Tree Hydraulics
33%
Leaf Content
33%
Tree Water Storage
33%
Tree Water Relations
33%
Agricultural and Biological Sciences
Water Storage
100%
Dry Season
50%
Sweating
33%
Drought Resistance
33%
Sap Flow
33%
Gas Exchange
16%
Branches
16%
Pinus
16%
Soil Moisture
16%
Global Warming
16%
Forest Ecosystem
16%
Water Potential
16%