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Physiological Responses of Apple Trees to Supraoptimal Root Temperature
A. GUR, B. BRAVDO,
Y. MIZRAHI
Research output
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Contribution to journal
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Article
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peer-review
36
Scopus citations
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Keyphrases
Physiological Response
100%
Apple Tree
100%
Root-zone Temperature
100%
Transpiration
22%
Water Vapor
11%
Root Growth
11%
Ethanol
11%
Transpiration Rate
11%
Leaf Temperature
11%
Leaf Water Potential
11%
6-benzylaminopurine
11%
Acid Content
11%
Cytokinin
11%
Kinetin
11%
O2 Consumption
11%
Rootstock
11%
Leaf Chlorophyll Content
11%
Respiratory Quotient
11%
Shoot Growth
11%
Malonic Acid
11%
Acetaldehyde
11%
CO2 Evolution
11%
Sand Culture
11%
Anaerobic Respiration
11%
Leaf Resistance
11%
Organic Acids Content
11%
Apple Rootstock
11%
Agricultural and Biological Sciences
Sweating
100%
Physiological Response
100%
Rootstock
66%
Cultivar
33%
Leaf Water Potential
33%
Cytokinin
33%
Kinetin
33%
Malic Acid
33%
Respiratory Quotient
33%