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Drought tolerance screening of a
Rosa
population
Katrien De Dauw
,
Leen Leus
,
Johan Van Huylenbroeck
, Marie-Christine Van Labeke
Onderzoeksoutput
:
Hoofdstuk in Boek/Rapport/Congresprocedure
›
C3: Congres abstract
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Rosa
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Keyphrases
Rosa
100%
Drought Tolerance
100%
Genotype
75%
Drought Stress
75%
Relative Water Content
50%
Screening Method
50%
Photosystem II
25%
Rose Cultivars
25%
F1 Population
25%
Stomatal Density
25%
Stomatal Size
25%
Leaf Water Potential
25%
Tetraploidization
25%
New Cultivar
25%
Changing Environment
25%
Induced Tetraploid
25%
Climate Change
25%
Plant Production
25%
Drought Sensitivity
25%
Future Drought
25%
Irrigation Regime
25%
Crop Production
25%
Quantum Yield of Photosystem II
25%
Leaf Morphological Traits
25%
Drought Tolerant
25%
Photochemical Quantum Yield
25%
Tetraploid Roses
25%
Different Irrigation
25%
Immunology and Microbiology
Rose
100%
Drought Tolerance
100%
Screening
66%
Photosystem II
66%
Diploidy
66%
Cultivar
66%
Water Content
66%
Tetraploidy
33%
Morphological Trait
33%
Quantum Yield
33%
Stress
33%
Leaf Water Potential
33%
Biochemistry, Genetics and Molecular Biology
Rose
100%
Drought Tolerance
100%
Diploidy
66%
Screening
66%
Photosystem II
66%
Cultivar
66%
Water Content
66%
Tetraploidy
33%
Morphological Trait
33%
Stress
33%
Leaf Water Potential
33%
Quantum Yield
33%
Agricultural and Biological Sciences
Rosa
100%
Drought Tolerance
100%
Photosystem II
66%
Cultivar
66%
Screening
66%
Diploidy
66%
Tetraploidy
33%
Leaf Water Potential
33%
Climate Change
33%
Stress Tolerance
33%
Plant Production
33%
Crop Production
33%
Irrigation Management
33%