Genome-wide association identifies candidate genes for drought tolerance in coast redwood and giant sequoia

Keyphrases

• Giant Sequoia 100%
• Drought Tolerance 100%
• Coast Redwood 100%
• Genome-wide Association 100%
• Drought 66%
• Signaling Pathway 33%
• Physiological Basis 33%
• Single nucleotide Polymorphism 33%
• Extreme Drought 33%
• Physiological Characteristics 33%
• Climate Change 33%
• Western US 33%
• Phenotypic Variation 33%
• Conservation Efforts 33%
• Prolonged Drought 33%
• New Markers 33%
• Population Level 33%
• Metabolic Pathway 33%
• Drought Episodes 33%
• Carbon Isotope Discrimination 33%
• Multi-trait 33%
• Genome-wide Sequencing 33%
• Xylem Hydraulics 33%
• Anatomical Features 33%
• Turgor 33%
• Hydraulic Diameter 33%
• Stress Response Pathway 33%
• Sequence Capture 33%
• Osmotic Pressure 33%
• Multivariate Genome-wide Association Studies 33%
• Metabolic Signaling 33%
• Dominating Species 33%
• Metabolic Stress 33%
• Marker-trait Association 33%

Biochemistry, Genetics and Molecular Biology

• Candidate Gene 100%
• Drought Tolerance 100%
• Sequoia 100%
• Signal Transduction 16%
• Metabolic Pathway 16%
• Single-Nucleotide Polymorphism 16%
• Phenotypic Variation 16%
• Genome-Wide Association Study 16%

Agricultural and Biological Sciences

• Sequoia 100%
• Drought Tolerance 100%
• Single Nucleotide Polymorphism 16%
• Climate Change 16%
• Xylem 16%
• Phenotypic Variation 16%
• Genome-Wide Association Study 16%
• Osmotic Pressure 16%
• Turgor 16%