Contrasting plant physiological adaptation to climate in the native and introduced range of Hypericum perforatum

Keyphrases

• Adaptation to Climate Change 100%
• Latitudinal Cline 100%
• Washington 100%
• Plant Physiological Responses 100%
• Physiological Adaptation 100%
• Hypericum Perforatum 100%
• Introduced Range 100%
• Native Population 66%
• Spain 50%
• Greenhouse 50%
• Root Biomass 50%
• Total Leaf Area 50%
• Climatic Conditions 33%
• St. John's Wort 33%
• Common Garden 33%
• Shoot Biomass 33%
• Leaf Level 33%
• Direction Selectivity 33%
• European Population 16%
• Clinal Variation 16%
• Molecular Data 16%
• Genotype 16%
• Abiotic Conditions 16%
• Morphological Traits 16%
• Adaptive Evolution 16%
• Leaf Nitrogen 16%
• Specific Leaf Area 16%
• Phenotypic Plasticity 16%
• Leaf Area Ratio 16%
• Water Use Efficiency 16%
• Physiological Characteristics 16%
• Scale Variation 16%
• Introduced Population 16%
• Root-shoot Ratio 16%
• Leaf Carbon 16%
• Environmental Circumstance 16%
• Introduced Plants 16%

Agricultural and Biological Sciences

• Leaf Area 100%
• Hypericum perforatum 100%
• Europeans 50%
• Specific Leaf Area 25%
• Root Shoot Ratio 25%
• Introduced Plants 25%
• Water Use Efficiency 25%
• Phenotypic Plasticity 25%
• Evolutionary Adaptation 25%