Reponses of morphological and biochemical traits of bamboo trees under elevated atmospheric O₃ enrichment

Keyphrases

• Morphological Traits 100%
• Ambient Air 100%
• Bamboo 100%
• Bulliform Cells 100%
• Fusoid Cell 100%
• Biochemical Traits 100%
• Anatomical Features 66%
• O3 Pollution 66%
• Antioxidant Characteristics 66%
• Leaf Anatomical 66%
• Leaf Morphological Traits 66%
• Structural Features 33%
• Cell number 33%
• Exposure Time 33%
• Possible Mechanisms 33%
• Plant Species 33%
• Enlargement 33%
• High Resistance 33%
• Leaf number 33%
• Stomata 33%
• Three-year-olds 33%
• Growing Season 33%
• Leaf Shape 33%
• O3 Concentration 33%
• Stomatal Density 33%
• Foliar 33%
• Leaf Area 33%
• Ecosystem Services 33%
• Open-top Chamber 33%
• Shape Characteristics 33%
• Microscopic Structure 33%
• Stomatal Size 33%
• Tolerant Plants 33%
• O3 Flux 33%
• AOT40 33%
• Bamboo Species 33%
• Proline Content 33%
• Leaf Thickness 33%
• Stomatal Traits 33%
• Mesophyll Thickness 33%
• Leaf Mass per Area 33%
• Stomatal Area 33%
• Indocalamus Decorus 33%
• Leaf Stomata 33%
• Tolerance Characteristics 33%
• Dwarf Bamboo 33%
• Total Soluble Protein 33%

Agricultural and Biological Sciences

• Antioxidant 100%
• Stoma 100%
• Proline 50%
• Growing Season 50%
• Mesophyll 50%
• Leaf Area 50%