Tissue structure and respiration of stems of Betula pendula under contrasting ozone exposure and nutrition

Keyphrases

• Respiration 100%
• Tissue Structure 100%
• Xylem 100%
• Ozone Exposure 100%
• Relative Growth Rate 100%
• Phloem 100%
• Betula Pendula 100%
• Tissue Respiration 100%
• Area-based 50%
• Vacuole 50%
• High Demand 50%
• Cell Size 50%
• Foliage 50%
• Construction Cost 50%
• CO2 Release 50%
• Maintenance Requirement 50%
• Tannins 50%
• Control Plants 50%
• Nutrient Supply 50%
• Growing Season 50%
• Radial Stem Growth 50%
• Carbon Balance 50%
• Low nutrient 50%
• Callose Deposition 50%
• Shoot Differentiation 50%
• Volume Increment 50%
• O3 Stress 50%
• Xylem Growth 50%
• Tissue Size 50%
• Parenchyma Cell 50%
• Periderm 50%
• Cambial Activity 50%
• CO2 Refixation 50%
• Dark Respiration 50%
• Air Control 50%
• Stress Compensation 50%
• Lenticel 50%
• Units Construction 50%
• Assimilate Translocation 50%
• Maintenance Level 50%
• Sieve Plate 50%
• Stem Respiration 50%

Agricultural and Biological Sciences

• Betula pendula 100%
• Xylem 100%
• Relative Growth Rate 66%
• Phloem 66%
• Carbon Balance 33%
• Vacuole 33%
• Periderm 33%
• Lenticel 33%
• Sieve Plates 33%
• Callose 33%
• Growing Season 33%
• Tannin 33%