The hydrostatic gradient, not light availability, drives height-related variation in Sequoia sempervirens (Cupressaceae) leaf anatomy

Medicine & Life Sciences

• Cupressaceae 100%
• Sequoia 90%
• Anatomy 44%
• Light 38%
• Crowns 29%
• Dehydration 29%
• Xylem 23%
• Acclimatization 17%
• Porosity 15%
• Gravitation 15%
• Solar System 14%
• Buffers 12%
• Gases 11%
• Water 9%
• Pressure 8%
• Blood Vessels 7%

Agriculture & Biology

• Sequoia sempervirens 81%
• Cupressaceae 72%
• leaf anatomy 69%
• leaves 20%
• tree crown 13%
• water stress 11%
• leaf thickness 8%
• tracheids 8%
• turgor 7%
• leaf length 7%
• leaf mass 7%
• leaf development 7%
• gravity 7%
• mesophyll 6%
• xylem 6%
• fluid mechanics 6%
• porosity 6%
• stress tolerance 6%
• shade 6%
• tissues 6%
• acclimation 6%
• blood vessels 5%
• buffers 5%
• gases 5%
• water 2%
• sampling 2%
• methodology 1%

Earth & Environmental Sciences

• light availability 69%
• hydrostatics 57%
• anatomy 56%
• water stress 10%
• tissue 6%
• xylem 5%
• acclimation 5%
• tolerance 4%
• gravity 3%
• porosity 3%
• hydraulics 3%
• gas 2%
• water 1%
• analysis 1%
• effect 1%
• method 0%