Vessels in ferns: Structural, ecological, and evolutionary significance

Keyphrases

• Ferns 100%
• Ecological Constraints 100%
• Evolutionary Significance 100%
• Structural Significance 100%
• Perforated Plate 80%
• Pit Membrane 50%
• Wall Perforations 40%
• Porosity 30%
• Endwall 30%
• Lysis 20%
• Xylem 20%
• Lateral Wall 20%
• Tracheary Elements 20%
• Tracheid 20%
• Vessel Elements 20%
• Scanning Electron Microscopy 10%
• Medium Size 10%
• Perforation 10%
• Membrane-associated 10%
• Distinctive Features 10%
• Water Column 10%
• Embolism 10%
• Membrane-free 10%
• Dimorphism 10%
• Fascicle 10%
• Primary Xylem 10%
• Vascular Plants 10%
• Cellulase 10%
• Monocotyledons 10%
• Membrane Perforation 10%
• Maceration 10%
• Habitat Moisture 10%
• Taproot 10%
• Free Perforation 10%
• Xylem Anatomy 10%
• Pectinase 10%
• Dicotyledons 10%

Agricultural and Biological Sciences

• Xylem 100%
• Tracheary Elements 50%
• Tracheid 50%
• Vessel Element 50%
• Cellulase 25%
• Maceration 25%
• Monocotyledon 25%
• Taproot 25%
• Dicotyledon 25%
• Polygalacturonase 25%
• Vascular Plant 25%
• Scanning Electron Microscopy 25%