Bioreceptivity of buildings for spontaneous arboreal flora in compact city environment

Keyphrases

• Compact City 100%
• Bioreceptivity 100%
• City Environment 100%
• Germination 66%
• Hong Kong 33%
• Copyright 33%
• Hanging 33%
• Environmental Factors 33%
• Urban Biodiversity 33%
• Urban Ecology 33%
• Nature in Cities 33%
• Ruderal Habitats 33%
• Urban Form 33%
• Crown Width 33%
• Debris 33%
• Species Composition 33%
• Abode 33%
• Cultural Dynamics 33%
• Urban Habitat 33%
• Microenvironment 33%
• Construction Materials 33%
• Ficus Microcarpa 33%
• Ruderal 33%
• Native Trees 33%
• Moraceae 33%
• Host Tree 33%
• Frugivorous Bats 33%
• Frugivorous Birds 33%
• Ficus Species 33%
• Old Buildings 33%
• Effective Dispersal 33%
• Catharanthus Roseus 33%
• Building Management 33%
• Urban Buildings 33%
• Plant Association 33%
• Pantropical 33%
• Human Intervention 33%
• Natural Tropical Forest 33%
• Dispersing Agent 33%
• Vertical Wall 33%
• Form Type 33%
• Shoot Removal 33%
• Tree Growth Form 33%
• Building Type 33%
• Solar Access 33%
• Drainage pipe 33%

Agricultural and Biological Sciences

• Tree Growth 100%
• Face 100%
• Environmental Factor 100%
• Ficus Microcarpa 100%
• Microhabitat 100%
• Moraceae 100%
• Figs 100%
• Tropical Forest 100%
• Ficus 100%
• Catharanthus roseus 100%
• Drain Pipes 100%
• Pantropical 100%
• Construction Material 100%