Forest structure, flooding and grazing predict understorey composition of floodplain forests in southeastern Australia

Keyphrases

• South-eastern Australia 100%
• Floodplain Forest 100%
• Forest Structure 100%
• Forest Grazing 100%
• Understory Composition 100%
• Floodplain 40%
• Native Species 40%
• Semi-arid Floodplain 40%
• Species Richness 40%
• Plant Diversity 40%
• Herbivore 20%
• River Regulation 20%
• Stressor Gradients 20%
• Habitat Heterogeneity 20%
• Potential Drivers 20%
• Environmental Gradients 20%
• Forest Communities 20%
• Human Needs 20%
• Anthropogenic Stressors 20%
• Species Composition 20%
• Canopy Cover 20%
• Understory 20%
• Mesic 20%
• Future Climate 20%
• Mid-latitude 20%
• Native Species Richness 20%
• Forest Landscape 20%
• Landscape Position 20%
• Rapid Warming 20%
• Flood Disturbance 20%
• Eucalyptus Camaldulensis 20%
• Vegetation Clearance 20%
• Flooding Regime 20%
• Landscape Management 20%
• Representative Range 20%
• Flooded Area 20%
• Structural Diversity 20%
• Degraded Ecosystem 20%
• Rapid Drying 20%
• River Red Gum 20%
• Anthropogenic Disturbance 20%

Agricultural and Biological Sciences

• Floodplains 100%
• Understory 100%
• Eucalyptus camaldulensis 22%
• Face 11%
• Forest Communities 11%
• Anthropogenic Stressors 11%
• Landscape Position 11%
• Landscape Management 11%