Topographical and seasonal trends in transpiration by two co-occurring Eucalyptus species during two contrasting years in a low rainfall environment

Keyphrases

• Low-rainfall Environment 100%
• Transpiration 100%
• Eucalyptus Species 100%
• Sapwood Density 100%
• Seasonal Trends 100%
• Sand 80%
• Clay 80%
• Two-species 40%
• Eucalyptus Camaldulensis 40%
• Water Use 40%
• Leaf Area Index 40%
• Canopy Conductance 40%
• Sapwood 40%
• Area Density 40%
• Tree Species 20%
• Trunk 20%
• Water Supply 20%
• Resilience 20%
• Surface Soil 20%
• Water Availability 20%
• Water Stress 20%
• Eucalypt 20%
• Land Area 20%
• Dry Season 20%
• Hydraulics 20%
• Drought-prone 20%
• Xylem Embolism 20%
• Topographic Variation 20%
• Sandy Clay 20%
• Micrometeorological 20%
• Subsurface Lateral Flow 20%
• Natural Forest 20%
• Terraces 20%
• Soil Water Availability 20%
• Hydraulic Traits 20%
• Natural Woodland 20%
• Loamy Sand 20%
• Tree Growing 20%
• Turgor Loss 20%
• Soil Water Conditions 20%
• Two-tree 20%

Agricultural and Biological Sciences

• Eucalypt 100%
• Sapwood 100%
• Sweating 100%
• Soil Water 28%
• Leaf Area Index 28%
• Eucalyptus Camaldulensis 14%
• Water Stress 14%
• Turgor 14%
• Xylem 14%
• Water Supply 14%
• Dry Season 14%