An ecophysiological approach to determine problems associated with mine-site rehabilitation: a case study in the Great Sandy Desert, north-western Australia

Agricultural and Biological Sciences

• Stomatal Conductance 100%
• Case Study 100%
• Leaf Water Potential 100%
• Lateral Root 100%
• Soil Depth 100%
• Cover Crop 100%
• Mature Plants 50%
• Water Stress 50%
• Irrigation 50%
• Soil Physical Properties 50%
• Soil Chemical Properties 50%
• Landscape Position 50%
• Triodia 50%
• Dune Sand 50%
• Plant Health 50%
• Plant-Water Relations 50%
• Sap 50%
• Soil Hydraulic Properties 50%
• Plant Community 50%
• Corymbia 50%
• Poaceae 50%
• Soil Profile 50%

Earth and Planetary Sciences

• Western Australia 100%
• Site Rehabilitation 100%
• Vegetation 80%
• Soil Depth 40%
• Cover Crop 40%
• Soil Profile 20%
• Water Use 20%
• Water Availability 20%
• Water Stress 20%
• Plant Community 20%
• Water Relations 20%
• Slope Angle 20%
• Soil Hydraulic Properties 20%
• Soil Physical Property 20%
• Soil Chemical Property 20%
• Plant Water Relation 20%