Insights into plant water uptake from xylem-water isotope measurements in two tropical catchments with contrasting moisture conditions

Keyphrases

• Isotope Measurements 100%
• Xylem Water 100%
• Moisture Condition 100%
• Plant Water Uptake 100%
• Water Isotopes 100%
• Tropical Catchment 100%
• Groundwater Recharge 66%
• Streamflow 66%
• Evaporative 66%
• Source Water 66%
• Groundwater Contribution 66%
• Primary Productivity 66%
• Ecohydrological Separation 66%
• Bayesian Inference Method 33%
• Soil Water 33%
• Stream Water 33%
• Linear Mixing Model 33%
• Mahogany 33%
• Tree Use 33%
• Puerto Rico 33%
• Water Sources 33%
• Residual Soil 33%
• Mixing Model 33%
• Stable Isotope Ratios 33%
• Soil Matrix 33%
• Subsurface Storage 33%
• Transpiration 33%
• Water Balance Components 33%
• Deep Subsurface 33%
• Water Stock 33%
• Usage Patterns 33%
• Precipitation Seasonality 33%
• Moisture Status 33%
• Physiographic Characteristics 33%
• Swietenia 33%
• Xeric 33%
• Water Recharge 33%
• Top Trees 33%
• Tropical Environment 33%
• Ridge Tops 33%
• Isotopic Enrichment 33%
• Bayesian Mixing Model 33%
• Surface Water 33%
• Valley Bottom 33%
• Riparian Trees 33%
• Stable Water Isotopes 33%
• Groundwater 33%
• Two-period 33%
• Groundwater Use 33%

Earth and Planetary Sciences

• Water Isotopes 100%
• Xylem 100%
• Streamflow 66%
• Groundwater Recharge 66%
• Stable Isotope 66%
• Regional Geography 33%
• Residual Soil 33%
• Tropical Environment 33%
• Seasonality 33%
• Isotopic Enrichment 33%
• Water Balance 33%
• Soil Water 33%
• Decision Making 33%
• Puerto Rico 33%
• Vegetation 33%