Six co-occurring conifer species in northern Idaho exhibit a continuum of hydraulic strategies during an extreme drought year

Keyphrases

• Gas Exchange 100%
• Extreme Drought 100%
• Idaho 100%
• Northwestern USA 100%
• Hydraulic Strategy 100%
• P50 Value 100%
• Conifer Species 100%
• Drought Years 100%
• Growing Season 50%
• Safety Margin 50%
• Rainfall Events 50%
• Climate Prediction 50%
• Water Stress 50%
• Soil Type 50%
• Drought 50%
• Embolism 50%
• Photosynthesis 50%
• Dry Year 50%
• No Response 50%
• Vapor Pressure 50%
• Mediating Effect 50%
• Hydraulic Conductivity 50%
• Low Precipitation 50%
• Water Potential 50%
• Water Gas 50%
• Hydraulic Vulnerability 50%
• Xylem 50%
• Abies Grandis 50%
• Pinus Monticola 50%
• Larix Occidentalis 50%
• Mixed-conifer Forest 50%
• Deciduous Species 50%
• Root Hydraulic Conductivity 50%
• Pinus Ponderosa 50%
• Daily Course 50%
• Stomatal Conductance 50%
• Isohydric 50%
• Midday Water Potential 50%
• Root Xylem 50%
• Seasonal Drought 50%
• Evergreen Species 50%
• Water Storage Capacity 50%
• Silt Loam Soil 50%
• Thuja Occidentalis 50%
• Pinus Species 50%
• Drought Conditions 50%
• Pseudotsuga Menziesii 50%
• Vulnerability to Embolism 50%
• Predawn Water Potential 50%

Agricultural and Biological Sciences

• Gas Exchange 100%
• Xylem 100%
• Growing Season 50%
• Water Stress 50%
• Branches 50%
• Deciduous 50%
• Vapor Pressure 50%
• Hydraulic Conductivity 50%
• Water Storage 50%
• Photosystem 50%
• Soil Type 50%
• Pinus 50%
• Larix occidentalis 50%
• Thuja occidentalis 50%
• Abies Grandis 50%
• Pseudotsuga menziesii 50%
• Stomatal Conductance 50%
• Root Hydraulic Conductivity 50%
• Loam Soils 50%
• Pinus monticola 50%
• Pinus ponderosa 50%