Differential drought resistance strategies of co-existing woodland species enduring the long rainless Eastern Mediterranean summer

Keyphrases

• Eastern Mediterranean 100%
• Drought Resistance 100%
• Woodland Species 100%
• Quercus 50%
• Two-species 33%
• Extreme Drought 33%
• Stomatal Closure 33%
• Pistacia 33%
• Physiological Characteristics 16%
• Quercus Calliprinos 16%
• Leaf Water Potential 16%
• High Mortality 16%
• Summer Months 16%
• Stem Hydraulics 16%
• Isohydric 16%
• Safety Margin 16%
• Mediterranean Woodland 16%
• Woody Species 16%
• Dry Summer 16%
• Pistacia Lentiscus 16%
• Water Consumption 16%
• Dry Climate 16%
• Anisohydric 16%
• Tree Mortality 16%
• Resistance Strategies 16%
• Gas Exchange 16%
• High Water 16%
• Leaf Turgor Loss Point 16%
• Dry Woodlands 16%
• Turgor 16%
• Vulnerability Level 16%
• Hydraulic Vulnerability 16%
• Species Differences 16%
• Crown Volume 16%
• Ecophysiology 16%
• Water Reserves 16%
• Phillyrea Latifolia L. 16%
• Isohydric Species 16%
• Forest Dynamics 16%
• Turgor Loss Point 16%
• Isohydricity 16%

Agricultural and Biological Sciences

• Drought Resistance 100%
• Phillyrea 83%
• Quercus 66%
• Turgor 50%
• Pistacia 33%
• Gas Exchange 16%
• Leaf Water Potential 16%
• Tree Mortality 16%
• Water Consumption 16%
• Forest Dynamics 16%
• Pistacia lentiscus 16%
• Phillyrea latifolia 16%