Local adaptation optimizes photoprotection strategies in a Neotropical legume tree under drought stress

Earth and Planetary Sciences

• Photoprotection 100%
• Local Adaptation 100%
• Drought Stress 100%
• Assimilation 80%
• Drought 80%
• Carbon 80%
• Response 60%
• Position (Location) 40%
• Value 40%
• Plant 40%
• Water Availability 40%
• Seed 20%
• Dehydration 20%
• Planning 20%
• Environment 20%
• Avoidance 20%
• Tropical Forest 20%
• Tolerance 20%
• Garden 20%
• Immobilization 20%
• Greenhouse 20%
• Gradient 20%
• Dissipation 20%
• Project 20%
• Plastic Property 20%
• Evapotranspiration 20%
• Climate Change 20%
• Stomatal Conductance 20%
• Ecological Adaptation 20%
• Damage 20%
• Efficiency 20%
• Closure 20%
• Increasing 20%
• Growth 20%
• Tradeoff 20%
• Physiological Response 20%
• Restoration 20%
• Species 20%
• Environmental Stress 20%
• Cost 20%
• Pigment 20%

Agricultural and Biological Sciences

• Trees 100%
• Drought 100%
• Photoprotection 100%
• Carbon Fixation 80%
• Provenance 40%
• Water 40%
• Seeds 20%
• Gardens 20%
• Ecology 20%
• Environment 20%
• Tropical Forests 20%
• Planning 20%
• Caesalpinia spinosa 20%
• Evaporative Demand 20%
• Pigments 20%
• Physiological Response 20%
• Evapotranspiration 20%
• Climate Change 20%
• Stomatal Conductance 20%