Ecophysiological constraints associated with aggression, and evolution toward pacifism in Spalax ehrenbergi

Keyphrases

• Ecophysiology 100%
• Spalax 100%
• Urine Osmolarity 100%
• Pacifism 100%
• Corticosterone 66%
• Within-population 66%
• Social Stress 33%
• Aggressive Behavior 33%
• Stress Sensitivity 33%
• Sociality 33%
• Arid Environment 33%
• Way of Life 33%
• Emotional Arousal 33%
• Social Encounters 33%
• Aggressiveness 33%
• Environmental Causes 33%
• Physiological Constraints 33%
• General Trends 33%
• Energy Loss 33%
• Arid Zone 33%
• Energy Mobilization 33%
• Humid Area 33%
• Superspecies 33%
• Potential Energy 33%
• Causes of Variation 33%
• Corticosterone Response 33%
• Water Economy 33%
• Arid Habitat 33%
• 3-round 33%
• Mole Rat 33%
• Social Tolerance 33%
• Physiological Correlates 33%

Agricultural and Biological Sciences

• Spalax 100%
• Urine Osmolality 100%
• Corticosterone 100%
• Ecophysiology 33%
• Mole Rat 33%
• Superspecies 33%
• Arid Zones 33%