The importance of intrinsic traits, environment and human activities in modulating stress levels in a wild ungulate

Keyphrases

• Human Activities 100%
• Stress Level 100%
• Wild Ungulates 100%
• Intrinsic Attributes 100%
• Trait-environment 100%
• Environmental Conditions 40%
• Management Practices 40%
• Physiological Stress 40%
• Faecal Glucocorticoid Metabolites 40%
• Stress Physiology 40%
• Hunting Management 40%
• Spatiotemporal Variation 40%
• Environmental Management 20%
• Stress Response 20%
• Wildlife 20%
• Wild Population 20%
• Wild Animals 20%
• Ambient Temperature 20%
• Integrated Perspective 20%
• Conservation Strategies 20%
• Management Strategy 20%
• High Population Density 20%
• Negative Effects 20%
• Management System 20%
• Young Animals 20%
• Feeding Practices 20%
• Red Deer 20%
• Mediterranean Ecosystems 20%
• Food Availability 20%
• Appropriate Management 20%
• Stress Indicators 20%
• Influence Factors 20%
• Human Activity Impacts 20%
• Long-term Stress 20%
• Management Decisions 20%
• Main Drivers 20%
• Ecological Processes 20%
• Supplementary Feeding 20%
• Hounds 20%
• Ecological Factors 20%
• Southwestern Europe 20%
• Partitioning Method 20%
• Weather Conditions 20%
• Stress Hormones 20%
• Anthropogenic Processes 20%
• Hormone Levels 20%
• Overabundant 20%
• Hormone Metabolites 20%
• Deer Population 20%
• Metabolite Variation 20%
• Chronic Stressors 20%
• Wildlife Management 20%
• Variation Partitioning 20%
• Intrinsic Factors 20%
• Hormonal Concentration 20%
• Accumulated Rainfall 20%
• Weather Regimes 20%
• Wild Herbivores 20%
• Red Deer Cervus Elaphus 20%
• Individual Traits 20%
• Physiological Ecology 20%
• Inducing Factors 20%

Agricultural and Biological Sciences

• Metabolite 100%
• Red Deer 100%
• Glucocorticoid 66%
• Wild Animal 33%
• Young Animals 33%
• Hounds 33%
• Wildlife Management 33%
• Food Availability 33%
• Population Density 33%
• Stress Hormone 33%