Anthropogenic supply of nutrients in a wildlife reserve may compromise conservation success

Keyphrases

• Wildlife 100%
• Large Herbivores 100%
• Conservation Effectiveness 100%
• Wildlife Reserve 100%
• Mineral Lick 100%
• Nutrient Intake 75%
• Anthropogenic Mineral 75%
• Body Condition 50%
• Zinc 25%
• Ecosystem Processes 25%
• Phosphorus P 25%
• Nutrition Behavior 25%
• Population Growth 25%
• Fecundity 25%
• Grazers 25%
• Species Interactions 25%
• Carrying Capacity 25%
• Nutrient-poor 25%
• Habitat Degradation 25%
• Mammalian Herbivores 25%
• Natural Processes 25%
• Impact on Ecosystems 25%
• Sodium 25%
• Trophic Cascade 25%
• Nutrient Sources 25%
• Good Health 25%
• Nutritional Benefits 25%
• Ecosystem Integrity 25%
• Animal Bodies 25%
• Comprehensive Assessment 25%
• Herbivore Diet 25%
• Southern Kalahari 25%
• Kalahari Desert 25%
• Mineral Resources 25%
• Non-ruminants 25%
• Mineral Supplementation 25%
• Nutrient Evaluation 25%
• Licking 25%
• Faecal nutrients 25%
• Salt Lick 25%

Earth and Planetary Sciences

• Decoupling 100%
• Carrying Capacity 100%
• Population Growth 100%
• Trophic Cascade 100%
• Ecosystem Integrity 100%
• Mineral Resource 100%

Agricultural and Biological Sciences

• Nutrient Intake 100%
• Body Condition 66%
• Population Growth 33%
• Carrying Capacity 33%
• Feed Supplementation 33%
• Non-Ruminant 33%
• Mineral Resource 33%
• Kalahari Desert 33%