Impact of different destocking strategies on theresilience of dry rangelands

Keyphrases

• Rangeland 100%
• Destocking 100%
• Resilience 75%
• Livestock Density 50%
• Adaptivity 50%
• Degraded State 50%
• Stocking Density 50%
• Stocking Strategy 50%
• Water Availability 25%
• Livestock 25%
• Drought 25%
• Herbivore 25%
• Resilient 25%
• Management Strategy 25%
• Semi-arid Region 25%
• Bistability 25%
• Dynamical Systems Theory 25%
• Land Degradation 25%
• Dryland Vegetation 25%
• Overgrazing 25%
• Sustainable Management 25%
• Animal Husbandry 25%
• Abrupt Transition 25%
• Carrying Capacity 25%
• Coupled Differential Equations 25%
• Simple Mathematical Model 25%
• Resilience Index 25%
• Socio-economic Crisis 25%
• Vegetation Loss 25%
• Sustainable Livestock 25%
• Rangeland Management 25%
• Strong Allee Effect 25%
• Available Forage 25%
• Forage Availability 25%

Earth and Planetary Sciences

• Rangeland 100%
• Vegetation 50%
• Water Availability 25%
• Environmental Impact Assessment 25%
• Semiarid Region 25%
• Systems Theory 25%
• Overgrazing 25%
• Land Degradation 25%
• Carrying Capacity 25%
• Rangeland Management 25%
• Dynamical System 25%
• Animal Husbandry 25%

Agricultural and Biological Sciences

• Rangeland 100%
• Farm Animal 60%
• Land Degradation 20%
• Carrying Capacity 20%
• Mathematical Model 20%
• Overgrazing 20%
• Arid Zones 20%
• Animal Husbandry 20%