Slow natal dispersal across a homogeneous landscape suggests the use of mixed movement behaviours during dispersal in the Darwin's frog

Keyphrases

• Natal Dispersal 100%
• Dispersal Routes 100%
• Darwin's Frogs 100%
• Movement Behavior 100%
• Risk Cost 50%
• Routine Movements 50%
• Wild Population 25%
• Dispersal Distance 25%
• High Efficiency 25%
• Predation 25%
• Amphibians 25%
• Energetic Cost 25%
• Rhinoderma Darwinii 25%
• Starvation 25%
• Increasing Risk 25%
• South American Temperate Forests 25%
• Risk Reduction 25%
• Capture-recapture 25%
• Straight Line 25%
• Simulation Modeling 25%
• Site Fidelity 25%
• Dispersal Success 25%
• Juvenile Dispersal 25%
• Correlated Random Walk 25%
• Random Walk Model 25%
• Transient Phase 25%
• Homogeneous Environment 25%
• Path Tortuosity 25%
• General Notion 25%

Earth and Planetary Sciences

• Natal Dispersal 100%
• Temperate Forest 50%
• Predation 50%
• Wild Population 50%
• Site Fidelity 50%
• Tortuosity 50%
• Random Walk 50%

Agricultural and Biological Sciences

• Anura 100%
• Annuals 100%
• Americans 50%
• Temperate Forest 50%
• Predation 50%
• Temporal Scale 50%