Going underground: short- and long-term movements may reveal the fossorial spatial ecology of an amphisbaenian

Keyphrases

• Spatial Ecology 100%
• Amphisbaenians 100%
• Fossorial 100%
• Movement Patterns 66%
• Reptiles 66%
• Movement Ecology 66%
• Epigeal 66%
• Small Area 33%
• Area Cover 33%
• Capture-recapture 33%
• Young Individuals 33%
• Burrow 33%
• Telemetry 33%
• Shortest Distance 33%
• Space Use 33%
• Functional Adaptation 33%
• Distance Covered 33%
• Site Fidelity 33%
• Age Class 33%
• Rare Example 33%
• Movement Strategy 33%
• Movement Decisions 33%
• Morphological Adaptation 33%
• Age-sex Class 33%
• Use Decisions 33%
• Metabolic Requirements 33%
• Ecological Challenges 33%
• Social Requirements 33%
• Movement Ability 33%
• Animal Adaptation 33%
• Spatial Strategies 33%
• Passive Integrated Transponder 33%
• Trogonophis Wiegmanni 33%
• Fossorial Reptiles 33%
• Fossorial Species 33%
• Floating Behaviour 33%
• Recapture Study 33%

Agricultural and Biological Sciences

• Epigeal 100%
• Face 50%
• Reproductives 50%
• Transponder 50%
• Telemetry 50%
• Animal Adaptation 50%