Novel habitat use supports population maintenance in a reconfigured landscape

Keyphrases

• Turtle 100%
• Population Maintenance 100%
• Novel Habitat 100%
• Habitat Use 100%
• Range of Motion 66%
• Aquatic Species 66%
• Home Range 66%
• Semi-aquatic 66%
• Habitat Selection 66%
• Landscape Scale 66%
• Biodiversity Conservation 33%
• Logistic Regression 33%
• Use Decisions 33%
• Public Access 33%
• Novel Environment 33%
• Location Information 33%
• Behavioral Plasticity 33%
• Road Traffic 33%
• Reptiles 33%
• High Survival 33%
• Aquatic Systems 33%
• Connected Network 33%
• Activity Areas 33%
• Multiple Spatial Scales 33%
• Selected Features 33%
• Data Distribution 33%
• North Carolina 33%
• Selection Decisions 33%
• Aquatic Environment 33%
• Protected Areas 33%
• Substrate Characteristics 33%
• Utilization Distribution 33%
• Ecological Aspects 33%
• Known-fate Models 33%
• Eastern North America 33%
• Variation in Behavior 33%
• Forest Heterogeneity 33%
• Isolated Wetlands 33%
• Wetland Drainage 33%
• Pristine Area 33%
• Spotted Turtle 33%
• Aestivation 33%
• Spatial Grain 33%
• Commercial Forestry 33%
• Imperiled Species 33%
• Low Gradient 33%
• Nest Site 33%
• Forest Landscape 33%
• Habitat Value 33%
• N-mixture Modeling 33%
• Understory 33%
• Habitat Heterogeneity 33%
• Clemmys Guttata 33%
• Closed-canopy Forests 33%

INIS

• populations 100%
• maintenance 100%
• habitat 100%
• turtles 57%
• environment 42%
• forests 42%
• distribution 28%
• wetlands 28%
• home range 28%
• data 14%
• information 14%
• resources 14%
• variations 14%
• metrics 14%
• usa 14%
• modeling 14%
• range 14%
• management 14%
• adults 14%
• psychological behavior 14%
• abundance 14%
• forestry 14%
• north america 14%
• closures 14%
• drainage 14%
• roads 14%
• substrates 14%
• nests 14%
• mixtures 14%
• plasticity 14%
• reptiles 14%
• canopies 14%
• protected areas 14%
• north carolina 14%
• aestivation 14%

Agricultural and Biological Sciences

• Aestivation 50%