The common ground in landscape effects on gene flow in two newt species in an agroecosystem

Keyphrases

• Gene Flow 100%
• Landscape Effects 100%
• Agroecosystem 100%
• Newt 100%
• Vulgaris 66%
• Genetic Variation 66%
• Ponds 33%
• Resistance Modeling 33%
• Genetic Structure 33%
• Genetic Diversity 33%
• Urbanized Landscape 33%
• Dispersal Ability 33%
• Limited Dispersal 33%
• Habitat Connectivity 33%
• Agricultural Landscape 33%
• Population Persistence 33%
• Inbreeding Depression 33%
• Management Approach 33%
• Amphibians 33%
• Landscape Features 33%
• Landscape Resistance 33%
• Modeling Approach 33%
• Terrestrial Habitat 33%
• Aquatic Habitat 33%
• Multiple Spatial Scales 33%
• Triturus Cristatus 33%
• Genetic Connectivity 33%
• Risk Reduction 33%
• Intensively Managed Grassland 33%
• Managed Grassland 33%
• Spatial Patchiness 33%
• Lissotriton Vulgaris 33%
• Resistance Model 33%
• Resistance Surface 33%
• Structural Heterogeneity 33%
• Spatial Distribution Pattern 33%
• Crop Fields 33%
• Human Modified Habitats 33%
• Deming 33%
• Traditional Management 33%

Agricultural and Biological Sciences

• Gene Flow 100%
• Salamandridae 100%
• Agricultural Ecosystem 100%
• Grassland 66%
• Genetic Divergence 66%
• Arable Land 33%
• Triturus 33%
• Field Crops 33%
• Genetic Variability 33%
• Amphibia 33%
• Genetic Structure 33%