Do Red Foxes (Vulpes vulpes) Increase the Detectability of Scent Marks by Selecting Highly Conspicuous Substrates?

Keyphrases

• Red Fox Vulpes Vulpes 100%
• Animal Carcass 100%
• Scent Marking 100%
• Microenvironment 66%
• Carrion 66%
• Scat 66%
• Livestock 33%
• Human Activities 33%
• Land Use 33%
• Environmental Variables 33%
• Vegetation Type 33%
• Feces 33%
• Per Se 33%
• Pakistan 33%
• Roadkill 33%
• Agricultural Land 33%
• Food Sources 33%
• Persecution 33%
• Domestic Dog 33%
• Ecosystem Benefits 33%
• Substrate Type 33%
• Prey Population 33%
• Communication Signal 33%
• Dog Canis Familiaris 33%
• Aromatic Plants 33%
• Livestock Dung 33%
• Effects of Human Activity 33%
• Type Distribution 33%
• Tree Density 33%
• Shigar Valley 33%
• Human Activity Factor 33%
• Mixed Farming 33%
• Human Habitat 33%
• Barren Ground 33%
• Seed Dispersal 33%
• Site Selection 33%
• Dens 33%
• Mating Season 33%
• Environmental Labelling 33%
• Karakorum 33%
• Habitat Factors 33%
• Subsistence 33%
• Fractional Vegetation Cover 33%
• Line Transect Survey 33%
• Poor Areas 33%
• Open Grassland 33%
• Livestock Feces 33%
• Territorial Defence 33%
• Ground Cover 33%
• Perceived Damage 33%
• Fox Feces 33%
• Human-carnivore Coexistence 33%
• Anthropogenic Features 33%

Agricultural and Biological Sciences

• Vulpes vulpes 100%
• Fox 100%
• Feces 37%
• Microhabitat 25%
• Grassland 12%
• Vegetation Cover 12%
• Food Crop 12%
• Road Kills 12%
• Mixed Farming 12%
• Seed Dispersal 12%
• Land Use 12%
• Agricultural Land 12%