Spectroscopy application for soil differentiation in urban landscape

Keyphrases

• Urban Landscape 100%
• Urban Soil 100%
• Soil Samples 40%
• Urbanization 20%
• Park Soils 20%
• Total Carbon Content 20%
• Physical Properties 10%
• Trash 10%
• Urban Vegetation 10%
• Mount Carmel 10%
• Spectral Method 10%
• Chemical Analysis 10%
• Vegetation Community 10%
• Organic Particles 10%
• Alien 10%
• Spectral Features 10%
• Clay Minerals 10%
• National Park 10%
• Anthropogenic Sources 10%
• Chemical Properties 10%
• Residential Development 10%
• Urbanization Process 10%
• Taxonomic Classification 10%
• Spectral Region 10%
• Silicate Minerals 10%
• Unmixing Method 10%
• Non-destructive Method 10%
• Disturbed Sites 10%
• Environmental Support 10%
• Mid-infrared 10%
• High Absorption 10%
• Environmental Services 10%
• Distractive 10%
• Chrysotile 10%
• Rapid Acquisition 10%
• Spectrum Feature 10%
• Absorption Feature 10%
• Generic Terms 10%
• Shortwave 10%
• VNIR-SWIR 10%
• Spectral Unmixing 10%
• Actinolite 10%
• Construction Development 10%
• Soil Information 10%
• Natural Soil 10%
• Transportation Development 10%
• Soil Supply 10%
• Park City 10%
• Local Clay 10%

Earth and Planetary Sciences

• Urban Landscape 100%
• Urban Soil 100%
• Urban Vegetation 10%
• National Parks 10%
• Residential Development 10%
• Silicate Mineral 10%
• Environmental Management 10%
• Urbanization Process 10%
• Spectral Method 10%
• Transportation Development 10%
• Spectral Unmixing 10%
• Clay Mineral 10%