Linking Vegetation Diversity and Soils on Highway Slopes: A Case Study of the Zhengzhou–Xinxiang Section of the Beijing–Hong Kong–Macau Highway

Keyphrases

• Vegetation Community 100%
• Vegetation Diversity 100%
• Highway Slope 100%
• Soil Physicochemical Properties 66%
• Total Phosphorus 33%
• Total Nitrogen 33%
• Environmental Factors 33%
• Organic Matter 33%
• Community Diversity 33%
• Rapid Development 33%
• Species Diversity 33%
• Water Resources 33%
• Strong Correlation 33%
• Coupling Mechanism 33%
• Weak Correlation 33%
• Species Richness Index 33%
• Soil Bulk Density 33%
• Highway Construction 33%
• Redundancy Analysis 33%
• Available Phosphorus 33%
• Ecological Problems 33%
• Vegetation Restoration 33%
• Available Nitrogen 33%
• Road Slope 33%
• Available Potassium 33%
• Slope Vegetation 33%
• Relationship Mechanism 33%
• Slope Restoration 33%
• Simpson Dominance Index 33%
• Artificial Vegetation 33%
• Grey Correlation Degree 33%
• Soil Physiochemical Properties 33%
• Nitrogen-phosphorus 33%

Earth and Planetary Sciences

• Soil Physicochemical Properties 100%
• Bulk Density 50%
• Species Richness 50%
• Organic Material 50%
• Species Diversity 50%
• Environmental Factor 50%
• Nitrogen 50%
• Potassium 50%