Urban trees reduce nutrient leaching to groundwater

Keyphrases

• Turfgrass 100%
• Groundwater 100%
• Nutrient Leaching 100%
• Urban Trees 100%
• Soil Water 66%
• N Leaching 66%
• P Leaching 66%
• Minnesota 33%
• Stormwater 33%
• Mississippi River 33%
• Dissolved Organic Carbon 33%
• Phosphorus P 33%
• Water Flux 33%
• Nitrogen N 33%
• Saint Paul 33%
• Nitrogen Phosphorus 33%
• Evergreen Broad-leaved Forest 33%
• Oxygen Level 33%
• Nutrient Export 33%
• Water Clarity 33%
• Algal Bloom 33%
• Stormwater Infrastructure 33%
• Leaching 33%
• Canopy Height 33%
• Leaf Area Index 33%
• Leaf Litter 33%
• Carbon C 33%
• Winter Season 33%
• Size Parameter 33%
• Export Pathways 33%
• Drought Period 33%
• Low Water 33%
• Inorganic N 33%
• Sub-watershed 33%
• Leaf Biomass 33%
• Root Length 33%
• Hydrologic Modeling 33%
• Low Leaching 33%
• Lysimeter 33%
• Soil nutrient Pool 33%
• Green Leaves 33%
• Excess Nitrogen 33%
• Tissue nutrient Content 33%
• City Parks 33%
• Removal Volume 33%
• Urban Waterways 33%
• Urban Vegetation 33%
• BROOK90 33%
• Nutrient Movement 33%
• Tree Tissues 33%
• Three-City 33%
• Leaf Roots 33%
• FP-tree 33%

Agricultural and Biological Sciences

• Soil Water 100%
• Deciduous 50%
• Plant Litter 50%
• Groundwater Model 50%
• Red Tide 50%
• Leaf Area Index 50%
• Subwatersheds 50%
• Lysimeters 50%
• Soil Nutrient 50%