Stronger fertilization effects on aboveground versus belowground plant properties across nine U.S. grasslands

Keyphrases

• Aboveground Biomass 100%
• Grassland 100%
• Plant Properties 100%
• Fertilization Effect 100%
• N Addition 66%
• N Deposition 66%
• Root Biomass 66%
• Atmospheric Nitrogen Deposition 66%
• Anthropogenic Activities 66%
• Soil Carbon Storage 66%
• P Addition 66%
• Response Change 33%
• Nitrogen N 33%
• Knowledge Gaps 33%
• Nitrogen Phosphorus 33%
• Phosphorus P 33%
• Terrestrial Ecosystems 33%
• Supply Rate 33%
• Fertilization 33%
• Major Contributor 33%
• N Fertilization 33%
• Nitrogen Addition 33%
• N Supply 33%
• Nutrient Supply 33%
• Primary Productivity 33%
• Climatic Conditions 33%
• Root Production 33%
• Nutrient Effects 33%
• Nutrient Availability 33%
• Site Conditions 33%
• Nutrient Loading 33%
• Continental United States 33%
• Global Environmental Change 33%
• Belowground Responses 33%
• Site Response 33%
• Aboveground Productivity 33%
• Aboveground Net Primary Productivity 33%
• Nutrient Addition 33%
• P Fertilization 33%
• Grassland Ecosystem 33%
• Nutrient Input 33%
• Edaphic Conditions 33%
• Primary Biomass 33%
• Root Turnover Rate 33%
• Root Turnover 33%

Earth and Planetary Sciences

• Atmospherics 100%
• United States of America 100%
• Grassland 100%
• Aboveground Biomass 100%
• United States 50%
• Global Environmental Change 50%
• Terrestrial Ecosystem 50%
• Soil Carbon 50%
• Belowground Biomass 50%
• Grassland Ecosystem 50%

Agricultural and Biological Sciences

• Grassland 100%
• Aboveground Biomass 66%
• Primary Productivity 66%
• Anthropogenic Activity 66%
• Terrestrial Ecosystem 33%
• Soil Carbon 33%
• Nutrient Availability 33%
• Belowground Biomass 33%