Going where no grains have gone before: From early to mid-succession

Keyphrases

• Agriculture 100%
• Soil Erosion 40%
• Agroecosystem 40%
• Soil Microbiome 40%
• Soil Organic Matter 40%
• Nutrient Retention 40%
• Successional Gradient 40%
• N Retention 40%
• Ecological Intensification 40%
• Addressing Issues 20%
• Recent Advances 20%
• N Availability 20%
• Ecosystem Function 20%
• Weeds 20%
• Low nutrient 20%
• Grassland 20%
• Water Retention 20%
• Terrestrial Ecosystems 20%
• Carbon Sequestration 20%
• Net Ecosystem Productivity 20%
• Disturbance Regime 20%
• Soil Structure 20%
• Ecosystem Services 20%
• Grassland Ecosystem 20%
• Ecosystem Succession 20%
• N2 Fixation 20%
• Nutrient Uptake 20%
• Late-successional 20%
• Early-successional 20%
• Crop Species 20%
• Active Soil Layer 20%
• Conceptual Model 20%
• Herbicide 20%
• N Input 20%
• Ecological Implications 20%
• Secondary Succession 20%
• Water Uptake 20%
• Soil Organic Carbon Pools 20%
• Tillage Practices 20%
• Supply-demand 20%
• Ecological Function 20%
• Degraded Soil 20%
• Available N 20%
• Annual Crops 20%
• Perennial Species 20%
• Soil N Supply 20%
• N Export 20%
• N Economy 20%
• Weed Invasion 20%
• No-till Cropping Systems 20%
• Microbial Immobilization 20%
• Erosion Loss 20%
• Synthetic Fertilizer 20%
• High Turnover 20%
• Crop Demand 20%
• Attention Switching 20%
• Environmental Consequences 20%
• Ecological Literature 20%
• Functional Soil 20%
• Low Water 20%
• Non-crop Vegetation 20%
• Perennial Grain Crops 20%

Agricultural and Biological Sciences

• Grains 100%
• Soil Organic Matter 75%
• Grassland 50%
• Perennials 50%
• Soil Erosion 50%
• Agroecosystem 50%
• Soil Microbiome 50%
• Carbon Sequestration 25%
• Terrestrial Ecosystem 25%
• Soil Structure 25%
• Nutrient Uptake 25%
• Nutrient Retention 25%
• Herbicide 25%
• Secondary Succession 25%
• Cropping System 25%
• Water Uptake 25%
• Ecological Function 25%
• Tillage Implements 25%
• Ecosystem Service 25%
• Nitrogen Fixation 25%
• Grain Crops 25%