Beyond plant–soil feedbacks: mechanisms driving plant community shifts due to land-use legacies in post-agricultural forests.

Keyphrases

• Woodland 100%
• Plant Community 100%
• Post-agricultural Forest 100%
• Feedback Mechanism 100%
• Community Shift 100%
• Land-use Legacies 100%
• Agricultural Practices 66%
• Agriculture 66%
• Aboveground Herbivory 66%
• Poor Performance 66%
• Plant Community Composition 66%
• Plant Growth 33%
• Plant Performance 33%
• Soil Properties 33%
• Agricultural Soil 33%
• Temperate Forest 33%
• Understory Species 33%
• Soil Conditions 33%
• Microbial Community 33%
• Plant Growing 33%
• Nematode Community 33%
• Agricultural Activities 33%
• High Abundance 33%
• Food Web 33%
• Process-based 33%
• Former Agricultural Land 33%
• Legacy Effects 33%
• Belowground Communities 33%
• Ancient Forest 33%
• Post-dispersal 33%
• Agricultural Site 33%
• Biotic Legacy 33%
• Woodland Species 33%
• Alluvial Forest 33%
• Dispersal Process 33%
• Performance Pressure 33%
• Insect Herbivory 33%
• Plant nutrient Content 33%
• Herbivore Pressure 33%
• Nutritional Analysis 33%
• Dispersal Limitation 33%
• Abiotic Characteristics 33%
• Agricultural Communities 33%
• Invertebrate Herbivore 33%
• Belowground Interactions 33%
• Root-feeding Nematodes 33%
• Forest Understory 33%
• Poor Recruitment 33%
• Invertebrate Community 33%
• Herbivore Abundance 33%

Earth and Planetary Sciences

• Herbivory 100%
• Feedback Mechanism 100%
• Plant Community 100%
• Land Use 100%
• Agricultural Practice 66%
• Understory 66%
• Soil Condition 33%
• Soil Property 33%
• Farmland 33%
• Laboratory Experiment 33%
• Food Web 33%
• Temperate Forest 33%
• Agricultural Soil 33%
• Nitrogen 33%

Agricultural and Biological Sciences

• Understory 100%
• Nematode 100%
• Plant Community 100%
• Land Use 100%
• Soil Quality 50%
• Arable Land 50%
• Soil Property 50%
• Temperate Forest 50%
• Food Web 50%
• Agricultural Soil 50%