Size and reproductive traits rather than leaf economic traits explain plant-community composition in species-rich annual vegetation along a gradient of land use intensity

Keyphrases

• Resource Availability 100%
• Specific Leaf Area 100%
• Reproductive Traits 100%
• Land Use Intensity 100%
• Plant Diversity 100%
• Size Traits 100%
• Leaf Economic Traits 100%
• Environmental Factors 66%
• Functional Traits 66%
• Trait Factors 66%
• Leaf Nitrogen Content 66%
• Disturbance Intensity 66%
• Eastern Mediterranean 33%
• Light Absorption 33%
• Common Species 33%
• Life Form 33%
• Shrubland 33%
• Resource Competition 33%
• Soil Resources 33%
• Low-resource 33%
• Plant Community 33%
• Climatic Conditions 33%
• Soil Water 33%
• Environmental Variables 33%
• Seed Mass 33%
• Semi-arid 33%
• Ecological Strategy 33%
• Trait Relationships 33%
• Taxonomic Composition 33%
• Community Assembly 33%
• Seed number 33%
• Main Drivers 33%
• Replication Sites 33%
• Litter Decomposition 33%
• Competitive Ability 33%
• Agricultural Land Use 33%
• Plant Size 33%
• Land Use Type 33%
• Absorptive Capacity 33%
• Drivers of Change 33%
• Intensively Managed 33%
• Disturbance Degree 33%
• Site Factors 33%
• Plant Functional Traits 33%
• Cropland 33%
• Soil Phosphorus 33%
• Herbaceous Annuals 33%
• Disturbance Gradient 33%
• Water Holding Capacity 33%
• Resource Acquisition 33%
• Light Resource 33%
• Land-use Gradient 33%
• Light Interception 33%
• Mediterranean Studies 33%
• Trait-environment 33%
• Functional Composition 33%
• Drought Escape 33%
• Dryland Ecosystems 33%
• Leaf Dry Matter Content 33%
• Fourth-corner Analysis 33%
• Resource Intensity 33%
• Temperate Ecosystems 33%
• Response to Disturbance 33%
• Agricultural Disturbance 33%
• Major Disturbance 33%
• Missing Responses 33%
• Reproduction Traits 33%
• Soil Disturbance 33%
• RLQ Analysis 33%
• Low Variation 33%
• Trait Response 33%

Agricultural and Biological Sciences

• Annuals 100%
• Plant Community 100%
• Reproductive Traits 100%
• Land Use 100%
• Specific Leaf Area 60%
• Seeds 40%
• Environmental Factor 40%
• Arable Land 20%
• Litter Decomposition 20%
• Soil Resource 20%
• Shrubland 20%
• Cropland 20%
• Water Holding Capacity 20%