Environmental heterogeneity drives fine-scale species assembly and functional diversity of annual plants in a semi-arid environment

Keyphrases

• Functional Diversity 100%
• Environmental Heterogeneity 100%
• Annual Plants 100%
• Semi-arid Environment 100%
• Microsite 100%
• Species Assembly 100%
• Species Diversity 75%
• Species Coexistence 75%
• Phylogenetic Diversity 50%
• Beta Diversity 50%
• Null Model 50%
• Alpha Diversity 50%
• Fine Grain Size 50%
• Community Diversity 50%
• Gamma Diversity 50%
• Trait Convergence 50%
• High Abundance 25%
• Phylogeny 25%
• Precipitation Gradient 25%
• Species Composition 25%
• Assembly Process 25%
• Mass Effect 25%
• Species Abundance 25%
• Plant Species Richness 25%
• Grain Size 25%
• Evenly Distributed 25%
• Species Community 25%
• Functional Measures 25%
• Community Assembly 25%
• Trait-based Approach 25%
• Source-sink Dynamics 25%
• Mass Source 25%
• Trait Divergence 25%
• Underdispersion 25%
• Tress 25%
• Null Model Analysis 25%
• Spatial Environmental Heterogeneity 25%
• Co-occurring Species 25%
• Phylogenetic Patterns 25%
• Trait Patterns 25%
• Species-rich 25%
• Phylogenetic Dispersion 25%

Agricultural and Biological Sciences

• Functional Diversity 100%
• Grains 100%
• Beta Diversity 66%
• Alpha Diversity 66%
• Cladistics 33%
• Species Diversity 33%
• Species Richness 33%