Soil fertility and water availability effects on trait dispersion and phylogenetic relatedness of tropical terrestrial ferns

Keyphrases

• Functional Traits 100%
• Water Availability 100%
• Soil Water 100%
• Angiosperms 100%
• Soil Fertility 100%
• Phylogenetic Relatedness 100%
• Ferns 100%
• Functional Dispersion 100%
• Trait Dispersion 100%
• Terrestrial Ferns 100%
• Dry Season 66%
• Evolutionary History 33%
• Environmental Factors 33%
• Nitrogen N 33%
• N-ratio 33%
• Manganese 33%
• Moisture 33%
• Comparative Phylogenetics 33%
• Phosphorus P 33%
• Environmental Variables 33%
• Phylogenetic Relationship 33%
• Reproductive System 33%
• Functional Diversity 33%
• Carbon C 33%
• Trait Distribution 33%
• Rainfall 33%
• Process Structure 33%
• Panama 33%
• Leaf Morphology 33%
• Co-occurrence Patterns 33%
• Dry Sites 33%
• Proton-neutron Pairing 33%
• Leaf Carbon 33%
• Soil nutrient Availability 33%
• Leaf Phosphorus 33%
• Montane Tropical Forest 33%
• Functional Composition 33%
• Wet Sites 33%
• Diverse Communities 33%
• Soil Parameters 33%
• Moisture Stress 33%
• Environmental Gradients 33%
• Tropical Rainforest 33%
• Trait Correlation 33%
• Plant Functional Traits 33%
• Phylogenetic Clustering 33%
• Phylogenetic Diversity 33%
• Trait Affect 33%
• Environmental Filtering 33%
• Low Fertility Soil 33%
• Tree Fern 33%
• Soil Total N 33%
• Beta Regression 33%
• Low Soil Fertility 33%
• Fourth-corner Analysis 33%
• Fern Phylogeny 33%
• Fern Species 33%

Agricultural and Biological Sciences

• Cladistics 100%
• Soil Water 100%
• Soil Fertility 100%
• Angiosperm 42%
• Dry Season 28%
• Evolution 14%
• Environmental Factor 14%
• Tropical Forest 14%
• Soil Nutrient 14%
• Nutrient Availability 14%
• Moisture Stress 14%
• Functional Diversity 14%
• Reproductive System 14%
• Tree Ferns 14%