Herbivore-alga interaction strength influences spatial heterogeneity in a kelp-dominated intertidal community

Keyphrases

• Spatial Heterogeneity 100%
• Herbivore 100%
• Kelp 100%
• Interaction Strength 100%
• Intertidal Communities 100%
• Niger 100%
• Spatial Structure 80%
• Grazer 60%
• Brown Algae 60%
• Algal Species 60%
• Chile 20%
• Grazers 20%
• Population Density 20%
• Functional Groups 20%
• Large Body Size 20%
• Rocky Intertidal Shores 20%
• Functional Identity 20%
• Species Abundance 20%
• Size-density 20%
• Durvillaea Antarctica 20%
• Primary Space 20%
• Consumptive Effects 20%
• Lessonia Trabeculata 20%
• Grazing Behavior 20%
• Functional Role 20%
• Foraging Patterns 20%
• Algae Community 20%
• Species Composition 20%
• Enclosure Experiment 20%
• Space Availability 20%
• Generalist Consumer 20%
• Resource Variability 20%
• Collective Effects 20%
• North Central 20%
• Geographic Distribution 20%
• Bull Kelp 20%
• Marine Herbivore 20%
• Spatial Co-location Pattern 20%
• Algal Colonization 20%

INIS

• interactions 100%
• communities 100%
• kelp 100%
• algae 100%
• niger 83%
• abundance 33%
• space 33%
• resources 33%
• size 16%
• population density 16%
• management 16%
• chile 16%
• surveys 16%
• data 16%
• shores 16%
• distribution 16%
• increasing 16%
• grazing 16%
• availability 16%
• sulfur 32 16%
• antarctica 16%

Earth and Planetary Sciences

• Intertidal Community 100%
• Niger 100%
• Spatial Heterogeneity 100%
• Brown Alga 60%
• Chile 20%
• Geographic Distribution 20%
• Field Experiment 20%
• Field Survey 20%
• Generalist 20%
• Enclosure Experiment 20%
• Antarctic Region 20%
• Population Density 20%