Mixotrophs combine resource use to outcompete specialists: Implications for aquatic food webs

Earth and Planetary Sciences

• Food Web 100%
• Implication 100%
• Resource Use 100%
• Specialist 100%
• Organism 50%
• Abundance 50%
• Strategy 50%
• Habitat 33%
• Accumulation 33%
• Trophic Level 33%
• Competition 33%
• Photoautotrophy 33%
• Heterotrophy 33%
• Datum 16%
• Cost 16%
• Depth 16%
• Carbon 16%
• Gradient 16%
• Requirement 16%
• Loss 16%
• Strata 16%
• Metazoan 16%
• Grazing 16%
• Assimilation 16%
• Lake 16%
• Laboratory Experiment 16%
• Aquatic Ecosystem 16%
• Resource Availability 16%
• Aquatic Community 16%
• Life History Trait 16%
• Mixotrophy 16%
• Organic Substance 16%
• Photosynthesis 16%

Immunology and Microbiology

• Prey 100%
• Organisms 50%
• Surface Property 33%
• Light 33%
• Phototrophy 33%
• Heterotrophy 33%
• Experiment 16%
• Energy 16%
• Photosynthesis 16%
• Protozoa 16%
• Animal 16%
• Mixotroph 16%
• Density 16%
• Mixotrophy 16%
• Life History Trait 16%

Agricultural and Biological Sciences

• Aquatic Food Webs 100%
• Organisms 50%
• Surfaces 33%
• Aquatic Habitat 33%
• Nutrients 16%
• Foods 16%
• Ecology 16%
• Depth 16%
• Grazing 16%
• Laboratories 16%
• Lakes 16%
• Protozoa 16%
• Photosynthesis 16%
• Life History 16%
• Aquatic Environment 16%
• Aquatic Communities 16%