Organic and inorganic nutrients modulate taxonomic diversity and trophic strategies of small eukaryotes in oligotrophic oceans

Keyphrases

• Nutrient Regime 100%
• Taxonomic Diversity 100%
• Organic nutrients 100%
• Microbial Assemblages 100%
• Inorganic nutrients 100%
• Oligotrophic Ocean 100%
• Trophic Strategy 100%
• Natural Microbial Community 100%
• Diversity Strategy 100%
• Small Eukaryotes 100%
• Limited Resources 50%
• Global Warming 50%
• Community Response 50%
• Field Sampling 50%
• Taxonomic Composition 50%
• Euphotic Zone 50%
• Dissolved Organic Matter 50%
• Community Composition 50%
• Nutrient Availability 50%
• Oligotrophic Gyre 50%
• Mixotrophic 50%
• Protist Community 50%
• Phosphorus Availability 50%
• Predicting Change 50%
• Sargasso 50%
• Nutrient Enrichment 50%
• Diversity Loss 50%
• Laboratory Incubation 50%
• Nutrient Addition 50%
• Inorganic Phosphorus 50%
• Nutrient Needs 50%
• Depth Gradient 50%
• Microbial Productivity 50%
• Eukaryotic Community 50%
• Phagotrophic 50%
• Eukaryotic Plankton Community 50%
• Microbial Laboratory 50%
• Enrichment Assay 50%
• 18S Metabarcoding 50%
• Organic Matter Addition 50%
• Trophic Composition 50%
• Subsurface Chlorophyll Maximum 50%

Immunology and Microbiology

• Protista 100%
• Eukaryote 100%
• Taxon 100%
• Mixotroph 100%
• Volociximab 100%
• Phagotroph 100%