Competition and nutrient kinetics along a temperature gradient: An experimental test of a mechanistic approach to niche theory

Keyphrases

• Mechanistic Approach 100%
• Temperature Gradient 100%
• Niche Theory 100%
• Synedra 100%
• Nutrient Kinetics 100%
• Competition Kinetics 100%
• Asterionella 100%
• Silica 75%
• Silicate 75%
• Half-saturation Constant 75%
• Growth Rate 50%
• Growth Kinetics 50%
• Resource Requirements 50%
• Temperature-independent 50%
• Population Dynamics 25%
• Limited Competition 25%
• Mechanistic Model 25%
• Low-resource 25%
• No Significant Difference 25%
• Temperature Range 25%
• Nutrient Dynamics 25%
• Acclimate 25%
• Ulna 25%
• Algal Species 25%
• Single Species 25%
• Competition Experiments 25%
• Equilibrium Outcome 25%
• Initial Cell Density 25%
• Limited Growth 25%
• Monod Model 25%
• Equilibrium Theory 25%
• Resource-based Model 25%
• Asterionella Formosa 25%
• Nutrient Thresholds 25%
• Starting Conditions 25%
• Competition Theory 25%

Immunology and Microbiology

• Population Density 100%
• Experimental Test 100%
• Ulna 100%

Agricultural and Biological Sciences

• Asterionella 100%
• Synedra 75%
• Synedra Ulna 25%
• Asterionella Formosa 25%
• Mechanistic Model 25%
• Population Density 25%