Inferring long-term nutrient changes in southeastern Ontario lakes: Comparing paleolimnological and mass-balance models

Keyphrases

• Capacity Model 66%
• Diatom Species 16%
• Diatoms 50%
• Export Coefficient 16%
• Hard Water 16%
• Lake Area 16%
• Lake Eutrophication 16%
• Lakeshore 66%
• Long-term Monitoring Data 16%
• Mass Balance Model 100%
• Missing Data 16%
• Model Errors 16%
• Model Estimates 16%
• Model Inference 16%
• Model Output 16%
• Model Selection 16%
• Nutrient Change 100%
• Nutrient Concentration 16%
• Ontario Canada 16%
• Pairwise Comparison 16%
• Phosphorus Export 16%
• Proxy Method 16%
• Sediment Core 16%
• Southern Ontario 16%
• Species Composition 16%
• Total Phosphorus Concentration 100%
• Watershed Characteristics 16%

Earth and Planetary Sciences

• Canada 25%
• Diatom 100%
• Eutrophication 25%
• Lake Ontario 100%
• Monitoring Data 25%
• Ontario 25%
• Sediment Core 25%