Diatom-based model to infer past littoral habitat characteristics in the St. Lawrence River

Keyphrases

• Diatoms 100%
• Habitat Characteristics 100%
• St. Lawrence River 100%
• Littoral Habitat 100%
• Macrophytes 66%
• Fossil Diatoms 66%
• Diatom Assemblages 66%
• Quality Measures 33%
• Cladophora 33%
• Ecosystem Management 33%
• Environmental Quality 33%
• Nutrient Loading 33%
• Sediment Core 33%
• Aquatic Habitat 33%
• St. Lawrence 33%
• Logistic Regression 33%
• Transfer Function 33%
• Habitat Preference 33%
• Correspondence Analysis 33%
• Statistical Techniques 33%
• Habitat Type 33%
• Macrophyte Growth 33%
• Diatom Algae 33%
• Habitat Structure 33%
• R2 Value 33%
• Habitat Condition 33%
• Logistic Equation 33%
• Inference Model 33%
• Data Assemblage 33%
• Filamentous Algae 33%
• Past Environmental Change 33%
• Rehabilitation Efforts 33%
• Diatom-based Transfer Function 33%
• Dated Sediment 33%

Earth and Planetary Sciences

• Diatom 100%
• Macrophyte 42%
• Transfer Function 28%
• Fossil 28%
• Environmental Change 14%
• Sediment Core 14%
• Habitat Type 14%
• Correspondence Analysis 14%
• Habitat Structure 14%
• Ecosystem Resource Management 14%
• Habitat Selection 14%
• Filamentous Alga 14%
• Environmental Quality 14%

Agricultural and Biological Sciences

• Diatom 100%
• Macrophyte 42%
• Cladophora 14%
• Aquatic Habitat 14%
• Habitat Preferences 14%
• Environmental Quality 14%
• Ecosystem Management 14%