Regional, multi-lake anthropogenic changes revealed through macroscale paleolimnology of diatom assemblages

Keyphrases

• Paleolimnology 100%
• Diatom Assemblages 100%
• Anthropogenic Change 100%
• Climate Change 66%
• Agriculture 66%
• Historical Change 66%
• Minnesota 33%
• Infestation 33%
• Rapid Change 33%
• Shallow Lakes 33%
• Ecoregion 33%
• Lake Management 33%
• 20th Century 33%
• Multiple Stressors 33%
• Pre-impact 33%
• Geographic Region 33%
• Diatoms 33%
• Major Determinants 33%
• Specific Considerations 33%
• Cultural Eutrophication 33%
• Euro-American 33%
• Non-native Species 33%
• Nutrient Status 33%
• Anthropogenic Impact 33%
• Lake Depth 33%
• Taxonomic Characters 33%
• Algal Community 33%
• Character Change 33%
• Deep Lakes 33%
• Amount of Change 33%
• Lake nutrients 33%
• Landscape Recovery 33%

Earth and Planetary Sciences

• Paleolimnology 100%
• Diatom 100%
• Climate Change 50%
• Minnesota 25%
• United States of America 25%
• Ecoregion 25%
• Eutrophication 25%
• Lake Management 25%
• Native Species 25%
• Algal Community 25%