Keyphrases
Sedimentary Record
100%
Lake Agassiz
100%
Manitoba
100%
Postglacial
100%
Sedimentary History
100%
Varves
66%
Diatoms
50%
C Isotopes
33%
Charcoal
33%
O Isotopes
33%
Glacial Lake Agassiz
33%
Clay Mineralogy
33%
Stable Isotopes
16%
Floral
16%
Clay
16%
Organic Acids
16%
Spruce
16%
Small Lakes
16%
Sample Analysis
16%
Winnipeg
16%
Increased Productivity
16%
Glacial Sediments
16%
Piston
16%
Lake Water
16%
Glacial Lake
16%
Dolomite
16%
Plant Macrofossils
16%
Vegetation Type
16%
Lamination
16%
Drying Conditions
16%
Cellulose
16%
Unconformity
16%
Sedimentation Rate
16%
Unit-based
16%
Campbell
16%
Overflow
16%
Magnetic Susceptibility
16%
Warm Conditions
16%
Lake Level
16%
Elemental Concentration
16%
Macrofossils
16%
Diatom Assemblages
16%
Wet Condition
16%
Chronological Framework
16%
Oligotrophic Conditions
16%
Downward Movement
16%
Organic Content
16%
AMS Dating
16%
Regional Warming
16%
Benthic Algae
16%
Low Organic Content
16%
Gravity Cores
16%
Reduced Distance
16%
AMS Radiocarbon Dating
16%
Planktonic Algae
16%
Lake Sequences
16%
Bulk Mineralogy
16%
Meteorite Impact Crater
16%
Basin Reconstruction
16%
Paleotopographic Reconstruction
16%
Carbonate Bedrock
16%
Earth and Planetary Sciences
Crater Lake
100%
Varve
100%
Manitoba
100%
Postglacial
100%
Diatom
100%
Mineralogy
50%
Glacial Lake Agassiz
50%
Accelerator Mass Spectrometry
50%
Lake Water
25%
Glacial Deposit
25%
Glacial Lake
25%
Vegetation Type
25%
Magnetic Permeability
25%
Detritus
25%
Lake Level
25%
Sedimentation Rate
25%
Organic Acid
25%
Meteorite Collision
25%
Dolomite
25%
Stable Isotope
25%
Chemical Element
25%