Earth and Planetary Sciences
Accumulation Rate
54%
Adirondack Mountains (NY)
12%
Alaska
37%
Alkalinity
24%
Aquatic Environment
33%
Aquifer Recharge
12%
Aridity
12%
Asia
12%
Atmospheric Circulation
15%
Atmospheric Deposition
18%
Atmospherics
18%
Biome
12%
Calcium Carbonate
25%
Canada
12%
Carbon Sequestration
12%
Carbonate Mineral
19%
China
12%
Climate Change
54%
Climate Forcing
12%
Climate Variation
25%
Colorado
12%
Continent
12%
Data Management
12%
Deglaciation
25%
Depositional Environment
14%
Diagenesis
12%
Diatom
73%
Dissolved Inorganic Carbon
18%
Drought
12%
Eastern Africa
12%
Ecotone
12%
Environmental Change
41%
Eutrophication
12%
Fluvial Deposit
12%
Fossil Fuel
12%
Geochemistry
26%
Geomorphic Change
12%
Glacier Dynamics
12%
Holocene
100%
Hydrological Modeling
12%
Indiana
12%
Isotopic Composition
18%
Lacustrine Deposit
56%
Lake Basin
27%
Lake Level
16%
Lake Ontario
12%
Lake Water
27%
Last Glacial Maximum
18%
Last Glaciation
12%
Late Glacial
14%
Late Pleistocene
35%
Manitoba
12%
Marine Isotope Stage
12%
Minnesota
63%
Montana
37%
National Parks
35%
Near-Surface Geology
12%
North America
34%
North Atlantic
23%
North Dakota
41%
Northern Hemisphere
12%
Observatory
12%
Oceanography
12%
Orbital Forcing
18%
Organic Carbon
22%
Organic Matter
33%
Ostracod
27%
Paleoclimate
18%
Paleohydrology
12%
Paleolimnology
12%
Paleosalinity
12%
Palynology
16%
Peatland
22%
Pleistocene
18%
Pleistocene-Holocene Boundary
12%
Porewater
18%
Primary Production
17%
Regional Climate
10%
Salinity
34%
Sediment Core
41%
Semiarid Region
10%
Solar Activity
12%
Stratigraphy
37%
Surface Water
39%
Tephra
12%
Terrestrial Ecosystem
10%
Tibetan Plateau
15%
Trace Metal
18%
Transfer Function
12%
Tropics
12%
United States
25%
United States of America
93%
Varve
18%
Vegetation
25%
Vegetation History
12%
Vermont
12%
Water Chemistry
11%
Water Column
33%
Wisconsin
19%
Younger Dryas
33%
Keyphrases
20th Century
18%
210Pb
15%
Accumulation Rate
24%
Acidification
18%
Adirondack Mountains
16%
Aquatic Ecosystems
41%
Aridity
14%
Asian Monsoon
12%
Asian Summer Monsoon
12%
Atmospheric Deposition
16%
Atmospheric Mercury
12%
Atmospheric Mercury Deposition
12%
Bay Area
16%
Blue-green
15%
Calcareous Fen
12%
Carbonate
26%
Cautionary Tales
12%
Chlorophyll a (Chl a)
16%
Climatic Change
25%
Colorado Plateau
12%
Column Dynamics
12%
Deglaciation
25%
Deposition Rate
16%
Devils Lake
56%
Diagenesis
12%
Diatom Assemblages
20%
Diatom-based Transfer Function
12%
Diatoms
41%
Dissolved Inorganic Carbon
14%
Drought
22%
East Java
12%
Eastern Africa
12%
Environmental Change
33%
Glacier
16%
Glacier National Park
25%
Groundwater
25%
Groundwater Inflow
14%
Hominin Evolution
12%
Hydrophobic Organic Compounds
12%
Invasive Species
18%
Lacustrine Sediments
22%
Lago Argentino
12%
Lake Core
19%
Lake Evolution
14%
Lake Level
15%
Lake Qinghai Sediment
12%
Lake Sediments
23%
Lake Water
27%
Late Glacial
18%
Late Pleistocene
33%
Latitudinal Pattern
12%
Limnological
18%
Management Challenges
12%
Mercury
12%
Mg-Ca
17%
Millennium Drought
12%
Minnesota
53%
Montana
37%
Multiphysics Object-oriented Simulation Environment (MOOSE)
12%
Myxoxanthophyll
13%
North America
20%
North American Great Plains
15%
North Dakota
43%
Organic Carbon
12%
Organic Iron
12%
Organic Matter
21%
Ostracodes
28%
Paleoclimate Records
15%
Paleosalinity
12%
Partial Least Squares Structural Equation Modeling (PLS-SEM)
12%
Peat
12%
Peat Carbon
12%
Peat Core
16%
Phalaris Arundinacea
18%
Pollen Analysis
15%
Pore Water
12%
Rate of Increase
12%
Reed Canary Grass
37%
Sediment Core
34%
Sedimentary pigments
18%
Sedimentary Record
41%
Small Lakes
16%
Southeast Alaska
37%
Stable Isotope Ratios
16%
Stratigraphy
30%
Sulfate Reduction
25%
Sulfide
25%
Sulfur
16%
Terrestrial Ecosystems
14%
Total Organic Carbon
16%
Trace Metals
16%
Tropical Peatland
12%
Tundra
18%
Water Column
19%
Western North America
16%
Wetland Sediment
12%
Wild Rice
18%
Wisconsin
16%
Younger Dryas
29%
Zizania Palustris
14%