Earth and Planetary Sciences
Methane
100%
Lacustrine Deposit
68%
Isotopic Composition
67%
Stable Isotope
65%
Holocene
46%
Siberia
35%
Food Web
35%
Organic Matter
35%
Hydrogen Isotope
34%
Alaska
34%
Cladocera
32%
Vegetation
28%
Bryozoan
27%
Organic Carbon
25%
United Kingdom
23%
Late Glacial
23%
Land Use
20%
Netherlands
20%
Lake Water
19%
Sweden
16%
Subfossil
15%
Far East
15%
Salt Marsh
15%
Scotland
15%
Food Storage
15%
Radiocarbon Dating
15%
Boreal Forest
15%
Agriculture
15%
Animal Husbandry
15%
Ireland
15%
Environmental Analysis
15%
United States of America
15%
Tephra
15%
Archaeological Site
15%
Spatial Heterogeneity
15%
Wind Velocity
15%
Dyke (Water management)
15%
Sclerite
15%
Mesh Size
15%
Upscaling
15%
Carbon Isotope
15%
Spatiotemporal Patterns
15%
Thermokarst
15%
Central Europe
15%
Primary Succession
15%
Albedo
15%
Isotope Ratios
14%
Accumulation Rate
13%
Environmental Change
13%
Geochemistry
13%
Keyphrases
Swiss Plateau
23%
Cladocera
23%
Methane
21%
Environmental Change
21%
Temperate Lakes
18%
Subfossil Cladocera
18%
Rapid Warming
18%
Stable Isotopes
17%
Subfossil chironomids
15%
Salt Marsh
15%
Crannog
15%
OC Accumulation
15%
Glass Chemistry
15%
Glacial History
15%
Boreal Lakes
15%
European Lakes
15%
Northern Alaska
15%
Tephra
15%
Lake Sediments
15%
Cryptotephra
15%
Methane-derived Carbon
15%
Vegetation Transition
15%
Interior Alaska
15%
Network Bridging
15%
Bridging Boundaries
15%
Ephippia
15%
Lake Morphology
15%
Diatom Silica
15%
Lakeshore Settlement
15%
Palaeolimnology
15%
Aquatic Carbon Cycle
15%
Sclerites
15%
Thermokarst Lakes
15%
Zooids
15%
Total Phosphorus Concentration
15%
Lake Development
15%
Daphnia
15%
Stable Carbon Isotope Ratio
15%
Albedo
15%
Early-late
15%
Late Glacial
15%
Central Europe
15%
Zones Boundary
15%
Ecological Interactions
15%
Primary Succession
15%
Analytical Advances
15%
Ebullition Flux
12%
Chironomini
12%
Chironomids
10%
Younger Dryas
10%
