Earth and Planetary Sciences
Atmospherics
99%
Emissions
97%
Netherlands
63%
China
56%
Methane
42%
Europe
38%
Phytoplankton
37%
Carbon Dioxide Emission
35%
Climate Change
34%
Radiocarbon Dating
31%
Holocene
29%
Vegetation
29%
Center of Mass
28%
Accelerator Mass Spectrometry
28%
Planetary Atmosphere
26%
Carbon Dioxide
25%
Southern Ocean
24%
Greenhouse Gas
23%
Isotope Ratios
20%
Surface Water
20%
Greenhouse Gas Emission
20%
Environmental Impact Assessment
19%
Fossil Fuel
19%
Land Use
18%
Fossil
18%
North Sea
18%
Atlantic Ocean
17%
Isotopic Composition
16%
Land Use Change
16%
Antarctic Region
15%
Stable Isotope
14%
Diatom
14%
Russia
14%
Deep Water
13%
Carbon Cycle
12%
Bronze Age
12%
Organic Carbon
12%
Troposphere
12%
Peatland
12%
Ice Core
12%
Stratosphere
11%
Carbon 14
11%
Late Pleistocene
10%
Organic Matter
10%
Primary Production
10%
Carbon Budget
10%
Bioenergy
10%
Time Series
10%
Pleistocene
10%
Trace Gas
10%
Renewable Energy
10%
Mixing Ratio
10%
Carbon Flux
10%
Siberia
10%
Ocean Surface
9%
Environmental Impact
9%
Biomass Burning
9%
Mire
9%
Eurasia
9%
Salinity
9%
Arctic Ocean
9%
Water Column
8%
Wadden Sea
8%
Surface Flux
8%
Tree Ring
8%
Fractionation
8%
Stable Isotope
8%
Surface Layer
8%
Meltwater
8%
Emission Reduction
8%
Carbon Footprint
8%
Amazon
8%
Carbon Monoxide
8%
Climate Modeling
8%
Timescale
8%
Annual Variation
8%
Mass Spectroscopy
8%
Photosynthesis
8%
State of the Art
8%
Nitrous Oxide
7%
Water Footprint
7%
Tree rings
7%
Water Mass
7%
Farmland
7%
Stratigraphy
7%
Water Use
7%
Japan
7%
North Atlantic
7%
Data Assimilation
7%
Late Glacial
7%
Socioeconomics
7%
Italy
7%
Biofuel
6%
Spectroscopy
6%
Boundary Layer
6%
Carbon Capture and Storage
6%
Early Holocene
6%
North America
6%
Standard Deviation
6%
Tephra
6%
Keyphrases
Branching Fraction
100%
BESIII Detector
93%
Energy Center
73%
BEPCII
42%
Integrated Luminosity
31%
Confidence Level
25%
Collision Data
23%
Collider
23%
Absolute Branching Fraction
22%
Statistical Significance
21%
BESIII
19%
Born Cross Section
17%
Amplitude Analysis
12%
Storage Ring
11%
First Observation
11%
Semileptonic Decays
9%
Line Shape
8%
Netherlands
8%
Mass Spectra
8%
SCOAP3
7%
Proton
6%
Invariant Mass
6%
Mesons
6%
Precise Measurement
6%
Hadronic Decays
6%
Groningen
6%
Hyperons
6%
Partial Wave Analysis
6%
Radiocarbon Dating
5%
Europe
5%
Baryons
5%
Resonant Structure
5%
China
5%
Energy-dependent
5%
Engineering
Energy Engineering
91%
Methane
29%
Energy Systems
28%
Carbon Capture
15%
Greenhouse Gas
15%
Power Engineering
13%
Power Generation
13%
Natural Gas
13%
Renewables
12%
Cross Section
12%
Bioenergy
12%
Climate Change
11%
Renewable Energy
10%
Energy Transition
10%
Land Use
9%
Mole Fraction
9%
Energy Conservation
9%
Upper Limit
9%
Fossil Fuel
8%
Data Sample
8%
Energy Efficiency
8%
Infrastructure
8%
Energy System Models
8%
Solid Oxide Fuel Cell
8%
Water Footprint
7%
Environmental Impact
7%
Mass Spectrometer
6%
Biogas
6%
Carbon Footprint
6%
Lifecycle
6%
Biofuels
6%
Limitations
6%
Energy Requirement
5%
Wind Power
5%
Collected Data
5%
Integrated Energy System
5%
Autoignition
5%
Delay Time
5%
Brazil
5%
Ignition
5%
Flame Temperature
5%
Equivalence Ratio
5%
Carbon Dioxide Capture
5%
Confidence Level
5%