Engineering & Materials Science
Acoustic impedance
16%
Autocorrelation
19%
Bathymetry
6%
Big data
82%
Carbon
13%
Characterization (materials science)
31%
Clay deposits
7%
Coastal zones
19%
Data Analytics
100%
Decision making
12%
Deconvolution
21%
Domes
7%
Earthquakes
15%
Face recognition
45%
Flow of fluids
12%
Flow rate
8%
Gas bearings
14%
Gases
54%
Gaussian distribution
6%
Geology
23%
Hazards
8%
Hydrates
6%
Hydrocarbons
16%
Industry
7%
Inverse problems
6%
Lithology
13%
Monitoring
11%
Pattern recognition
12%
Physics
19%
Pixels
10%
Pore pressure
36%
Porosity
14%
Probability distributions
17%
Rocks
24%
Sediments
73%
Shale
48%
Shale gas
70%
Shear waves
8%
Slope stability
19%
Soils
7%
Spatial distribution
6%
Spectrum analysis
18%
Statistics
33%
Students
12%
Surface waves
20%
Surficial sediments
10%
Tsunamis
12%
Uncertainty
10%
Earth & Environmental Sciences
bathymetry
10%
carbon storage
19%
coast
13%
coastal area
15%
data assimilation
18%
detection
12%
earthquake
24%
forearc basin
10%
forecast
15%
gas
40%
gas production
21%
genetic algorithm
17%
geology
12%
geomorphology
17%
geostatistics
21%
in situ measurement
10%
inversion
54%
kriging
18%
landslide
33%
method
25%
monitoring data
17%
P-wave
26%
parameter
15%
physics
29%
porosity
11%
prediction
11%
rock
17%
rupture
13%
S-wave
26%
saturation
40%
seafloor
15%
sediment
26%
sediment property
13%
sediment wave
26%
seismic attenuation
48%
seismic data
33%
seismic monitoring
23%
seismic reflection
26%
seismic survey
11%
shale
16%
shale gas
19%
sill
12%
statistics
15%
strong motion
14%
subduction zone
17%
submarine landslide
25%
turbidity current
13%
volcanic arc
20%
wave attenuation
22%
well
21%
Physics & Astronomy
ambiguity
7%
attenuation
51%
centroids
18%
characterization
22%
deep water
6%
dipping
5%
estimates
32%
estimating
20%
frequency shift
15%
gases
30%
genetic algorithms
20%
geology
8%
hydrates
10%
hydrocarbons
8%
in situ measurement
15%
interference
6%
inversions
59%
landslides
29%
margins
9%
Markov chains
5%
Norway
36%
P waves
29%
performance
7%
physics
7%
porosity
11%
preconditioning
6%
preprocessing
11%
Q factors
32%
ridges
9%
rocks
15%
S waves
14%
saturation
24%
sediments
49%
slopes
10%
soils
9%
spectral methods
11%
wave attenuation
23%
waveforms
12%