Keyphrases
Deep-water Turbidite
75%
Flume Tank
70%
Indonesia
62%
Downscaling
58%
Routine Core Analysis
50%
Flume Experiment
50%
Outcrop Analogue
50%
Sedimentary Structures
50%
Jakarta
50%
Turbidity Current
47%
Porosity
47%
Petrophysical Properties
45%
Grain Size
43%
Petrographic Analysis
37%
Biostratigraphy
33%
Sedimentation Process
31%
Rock Record
31%
Neritic
25%
Benthic Foraminifera
25%
Gondwana
25%
Location-scale
25%
Early Permian
25%
Tidal Sedimentation
25%
Cross-lamination
25%
Ichnofossils
25%
Wave Ripples
25%
Ripple Structure
25%
Paleogeographic Reconstruction
25%
Planolites
25%
Turbidite Reservoirs
25%
Computational Fluid Dynamics Analysis
25%
Geometry Determination
25%
Hydraulic Geometry
25%
Channel Initiation
25%
Channel Fill
25%
Palaeodischarge
25%
River Channel Change
25%
Fluvial Geomorphology
25%
Google Earth Engine
25%
Submarine Channels
25%
Mesozoic-Paleozoic
25%
Slope Break
25%
Surface Lineaments
25%
3D Simulation Model
25%
Volcanic
25%
Jambi Province
25%
3D Simulation
25%
Gas Field
25%
Carbonate
25%
Simulation Software
25%
Earth and Planetary Sciences
Outcrop
100%
Turbidite
87%
Porosity
65%
Indonesia
62%
Deep Water
62%
Grain Size
61%
Fluid Dynamics
50%
Sedimentary Structure
47%
Turbidity Current
46%
Core Analysis
45%
Morphology
41%
Permian
41%
Laboratory Scale
41%
Marine Environment
33%
Fluid Flow
33%
Biostratigraphy
31%
Scale Model
25%
Flume Experiment
25%
Carbonate System
25%
Ichnofossils
25%
Google Earth Engine
25%
Fluvial Geomorphology
25%
Submarine Channel
25%
Dynamic Simulation
25%
Benthic foraminifera
25%
Structural Geology
25%
Landform
25%
Tectonics
25%
Geomorphological Response
25%
Strike-Slip Fault
25%
Fossil
25%
Catchment Area
25%
Reservoir Quality
25%
Sea Level Rise
25%
River Channel
25%
Sequence Stratigraphy
25%
Digital Elevation Model
25%
Gas Field
25%
Dynamic Models
25%
Channel Morphology
25%
Lower Cretaceous
25%
Bootstrapping
25%
Dynamic Analysis
20%
Flow Velocity
20%
Petrography
18%
Tidal Wave
16%
Statistical Correlation
12%
Climate Effect
12%
Paleotemperature
12%
Bioturbation
12%