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Keywords

• 2020 Petrinja earthquake
• AHP method
• ambient vibrations
• amplification effect
• analytical hierarchy process (AHP)
• area under the curve (AUC)
• array measurement
• array techniques
• artificial rainfall
• b value
• bathymetric data
• beach erosion
• beach types
• berm
• bridge
• Building
• Cat model
• Central Spanish Pyrenees
• classification of debris flows
• Climate Change
• Cluster analysis
• coastal morpho-sedimentary dynamics
• combination weighting method
• completely weathered granite
• conditional probability
• control system
• creep behavior
• crop insurance
• crop yield losses
• cultural heritage sites
• data analysis
• debris flow
• decomposition-ensemble model
• depth
• depth-averaged model
• disaster risk
• dry-wet cycles
• dune cliff
• dynamic models
• earth fissure
• earthquake
• earthquake clustering
• East Pacific earthquakes
• Economics
• Economics, finance, business & management
• electric tomography
• electrodes
• electron bursts
• ensemble empirical mode decomposition (EEMD)
• Environmental economics
• erosion/accretion patterns
• European margins
• extreme droughts
• Flood
• flood detection
• flood risk
• flood vulnerability
• flow velocity hydrodynamic characteristics
• Forest fires
• Foundations
• France
• frequency–wavenumber (F–K) method
• gas hydrates
• generator of earthquakes
• geohazard assessment
• GIS
• grain size
• hazards
• Hungarian earthquake catalogue
• Hurricane
• HVSR
• hydrodynamic modelling
• insurance hazard model
• lake-tsunami assessment
• Land management
• landslide
• landslide classification
• landslide displacement prediction
• Landslide Dynamics
• landslide risk
• landslide susceptibility
• landslide-induced wave
• Landslides
• liquefaction
• loess
• Loess Plateau
• logistic regression
• long-term strength
• Longmenshan fault
• Longmenshan Town
• low-to-moderate seismicity
• Machine learning
• Malaysia
• manning’s roughness coefficient
• maximal information coefficient (MIC)
• meteo-ocean effects
• microtremor testing
• Middle-Chelif Basin
• Middle-Chelif sedimentary basin
• mitigation
• mitigation measure
• modeling
• mountain lakes
• multi-criteria decision analysis (MCDA)
• multi-hazard
• natural phenomena
• NOAA satellite
• optimization
• pocket beach
• pore water pressure
• Predictive capability
• R programming language
• rainfall pattern
• receiver operating characteristics
• recovery process
• recurrent neural network (RNN)
• Reference, information & interdisciplinary subjects
• Reggio Calabria
• Remote sensing
• Research & information: general
• reserve increase-rate-analysis method
• resilience
• Risk assessment
• risk reduction
• ROC analysis
• runoff
• safety factor
• seat control
• sediment production
• site classification
• site effects
• slope erosion
• soft rocks
• space–time ETAS model
• Spatial Analysis
• spectral ratio
• Spectrum analysis
• stabilization measures
• stabilization methodology
• stable state
• Stochastic
• storm waves
• strain-time
• thema EDItEUR::G Reference, Information and Interdisciplinary subjects::GP Research and information: general
• thema EDItEUR::K Economics, Finance, Business and Management::KC Economics::KCV Economics of specific sectors::KCVG Environmental economics
• three-dimensional
• trans-mexican volcanic belt
• triaxial creep test
• tropical climate
• Validation
• video monitoring
• volume ratio
• volumetric concentration
• Vs30
• Wind
• wind turbine

Links

DOI: 10.3390/books978-3-0365-9038-7

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