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1. Full Text An integrated evaluation of the National Water Model (NWM)-Height Above Nearest Drainage (HAND) flood mapping methodology
by Johnson, J. Michael and Munasinghe, Dinuke and Eyelade, Damilola and Cohen, Sagy
Natural hazards and earth system sciences, ISSN 1561-8633, 11/2019, Volume 19, Issue 11, pp. 2405 - 2420
Geosciences, Multidisciplinary | Water Resources | Physical Sciences | Geology | Meteorology & Atmospheric Sciences | Science & Technology | Stream flow | Catchments | Water runoff | Emergency response | Roughness | Mapping | Flood forecasting | Floods | Remote sensing | Inundation | Elevation | Maps | Catchment area | Physical simulation | Flood mapping | Height | Emergency preparedness | Streams | Evaluation | Fluid dynamics | Stream discharge | Regions | Rivers | Cells | Real time operation | Drainage | Hydrologic data | Roughness coefficient
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2. Full Text Terrain Analysis Enhancements to the Height Above Nearest Drainage Flood Inundation Mapping Method
by Garousi‐Nejad, Irene and Tarboton, David G and Aboutalebi, Mahyar and Torres‐Rua, Alfonso F
Water resources research, ISSN 0043-1397, 10/2019, Volume 55, Issue 10, pp. 7983 - 8009
terrain analysis | Height above Nearest Drainage | flow direction conditioning | flood inundation | Limnology | Physical Sciences | Life Sciences & Biomedicine | Marine & Freshwater Biology | Water Resources | Environmental Sciences & Ecology | Science & Technology | Environmental Sciences | Digital Elevation Models | Streamlines | Catchments | Hydraulics | Roughness | Mapping | Flood forecasting | Floods | Properties | Inundation | Hydrologic processes | Elevation | Hydraulic roughness | Catchment area | Physical simulation | Flood mapping | Economic forecasting | Height | Snowmelt | Hydraulic properties | Evaluation | Fluid dynamics | Satellite sensing | Topography (geology) | Rivers | Imagery | Flooding | Hand | Empirical analysis | Hydrography | Drainage | Satellite imagery | Hydrology | Hydrologic data | Terrain analysis | Planets | Analysis | Water discharge | Computer applications | Resolution
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3. Full Text A New Approximate Method for Quantifying Tsunami Maximum Inundation Height Probability
by Glimsdal, S and Lovholt, F and Harbitz, C. B and Romano, F and Lorito, S and Orefice, S and Brizuela, B and Selva, J and Hoechner, A and Volpe, M and Babeyko, A and Tonini, R and Wronna, M and Omira, R
Pure and applied geophysics, ISSN 0033-4553, 07/2019, Volume 176, Issue 7, pp. 3227 - 3246
Physical Sciences | Science & Technology | Geochemistry & Geophysics | Seismology | Analysis | Methods | Uncertainty | Seismic activity | Methodology | Incident waves | Bathymetry | Inundation | Bathymeters | Wave models | Earthquakes | Polarity | Mathematical models | Coastal environments | Wave height | Statistical analysis | Computer simulation | Probability theory | Regional analysis | Amplification | Wave period | Offshore | Tsunami hazard | Normal distribution | Plane waves | Tsunamis | Hazard assessment | Weather hazards
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4. Full Text The effect of vegetation height and biomass on the sediment budget of a European saltmarsh
by Reef, Ruth and Schuerch, Mark and Christie, Elizabeth K and Möller, Iris and Spencer, Tom
Estuarine, coastal and shelf science, ISSN 0272-7714, 03/2018, Volume 202, pp. 125 - 133
Trapping efficiency | Spartina | Flume | Deposition | Inundation | Erosion | Physical Sciences | Oceanography | Life Sciences & Biomedicine | Marine & Freshwater Biology | Science & Technology | Budget | Sediment, Suspended | Tidal currents | Reefs | Analysis | Coastal ecosystems
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5. Full Text Field Survey of the 2018 Sulawesi Tsunami: Inundation and Run-up Heights and Damage to Coastal Communities
by Mikami, Takahito and Shibayama, Tomoya and Esteban, Miguel and Takabatake, Tomoyuki and Nakamura, Ryota and Nishida, Yuta and Achiari, Hendra and Rusli and Marzuki, Abdul Gafur and Marzuki, Muhammad Fadel Hidayat and Stolle, Jacob and Krautwald, Clemens and Robertson, Ian and Aránguiz, Rafael and Ohira, Koichiro
Pure and applied geophysics, ISSN 0033-4553, 8/2019, Volume 176, Issue 8, pp. 3291 - 3304
inundation height | Earth Sciences | Palu Bay | 2018 Sulawesi Earthquake | Tsunami | Geophysics/Geodesy | earthquake | run-up height | field survey | Physical Sciences | Science & Technology | Geochemistry & Geophysics | Surveys | Environmental aspects | Tsunamis | Seismic activity | Communities | Earthquake damage | Bays | Shores | Surveying | Alliances | Housing | Inundation | Coastal zone | Residential areas | Coastlines | Coastal zone management | Earthquakes | Damage | Distance
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6. Full Text The September 28th, 2018, Tsunami In Palu-Sulawesi, Indonesia: A Post-Event Field Survey
by Omira, R and Dogan, G G and Hidayat, R and Husrin, S and Prasetya, G and Annunziato, A and Proietti, C and Probst, P and Paparo, M A and Wronna, M and Zaytsev, A and Pronin, P and Giniyatullin, A and Putra, P S and Hartanto, D and Ginanjar, G and Kongko, W and Pelinovsky, E and Yalciner, A C
Pure and applied geophysics, ISSN 0033-4553, 4/2019, Volume 176, Issue 4, pp. 1379 - 1395
inundation height | Earth Sciences | coastal damage | landslides | Palu-Sulawesi | Tsunami | Geophysics/Geodesy | runup height | Indonesia | Physical Sciences | Science & Technology | Geochemistry & Geophysics | Surveys | Earthquakes | International organizations | Coastlines | Seismic activity | Bays | Height | Surveying | Tsunamis | Inundation
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7. Full Text Flood Damage Assessment in Building Scale Caused by the Coastal Inundation Height at Haeundae Beach, Busan
by Haemin Jeon and Seung-hyun Eem and Junghyun Park
Journal of coastal research, ISSN 0749-0208, 1/2018, Volume 85, Issue 85, pp. 1561 - 1565
MANAGING THE COASTS OF BUSAN | GIS | Flood | coastal city | loss estimation | damage assessment | Usage | Coasts | Flood control | Environmental aspects | Methods | Environmental protection | Geographic information systems | Economic analysis | Policies | Insurance claims | Transportation | Storm damage | Satellite navigation systems | Beaches | Research | Floods | Inundation | Remote sensing | Coastal zone | Flood damage | Information systems | Prevention | Disasters | Water levels | Dimensional analysis | Height | Emergency preparedness | Damage | Damage assessment | Construction | Buildings | Data processing | Climatic changes | Sea level | Natural disasters | Mitigation | Studies | Climate change | Coastlines | Hydrologic data | Storms | Sea level changes | Economic impact | Open data
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8. Full Text Fine-resolution Numerical Simulations to Estimate Storm Surge Height and Inundation Vulnerability Considering Future Climate Change Scenario
by Jong Joo Yoon
Journal of coastal research, ISSN 0749-0208, 1/2018, Volume 85, Issue 85, pp. 916 - 920
COASTAL HAZARDS | Finite-Volume Coastal Ocean Model | Coastal inundation | storm surge climate change scenario | Measurement | South Korea | Environmental aspects | Climatic changes | Models | Storm surges | Floods | Typhoons | Storm damage | Property damage | Inundation | Ocean models | Wave propagation | Disasters | High tides | Mathematical models | Height | Emergency preparedness | Damage | Coastal structures | Coasts | Computer simulation | Hurricanes | Vulnerability | Hazards | Sea level | Natural disasters | Climate change | Area | Storms | Intergovernmental Panel on Climate Change | Simulation | High tide | Sea level changes
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9. Full Text A distributed approach for calculating inundation height based on Dijkstra's algorithm
by Grady, C. J and Li, Xingong
Transactions in GIS, ISSN 1361-1682, 06/2018, Volume 22, Issue 3, pp. 737 - 759
Geography | Social Sciences | Analysis | Algorithms | Digital Elevation Models | Geophysical data | Geophysics | Relief models | Inundation | Personal computers | Spatial distribution | Workers | Run time (computers) | Parallel processing | Scaling | Height | Dijkstra's algorithm | Geographic information systems
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10. Full Text Reconciling Storegga tsunami sedimentation patterns with modelled wave heights: A discussion from the Shetland Isles field laboratory
by Dawson, Alastair G and Dawson, Sue and Bondevik, Stein and Costa, Pedro J. M and Hill, Jon and Stewart, Iain and Andrade, César
Sedimentology, ISSN 0037-0746, 04/2020, Volume 67, Issue 3, pp. 1344 - 1353
palaeo‐sea level | coastal sedimentation | run‐up | sand sheets | tsunami deposits | Storegga tsunami | 8150 cal yr bp | modelling | run-up | palaeo-sea level | Geology | Physical Sciences | Science & Technology | Laboratories | Sand and gravel | Mapping | Inundation | High tides | Mathematical models | Numerical models | Islands | Wave height | Palaeo studies | Landslides | Coasts | Continental slope | Preservation | Sea level | Sediments | Sedimentation | Peat | Tapering | High tide | Gravel | Tsunamis | Holocene | Altitude | 8150 cal yr BP
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11. Full Text Impact of climate change on New York City’s coastal flood hazard
: Increasing flood heights from the preindustrial to 2300 CE
by Andra J. Garner and Michael E. Mann and Kerry A. Emanuel and Robert E. Kopp and Ning Lin and Richard B. Alley and Benjamin P. Horton and Robert M. DeConto and Jeffrey P. Donnelly and David Pollard
Proceedings of the National Academy of Sciences - PNAS, ISSN 0027-8424, 11/2017, Volume 114, Issue 45, pp. 11861 - 11866
SEE COMMENTARY | Coastal flooding | New York City | Flood height | Tropical cyclones | Sea-level rise | Science & Technology - Other Topics | Multidisciplinary Sciences | Science & Technology | Models, Theoretical | Oceans and Seas | Climate Change | Disasters | Conservation of Natural Resources | Floods | Cyclonic Storms | United States | Environmental impact analysis | Environmental aspects | Climatic changes | Methods | Collapse | Coasts | Computer simulation | Flood hazards | Storm surges | Climate models | Sea level | Environmental impact | Inundation | Impact analysis | Climate change | Simulation | Cyclones | Sea level changes | Index Medicus | Physical Sciences | coastal flooding | flood height | sea-level rise | tropical cyclones
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12. Full Text Effective height of a floor splitter anti-vortex device under varying flow conditions
by Kim, Hyung-Jun and Park, Sung Won and Rhee, Dong Sop
Sustainability (Basel, Switzerland), ISSN 2071-1050, 2017, Volume 9, Issue 2, pp. 285 - 285
Anti-vortex device | Sump | Flow pattern | Pump station | Vortex | Environmental Studies | Green & Sustainable Science & Technology | Life Sciences & Biomedicine | Science & Technology - Other Topics | Environmental Sciences & Ecology | Science & Technology | Environmental Sciences | Flood control | Computational fluid dynamics | Computer simulation | Urban areas | Fluid flow | Flow characteristics | Pumping stations | Inundation | Sustainability | Vortices | Design standards | Vorticity | Flow velocity | Inflow | pump station | sump | vortex | anti-vortex device | flow pattern
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