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Babak Tehranirad, Ph.D.

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Babak Tehranirad, Ph.D.
Senior Consultant

Babak Tehranirad, Ph.D.

Senior Consultant (667) 846-9491 Los Angeles, CA btehranirad@integral-corp.com

Dr. Babak Tehranirad is a coastal scientist and engineer with more than a decade of experience addressing shoreline change, coastal hazards, and climate adaptation. Dr. Tehranirad combines deep academic grounding with hands-on project leadership across the United States, including the West Coast, the East Coast, Alaska, and the Pacific Islands. He specializes in hydrodynamic and sediment transport modeling, flood hazard mapping, and nature-based shoreline design. His work supports sustainable, stakeholder-driven planning for municipalities, state agencies, and Tribes, with emphasis on sediment management and resilience strategies that align ecological, technical, and community needs.

Coastal Resilience

Waterfront Adaptation Planning, Santa Barbara, California Led nature-based adaptation modeling and design for a 30-year planning horizon. Integrated Delft3D hydrodynamic and sediment transport models with harbor modifications and beach dynamics. Supported community engagement and developed phased sea level rises (SLR) adaptation strategies.
Living Shoreline Sediment Response Study, Carpinteria, California Modeled sediment behavior from localized nourishments under SLR and wave forcing. Supported dune design for a living shoreline using high-resolution Delft3D simulations tailored to beach-dune interaction zones.
Shoreline Stormwater Resilience Planning, San Diego, California Assessed climate vulnerabilities to stormwater infrastructure along the city’s low-lying shoreline. Developed hybrid sediment management and public access solutions under projected flood hazard zones.
Shoreline Vulnerability Feasibility Study, India Basin, California Modeled wave runup, flooding exposure, and sediment transport to evaluate nature-based enhancements for a mixed-use urban waterfront. Informed access improvements and habitat restoration within a disadvantaged community.  
Harbor Infrastructure Risk Assessment, Pillar Point, California Used wave transformation and flooding analysis to quantify exposure risks to harbor assets under extreme tides and storms. Recommended revetment modifications and sediment replenishment.
Bluff Retreat and Adaptation Analysis, Port Gamble, Washington Led integration of historical shoreline data, nearshore hydrodynamics, and erosion modeling to inform future bluff stabilization and managed retreat scenarios.
Puget Sound CoSMoS, Puget Sound Region, Washington Built a regional coastal storm and SLR hazard modeling system for multiple jurisdictions. Incorporated extreme wave scenarios and probabilistic flood elevations.
Bluff Retreat Analysis, Washington and Hawaii Modeled shoreline retreat and erosion under SLR and storm events. Integrated historical aerial imagery and geomorphic process models to support prioritization of adaptation interventions.  
Shoreline Change Screening, California Contributed to long-term shoreline monitoring and geomorphic trend analysis to support SLR vulnerability assessments and managed retreat planning.  
Coastal Hazard Study, Port Gamble S’Klallam Reservation, Washington Worked closely with Tribal staff to assess erosion, wave runup, and adaptation options for bluff-fronted properties. Embedded cultural values and stewardship principles into design recommendations.  

Sediment Transport Modeling

Living Shoreline Sediment Response Study, Carpinteria, California Modeled sediment behavior from localized nourishments under SLR and wave forcing. Supported dune design for a living shoreline using high-resolution Delft3D simulations tailored to beach-dune interaction zones.
Shoreline Vulnerability Feasibility Study, India Basin, California Modeled wave runup, flooding exposure, and sediment transport to evaluate nature-based enhancements for a mixed-use urban waterfront. Informed access improvements and habitat restoration within a disadvantaged community.  
Localized Sediment Release Study, Goleta and Carpinteria, California Simulated sediment transport from access-point nourishments to predict deposition and retention along unarmored beaches. Supported restoration infrastructure design with U.S. Geological Survey (USGS) and BEACON.
Bay Farm Island Resilience and Sediment Evaluation, Alaska Assessed sediment compatibility and shoreline behavior to support strategic nourishment along a culturally and ecologically sensitive site.
Goleta Slough Sediment and Flood Scenario Review, California Contributed sediment transport modeling and marsh-sediment interaction assessments to support long-term SLR adaptation for critical infrastructure.
K-Marsh Wave Energy and Sediment Impact Study, California Used wave modeling to estimate hydrodynamic energy inputs and resulting sediment behavior within a back bay restoration site.
Tsunami Morphodynamic Adjustment Simulations, U.S. East Coast Performed advanced morphodynamic modeling of coastal inundation to assess changes in hazard levels during tsunami flow. Investigated tsunami-induced erosion, sediment flux, and bathymetric feedback.
Shoreline Change Screening, California Contributed to long-term shoreline monitoring and geomorphic trend analysis to support SLR vulnerability assessments and managed retreat planning.  

Hydrodynamics

Coastal Flood Forecasting System, San Francisco Bay, California Developed and operationalized a compound flood forecast tool incorporating tides, remote residuals, and fluvial input. The tool was used in public outreach and coastal planning.
Puget Sound CoSMoS, Puget Sound Region, Washington Built a regional coastal storm and SLR hazard modeling system for multiple jurisdictions. Incorporated extreme wave scenarios and probabilistic flood elevations.
CoSMoS Outreach and Scenario Applications, California Contributed to public and municipal engagement across the California coast using Federal Emergency Management Agency (FEMA)-compliant flood projections and storm scenario maps.
FUNWAVE-TVD and NHWAVE Coastal Model Development, Newark, Delaware Contributed to the development, testing, and benchmarking of coastal wave and tsunami propagation models in FORTRAN. Published user manuals and validated model output for FEMA and National Tsunami Hazard Mitigation Program (NTHMP) use.

Coastal Science

Localized Sediment Release Study, Goleta and Carpinteria, California Simulated sediment transport from access-point nourishments to predict deposition and retention along unarmored beaches. Supported restoration infrastructure design with U.S. Geological Survey (USGS) and BEACON.
CoSMoS Outreach and Scenario Applications, California Contributed to public and municipal engagement across the California coast using Federal Emergency Management Agency (FEMA)-compliant flood projections and storm scenario maps.
Tsunami Inundation Mapping Series, U.S. East Coast Produced tsunami hazard maps and emergency planning documents for over a dozen coastal municipalities using FUNWAVE and NHWAVE. Developed official NTHMP scenario reports.
Submarine Slope Failure Tsunami Risk, Bahamas and U.S. East Coast Modeled deep-sea landslide-triggered tsunami generation and propagation with global bathymetry data. Contributed to hazard assessment reports and peer-reviewed publications.
Franks Tract Wetland Restoration Modeling, Sacramento–San Joaquin Delta, California Provided numerical modeling support to evaluate tidal reconnection scenarios and long-term restoration feasibility. Assessed sediment transport, water exchange, and habitat evolution for adaptive wetland design.
Tsunami Morphodynamic Adjustment Simulations, U.S. East Coast Performed advanced morphodynamic modeling of coastal inundation to assess changes in hazard levels during tsunami flow. Investigated tsunami-induced erosion, sediment flux, and bathymetric feedback.

Wetlands

Goleta Slough Sediment and Flood Scenario Review, California Contributed sediment transport modeling and marsh-sediment interaction assessments to support long-term SLR adaptation for critical infrastructure.
K-Marsh Wave Energy and Sediment Impact Study, California Used wave modeling to estimate hydrodynamic energy inputs and resulting sediment behavior within a back bay restoration site.
Franks Tract Wetland Restoration Modeling, Sacramento–San Joaquin Delta, California Provided numerical modeling support to evaluate tidal reconnection scenarios and long-term restoration feasibility. Assessed sediment transport, water exchange, and habitat evolution for adaptive wetland design.
Back Bay Marsh and Wave Energy Study, California Modeled wave transformation and energy input across intertidal marsh zones to evaluate sediment deposition and long-term geomorphic response.  

Modeling

FUNWAVE-TVD and NHWAVE Coastal Model Development, Newark, Delaware Contributed to the development, testing, and benchmarking of coastal wave and tsunami propagation models in FORTRAN. Published user manuals and validated model output for FEMA and National Tsunami Hazard Mitigation Program (NTHMP) use.
Tsunami Morphodynamic Adjustment Simulations, U.S. East Coast Performed advanced morphodynamic modeling of coastal inundation to assess changes in hazard levels during tsunami flow. Investigated tsunami-induced erosion, sediment flux, and bathymetric feedback.

Coastal Engineering

Waterfront Adaptation Planning, Santa Barbara, California Led nature-based adaptation modeling and design for a 30-year planning horizon. Integrated Delft3D hydrodynamic and sediment transport models with harbor modifications and beach dynamics. Supported community engagement and developed phased sea level rises (SLR) adaptation strategies.
Living Shoreline Sediment Response Study, Carpinteria, California Modeled sediment behavior from localized nourishments under SLR and wave forcing. Supported dune design for a living shoreline using high-resolution Delft3D simulations tailored to beach-dune interaction zones.
Shoreline Stormwater Resilience Planning, San Diego, California Assessed climate vulnerabilities to stormwater infrastructure along the city’s low-lying shoreline. Developed hybrid sediment management and public access solutions under projected flood hazard zones.
Shoreline Vulnerability Feasibility Study, India Basin, California Modeled wave runup, flooding exposure, and sediment transport to evaluate nature-based enhancements for a mixed-use urban waterfront. Informed access improvements and habitat restoration within a disadvantaged community.  
Harbor Infrastructure Risk Assessment, Pillar Point, California Used wave transformation and flooding analysis to quantify exposure risks to harbor assets under extreme tides and storms. Recommended revetment modifications and sediment replenishment.
Bluff Retreat and Adaptation Analysis, Port Gamble, Washington Led integration of historical shoreline data, nearshore hydrodynamics, and erosion modeling to inform future bluff stabilization and managed retreat scenarios.
Underwater Outfall Design Support, California Coast Simulated hydrodynamic impacts and mixing zones for multiple offshore outfall structures. Supported permitting efforts by assessing nearfield dilution, wave-current interactions, and shoreline stability.
Vista Grande Canal Flood Study, Daly City, California Produced flood maps and scenario analyses for a coastal stormwater bypass tunnel. Assessed compound coastal and rainfall-based flood risks to low-lying neighborhoods.
Ocean Beach Coastal Erosion and Hazard Study, San Francisco, California Developed wave runup and sediment transport models to support emergency dune restoration and infrastructure defense design.
Bay Farm Island Coastal Review, Alaska Assessed site-specific sediment compatibility and shoreline erosion under climate change conditions. Supported a Native regional organization’s planning for future nourishment and protection options.  

Coastal Geomorphology

Waterfront Adaptation Planning, Santa Barbara, California Led nature-based adaptation modeling and design for a 30-year planning horizon. Integrated Delft3D hydrodynamic and sediment transport models with harbor modifications and beach dynamics. Supported community engagement and developed phased sea level rises (SLR) adaptation strategies.
Living Shoreline Sediment Response Study, Carpinteria, California Modeled sediment behavior from localized nourishments under SLR and wave forcing. Supported dune design for a living shoreline using high-resolution Delft3D simulations tailored to beach-dune interaction zones.
Shoreline Vulnerability Feasibility Study, India Basin, California Modeled wave runup, flooding exposure, and sediment transport to evaluate nature-based enhancements for a mixed-use urban waterfront. Informed access improvements and habitat restoration within a disadvantaged community.  
Bluff Retreat and Adaptation Analysis, Port Gamble, Washington Led integration of historical shoreline data, nearshore hydrodynamics, and erosion modeling to inform future bluff stabilization and managed retreat scenarios.
Localized Sediment Release Study, Goleta and Carpinteria, California Simulated sediment transport from access-point nourishments to predict deposition and retention along unarmored beaches. Supported restoration infrastructure design with U.S. Geological Survey (USGS) and BEACON.
Tsunami Inundation Mapping Series, U.S. East Coast Produced tsunami hazard maps and emergency planning documents for over a dozen coastal municipalities using FUNWAVE and NHWAVE. Developed official NTHMP scenario reports.
Submarine Slope Failure Tsunami Risk, Bahamas and U.S. East Coast Modeled deep-sea landslide-triggered tsunami generation and propagation with global bathymetry data. Contributed to hazard assessment reports and peer-reviewed publications.
Franks Tract Wetland Restoration Modeling, Sacramento–San Joaquin Delta, California Provided numerical modeling support to evaluate tidal reconnection scenarios and long-term restoration feasibility. Assessed sediment transport, water exchange, and habitat evolution for adaptive wetland design.
Back Bay Marsh and Wave Energy Study, California Modeled wave transformation and energy input across intertidal marsh zones to evaluate sediment deposition and long-term geomorphic response.  
Ocean Beach Coastal Erosion and Hazard Study, San Francisco, California Developed wave runup and sediment transport models to support emergency dune restoration and infrastructure defense design.
Bluff Retreat Analysis, Washington and Hawaii Modeled shoreline retreat and erosion under SLR and storm events. Integrated historical aerial imagery and geomorphic process models to support prioritization of adaptation interventions.  
Shoreline Change Screening, California Contributed to long-term shoreline monitoring and geomorphic trend analysis to support SLR vulnerability assessments and managed retreat planning.  

Environment, Social and Governance

Coastal Hazard Study, Port Gamble S’Klallam Reservation, Washington Worked closely with Tribal staff to assess erosion, wave runup, and adaptation options for bluff-fronted properties. Embedded cultural values and stewardship principles into design recommendations.  
Bay Farm Island Coastal Review, Alaska Assessed site-specific sediment compatibility and shoreline erosion under climate change conditions. Supported a Native regional organization’s planning for future nourishment and protection options.  

Climate Change

Shoreline Stormwater Resilience Planning, San Diego, California Assessed climate vulnerabilities to stormwater infrastructure along the city’s low-lying shoreline. Developed hybrid sediment management and public access solutions under projected flood hazard zones.
CoSMoS Outreach and Scenario Applications, California Contributed to public and municipal engagement across the California coast using Federal Emergency Management Agency (FEMA)-compliant flood projections and storm scenario maps.
Vista Grande Canal Flood Study, Daly City, California Produced flood maps and scenario analyses for a coastal stormwater bypass tunnel. Assessed compound coastal and rainfall-based flood risks to low-lying neighborhoods.

Stormwater Management

Shoreline Stormwater Resilience Planning, San Diego, California Assessed climate vulnerabilities to stormwater infrastructure along the city’s low-lying shoreline. Developed hybrid sediment management and public access solutions under projected flood hazard zones.
Vista Grande Canal Flood Study, Daly City, California Produced flood maps and scenario analyses for a coastal stormwater bypass tunnel. Assessed compound coastal and rainfall-based flood risks to low-lying neighborhoods.

Environmental Engineering

Underwater Outfall Design Support, California Coast Simulated hydrodynamic impacts and mixing zones for multiple offshore outfall structures. Supported permitting efforts by assessing nearfield dilution, wave-current interactions, and shoreline stability.

Ocean Modeling

Puget Sound CoSMoS, Puget Sound Region, Washington Built a regional coastal storm and SLR hazard modeling system for multiple jurisdictions. Incorporated extreme wave scenarios and probabilistic flood elevations.
Submarine Slope Failure Tsunami Risk, Bahamas and U.S. East Coast Modeled deep-sea landslide-triggered tsunami generation and propagation with global bathymetry data. Contributed to hazard assessment reports and peer-reviewed publications.
FUNWAVE-TVD and NHWAVE Coastal Model Development, Newark, Delaware Contributed to the development, testing, and benchmarking of coastal wave and tsunami propagation models in FORTRAN. Published user manuals and validated model output for FEMA and National Tsunami Hazard Mitigation Program (NTHMP) use.
Underwater Outfall Design Support, California Coast Simulated hydrodynamic impacts and mixing zones for multiple offshore outfall structures. Supported permitting efforts by assessing nearfield dilution, wave-current interactions, and shoreline stability.

Oceanography

FUNWAVE-TVD and NHWAVE Coastal Model Development, Newark, Delaware Contributed to the development, testing, and benchmarking of coastal wave and tsunami propagation models in FORTRAN. Published user manuals and validated model output for FEMA and National Tsunami Hazard Mitigation Program (NTHMP) use.
Tsunami Morphodynamic Adjustment Simulations, U.S. East Coast Performed advanced morphodynamic modeling of coastal inundation to assess changes in hazard levels during tsunami flow. Investigated tsunami-induced erosion, sediment flux, and bathymetric feedback.

Statistical Modeling

FUNWAVE-TVD and NHWAVE Coastal Model Development, Newark, Delaware Contributed to the development, testing, and benchmarking of coastal wave and tsunami propagation models in FORTRAN. Published user manuals and validated model output for FEMA and National Tsunami Hazard Mitigation Program (NTHMP) use.

Ecological Modeling

Back Bay Marsh and Wave Energy Study, California Modeled wave transformation and energy input across intertidal marsh zones to evaluate sediment deposition and long-term geomorphic response.  

Ecological Restoration

Bay Farm Island Resilience and Sediment Evaluation, Alaska Assessed sediment compatibility and shoreline behavior to support strategic nourishment along a culturally and ecologically sensitive site.
Franks Tract Wetland Restoration Modeling, Sacramento–San Joaquin Delta, California Provided numerical modeling support to evaluate tidal reconnection scenarios and long-term restoration feasibility. Assessed sediment transport, water exchange, and habitat evolution for adaptive wetland design.
Back Bay Marsh and Wave Energy Study, California Modeled wave transformation and energy input across intertidal marsh zones to evaluate sediment deposition and long-term geomorphic response.  

Environmental Modeling

Coastal Flood Forecasting System, San Francisco Bay, California Developed and operationalized a compound flood forecast tool incorporating tides, remote residuals, and fluvial input. The tool was used in public outreach and coastal planning.
Puget Sound CoSMoS, Puget Sound Region, Washington Built a regional coastal storm and SLR hazard modeling system for multiple jurisdictions. Incorporated extreme wave scenarios and probabilistic flood elevations.
CoSMoS Outreach and Scenario Applications, California Contributed to public and municipal engagement across the California coast using Federal Emergency Management Agency (FEMA)-compliant flood projections and storm scenario maps.
Franks Tract Wetland Restoration Modeling, Sacramento–San Joaquin Delta, California Provided numerical modeling support to evaluate tidal reconnection scenarios and long-term restoration feasibility. Assessed sediment transport, water exchange, and habitat evolution for adaptive wetland design.

Sediment Fate and Transport Studies

Localized Sediment Release Study, Goleta and Carpinteria, California Simulated sediment transport from access-point nourishments to predict deposition and retention along unarmored beaches. Supported restoration infrastructure design with U.S. Geological Survey (USGS) and BEACON.
Bay Farm Island Resilience and Sediment Evaluation, Alaska Assessed sediment compatibility and shoreline behavior to support strategic nourishment along a culturally and ecologically sensitive site.
Goleta Slough Sediment and Flood Scenario Review, California Contributed sediment transport modeling and marsh-sediment interaction assessments to support long-term SLR adaptation for critical infrastructure.
K-Marsh Wave Energy and Sediment Impact Study, California Used wave modeling to estimate hydrodynamic energy inputs and resulting sediment behavior within a back bay restoration site.
Tsunami Inundation Mapping Series, U.S. East Coast Produced tsunami hazard maps and emergency planning documents for over a dozen coastal municipalities using FUNWAVE and NHWAVE. Developed official NTHMP scenario reports.

Climate Impact Assessment

Waterfront Adaptation Planning, Santa Barbara, California Led nature-based adaptation modeling and design for a 30-year planning horizon. Integrated Delft3D hydrodynamic and sediment transport models with harbor modifications and beach dynamics. Supported community engagement and developed phased sea level rises (SLR) adaptation strategies.
Goleta Slough Sediment and Flood Scenario Review, California Contributed sediment transport modeling and marsh-sediment interaction assessments to support long-term SLR adaptation for critical infrastructure.
K-Marsh Wave Energy and Sediment Impact Study, California Used wave modeling to estimate hydrodynamic energy inputs and resulting sediment behavior within a back bay restoration site.
Coastal Flood Forecasting System, San Francisco Bay, California Developed and operationalized a compound flood forecast tool incorporating tides, remote residuals, and fluvial input. The tool was used in public outreach and coastal planning.

Warrick, J.A., A.W. Stevens, and B. Tehranirad. 2025. Coastal fine-grained sediment plumes from beach nourishment near Santa Barbara, California. Coast. Eng. J. 67:e2497705.

Taylor-Burns, R., C. Lowrie, B. Tehranirad, J. Lowe, L.E. Erikson, P.L. Barnard, B.G. Reguero, and M.W. Beck. 2024. The value of marsh restoration for flood risk reduction in an urban estuary. Sci. Rep. 14:57474.

Nederhoff, K., S.C. Crosby, N.R. van Arendonk, E.E. Grossman, B. Tehranirad, T. Leijnse, W. Klessens, and P.L. Barnard. 2024. Dynamic modeling of coastal compound flooding hazards due to tides, extratropical storms, waves, and sea-level rise: A case study in the Salish Sea, Washington (USA). Water 16:346.

Tehranirad, B., L. Herdman, K. Nederhoff, L. Erikson, R. Cifelli, G. Pratt, and P.L. Barnard. 2020. Effect of fluvial discharges and remote non-tidal residuals on compound flood forecasting in San Francisco Bay. Water 12:2481.

Tehranirad, B., J.T. Kirby, and F. Shi. 2020. A numerical model for tsunami-induced morphology change. Pure Appl. Geophys. 177:4563–4591.

Schnyder, J.S.D., G.P. Eberli, J.T. Kirby, F. Shi, B. Tehranirad, and P. Wintersteller. 2016. Tsunamis caused by submarine slope failures along western Great Bahama Bank. Sci. Rep. 6:35925.

Tehranirad, B., J.C. Harris, A.R. Grilli, S.T. Grilli, S. Abadie, J.T. Kirby, and F. Shi. 2015. Far-field tsunami hazard on the western European and U.S. East Coast from a large-scale flank collapse of the Cumbre Vieja volcano, La Palma. Pure Appl. Geophys. 172:3589–3616.

Grilli, S.T., C. O’Reilly, J.C. Harris, T. Tajalli Bakhsh, B. Tehranirad, S. Banihashemi, and J.T. Kirby. 2015. Modeling of SMF tsunami hazard along the upper U.S. East Coast: Detailed impact around Ocean City, MD. Nat. Hazards 76:705–746.

Kirby, J.T., F. Shi, B. Tehranirad, J.C. Harris, and S.T. Grilli. 2013. Dispersive tsunami waves in the ocean: Model equations and sensitivity to dispersion and Coriolis effects. Ocean Model. 62:39–55.

Lynett, P., K. Gately, R.I. Wilson, B. Tehranirad, et al. 2017. Inter-model analysis of tsunami-induced coastal currents. Ocean Model. 114:14–32.

Tsunami hazard forecasting and coastal compound flooding. Panelist. NOAA/USGS Expert Workshop. October 2022.

Puget Sound Coastal Modeling Integration Forum. Technical contributor. Washington Department of Ecology and U.S. Geological Survey. June 2022.

Sea-level rise modeling for infrastructure resilience. Presenter. California State Coastal Resilience Workshop. November 2021.

FUNWAVE-TVD advanced applications. Delft3D Coastal Modeling Training Week. Workshop co-lead. University of Delaware. May 2016.

Tehranirad, B., J.T. Kirby, F. Shi, and S.T. Grilli. 2015. Is continental shelf bathymetry the main control for tsunami inundation patterns on the U.S. East Coast? Oral presentation. Geological Society of America Meeting, Baltimore, MD. November 1–4.

Tehranirad, B. 2015. Effects of bathymetry on tsunami propagation on the U.S. East Coast; application of ray tracing to tsunamis. Young Coastal Scientists and Engineers Conference – North America, Newark, DE. July 27–29.

Tehranirad, B., J.T. Kirby, F. Shi, and S. Grilli. 2015. Does morphological adjustment during tsunami inundation increase levels of hazard? Joint Coastal Structures/Solutions to Coastal Disasters Conference, Boston, MA. September 9–11.

Tehranirad, B., J.T. Kirby, F. Shi, J.A. Callahan, S. Banihashemi, S.T. Grilli, A. Grilli, T. Tajalli Bakhsh, and C. O’Reilly. 2014. Tsunami inundation mapping for the upper East Coast of the United States. Abstract NH12A-04. America Geophysical Union (AGU) Fall Meeting, San Francisco, CA. December 15–19.

Tehranirad, B., J.T. Kirby, S. Banihashemi, T. Tajalli Bakhsh, and F. Shi. 2014. Tsunami inundation mapping on the upper East Coast of the U.S. Young Coastal Scientists and Engineers Conference – North America, Newark, DE. July 9–11.

Schnyder, J.S.D., J.T. Kirby, F. Shi, B. Tehranirad, G.P. Eberli, T. Mulder, and E. Ducassou. 2013. Potential for tsunami generation along the western Great Bahama Bank by submarine slope failures. Abstract NH41A-1689. AGU Fall Meeting, San Francisco, CA. December 9–13.

Schnyder, J.S.D., J.T. Kirby, F. Shi, B. Tehranirad, G.P. Eberli, T. Mulder, E. Ducassou, and M. Principaud. 2013. Potential for tsunami generation by submarine slope failures along the western Great Bahama Bank. 6th International Symposium on Submarine Mass Movements and their Consequences, GEOMAR, Kiel, Germany. September 23–25.

Tehranirad, B., J.T. Kirby, F. Shi, J.A. Callahan, J.C. Harris, S.T. Grilli, and T. Tajalli Bakhsh. 2012. Tsunami hazards on the U.S. East Coast: Inundation mapping and tsunami processes over a wide shelf. AGU Fall Meeting, San Francisco, CA. December 3–7.

Tajalli Bakhsh, T.S., S.T. Grilli, J.C. Harris, J.T. Kirby, F. Shi, and B. Tehranirad. 2012. Tsunami hazard assessment along the U.S. East Coast. AGU Fall Meeting, San Francisco, CA. December 3–7.

Tehranirad, B., J.T. Kirby, and F. Shi. 2012. Coastal plain estuaries as low-pass filters for tsunami activity. Ocean Sciences Meeting, Salt Lake City, UT. February 20–24

Shi, F., J.T. Kirby, and B. Tehranirad. 2010. A high-order adaptive time-stepping TVD solver for Boussinesq modeling of breaking waves and coastal inundation. Abstract OS51B-1312. AGU Fall Meeting, San Francisco, CA. December 13–17.

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