Member Since 2000
Ryan P. Mulligan
Professor, Queen's University
AGU Research
Search
Filters
Clear All
Large‐Scale Physical Modeling of Wave Generation and Runup on Slopes From the Collapse of Partially and Fully Submerged Granular Columns
JOURNAL OF GEOPHYSICAL RESEARCH: OCEANS
27 may 2024
Erica Treflik-Body, Elisabeth Steel, Andrea Walsh,...
Climate change is making coastal regions increasingly vulnerable to hazards, including rapid subaerial and submarine landslides, which can result i...
Thank You to Our 2023 Peer Reviewers
JOURNAL OF GEOPHYSICAL RESEARCH: OCEANS
13 may 2024
Lisa M. Beal, Leon Chafik, Sarah Fawcett, Mar M. F...
Thank you to the 1396 reviewers who provided 2328 reviews during 2023 to ensure the quality and integrity of JGR‐Oceans manuscripts.
...Interrelated Coastal Flooding, Erosion, and Groundwater Salinization on a Barrier Island During Hurricane Fiona
JOURNAL OF GEOPHYSICAL RESEARCH: EARTH SURFACE
05 april 2024
Julia Cantelon, Nicole LeRoux, Ryan P. Mulligan, L...
Coastal flooding transforms barrier island morphology and rapidly salinizes freshwater lenses that support island populations and ecosystems. Clima...
Storm induced morphological changes near an erosional hot spot
OCEAN SCIENCES 2024
ocean technologies and observatories | 22 february 2024
Laura D. Szczyrba, Ryan P. Mulligan, Peir K. Pufah...
Segments of shoreline that experience persistent erosion or deposition over years to decades are often referred to as erosional hot spots or cold spot...
View Abstract
Investigating the impacts of Hurricane Fiona on macrotidal coastal environments in the Minas Basin, Bay of Fundy.
OCEAN SCIENCES 2024
coastal and estuarine hydrodynamics and sediment processes | 21 february 2024
Élise Rogers, Ryan P. Mulligan, Brent A. Law
Hurricanes and tropical cyclones generate strong winds, leading to wind-generated waves and storm surges that can have major coastal impacts. The Mina...
View Abstract
Hydrodynamic and wave modeling to explore regional- and inlet-scale circulation during storm events
OCEAN SCIENCES 2024
coastal and estuarine hydrodynamics and sediment processes | 21 february 2024
Liliana Velasquez Montoya, Anna Wargula, Alexander...
Regional winds have been shown to drive two-dimensional water level variability in shallow bays behind barrier islands, such as in the Albemarle-Pamli...
View Abstract
Quantifying turbulence in the swash zone forced by obliquely incident waves
OCEAN SCIENCES 2024
coastal and estuarine hydrodynamics and sediment processes | 19 february 2024
Hyungyu Sung, Benjamin Davidson, Jamie Brenner, Al...
Beach morphology can change on very short timescales due to the action of breaking waves transporting sediment. To address gaps in current knowledge o...
View Abstract
Laboratory Experiments on Groundwater Hydrodynamic Oscillations from Swash with Transparent Sand (GHOSTS)
OCEAN SCIENCES 2024
coastal and estuarine hydrodynamics and sediment processes | 19 february 2024
Delaney Benoit, Marie-Pierre Delisle, Greg Siemens...
On beaches, groundwater and surface water interact through sand pore spaces in the swash zone. Although laboratory experiments can be useful for obser...
View Abstract