Alberto Canestrelli

CAREER: Understanding the role of ribbed mussels on salt marsh sedimentation by a combination of field work and numerical modeling

Elements: A GeoAI Toolset for Identifying Locations and Drivers of Pond Collapse in Salt Marshes from High-Resolution Earth Imagery

Identification of main sources of nitrogen pollution from septic systems to inform policy and resilience planning in the Tampa Bay estuary

Quantifying Morphological Changes Driven by Oyster Reef Breakwaters Under Different Tidal and Wave Conditions to Inform Restoration Strategies

Combining high resolution surveys and numerical modeling to optimize water level management and contain nutrient levels in the Guana River Lake

Optimal Design of a Slotted Wavescreen Breakwater: A Numerical-Physical Model Analysis

Dynamic aquifer-ocean model for coastal DoD facilities: Vulnerability categorization based on geophysical setting and changes in climate and sea level

Identification of sources of fecal pollution in populated estuaries by a combination of monitoring and numerical modeling

Schooling through vortex streets; a biological and computational approach to understanding collective behavior in wild fish

Configuring an Automated System for Lowering or Raising the Vectrino II Profiler in Response to Bed Erosion or Aggradation, to be tested in the Small-Oscillatory Flow Tunnel (S-OFT) at the U.S. Naval Research Laboratory

Karman Gait Ladders: An Innovative Fishway Exploiting How Fish Recapture Energy from Vortices

Rising Seas, Herbivore Outbreaks, and the Uncertain Future of Blue Carbon