Understanding how flood risk managers describe and adapt to non-storm flood events in low-lying coastal jurisdictions of the US central Atlantic coastline.

A global systematic review of the socio-economic impacts of high tide flooding.

Oyster recruitment and growth increases wave attenuation by breakwaters

Seasonally structured drone data for shoreline change around a hybrid living shoreline project

Bluff retreat in North Carolina: harnessing resident and land use professional surveys alongside LiDAR remote sensing and GIS analysis for coastal management insights

Shoreline classification maps and ground truch data for the Neuse River Estuary, North Carolina

Reproducibility in Coastal Physical Laboratory Experiments: Washover Deposits and Channel Morphology

Quantifying Recent Storm-Induced Change on a Small Fetch-Limited Barrier Island along North Carolina's Crystal Coast Using Aerial Imagery and LiDAR

An Error Prediction Model for Construction Bulk Measurements Using a Customized Low-Cost UAS-LIDAR System

sUAS Monitoring of Coastal Environments: A Review of Best Practices from Field to Lab

Evaluating the ability of multi-sensor techniques to capture topographic complexity

Object-based Correction of LiDAR DEMs Using RTK-GPS Data and Machine Learning Modeling in the Coastal Everglades

Evaluating Nature-Based and Engineered Solutions on Sugarloaf Island's Shoreline Dynamics with sUAS and SfM (2023-2025)

Estuarine bluff shorelines: Inter-relation between erosion processes and development vulnerability

Potential habitat change due to future sea-level rise in Cape Hatteras National Seashore, North Carolina

Annotated Drone Imagery for Monitoring Olivine Plume Dispersion Off Duck, North Carolina (May-June 2024)

Bluff shoreline erosion processes and development vulnerability in the Neuse River Estuary, North Carolina

Quantifying recent storm-induced change on a small fetch-limited barrier island along North Carolina's Crystal Coast using aerial imagery and LiDAR

Evaluating the influence of oyster breakwaters on local ecosystems and geomorphology.

Utilizing UAS-SfM to assess the erosion control properties of a novel breakwater substrate.

Ecological recruitment drives wave attenuation improvement in oyster-based living shorelines

Evaluating uncertainty in drone-based shoreline and elevation monitoring for living shorelines

Characterizing the Spatial and Temporal Salinity Variability on Shackleford Banks, NC: Implications for Freshwater Availability and Barrier Island Habitat

Evaluating the ability of several commercially available UASs to capture topographic complexity typical of estuarine bluff shorelines in North Carolina

High-Resolution Seascape Mapping Across Three Living Shoreline Designs Using Drone-Based OBIA and RTK-GNSS

Measuring what matters: Reliable drone monitoring of hybrid nature-based shoreline change

Shoreline Mapping in the Neuse River Estuary, NC using Object-Based Ensemble Analysis, Aerial Imagery, and LiDAR

Shoreline and Marsh Response Across Restoration Phases of a Hybrid Nature-Based Solution at Sugarloaf Island, NC

You can lead a horse to water, but it might be salty: Monitoring water use by feral horses in a changing coastal environment