Empowering Undergraduate Research Through LoRaWAN-Enabled Sensor Networks: A Coastal Salt Marsh Case Study from the FS3 Critical Zone Summer Program

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

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

Empowering Undergraduate Research Through LoRaWAN-Enabled Sensor Networks: A Coastal Salt Marsh Case Study from the FS3 Critical Zone Summer Program

Expanding access to environmental monitoring through a distributed sensing approach using LoRaWAN

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

SCORE through WaterCorps: Scaffolding Community Outreach and Research Experiences to build the geoscience workforce

Scalable Surface Water Monitoring Using a Low-cost Stilling Well with Embedded Sensors and LoRaWAN Integration

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

Towards the development of a drone-based frequency-domain electromagnetic mapping system for environmental monitoring

Using Frequency Domain Electromagnetic Induction and Hydrologic Monitoring to Investigate Salinity Dynamics and Drainage Interactions in an Agricultural Field of Coastal North Carolina

Using Frequency Domain Electromagnetic Induction and Hydrologic Monitoring to
Investigate Salinity Dynamics and Drainage Interactions in an Agricultural Field of
Coastal North Carolina

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