includes event
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Empowering Undergraduate Research Through LoRaWAN-Enabled Sensor Networks: A Coastal Salt Marsh Case Study from the FS3 Critical Zone Summer Program
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Evaluating uncertainty in drone-based shoreline and elevation monitoring for living shorelines
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Characterizing the Spatial and Temporal Salinity Variabilty on Shackleford Banks, NC: Implications for Freshwater Availability and Barrier Island Habitat
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Expanding access to environmental monitoring through a distributed sensing approach using LoRaWAN
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High-Resolution Seascape Mapping Across Three Living Shoreline Designs Using Drone-Based OBIA and RTK-GNSS
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Scalable Surface Water Monitoring Using a Low-cost Stilling Well with Embedded Sensors and LoRaWAN Integration
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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
- Comparison of stream discharge estimates obtained using in-situ tilt meters versus acoustic doppler current profilers (ADCP)
- SCORE through WaterCorps: Scaffolding Community Outreach and Research Experiences to Build the Geoscience Workforce
- Capping a swing farm wastewater lagoon: preliminary evaluation of water quality impacts in eastern North Carolina
- Development of a Socio-Hydrological Model for a Coastal Watershed: Using Stakeholders' Perceptions
- Groundwater watch - Public participation in groundwater resources research
- Harnessing hydrologic management to manipulate nutrient dynamics at the terrestrial-aquatic interface
- Quantifying the fragility of the coral reefs in the Florida Keys to hurricane impacts
- SCORE through WaterCorps: Scaffolding Community Outreach and Research Experiences to build the geoscience workforce
- Simulating the Fate and Transport of Salts in Artificial Channels and Groundwater during Wind Tide Events in a Coastal Wetland System
- Suitable Suspects: Moving Past Hydrologic Conditions to Create More Equitable Groundwater Management Strategies
- Two complimentary models for engaging vulnerable communities in building resilience