Soil discharge point is an important parameter in marine environmental studies to determine the dispersion and fate of sediment particles. A GNSS system can be used to accurately determine the location of the soil discharge point on the sea.

Our proposal is to use a GNSS system to determine the location of the soil discharge point, which can provide a more accurate and precise estimate of the sediment transport and dispersion. The system will consist of a GNSS receiver mounted on the vessel or the discharge pipe, and a data logger to record the GNSS data. The system will use real-time kinematic (RTK) or post-processing techniques to provide high-accuracy positioning, which will be used to calculate the location of the soil discharge point.

The proposed GNSS system can provide an accurate and cost-effective solution for determining the soil discharge point on the sea, which is important in marine environmental studies. The system can be easily installed and provide real-time monitoring, which will allow for quick response to any changes in sediment transport or dispersion. We believe that this system can be an effective tool for environmental monitoring in the marine industry.