Water Quality

The rapid development and utilization of coastal and marine areas, including marine aquaculture, can place increasing pressure on water quality. Water quality deteriorates when the natural balance of physical, chemical, and biological components within an aquatic system is disrupted. Such disturbances may result from natural processes or from human activities associated with coastal development and marine resource utilization. This does not imply that coastal and marine resources should not be developed for human benefit. Rather, it emphasizes the importance of balancing resource utilization with the ecological functions of aquatic environments. Therefore, a comprehensive scientific approach is essential to evaluate the relationship between water quality and coastal resource utilization.

Modeling technology provides a powerful tool for simulating the physical, chemical, and biological processes that influence water quality in both natural waters and environments affected by human activities. Natural pollutants as well as contaminants released from industrial, urban, agricultural, and coastal development activities can be simulated using scenario-based models that incorporate regulatory environmental standards and pollutant threshold limits. These simulations enable the identification of optimal management strategies that are consistent with the environmental carrying capacity of the aquatic system while maintaining healthy and sustainable habitats.