Mustafa Asdefar pointed out that this method depends on monitoring Environmental changes in seabed By following a specific type of Living organisms Which are directly affected by lack of oxygen and adverse environmental conditions, pointing out that these organisms are widely available throughout the sea, which makes monitoring accurate and effective.

Asadifer explained that sampling is done from sediments seabed Using custom traps in specific locations, they are then separated Living organisms And dead bodies in the laboratory and calculate their survival rate as a main indicator of the level of pollution. The direction and speed of water flow are also taken into account to accurately estimate the spread pattern of pollutants.

The CEO stressed that this method is not only limited to protecting the marine environment, but also helps fish farmers choose suitable breeding cage sites, ensuring profitable economic returns and reducing long-term environmental damage.

He pointed out that Persian Gulf It is constantly exposed to pollution by petroleum products and industrial and urban wastewater, and the use of local bioindicators combined with flow modeling and simulation allows predicting the direction and speed of the spread of pollutants and their source, providing effective solutions to reduce environmental and economic consequences.

This method is distinguished from traditional methods by being fast, cost-effective, and easy to apply, in addition to the abundance of samples needed for monitoring, compared to other methods that are often expensive and time-consuming.

This technology is a practical example of the use of local biomarkers to address environmental and economic problems in the Persian Gulf, and may constitute a model for monitoring and protecting aquatic ecosystems in various regions of the country.