Methodology Chapter 1. Collecting data about different lagoons in the wetland (Here you can bring some of the tables, bring pictures from Google about Alansab Wetland and lagoons) 2. Determining the maximum of parameters in the lagoons (Here you can put the parameters with their maximum value, the month it happened and the lagoon it happened) 3. Considering or assuming the type of soil in Alansab region (you may also search in Google about it) 4. Modeling the transport of material from lagoons into the ground by STANMOD Software a. Introduction to software b. Introduction to the theory of contaminant transport in STANMOD C. How modeling is done d. How to run and get results 5. Modeling the contaminant transport from lagoons to groundwater by STANMOD 6. Interpreting the results Results and Discussions Chapter 1. First bring the 2D graphs at different z 2. Bring 1-D graphs at the center of model that is center of lagoons 3. Explain the how in depth (X-direction) and in surface (2-direction) the contamination moved 4. Then say is the groundwater depth is less than ..... then for sure the contamination (TDS, BOD or ...) with specified concentrations from model has reached it Methodology Chapter 1. Collecting data about different lagoons in the wetland (Here you can bring some of the tables, bring pictures from Google about Alansab Wetland and lagoons) 2. Determining the maximum of parameters in the lagoons (Here you can put the parameters with their maximum value, the month it happened and the lagoon it happened) 3. Considering or assuming the type of soil in Alansab region (you may also search in Google about it) 4. Modeling the transport of material from lagoons into the ground by STANMOD Software a. Introduction to software b. Introduction to the theory of contaminant transport in STANMOD C. How modeling is done d. How to run and get results 5. Modeling the contaminant transport from lagoons to groundwater by STANMOD 6. Interpreting the results Results and Discussions Chapter 1. First bring the 2D graphs at different z 2. Bring 1-D graphs at the center of model that is center of lagoons 3. Explain the how in depth (X-direction) and in surface (2-direction) the contamination moved 4. Then say is the groundwater depth is less than ..... then for sure the contamination (TDS, BOD or ...) with specified concentrations from model has reached it