Nutrients Mini Experiment (Part 1) | Weekly Research Update
This week I have made some progress using the idealized estuary to compare bottom DO with and without nutrients in WWTP effluent. There is more analysis work I can do later on, and I have some questions about my boundary conditions. However, I wanted to document and share the current experiment status prior to my trip. For this experiment, I have been using the grid I developed when writing the WWTP placement algorithm (documentation in prior blog post). As a reminder, Figure 1 shows the model grid and locations of point sources. Fig 1. Grid bathymetry and point source locations. Note that this grid also includes a river. I let the model run for two months to spin-up without DIN in the WWTP effluent. Then, I ran the model for on
Nutrients Mini Experiment (Part 1) | Weekly Research Update
This week I have made some progress using the idealized estuary to compare bottom DO with and without nutrients in WWTP effluent. There is more analysis work I can do later on, and I have some questions about my boundary conditions. However, I wanted to document and share the current experiment status prior to my trip. For this experiment, I have been using the grid I developed when writing the WWTP placement algorithm (documentation in prior blog post). As a reminder, Figure 1 shows the model grid and locations of point sources. Fig 1. Grid bathymetry and point source locations. Note that this grid also includes a river. I let the model run for two months to spin-up without DIN in the WWTP effluent. Then, I ran the model for on
https://ajleeson.github.io/research_blog/2022/09/09/nutrients-mini-experiment-1.html