Mohammad's research has been focused on the application of microbially-induced calcium carbonate precipitation as well as  enzymatically-induced calcium carbonate precipitation for different geoengineering applications from dust suppression to  fracture healing in the caprocks of CO2 sequestration (underground storage) projects.

His paper (the one appearing above) can be accessed at:

https://www.nature.com/articles/s41598-024-68720-0

Below, you see time-lapse he has prepared on him treating small-scale sand dunes with microbial solutions (his photos are taken in our biotechnology institute), the sand dunes are then tested in a wind tunnel to assess their wind erosion resistance, which is not included in the video. The second video, below, demonstrates the precipitation of calcium carbonate crystals close to bacterial cells during time in a MICP process, taken from Mohammad's MSc thesis presentation. The bacteria used in this process are not pathogenic and can be found in the soil environment.