These data files are currently being used by the Pathogen Flow Tool to predict pathogen emissions to the surface and the subsurface, as well as the overall pathogen reduction...

The Lubigi Sewage and Fecal Sludge Treatment Plant, which consists of waste stabilization ponds, a fecal sludge sedimentation basin, and covered sludge drying beds, started...

A sketch of a typical wastewater treatment system that provides primary treatment (e.g., settling or clarification) plus secondary biological treatment (activated sludge) and...

These are CSV files that will be used as inputs for the Pathogen Flow and Mapping Tool.

This CSV file contains assumptions used in the Pathogen Flow Tool about the different onsite sanitation technologies. Specifically, it tells the code whether or not to assume...

This is an example of an optimal waste stabilization pond system, consisting of a 1-day, 3-m deep anaerobic pond followed by a 3-day, 1.5-m deep facultative pond, with treatment...

This is an example of an optimal waste stabilization pond system, consisting of a 5-day, 3-m deep anaerobic pond, a 15-day, 1.5-m deep facultative pond, and a 20-day, 1-m deep...

A sketch of a typical wastewater treatment system that provides primary treatment (e.g., settling or clarification) plus secondary biological treatment (activated sludge), with...

A sketch of a typical wastewater treatment system that provides primary treatment only (e.g., settling or clarification), with sludge treated in a drying bed for 180 days.

This is an example of an onsite sanitation dataset that can be used with the getLoadings function from the pathogenflows package in R (https://mverbyla.github.io/pathogenflows/)

Dataset compiled through systematic literature review published in: Espinosa, M.F., Costa, N., Mendoza, L., Mota Filho, C.R., Verbyla, M.E. (2020). Systematic review and...