Table 1.
Summary of metadata for the geographical area and human population served by the WWTWs.
Fig 1.
AMR class abundance, showing abundance data from samples sourced at each WWTW, by month of sampling.
Fig 2.
AMR class abundance, showing abundance data by month of sampling, from samples sourced at each WWTW.
Fig 3.
Total AMR class abundance, showing abundance data for the TMM WWTWs as compared to the EMM WWTWs.
Only the top nine most abundant AMR classes are shown.
Fig 4.
Total AMR class abundance, showing abundance data for the TMM urban WWTW as compared to the TMM semi-urban WWTW.
Only the top nine most abundant AMR classes are shown.
Fig 5.
Total AMR class abundance, showing abundance data for the EMM urban WWTW as compared to the EMM semi-urban WWTW.
Only the top nine most abundant AMR classes are shown.
Fig 6.
AMR gene abundance, showing abundance data from samples sourced at each WWTW, by month of sampling.
The top 15 most abundant AMR genes are shown, while the remainder of the genes are grouped together and shown as ‘Other’.
Fig 7.
Total AMR gene abundance, showing abundance data for the TMM urban WWTW as compared to the TMM semi-urban WWTW.
Only the top 15 most abundant AMR genes are shown.
Fig 8.
Total AMR gene abundance, showing abundance data for the EMM urban WWTW as compared to the EMM semi-urban WWTW.
Only the top 15 most abundant AMR genes are shown.
Fig 9.
Differential abundance data analysis of AMR genes from samples sourced at the TMM semi-urban WWTW.
Data were compared following stratification by season, here comparing data between the summer and winter periods.
Table 2.
Differential abundance data analysis of AMR genes from samples sourced at WWTWs.
Data were compared following stratification by season. Summer (included the months of December, January, February), autumn (included the months of March, April, May), winter (included the months of June, July, August) and spring (included the months of September, October, November).