Impacts of temperature and hydraulic regime on discolouration and biofilm cell accumulation within drinking water distribution pipes

The data in this folder pertains to the paper Fish et al 2022, PLOS Water, "Impacts of temperature and hydraulic regime on discolouration and biofilm fouling in drinking water distribution systems". 
Please see the paper for full method and data analysis details, as well as a detailed description of the sampling point nomencluture. 

The three .csv files contain the data used to plot and conduct the related statistical analyses for Figures 3, 4 and 5 in the aforementioned paper.  Files are named to correspond to these figures, header information etc is included in the "read me" file which includes a description of the data.

Water quality data (turbidity, iron and manganese) during flushing (by increasing flow rates) of drinking water pipes (Figure 3 and Figure 4).

Biofilm cell volume data is based on CLSM Z-stack images of stained drinking water biofilms (Figure 5).

本文件夹中所含数据与 Fish 等人于 2022 年发表的论文《温度与水力条件对饮用水输配系统中水质恶化及生物膜污染的影响》相关。具体的方法和数据分析方法，以及采样点的详细命名规范，请参阅该论文。三个 .csv 文件包含了用于绘制上述论文中图 3、4 和 5 以及进行相关统计分析所需的数据。文件命名与相应图表对应，其中包含的标题信息等，可在“read me”文件中找到，该文件对数据进行了描述。饮用水管道冲洗（通过增加流速）过程中的水质数据（混浊度、铁和锰含量）（图 3 和图 4）。生物膜细胞体积数据基于染色饮用水生物膜的共聚焦激光扫描显微镜（CLSM）Z 堆积图像（图 5）。