COVID-19 point-of-care-test sites in Victoria (24th July 2020): Average travel time and population catchment for each site

The data underpins a study which aimed to investigate the impact of remoteness on the travel time and population catchment for all COVID-19 point-of-care-test sites within Victoria during Stage 4 restrictions during July 2020.There are two files 'mesh_block_summary' and 'testing_site_summary'.In relation to 'mesh_block_summary', please consider the points below.- The data provides the average travel time (in minutes) and distance (in metres) to the closest point-of-care-test site for each mesh block.MB_CODE16: Mesh block identifierDuration: Distance in metresDistance: Travel time in minutesMB_Category_Name_2016: Mesh block categoryDwelling: Number of dwellingsPerson: Number of peopleIn relation to 'testing_site_summary', please consider the points below.- The data provides the average travel time (in minutes) and distance (in metres) for mesh blocks which were closest (based on travel time) to each test site.Site_Name: Name of point-of-care-test siteFacility: Type of siteWebsite: Site websiteCOVID_Lat: Latitude coordinateCOVID_Long: Longitude coordinateDwelling: Number of dwellings within mesh blocks which were closest (based on travel time) to each test site.Population: Number of people within mesh blocks which were closest (based on travel time) to each test site.Mean_distance: Average distance (in metres) for closest mesh blocksMean_duration: Average travel time (in minutes) for closest mesh blocksN_mesh_blocks: Number of mesh blocks which are closestMean_catchment_IRSD: Mean 'Index of Relative Socioeconomic Disadvantage' for closest mesh blocksThe methodology to derive the data above has been detailed within the reference below:Lakhani A, Wollersheim D. COVID-19 test sites in Victoria approaching Stage 4 restrictions: evaluating the relationship between remoteness, travel time and population serviced. Aust N Z J Public Health. 2021 Dec;45(6):628-636. doi: 10.1111/1753-6405.13154. Epub 2021 Oct 28. PMID: 34709703; PMCID: PMC8652517.