Using automated active infrared counters to estimate footfall on urban park footpaths: reliability and validity testing - Supporting Dataset - University of Northampton's Research Explorer

Description

This sheet contains the refined data used to calculate intraclass correlations for active infrared counter reliability assessments and validity assessments. There are 13-weeks of active infrared footfall counts per season and these have been used to calculate median footfall for all possible 1, 2, 3, and 4-week combinations. These combinations are replicated for three counters within an UK urban park.

Date made available	1 Feb 2023
Publisher	University of Northampton
Temporal coverage	May 2021 - Aug 2022
Date of data production	May 2021 - Aug 2022

Contact person

Declan Ryan

DOI
10.24339/3ef61812-75c7-4431-8423-7358d0c296f2

Access Dataset

Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_Validation.csv
File: application/octet-stream, 1.88 KB
Type: Dataset
Embargo End Date: 1 Feb 2023
Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_ICC_4_weeks.csv
File: application/octet-stream, 145 KB
Type: Dataset
Embargo End Date: 1 Feb 2023
Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_ICC_3_weeks.csv
File: application/octet-stream, 59.4 KB
Type: Dataset
Embargo End Date: 1 Feb 2023
Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_ICC_2_weeks.csv
File: application/octet-stream, 17.7 KB
Type: Dataset
Embargo End Date: 1 Feb 2023
Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_ICC_1_week.csv
File: application/octet-stream, 3.59 KB
Type: Dataset
Embargo End Date: 1 Feb 2023
Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_3_weeks.csv
File: application/octet-stream, 121 KB
Type: Dataset
Embargo End Date: 1 Feb 2023
Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_2_weeks.csv
File: application/octet-stream, 43.5 KB
Type: Dataset
Embargo End Date: 1 Feb 2023
Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_4_weeks.csv
File: application/octet-stream, 468 KB
Type: Dataset
Embargo End Date: 1 Feb 2023
Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_1_week.csv
File: application/octet-stream, 6.01 KB
Type: Dataset
Embargo End Date: 1 Feb 2023
Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_Welcome.csv
File: application/octet-stream, 2.47 KB
Type: Dataset
Embargo End Date: 1 Feb 2023
Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths.xlsx
File: application/vnd.openxmlformats-officedocument.spreadsheetml.sheet, 2.1 MB
Type: Dataset
Embargo End Date: 1 Feb 2023

Using automated active infrared counters to estimate footfall on urban park footpaths: behavioural stability and validity testing
Ryan, D. & Benton, J., 25 Apr 2023, In: International Journal of Behavioral Nutrition and Physical Activity. 20, 1, 11 p., 49.
Research output: Contribution to Journal › Article › peer-review

Open Access
File

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DataSetCite

Ryan, D. (Creator), Benton, J. (Creator) (1 Feb 2023). Using automated active infrared counters to estimate footfall on urban park footpaths: reliability and validity testing - Supporting Dataset. University of Northampton. Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_Validation(.csv), Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_ICC_4_weeks(.csv), Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_ICC_3_weeks(.csv), Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_ICC_2_weeks(.csv), Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_ICC_1_week(.csv), Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_3_weeks(.csv), Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_2_weeks(.csv), Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_4_weeks(.csv), Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_1_week(.csv), Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths_Welcome(.csv), Ryan_Benton_2022_Using_automated_infrared_counters_to_estimate_footfall_on_urban_park_footpaths(.xlsx). 10.24339/3ef61812-75c7-4431-8423-7358d0c296f2

Using automated active infrared counters to estimate footfall on urban park footpaths: reliability and validity testing - Supporting Dataset

Description

Contact person

DOI

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Research output

Using automated active infrared counters to estimate footfall on urban park footpaths: behavioural stability and validity testing

Cite this