The catalogue contains study descriptions in various languages. The system searches with your search terms from study descriptions available in the language you have selected. The catalogue does not have ‘All languages’ option as due to linguistic differences this would give incomplete results. See the User Guide for more detailed information.
Using Participatory Approaches To Instigate Improvements in Water Quality, 2021-2022
Creator
Walsh, C, Newcastle University
Wang, L, National Taiwan University
Study number / PID
856882 (UKDA)
10.5255/UKDA-SN-856882 (DOI)
Data access
Open
Series
Not available
Abstract
The ‘UpStream’ project was co-created, co-developed and co-delivered with two active community groups in the UK (Friends of Bradford's Becks) and Taiwan (Taiwan Clean Water Alliance) who both were concerned about water pollution in their local rivers. The project has provided a testbed to achieve the aim of the project of aiding citizen scientists better understand local water quality. This has led to the development and deployment of a cost-effective Continuous Water Quality Monitoring device, the WaterBox, along with methods for transmitting, storing, visualising, and analysing the data collected. Parameters collected include: pH, temperature, conductivity and turbidity. A total of 104 practicalities of continuous water quality monitoring were observed and categorised as either technical, social, economic or wider responsibilities. These have been summarised in a publication that is current;y under review.The UpStream project aims to improve water quality in the UK and Taiwan by working with citizens to gather data, share knowledge and experiences, and develop new technologies. Motivated by environmental issues already identified by the public, this participatory project will increase connectivity and action across a range of organisations and community groups.
Both the UK and Taiwan have problems with pollution of rivers. Across Europe, laws state that river water quality should not be impacted by human activity, but latest assessments suggest that just 38% of waters meet this standard. In Taiwan, rapid industrialisation and economic growth have had an impact on water pollution. In 2016, 65% of Taiwanese rivers were classed as moderately polluted. As economic growth stabilises and society evolves, attention is shifting to water quality issues; tighter water quality standards have been set and are incorporated into the government's Forward-looking Infrastructure plan.
In both the UK and Taiwan citizens feel strongly about water quality, and have founded local...
Terminology used is generally based on DDI controlled vocabularies: Time Method, Analysis Unit, Sampling Procedure and Mode of Collection, available at CESSDA Vocabulary Service.
Methodology
Data collection period
31/05/2021 - 30/11/2022
Country
United Kingdom, Taiwan
Time dimension
Not available
Analysis unit
Geographic Unit
Time unit
Universe
Not available
Sampling procedure
Not available
Kind of data
Numeric
Data collection mode
The WaterBox is a low-cost water quality sensing device. It canmonitor water quality parameters continuously and transmits data in near real-time. The basic WaterBox measures three parameters:conductivity, pH and temperature. Additional parameters can be measured by attaching more sensors to it. It was developed in Taiwan by Location Aware Sensing System (LASS), a social enterprise founded in 2015 that develops sensors for and with citizens.Customisation and ‘open’ principles are at the heart of the WaterBox: The WaterBox is fully customisable. LASS and the WaterBox are founded on ‘open’ principles, meaning that the device and its software can be used and modified freely, and its design is publiclyaccessible.
Funding information
Grant number
ES/W000202/1
Access
Publisher
UK Data Service
Publication year
2024
Terms of data access
The Data Collection is available from an external repository. Access is available via Related Resources.