Bagshaw, L.; Bee, E.; Bhowmik, D.; Bridle, H.; Chan, K.; England, P.; Gaura, E.; Halford, A.; Lynch, I.; Maniatis, G.; Martin, P.; Mao, F.; Mukherjee, K.; Naylor, M.; Novellino, A.; Oren, N.; Pope, F.; Schaap, A.; Watson, C.; Van De Wiel, M.; Yuksel Ripley, B.. 2024 Unlocking the potential of sensors for our environment : a call to action from a NERC writing retreat. Coventry University, 36pp. (Unpublished)
Abstract
Funded by UK Research and Innovation (UKRI), the Constructing a Digital Environment Strategic
Priorities Fund (CDE) programme aspired to support the development of a comprehensive ‘digital
environment’ ecosystem that best served scientists, policymakers, businesses, and communities.
Emphasising multi-disciplinary and inter-disciplinary collaboration, CDE supported a team of
challenge-focused researchers from a variety of disciplines to bring to the fore current and
future digital advances in sensors that are critical to addressing environmental concerns. From
March 2023 to January 2024, the team worked together to develop frameworks that sought to
optimise the benefits of both existing and emerging sensor network technologies and their related
infrastructure.
Central to the development of these frameworks was a co-creation writing retreat in July 2023,
where we came together to discuss the environmental sensing ecosystems unmet needs and
challenges around five themes: Values, Changes, Barriers, Tools, and Lessons.
The resultant findings and call for action suggest that:
A. Focusing on People, Places and Ethics when making decisions on the whole sensor
systems lifecycle (sensor design, deployment, application, and uptake) can ensure that
research is more holistic, relevant, ethically sound, innovative, and, at the same time, has
the potential for real-world impact.
B. There is a clear need for a better-enabled sensor ‘development and use’ ecosystem (i.e.,
frameworks, methodologies, designs, communities) that has strong foundations and
support for collaborative and interdisciplinary research to drive ambition for responsible
innovation and resilient research communities.
Overall, the findings highlight the vast potential offered by increased sensor utilisation for science
and society, as well as broader concerns around data practices and innovation and specific
challenges to sensors and sensing for the environment. There is a greater need for responsible data
sharing, standardisation and quality assurance, as well as enhanced interdisciplinary collaboration
and knowledge transfer between academia and industry. Furthermore, sector-specific barriers to
recruitment and retention (particularly from those traditionally underrepresented in the sector)
need to be addressed if transformative research is to be delivered and sustainable ecosystems that
are diverse and inclusive are to be created.
Documents
537267:222248
NERC writing retreat 2024 Unlocking-potential-of-sensors.pdf
Available under License Creative Commons Attribution 4.0.
Available under License Creative Commons Attribution 4.0.
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BGS Programmes 2020 > Digital
BGS Programmes 2020 > Multihazards & resilience
BGS Programmes 2020 > Multihazards & resilience
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