Current students
Jivantika Satyarthi
Project Title
Building in soundscape resilience via flood resilience to create healthier residential environments.
Project Abstract
Noise pollution is the second largest environmental cause of health problems in urban residential developments. Furthermore, a positive soundscape (perceived acoustic environment) approach to urban design is rarely considered. In contrast, sustainable drainage systems (SuDS) are required within all new residential developments in Scotland and the UK, but their potential for affecting soundscapes has not been fully explored. Yet, depending on the SUDS design, the type of planting, paving, water flow movements, and attractiveness to wildlife will all influence the acoustic environment, in positive sound-enhancing ways. Integration of the urban design/planning issues of sound and water management can create healthier, cognitively restorative, and thus resilient residential environments.
Jivantika’s interdisciplinary Ph.D. is funded by the ESRC-SGSSS 1+3 year scholarship. Her research attempts to explore how SuDS can be utilized or improved to reduce noise pollution and how salutogenic (health-promoting) soundscapes can be created by SuDS in urban residential areas. In particular, the project will examine the specific SuDS water and planting design features that produce salutogenic soundscapes.
Read more: Project Destress
Connect on:
LinkedIn,
Email: jas2004@hw.ac.uk
Supervisors
Dr. van der Jagt, Sander, Prof. Scott Arthur (Institute for Infrastructure and Environment), Dr. Sarah Payne (University of Surrey)
Building in soundscape resilience via flood resilience to create healthier residential environments.
Project Abstract
Noise pollution is the second largest environmental cause of health problems in urban residential developments. Furthermore, a positive soundscape (perceived acoustic environment) approach to urban design is rarely considered. In contrast, sustainable drainage systems (SuDS) are required within all new residential developments in Scotland and the UK, but their potential for affecting soundscapes has not been fully explored. Yet, depending on the SUDS design, the type of planting, paving, water flow movements, and attractiveness to wildlife will all influence the acoustic environment, in positive sound-enhancing ways. Integration of the urban design/planning issues of sound and water management can create healthier, cognitively restorative, and thus resilient residential environments.
Jivantika’s interdisciplinary Ph.D. is funded by the ESRC-SGSSS 1+3 year scholarship. Her research attempts to explore how SuDS can be utilized or improved to reduce noise pollution and how salutogenic (health-promoting) soundscapes can be created by SuDS in urban residential areas. In particular, the project will examine the specific SuDS water and planting design features that produce salutogenic soundscapes.
Read more: Project Destress
Connect on:
LinkedIn,
Email: jas2004@hw.ac.uk
Supervisors
Dr. van der Jagt, Sander, Prof. Scott Arthur (Institute for Infrastructure and Environment), Dr. Sarah Payne (University of Surrey)