Can urban ponds help tackle domestic water scarcity and build resilience?

Kalra, R. 2020. Can urban ponds help tackle domestic water scarcity and build resilience? Journal of Regional and City Planning. 31 (2), pp. 180-198. https://doi.org/10.5614/jpwk.2020.31.2.5

TitleCan urban ponds help tackle domestic water scarcity and build resilience?
TypeJournal article
AuthorsKalra, R.
Abstract

For decades to come, cost-effective and environmentally appropriate water systems will be a priority for managing water scarcity and building resilience in the rapidly expanding cities and city regions of South Asia. This study initiates a research into urban local ponds and the potential of linking them with water systems and build resilience. A framework of questions guided the research with reference to ponds and prevalent water systems in South Asian cities and city regions. The wider issues of water stress in South Asian cities and the general limitations of prevalent water supply systems were studied through the lens of a literature review. The paper then draws upon observations in three South Asian cities. The research showed that despite policy support for local rainwater capture, groundwater is over-exploited and urban local ponds (and tanks) have not been integrated with urban water provision schemes, particularly in recent decades. It was concluded that local urban ponds can facilitate resilient water-supply provision by making them an integral part of the urban waterscape. This paper highlights a multitude of benefits that ponds can potentially bring to urban resilience, in particular affordable and accessible water provision with low environmental footprint, managing climate shocks or stresses, biodiversity restoration in urban areas as well as potentially generating new skills and livelihoods for communities. The overall suggestion is that local urban ponds should be networked into the water provision for cities and their wider region, thereby linking to wider arrangements for urban and regional governance and resilience.

KeywordsPonds, Urban Resilience, Surface Water, Water networks, Water governance, Regional water transfer
JournalJournal of Regional and City Planning
Journal citation31 (2), pp. 180-198
ISSN2502-6429
Year2020
PublisherITB Journal Publisher
Publisher's version
License
CC BY 4.0
File Access Level
Open (open metadata and files)
Digital Object Identifier (DOI)https://doi.org/10.5614/jpwk.2020.31.2.5
Web address (URL)http://journals.itb.ac.id/index.php/jpwk/author/submission/13897
Publication dates
Published28 Aug 2020
Supplemental file
File Access Level
Open (open metadata and files)

Related outputs

The built environment professions in disaster risk reduction and response. RICS, ICE, RIBA, RTPI
Lloyd-Jones, T. and Kalra, R. 2010. The built environment professions in disaster risk reduction and response. RICS, ICE, RIBA, RTPI. London, UK MLC Press, Max Lock Centre, University of Westminster.

Community asset management: life cycles and learning
Allen, J., Kalra, R. and Lloyd-Jones, T. 2008. Community asset management: life cycles and learning. in: Jakob, M.C. and Reichmouth, J. (ed.) Community development: local and global challenges Lucerne, Switzerland Lucerne University of Applied Sciences and Arts.

Community asset management in Africa: final report, volumes 1 and 2
Brown, R., Kalra, R. and Theis, M. 2006. Community asset management in Africa: final report, volumes 1 and 2. London, UK. Max Lock Centre, University of Westminster, London, UK and Department of Regional and City Planning, Faculty of Civil Engineering and Planning, Institute of Technology, Bandung, Indonesia.

The rough guide to community asset management
Theis, M., Brown, R. and Kalra, R. 2005. The rough guide to community asset management. London, UK. MLC Press, Max Lock Centre, University of Westminster.

Building capacity for community asset management: final report
Erickson, B., Theis, M., Sarin, G., Kalra, R. and Sagoo, I. 2003. Building capacity for community asset management: final report. Human Settlements Management Institute, Housing and Urban Development Corporation, India and Max Lock Centre, University of Westminster, London, UK..

Guide to good practice in core area development: DFID research project R6860 – summary technical report, March 2001
Lloyd-Jones, T., Theis, M., Erickson, B., Kalra, R., Carmona, S., Povey, M. and Mulyawan, B. 2001. Guide to good practice in core area development: DFID research project R6860 – summary technical report, March 2001. London, UK. Max Lock Centre, University of Westminster, London, UK and Department of Regional and City Planning, Faculty of Civil Engineering and Planning, Institute of Technology, Bandung, Indonesia.

Guide to good practice in core area development: DFID research project R6860 – Delhi field studies and workshop, March 2000
Theis, M., Lloyd-Jones, T., Sagoo, I., Kalra, R., Povey, M. and Carmona, S. 2000. Guide to good practice in core area development: DFID research project R6860 – Delhi field studies and workshop, March 2000. Max Lock Centre, University of Westminster, London, UK and Department of Regional and City Planning, Faculty of Civil Engineering and Planning, Institute of Technology, Bandung, Indonesia.

Guide to good practice in core area development: DFID research project R6860 – Jakarta field studies and workshop, March 2000
Theis, M., Lloyd-Jones, T., Erickson, B., Kalra, R., Povey, M. and Mulyawan, B. 2000. Guide to good practice in core area development: DFID research project R6860 – Jakarta field studies and workshop, March 2000. London, UK. Max Lock Centre, University of Westminster, London, UK and Department of Regional and City Planning, Faculty of Civil Engineering and Planning, Institute of Technology, Bandung, Indonesia.

Improving research knowledge transfer: final report
Theis, M., Erickson, B., Kalra, R., Lloyd-Jones, T., Gandelsonas, C., Gholam, K., Vallejo, L. and Povey, M. 2000. Improving research knowledge transfer: final report. London, UK. Max Lock Centre, University of Westminster, London, UK and Department of Regional and City Planning, Faculty of Civil Engineering and Planning, Institute of Technology, Bandung, Indonesia.

Improving research knowledge transfer: guides
Gandelsonas, C., Erickson, B., Kalra, R., Gholam, K., Lloyd-Jones, T., Povey, M., Theis, M. and Vallejo, L. 2000. Improving research knowledge transfer: guides. London, UK. Max Lock Centre, University of Westminster, London, UK and Department of Regional and City Planning, Faculty of Civil Engineering and Planning, Institute of Technology, Bandung, Indonesia.

Permalink - https://westminsterresearch.westminster.ac.uk/item/v02v2/can-urban-ponds-help-tackle-domestic-water-scarcity-and-build-resilience


Share this

Usage statistics

431 total views
217 total downloads
These values cover views and downloads from WestminsterResearch and are for the period from September 2nd 2018, when this repository was created.