Research ArticlePeer-Reviewed Articles
Answering the Supply–Demand Gap with Alternative Water Sources: Retrofitting Cities to Achieve Net Zero Urban Water
Courtney Crosson
Landscape Journal, January 2021, 39 (1) 1-20; DOI: https://doi.org/10.3368/lj.39.1.1
Courtney Crosson
Licensed architect and assistant professor at the University of Arizona. She has worked for Foster + Partners, UN Habitat, and BuroHappold Engineering. Her current research advances decentralized water systems to address pressing problems facing cities—whether water scarcity in the US Southwest or safe and affordable water access in informal settlements in Nairobi, Kenya. She has received multiple national awards for her community outreach and design work focused on retrofitting cities for a changing climate.

REFERENCES
- ↵
- American Society of Civil Engineers
- ↵
- American Water Works Association
- ↵
- Amos, C.,
- Rahman A., &
- Mwangi Gathenya, J.
- ↵
- Anderson, S. R.
- ↵
- Arizona Administrative Code
- ↵
- Arizona Department of Water Resources
- ↵
- Armstrong, N. R.,
- Shallcross, R. C.,
- Ogden, K.,
- Snyder, S.,
- Achilli, A., &
- Armstrong, E. L.
- ↵
- Ashley, R.,
- Blackwood, D.,
- Butler, D.,
- Davies, J.,
- Jowitt, P., &
- Smith, H.
- ↵
- Ault, T. R.,
- Mankin, J. S.,
- Cook, B. I., &
- Smerdon, J. E.
- ↵
- Bahri, A.
- ↵
- Bakkensen, L., &
- Johnson, R.
- ↵
- Bakker, K.
- ↵
- Boston Water and Sewer Commission
- ↵
- Brown, R. R., &
- Keath, N. A.
- ↵
- Brown, R.,
- Farrelly, M., &
- Keath, N.
- ↵
- Butler, D., &
- Maksimovic, C.
- ↵
- Central Arizona Project (CAP)
- ↵
- City of Los Angeles
- ↵
- Connor, R.
- ↵
- ↵
- Crosson, C.
- ↵
- Díaz, P.,
- Stanek, P.,
- Frantzeskaki, N., &
- Yeh, D. H.
- ↵
- Diaz, P., &
- Yeh, D.
- ↵
- Dillon, P.
- ↵
- Energy Information Administration
- ↵
- Environmental Protection Agency
- ↵
- ↵
- ↵
- Hamel, P.,
- Fletcher, T. D.,
- Daly, E., &
- Beringer, J.
- ↵
- Hodson, M., &
- Marvin, S.
- ↵
- Howe, C., &
- Mukheibir, P.
- ↵
- Jiang, Z. Y., &
- Li, X. Y.
- ↵
- Kiparsky, M.,
- Sedlak, D. L.,
- Thompson Jr., B. H., &
- Truffer, B.
- ↵
- Kirshen, P.,
- Aytur, S.,
- Hecht, J.,
- Walker, A.,
- Burdick, D.,
- Jones, S.,
- Fennessey, N.,
- Bourdeau, R., &
- Mather, L.
- ↵
- Kirshen, P.,
- Caputo, L.,
- Vogel, R. M.,
- Mathisen, P.,
- Rosner, A., &
- Renaud, T.
- ↵
- Margolis, L., &
- Chaouni, A.
- ↵
- Mouritz, M.
- ↵
- Mukheibir, P., &
- Currie, L.
- ↵
- Mukheibir, P.,
- Howe, C., &
- Gallet, D.
- ↵
- Newman, P.
- ↵
- Newman, P., &
- Kenworthy, J.
- ↵
- New York City
- ↵
- Onyango, L.,
- Leslie, G. L., &
- Wood, J. G.
- ↵
- Renner, R.
- ↵
- Sedlak, D.
- ↵
- Tucson Water Department
- ↵
- Tucson Water Department
- ↵
- US Bureau of Reclamation
- ↵
- US Census Bureau
- ↵
- US Green Building Council
- ↵
- US Water Alliance
- ↵
- US Water Alliance
- ↵
- Whitler, J. Y., &
- Warner, J.
- ↵
- World Resource Institute
In this issue
Landscape Journal
Vol. 39, Issue 1
1 Jan 2021
Answering the Supply–Demand Gap with Alternative Water Sources: Retrofitting Cities to Achieve Net Zero Urban Water
Courtney Crosson
Landscape Journal Jan 2021, 39 (1) 1-20; DOI: 10.3368/lj.39.1.1
Jump to section
- Article
- Abstract
- INTRODUCTION: THE SUPPLY-DEMAND GAP IS A DESIGN OPPORTUNITY
- LITERATURE REVIEW
- METHOD: DESIGN AND DEVELOPMENT BETWEEN GOVERNMENT EXPERTS AND PUBLIC ADOPTERS
- PROTOTYPE RESULTS: RETROFITTING CITIES FOR USING FIVE ALTERNATIVE WATER TYPES
- SCENARIO RESULTS: ACHIEVING NZUW ACROSS THREE LAND USE TYPES
- DISCUSSION: TOWARD AN NZUW FUTURE
- CONCLUSION
- AUTHOR CONTRIBUTION
- PEER REVIEW STATEMENT
- ACKNOWLEDGMENTS
- REFERENCES
- Figures & Data
- Info & Metrics
- References
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