Shah, S.H., Angeles, L.C., & Harris, L.M. (2017). Worlding the intangibility of resilience: The case of rice farmers in a water-stressed region of the Philippines. Elsevier, vol. 98(C), pages 400-412. Preprint PDF of the article here.
Dapaah, E.K., Harris, L.M. (2017). Framing a Community’s Entitlement to Water access in Accra, Ghana: A complex reality. Geoforum 82: 2-39. Preprint PDF of the article here.
Beck, T., L. Rodina, E. Luker & L. Harris. (2016). Institutional and Policy Mapping of the Water Sector in South Africa. The University of British Columbia, Institute for Resources, Environment and Sustainability. Preprint PDF of the article here
Beck, T., L. Harris & E. Luker. (2016). Institutional and Policy Mapping of the Water Sector in Ghana. The University of British Columbia, Institute for Resources, Environment and Sustainability. Preprint PDF of the article here
Rodina, L., Baker, L.A., Galvin, M., Golden, J., Harris, L.M., Manungfala, T., Musemwa, M., Sutherland, C., & G. Ziervogel (2017). Water, equity and resilience in Southern Africa: future directions for research and practice. Current Opinion in Environmental Sustainability 26-27: 143-151. Preprint PDF of the article here.
Amber Wutich, Jessica Budds, Laura Eichelberger, Jo Geere, Leila M. Harris, Jennifer A. Horney, Wendy Jepson, Emma Norman, Kathleen O’Reilly, Amber L. Pearson, Sameer H. Shah, Jamie Shinn, Karen Simpson, Chad Staddon, Justin Stoler, Manuel P. Teodoro, Sera L. Young. (2017). Advancing methods for research on household water insecurity: Studying entitlements and capabilities, socio-cultural dynamics, and political processes, institutions and governance. Water Security, 2.
• Existing approaches have advantages, but underestimate household water insecurity
• HWI methods must address economic, socio-cultural, and political processes
• Hard-to-measure dimensions of HWI can be assessed with methods we present
Peloso, M. M. & Harris, L. M (2017). Pathways for Participatory Water Governance in Ashaiman, Ghana: Learning from Institutional Bricolage and Hydrosocial Perspectives. Society & Natural Resources 30(12). Preprint PDF of the article here
Harris, L.M., Kleiber, D., Rodina, L., Yaylaci, S., Goldin, J. & Owen, G. (2017). Water materialities and citizen engagement: testing the implications of water access and quality for community engagement in Ghana and South Africa. Society & Natural Resources 31(1):89-105. Preprint PDF of the article here
Harris, L.M., Prsytajecky, N. et al. (2017). Improving Water Quality with Novel Diagnostics. Policy Brief of the Watershed Metagenomics GE3LS team. Program on Water Governance Policy Brief. Preprint of the policy brief here
Scientists at universities and public health institutions across Canada, including the BC Centers for Disease Control Public Health Laboratory, are using metagenomics to study the microbial communities in the water in order to develop new tests to assess water quality. Metagenomics has the potential to revolutionize our understanding of how perturbations in these microbial communities are linked to water quality with ramifications for drinking water and other applications. Although chemical pollution is not a focus of the current research, the state of these microbial communities can also indicate whether chemical or other contamination has occurred (e.g., temperature or other biophysical changes also shift the composition and function of these microbial communities).
GE3LS Research Team: Dr. Leila Harris and Dr. Natalie Prystajecky (CoChairs), Dr. Natalie Henrich, Dr. Bev Holmes, Dr. Karen Bakker, Gemma Dunn, Ida Ngueng Feze, Dr. Yann Joly, Prof. Bartha Knoppers, Stanislav Birko, Edward S. Dove, Dr. Vural Ozdemir. Watershed Metagenomics
Project leaders: Dr. Patrick Tang and Dr. Judith Isaac-Renton
University of British Columbia, June 16, 2017
Climatic variation and intersectoral water competition increasingly challenge the effective provision of irrigation services. This article explores their combined effects on irrigation allocation from the Angat Reservoir (Philippines), where domestic water use in Metro Manila has overtaken regional irrigation as the dominant right-holder. Rules protecting Metro Manila’s large right to water ‘interact’ with dry spells to affect irrigation security in wet and dry seasons. Historically, irrigators were uncompensated because re-allocation’s cause was contested as (1) an unforeseeable climatic event (releasing domestic utilities of liability), or (2) produced by urban demand (requiring compensation). Trade-off rules must be prepared to navigate combinatory effects.
Shah, S. H., & Zerriffi, H. (2017). Urban water demand, climatic variation, and irrigation-water insecurity: Interactive stressors and lessons for water governance from the angat river basin (philippines). Water International, 42(5), 543. doi:10.1080/02508060.2017.1342073
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