Upcoming Seminar: Dar Si Hmad at Oxford

PhD researcher Becca Farnum will be speaking with representatives from her Moroccan research partner Dar Si Hmad at ZSL’s Conservation Optimism Summit for Earth Day 2017. While in the UK, the Environmental Youth Ambassadors will be giving an academic seminar at the University of Oxford exploring Fog, Education, and Resilience in Morocco.

Dar Si Hmad is a local NGO promoting sustainable livelihoods in Southwest Morocco. Their innovative fog-harvesting system, which recently won the UNFCCC Momentum for Change Award at COP22, supplies rural communities with potable water for household use as well as reforestation and community garden projects. The Environmental Youth Ambassadors programme trains urban youth in journalism and education to bridge the gap between city and countryside. EYAs support the Water School, bringing environmental STEM education to marginalised communities in Ait Baamrane.

fog nets w logoIn this special seminar, representatives from Dar Si Hmad will share the technology of fog-harvesting, highlight local interventions for women’s empowerment and children’s learning, and talk about how this local case study is shaped by and can inform wider narratives of development, water security, and community resilience. Attendees will have the opportunity to interact with a model of CloudFisher technology, view short environmental films produced by Moroccan young people, and participate in new videos being created to support the Water School.

The event is free and open to the public.

For more information, please see https://www.eventbrite.co.uk/e/fog-education-and-resilience-in-morocco-tickets-33655117362.

Please contact Rebecca Farnum (rebecca.farnum@kcl.ac.uk) with any questions.

This entry was posted in Events by King's Water. Bookmark the permalink.

About King's Water

King's Water an interdisciplinary group that works on the biophysical, political, socio-economic, developmental and institutional aspects of water resources and their management. Our work is international, with ongoing projects in Tanzania, Brunei, the Mekong, the Andes, the Amazon, the Middle East, and elsewhere. In addition to the development of the concept of virtual (embedded) water, we have led the development of transboundary water politics analysis, water governance, aquatic resources and sophisticated spatial policy support systems for water resource and ecosystem service assessment.

Comments are closed.