Jordan & Lebanon: Water Project Benefits 88K, Final Phase Ends
TL;DR: A water resilience project in Jordan and Lebanon has provided sustainable water management solutions to 88,000 people, integrating technology, training, and permaculture.
- Project aids 88,000 in Jordan/Lebanon.
- Installs rainwater harvesting, greywater systems.
- Addresses water scarcity, climate change.
- Boosts food security, community resilience.
- Includes permaculture training.
- Promotes regional cooperation for water solutions.
Why it matters: Water scarcity and climate change are critical issues globally. This project demonstrates practical, scalable solutions for communities in vulnerable regions, showcasing how integrated approaches can significantly improve water security and resilience.
Do this next: Research local initiatives or workshops on rainwater harvesting and greywater recycling in your area to see how you can apply these techniques at home or in your community.
Recommended for: Urban planners, permaculture practitioners, community leaders, and anyone interested in sustainable water management and climate resilience in vulnerable regions.
A comprehensive water resilience project financed by the Adaptation Fund has successfully concluded its final phase, delivering sustainable water management solutions to approximately 88,000 people across Jordan and Lebanon. The initiative, implemented by UN-Habitat in partnership with regional organizations, focused on installing rainwater harvesting and greywater systems in strategic locations including Zahle in Lebanon and Mafraq and Irbid in Jordan. These installations represent a critical response to the interconnected challenges of water scarcity, climate change, and displacement in one of the world's most water-stressed regions. The project demonstrated how innovative water solutions can enhance food security, reduce water stress, and strengthen community resilience in urban contexts. Beyond infrastructure development, the initiative provided extensive training to thousands of participants on municipal resilience and permaculture practices, recognizing that sustainable water management requires both technological innovation and community engagement. Field visits conducted during the project's conclusion showcased tangible results, including a water reuse system at Ablah Public School in Zahle and the Lebanese Agricultural Research Institute's permaculture site in Rayak, illustrating how integrated approaches can address multiple development challenges simultaneously. The project emphasized the importance of climate-informed urban planning and sustainable water systems in helping both displaced people and host communities build long-term water resilience. Regional cooperation between Jordan and Lebanon formed a cornerstone of the initiative, with participating organizations exchanging expertise, developing joint solutions, and strengthening institutional and local capacities. Project leaders highlighted that this model of regional collaboration represents a successful framework that UN-Habitat is committed to promoting and expanding to include other countries in the Arab region. The initiative underscored a shared commitment to advancing climate resilience and sustainable water management, with discussions emphasizing that countries facing conflict and fragility require faster, more flexible climate financing to protect critical water infrastructure. The project's achievements demonstrate the feasibility of scaling up water management interventions to address the region's pressing water security challenges while building adaptive capacity for future climate impacts.