A 2-hectare permaculture site held by Assyl Elazzaoui — a green island in a pressured peri-urban landscape. The water is the central question here. And the answer to that question holds a lesson for thousands of small farms across the MENA region.
Assyl Elazzaoui has cultivated this 2-hectare site into a working permaculture system — a rare example in this region of what land can hold when it is tended rather than extracted from. The site produces food, holds moisture, and demonstrates an alternative to the degraded landscape around it.
Had Soualem sits in the Chaouia region, one of Morocco's most water-scarce areas, adjacent to a large industrial zone. The landscape is under pressure from multiple directions: industrial water use, declining groundwater, and eight years of drought that ended only with the exceptional rainfall of winter 2025–26. Paved and compacted surfaces increasingly prevent rainfall from reaching the aquifer at all.
The site is, in the most literal sense, a green island. Productive and carefully tended — surrounded by land that has lost its capacity to hold water or support biodiversity. That condition is what makes it important, and what it needs to grow beyond.
The Chaouia region holds less than 100 million m³ of groundwater annually — among the lowest in Morocco. Across the country, groundwater levels have fallen 20–65 metres over the past thirty years, with extraction consistently exceeding natural recharge. Approximately 30% of new boreholes are drilled without authorisation, lowering the water table for everyone who depends on it.
The winter of 2025–26 brought exceptional rainfall after eight years of drought. This is a window of opportunity — not a structural solution. The imbalance between extraction and recharge remains, and the next dry cycle will come.
In 2024, Assyl raised a specific need: a deeper borehole, approximately 10,000 euros. His existing water access had become unreliable as the water table fell. The support was not available at the time. It is now becoming possible — and the favourable conditions of early 2026 make this a good moment to invest in more resilient water infrastructure before the next drought cycle begins.
Had Soualem's location determines which water technologies are actually relevant here. Flat Atlantic coastal plain, low elevation, peri-urban, 10 km from the ocean. Not all widely discussed solutions work in every context. This is an honest assessment.
| Technology | Notes for this site | Fit |
|---|---|---|
| Deeper borehole | Access to stable aquifer layers below the most depleted zones. The primary threshold — nothing else compensates for insufficient water at source. Requested 2024, becoming possible 2026. | Primary |
| Swales and earthworks | Contour-based channels that slow runoff and let it infiltrate. Directly recharges local groundwater. Cost is labour, not materials. Already consistent with permaculture practice on site. | Suitable |
| Rainwater harvesting | Collection from rooftops and hard surfaces into tanks. Useful supplement for dry-season irrigation. | Suitable |
| Drip irrigation | Reduces water consumption per plant by 40–60% compared to surface irrigation. Makes each litre go further. | Suitable |
| Solar-powered pumping | Reduces the energy cost of lifting water from a deeper borehole. Makes deeper access economically viable long-term. | Suitable |
| Passive dew condensers | Radiative panels that cool overnight and condense atmospheric moisture — no energy required. A documented project 8 km from the Atlantic in southern Morocco collected 3,800 litres over six months from 136 m² of surface, with dew yield equivalent to 40% of annual rainfall. Atlantic humidity at 10 km may support similar results. Modest supplementary yield, available precisely during the dry season. Worth a small pilot on existing roof or ground surface. | Worth testing |
| Mulching and soil cover | Reduces evaporation between rain events. Already active on site as part of permaculture practice. Complements all other interventions. | Active |
| Fog nets | Requires sustained fog, wind, and elevation of 500–1,200 m. Morocco's fog harvesting systems operate at 1,225 m altitude in the Anti-Atlas mountains. Had Soualem's flat low-elevation terrain does not meet these conditions. | Not suitable |
A 2-hectare oasis surrounded by degraded land cannot sustain itself indefinitely. Biodiversity needs corridors. Soil moisture needs landscape-scale support. Pollinators need habitat that extends beyond a single holding. The island is real and carefully held — and it is not sufficient on its own.
This is not a critique of Assyl's work. It is a description of what the work requires next: extending the practice outward to neighbouring smallholders, to the peri-urban belt between Casablanca and El Jadida, without demanding that everyone invest capital they do not have or start from scratch.
The Green Hub function is the Spiralweb response: a site like Had Soualem becomes not just a demonstration but a distribution point — for seeds, knowledge, access to water technologies, and the protocol tools that help other farmers observe and document their own land. The green island becomes a node in a forming network.
The immediate activation question is water infrastructure: supporting the borehole that Assyl's site needs to function through the dry years ahead. That is the first threshold, and it is what makes everything else possible.
Had Soualem is also being prepared as an agile companion pilot to the larger Sous Valley node — smaller scale, closer to Casablanca, demonstrating water retention and syntropic transition on a scale that neighbouring farmers can visit and recognise as achievable within their own means.
The PG ledger will document soil cover, water behaviour, biodiversity presence, and steward viability from activation. If a passive dew condenser pilot is established, that data becomes a contribution to the wider knowledge of atmospheric water harvesting in peri-urban coastal MENA contexts.
Had Soualem is part of the Morocco bioregional cluster alongside Sous Valley (80 ha, Abdelhamid Badaoui) and Casablanca (coordination, Ingrid Casa). Different scales. Shared protocols. One bioregion.