Can it be built? Yes — with three gates.

The site is dominated by open, formerly agricultural land (Abou Jarash gardens / Faculty-of-Agriculture lands). The masterplan takes only open land; existing buildings and under-construction plots are preserved and bordered. The plot is deed-verified at 2,935,090 m² ≈ 300 ha (16-vertex DWG hull, locked register); the drawn landscape boundary (109-vertex KML, ≈250 ha) sits inside it, with the 70/20/10 allocation fixed at 210 / 60 / 30 ha.

Reclaim-led delivery avoids the two things that kill urban parks: acquisition cost and displacement conflict. No homes are taken; the neighbours become the constituency, not the casualty.

Fragmented or disputed tenure inside the polygon; informal claims accumulating on open land while the project waits.

Phase 0 fixes the legal boundary first and physically demarcates and safeguards the open core immediately — presence (planting, fencing, ranger patrols) is the cheapest land-protection there is.

Road frontage plus a bounding boulevard; 1,246 road segments and 2,393 building footprints sampled around the site (OpenStreetMap); 8+ plausible pedestrian approaches; 68,000 residents within a 15-minute walk (radius-based).

Perimeter parking and service, car-light shaded interior, gateways on every side so each district enters directly — the park joins the street grid instead of interrupting it.

The highest-scoring delivery factor. The catchment already walks; the constraint is crossing safety, not distance — a design-and-signals task, not a land task.

Multi-modal stops sit on the perimeter today; gateway placement aligns with them so arrival by bus or service taxi is step-free from day one.

The project survey drawings flag a high-voltage electricity corridor and a sewer grading zone crossing parts of the site. Power, communications and drainage are available from the surrounding urban grid.

Both corridors are kept as landscape-only zones — meadows, orchards and paths over them, no structures. They become linear green rooms, not dead strips; the layout absorbs them instead of fighting them.

No diversion is assumed — the plan works with the corridors in place, which removes the most expensive utility scenario from the base case entirely.

Park loads are modest: irrigation pumping, lighting (solar-ready), pavilion power, toilets and drinking water. All within reach of the local grid with standard connections.

The site carries its own wells (project survey layer); Damascus receives only 130–202 mm of rain a year; the region is water-stressed. Any plan that imports mains water at park scale would be irresponsible — and would eventually fail.

Near-zero-import: well-fed irrigation on a drought-tolerant, orchard-based palette; recirculating rills and mirror pools for cooling (moving water, minimal volume — the courtyard bahra logic at civic scale); night irrigation; soil moisture zoning; no thirsty lawn monoculture.

Scored lowest of the delivery factors on purpose: the strategy is sound and traditional, but unproven until the pump test. If yields disappoint, the fallback is a smaller irrigated core with larger dry-adapted meadows — the park shrinks its thirst, not its area.

The Ghouta itself is the precedent: this exact land was productive orchard under careful water discipline for centuries.

Largely flat, formerly agricultural ground on the Ghouta edge; remnant orchard and mature trees survive on site; minimal demolition is required anywhere in the reclaim area.

Retain and extend every healthy tree (instant canopy is unbuyable); reuse site soil; low-impact grading that respects the sewer-zone levels; excavated material reused for landform and wind shelter.

The environment section of the site analysis drives the brief: 40 °C+ heat waves demand shade-first design and evening-led summer operation — a programming answer, not a capital-cost explosion.

An orchard-and-native palette restores habitat the green-belt collapse removed — an environmental return delivered by the same planting that cools the park.