The idea is grounded in science.

An average 70kg body produces 28-42 liters of necroleachate after burial. In the calcareous soils typical of Israel, volatile fatty acids (VFAs) - acetic, propionic, butyric - are nearly fully neutralized within weeks due to high pH of 7.5-8.5.^[1]

In a dry Mediterranean climate, decomposition differs fundamentally from European models: extreme moisture deficit slows putrefactive bacteria, leading to tissue desiccation. Full skeletonization occurs within 4-6 months under outdoor exposure - vs. two years in humid environments.^[2]

Trees and fungi near the burial site accelerate mineralization and return nitrogen and phosphorus to the soil - a process known as the Cadaver Decomposition Island (CDI). Studies show significant changes in plant species richness near green burial sites after 3-5 years.^[3]

Hydrogeological research shows that calcareous-clayey soil acts as a natural barrier to decomposition fluids. The DRASTIC aquifer vulnerability index for the Judean Foothills is rated low risk - among the lowest in Israel.^[5]

Mediterranean climate with 450-550mm annual rainfall - ideal for Palestine Oak (Quercus calliprinos) that needs no irrigation after two years. A tree living 600 years, drought-resistant, and more fire-resistant than any other tree species in Israel.^[6]

Israel contains hundreds of thousands of abandoned graves. Families who emigrated, were forgotten, or dispersed. Graves no one has visited in decades - grey stones in grey rows, in the sun.

Yaar Ad is the solution that prevents abandonment: when the tree is the grave, it continues living even without visitors. It adds to the soil, the air, the wildlife - it doesn't remain a silent stone. The forest grows wild even when no one visits.

The wild heart of the forest is there - at the center, where the first were buried. Old trees, shaded, with their own history already.

Modern bodies contain PFAS ("forever chemicals") in 97% of the population. There is not yet sufficient research on their fate in green burial specifically in Mediterranean soil.^[7]

"Scientific transparency is part of our commitment. Yaar Ad is committed to groundwater monitoring from opening day."

A mature Palestine Oak (age 20-40) absorbs an average of 12-22 kg CO₂ per year. In Yaar Ad's first phase - 3,000 trees - annual absorption at peak maturity is projected at 36-66 metric tons of CO₂.^[3]

For comparison - conventional burial in a recycled wood coffin with an average concrete headstone emits 150-300 kg CO₂ per person. Each Yaar Ad burial thus doesn't just reduce emissions - it becomes a generational carbon asset.