To further develop low-maintenance, high-yield plantations, we are exploring mechanical harvesting solutions, including tractor-mounted shakers with umbrella catchers. These systems are particularly suited for crops like carobs and olives, allowing efficient fruit collection with minimal manual labor.

We are piloting innovative irrigation solutions aimed at maximizing water use efficiency in arid conditions.

Trials of Superabsorbent Polymer

We use Aquasorb 3005, a superabsorbent polymer produced by SNF, in our research to maximize water efficiency.

The goal is to determine the optimal quantity and most effective application method for SAP.
At the Arediou site, we launched the initial trial with three test groups and one control group, each containing 10 trees, using different amounts of polymer.

The next phase—a larger-scale experiment—is planned for the Pera site, currently in the design stage.

➡️ Follow our updates for the latest results and insights.

Targeted root irrigation

The goal is to further decrease water losses to evaporation and weeds. We are testing dripping irrigation combined with perforated tubes to deliver water directly to the root zone of trees.

We selected three carob tree varieties to adapt in Cyprus.

Duraio (female tree) is traditional Spanish variety known for its high pod yield and good sugar content. It is considered well-adapted to dry conditions and is widely planted in southeastern Spain.

• SDC (female tree) is a selected clone characterized by early fruiting, compact growth, and consistent productivity. This variety is being tested for its potential in high-density planting systems and ease of management.

• H13P (hermaphrodite) offers vigorous growth, resistance to drought, and a high kernel-to-pod ratio, making it a candidate for both industrial use and climate resilience.

We sourced grafted seedlings from Hernandorena Nursery in Valencia: https://hernandorena.com/

📚 Recommended reading:
https://www.onadaedicions.com/llibres/producte/El+algarrobo