A Second Chance for Orchards Without Raised Beds

                                           Citrus orchard with a two-furrow raised-bed system

Soil preparation is one of the most important investments in establishing a modern orchard. Yet, in many plantings, one of the most beneficial practices for the long-term health of the trees is often overlooked: raised bed formation.

A raised bed consists of creating a slight elevation along the tree row, improving water drainage and increasing oxygen availability within the root zone. Today, this technique is considered essential in modern plantings of citrus, olive, persimmon, pomegranate, almond, pistachio, and many other species.

However, if this operation was not carried out at planting, it does not necessarily mean that the future of the orchard has been permanently compromised. According to agronomist Dr. Vito Vitelli, in most cases it is still possible to intervene later and achieve highly encouraging results.

Roots do not rely solely on water and fertilizers. To function properly, they require oxygen above all else. Numerous international studies have shown that in compacted soils or soils prone to waterlogging, root activity, nutrient uptake, and vegetative growth are significantly reduced.

To address such situations, two lateral furrows can be created along the tree row, generally positioned 45–50 centimeters from the trunk. The excavated soil is then evenly redistributed between the rows.

Video

This intervention produces a dual benefit. On one hand, it improves soil drainage and aeration; on the other, it creates a more favorable environment for root development. Drip irrigation lines can also be placed within the furrows and, over time, will gradually become covered by material derived from mowing and shredding operations.

This process creates a sort of permanent channel for aeration and organic matter accumulation. Plant residues help improve soil structure, stimulate microbiological activity, and increase water infiltration capacity.

“Roots need to breathe. When the soil is flat, compacted, and oxygen-deficient, plants inevitably face greater vegetative challenges. With a few well-executed operations, we can significantly improve the root environment and promote a faster recovery of the orchard,” explains Vito Vitelli.

Video

The benefits are particularly evident in clay soils and in all situations where natural drainage is inadequate. In many cases, growers observe improved fertigation efficiency, increased vegetative activity, and more vigorous new root growth.

Field experience confirms a simple principle: orchard productivity begins below ground before it becomes visible in the canopy. Restoring oxygen to the roots often means restoring the future of the entire planting.

Editorial Note

Original content by Agronomist Dr. Vito Vitelli, developed and optimized with the support of artificial intelligence tools for educational, informational, and technical dissemination purposes.

Educational outreach activity carried out in collaboration with: