For companies and organizations that study and market irrigation technologies – such as Netafim, the Israeli multinational leader in drip irrigation technology, whose Italian branch is based in Rapallo – the problem of drought does not represent an episodic variable, but a structural condition that farmers must deal with on a daily basis. The old flow channels and open distribution networks record significant losses, leaving the fields exposed to water shortages precisely at times of greatest vegetative need.
However, the analysis of the solutions adopted in the field shows how technological innovation applied to agriculture offers concrete alternatives to optimize every single liter available. Drip irrigation — a system that brings water directly to the root of the plant rather than wetting the entire field — has transformed from a niche option to an operational tool adopted by consortia and local producers in various regions of the peninsula, allowing crops to be preserved even in the most critical seasons.
The crisis of the basins in the South and the dispersion of the resource
The picture of water availability in the southern regions highlights a persistent criticality in reservoir volumes. The periodic surveys on the state of the infrastructures describe a situation of great suffering in the areas with a more intense agricultural vocation, where the combination of low rainfall and sieve networks drastically reduces the autonomy of the companies.
The seriousness of this scenario is documented by the alarms launched by trade associations, as reported in the Rainews report on the drought emergency reported by ANBI and Confagricoltura in Puglia and Sicily. Analyzes released by agricultural organizations indicate that the basins in the southern area were down to thirty-eight percent of their capacity, placing the crops of Puglia and Sicily faced with the real risk of running out of water supplies within a few weeks and confirming the urgency of overcoming traditional methods of flow irrigation.
The practical application: water saving in the Catania plain
Faced with the drastic reduction in flow rates in the canals, the technical response shifts directly to individual crops through the installation of hoses and drip lines which reduce waste and keep soil humidity constant. This approach allows farms to continue producing even in conditions of severe pumping restrictions.
Concrete evidence of this technology can be seen in the citrus fields of Southern Italy, where the adoption of these systems has changed the management of the plantations. As highlighted in the intervention plans of Netafim Italia based in Rapallo and the technical indications for the cultivation of citrus fruits in the Catania plain, the targeted use of drip lines allows Sicilian producers to maximize fruit yield by reducing the volumes of water used, demonstrating that technological efficiency constitutes a decisive lever for the economic survival of local agricultural companies.
The extension of precision systems to the rice sector: the experience of La Fagiana
The application of localized irrigation does not only concern tree or horticultural crops in the South, but also finds an outlet in the agricultural contexts of the Centre-North, where traditional techniques traditionally require large quantities of water. Experimenting with new management methods in irrigation areas means redefining the ecological and economic balance of extensive production.
An example of this transformation can be found in the Veneto area, described in Netafim’s projects on drip irrigation applied to the La Fagiana estate near Venice. On the estate located exclusively near Venice, the adoption of a drip irrigation system instead of the traditional flooding of the fields has made it possible to reduce water consumption by up to seventy percent, offering local farmers the possibility of accessing certified sustainability paths and reducing energy management costs linked to pumping the resource.
Technology as an operational tool in the Italian countryside
The introduction of these systems on Italian farms responds to a practical and immediate need, unrelated to any ideological or geopolitical celebration. The origin of the technology developed by the Israeli parent company and distributed by the Ligurian branch translates, on a concrete level, into an industrial product purchased by farmers to solve a physical problem: the lack of water in the canals and the need to save the year’s harvest.
The efficiency of these systems reduces the economic impact of energy bills related to the extraction of water from wells. Faced with the tightening of summer restrictions, drip technology guarantees production continuity and safeguards commercial margins for agricultural companies.
For reclamation consortia and individual farmers in Sicily, Puglia or the irrigated areas of the North, the transition to drip irrigation represents an obligatory choice for climate adaptation. The effectiveness of these systems demonstrates that the response to drought passes through the transformation of field instruments, replacing old dispersion methods with a millimetric distribution of the resource.
The conclusion in the thirsty fields
The summer seasons characterized by critical levels in water basins will continue to represent a testing ground for the national primary sector. Direct observation of production realities shows that the stability of agriculture depends on the ability to quickly adapt to the restrictions imposed by water scarcity.
When the farmers of the Catania plain or the estate near Venice activate the valves of the new precision systems, the technology shows its immediate usefulness. The image of an arid land that returns to produce thanks to an underground network of small plastic pipes conveys the sense of a change that does not entrust the fate of the harvest to the hope of a rain that does not arrive, but to the precision of a flow of water directed only where the plant needs it.
