CAMBRA

Consistency in Early-Season Cabbage Production

Early-season cabbage is often a gamble, with uneven maturity and susceptibility to temperature fluctuations causing significant headaches for growers. With the 'Kampa' hybrid from Hazera, we get the consistency we need for commercial success. With a growing cycle of 60–70 days from transplanting, it allows for a predictable harvest window, helping us hit the market early when prices are at their most profitable.

Practical Observations from the Field

From an operator's perspective, this hybrid stands out due to its uniformity, which makes logistics and packing much easier. Here is what we’ve observed in the field:

• Marketability: The round, tight heads weighing 1.0–2.0 kg are the 'sweet spot' for supermarkets. They look great on the shelf and handle transport well without bruising.
• Stress Resistance: The Israeli breeding expertise of Hazera is evident here. The plants handle spring temperature swings without bolting, maintaining a steady growth rate even when weather conditions are less than ideal.
• Harvest Efficiency: Because the heads mature evenly, you avoid the panic of having to clear the entire field in two days. It gives the crew enough time to handle the harvest properly without compromising the produce quality.

In terms of day-to-day management, 'Kampa' is not demanding. It responds well to standard fertilization schedules and doesn't require specialized treatments to look good. The key to maximizing its potential is consistent irrigation during the head-filling stage. This ensures that the density of the cabbage hits the target weight and quality requirements. The bright green color is vibrant, which is a major selling point for fresh market sales.

Maintenance and Care

The compact leaf rosette makes it easy to work within the rows for weed control and pest monitoring. Because the plant architecture is efficient, airflow is improved, which keeps the crop healthy. For those managing a mid-to-large scale operation, the ease of cutting the head from the root system reduces time spent per hectare, boosting overall labor efficiency.