Rice Fields that Safeguard the Nation
The story of rice in East Java is not just about harvests. It is a tale of how a region sustains the lives of millions through grains of rice often taken for granted.
Surabaya (ANTARA) - Harvest season always brings a distinctive atmosphere in East Java. The morning begins with the sound of combine harvester engines breaking through the rice field mist, while sacks of unmilled rice start lining up along the field ridges.
In Lamongan, Ngawi, Bojonegoro to Madiun, the green expanses turn to golden hues, signalling one crucial point: that East Java is once again safeguarding Indonesia’s kitchen.
Amid threats of climate change, increasingly unpredictable weather, and pressures from land use conversion, East Java’s rice production is instead showing an increase.
The Central Statistics Agency records that East Java’s rice production throughout 2025 reached 10.44 million tonnes of dried milled paddy (GKG), up 12.6 percent from the previous year. In the first semester of 2026, production is estimated to grow again by around 5 percent.
These figures are not mere agricultural statistics. They are an indicator that East Java remains the backbone of the national food supply. While many regions face threats of declining production due to drought and extreme weather, the rice fields in East Java are still able to maintain the harvest rhythm.
However, behind this achievement, there are deeper issues than just production targets. For the real question is not only whether East Java can produce more rice, but whether agriculture can still endure as a livelihood for future generations.
East Java has long been known as the national food granary. Districts such as Lamongan, Ngawi, Bojonegoro, to Jember have become epicentres of rice production that support national needs. In 2025, Lamongan even recorded the highest production in East Java with more than 904 thousand tonnes of GKG.
This production increase stems from many factors. Modernisation of farming tools is becoming more evident. Transplanter machines speed up planting, combine harvesters reduce harvest losses, while agricultural drones are starting to be used for fertiliser and pesticide spraying.
The local government is also becoming more aggressive in accelerating planting patterns. In Magetan, for example, farmers are encouraged to use short-duration rice varieties so that planting cycles can increase from two to three times a year. This strategy is vital because agricultural land area is no longer easily expandable.
On the other hand, climate-based adaptive planting patterns are becoming a necessity, not just an option. Changing seasons make traditional planting calendars increasingly difficult to use. Rain may come late, but it can also fall extremely in a short time. This situation requires farmers to adapt more quickly.
Therefore, today’s rice production is no longer determined solely by soil fertility, but also by technology’s ability to read the weather, water efficiency, and the speed of fertiliser distribution.
At this point, East Java’s agriculture is entering a new phase. Rice fields are no longer just traditional production spaces, but spaces increasingly filled with machines, data, and efficiency.
But this modernisation also brings other challenges. Not all farmers can afford or access technology. Many farmer groups still rely on government-provided farming equipment assistance. This disparity is slowly creating a new divide between farmers who can adapt and those left behind.