Anyone driving through the Weinviertel these days will quickly notice that this summer is different. Meadows that just a few years ago were a lush green even in July are already brown in many places this year. The grain harvest was completed exceptionally early—according to the Austrian Chamber of Agriculture, earlier than ever before. Where in normal years combine harvesters would still be making their way through the fields well into August, today a fine dust rises with every gust of wind. In many gardens, yellow and brown leaves are piling up under trees and shrubs—a sight one would normally associate more with late September than with the first days of August.
These aren’t spectacular changes. No dried-up riverbeds or dramatic images from distant lands. They’re the little things that anyone who walks through the region with their eyes open notices. The grass is barely growing anymore and in many places hasn’t been mowed for weeks. Trees and shrubs are already shedding their leaves, even though fall is still a long way off. In some orchards, apple trees are losing some of their still-unripe fruit, or individual apples are already drying up on the tree. The ground is hardening, the first cracks are appearing, and even after a brief rain shower, the landscape seems barely able to quench its thirst.
Here at Green Legacy, too, we’re witnessing this trend not just through data or scientific studies. We see it every day right on our doorstep in Hollabrunn. As a company that has been working on water management and soil water storage for years, we’re closely monitoring the effects of the drought. At the same time, we’re asking ourselves the same question that’s currently on the minds of many farmers, winemakers, municipalities, and homeowners:
Is this summer just extraordinary—or are we already experiencing a new reality?
The answer to that question will only become clear in the coming years. One thing is certain, however: The measurement data from GeoSphere Austria make it clear just how extraordinary the year 2026 already is. According to GeoSphere Austria, the spring of 2026 was the driest since records began in Austria. From March through May, precipitation across Austria was about 50 percent below the long-term average. April was particularly severe, with a precipitation deficit of 68 percent, followed by March at 58 percent. In eastern Austria, which includes the Weinviertel region, precipitation deficits ranged regionally between 30 and 50 percent. At the same time, an unusually high number of hot days caused soils and plants to lose additional water. According to GeoSphere Austria, the drought in parts of eastern Austria was the most severe since 1885.
These figures accurately reflect what many people in the Weinviertel region have experienced over the past few months. There was virtually no prolonged rain. Instead, clouds kept rolling in, rain was forecast, and for a brief moment, hope would spring up. The few rain showers were like a drop in the bucket. They brought temporary relief from the heat and allowed the landscape to breathe for a moment, but they could not make up for the months-long drought. Often, the precipitation was only enough to moisten the surface of the soil. Shortly thereafter, the sun and heat had already caused the moisture to evaporate again—hardly any of it reached the root zones of many plants.
However, plants react to drought long before we humans become aware of its effects. They close their stomata to conserve water, slow their growth, and, in extreme cases, even shed their leaves. What currently looks like an unusually early fall in many gardens is, in reality, a survival mechanism. Fewer leaves mean less evaporation—and thus a better chance of surviving longer dry spells.
This presents new challenges for agriculture. Water is increasingly becoming a critical factor in production. It is no longer just a matter of how much rain falls, but how long that water can be stored in the soil. Humus-rich soils, mulch layers, and conservation tillage help keep moisture available for longer. At the same time, researchers are working on additional ways to store water more efficiently in the root zone and to better supply plants even during prolonged dry spells.
This is precisely the question Green Legacy has been addressing for years. Together with universities, research institutions, and farms, we develop and study solutions that keep water where it is most beneficial—right at the plants’ roots.
The summer of 2026 makes it clear just how much our landscape is changing. The meadows have lost their color, many gardens already have an autumnal feel, and the fields show just how precious every liter of water has become.
Perhaps that is precisely the most important insight of this summer: Not every raindrop that falls from the sky actually reaches the plants. That is why the ability to store water in the soil and use it efficiently is becoming one of the most important tasks for agriculture in the future.
[Sources: GeoSphere Austria: Drought Remains a Major Problem in Austria, The spring with the least precipitation on record, Climate Report for June 2026: Despite a Record-Breaking Heat Wave, It Was Not the Warmest June on Record]
