16.02.2026-
- Genetic complexity of wheat has long thwarted efforts to hybridize wheat, to realize the benefits of improved yield and the combination of beneficial traits
- X-Terra® is Europe’s first commercially scalable hybrid wheat
Wheat is the world’s most genetically complex staple crop, with the wheat genome nearly six times the size of the human genome – making it the most challenging of the world’s staple crops to sequence or study.
Syngenta, a world leader in agricultural innovation, is leading the race to leverage advances in genetic technologies, improving wheat’s productivity and resilience while taking wheat breeding to the next level. By screening entire genomes to identify specific genes that are responsible for key traits – such as those defining wheat’s viability, nutritional content and tolerance to extreme weather conditions – Syngenta has developed hybrid technology for wheat and is finetuning the breeding process to achieve commercial scalability. Unlocking hybrid potential in wheat is a breakthrough more than 15 years in the making.
Today, Syngenta announced that its X-Terra® hybrid wheat has received registration approval for use in France. This marks the launch of efforts to introduce the innovation across markets in Europe, including U.K, France and Germany. SY Sphynx and SY Xanthis will be the first X-Terra® hybrid wheat products to be available for the 2026 sowing season in France.
“Wheat is one of the world’s most important crops, accounting for nearly a fifth of global calories. Being the first to bring a scalable hybrid wheat system to market reflects Syngenta’s long-term commitment to innovation and speed in developing breakthrough technologies farmers need,” said Onur Camili, who heads Syngenta’s seeds field crops business in Europe. “X-Terra® hybrid wheat provides a level of performance and consistency that will outpace conventional varieties.”
X-Terra® hybrid wheat has been developed to help farmers address the growing impact of climate change, such as greater climatic variability and more frequent extreme weather events. By improving yield stability, resiliency to stress, and overall agronomic performance, X-Terra® supports the transition toward more sustainable and efficient wheat production while helping optimize the use of key inputs.
A holistic approach to optimizing hybrid wheat’s superior genetics
To optimize the superior genetics of hybrid wheat, Syngenta is also working closely with farmers to enhance conditions in the field and maximize the crop’s ability to thrive. This Crop System approach holistically assesses factors such as actual field conditions, specific weed and disease challenges, and viability of biological solutions. This ensures the wheat matures to the best quality and highest yield possible.
One example is leveraging X-Terra®’s strength in resisting septoria, a disease that severely impacts wheat harvests and is considered one of the most serious and persistent challenges to farmers across the EU and other temperate regions worldwide. Farmers could enhance the sustainability of their on-farm operations through early alerts of disease pressure from using digital solutions such as Syngenta’s Cropwise® platform, and the use of biological solutions to replace early-stage fungicide applications.
X-Terra® builds on Syngenta’s long-standing experience in hybrid cereals. Its Hyvido® hybrid barley optimizes the crop’s nitrogen use efficiency, offers broad spectrum viral protection and delivers high and stable yields across regions and seasons.
