Leveraging Technology to
Breed Quality
Faster Breeding. Better Quality.
which range from semi-arid to Mediterranean climates – and leverage both standard and highly-advanced techniques to crossbreed and optimize our seeds faster, with better results.
R&D From Lab to Field
SHORT CYCLES
Unique cultivating facilities expedit growth and selection processes.
DOUBLED HAPLOID (DH)
Homozygous diploid lines, formed using artificial doubling techniques, ensure optimal and uniform yield.
MOLECULAR MARKERS
DNA-level gene identification enhances the selection process and ensures more tolerant varieties, with higher yields.
BREEDING TECHNIQUES
Tools and protocols backed by decades of experience enable identification of high-yielding,
top-quality seeds in early breeding stages.
COOPERATION WITH RESEARCH INSTITUTES
Close cooperation with academic institutes and researchers provides access to new genes from wild varieties, improving crop tolerance to climate change, and boosting protein levels and grain yield.
Result-Focused Breeding
Through vast investment in R&D, future-facing characterization of new varieties, in-depth knowledge, and absolute dedication, we breed seeds that are globally recognized for their quality, resilience, and high-yielding potential. Having played a significant part in our industry for nearly a century, we also understand the needs and constraints of the industry, and therefore leverage our R&D efforts to breed seeds that grow not only strong crops, but a successful ecosystem, from grower to consumer.
Through vast investment in R&D, future-facing characterization of new varieties, in-depth knowledge, and absolute dedication, we breed seeds that are globally recognized for their quality, resilience, and high-yielding potential. Having played a significant part in our industry for nearly a century, we also understand the needs and constraints of the industry, and therefore leverage our R&D efforts to breed seeds that grow not only strong crops,
but a successful ecosystem, from grower to consumer.