Adapting cultivars
Through meticulous research and breeding strategies, we endeavor to address the pressing challenges posed by frost, excessive rain, and cooler temperatures by developing new grapevine cultivars better adapted to these environments.
Pinpointing genetic markers
We undertake comprehensive genetic analysis of existing grapevine varieties to identify traits associated with adaptation to cold and wet climates. Leveraging cutting-edge genomic techniques, including high-throughput DNA sequencing and Genome-Wide Association Studies (GWAS), we aim to pinpoint specific genetic markers linked to desirable traits such as cold tolerance and disease resistance.
Once identified, these genetic markers will inform Marker-Assisted Selection (MAS), accelerating the breeding process by enabling the early selection of promising individuals. Through controlled pollination and rigorous selection processes, we will breed new grape cultivars that combine attributes such as winter hardiness, disease resistance, fruit quality, and yield potential.
Driving industry growth
This benefits grape growers by offering cultivars tailored to their unique environmental conditions. By addressing critical challenges in grapevine cultivation, we anticipate increased vineyard productivity, reduced crop losses, and enhanced sustainability, ultimately driving financial returns and industry growth.
Adaptive wine engineering
Pioneering a new era of resilient and productive grapevine cultivation.
Precision Breeding for Climate Adaptation
Unlike traditional breeding methods, we employ advanced genomic techniques to identify specific genetic markers associated with traits crucial for adaptation to colder and wetter climates. This precision breeding approach allows for the targeted selection of grapevine varieties with enhanced resilience, potentially resulting in cultivars better suited to challenging environmental conditions.
Accelerated Breeding Process
By integrating Marker-Assisted Selection (MAS) and functional genomics studies, this project streamlines the breeding process, significantly reducing the time required to develop new grape cultivars. This accelerated timeline not only increases the efficiency of cultivar development but also enables growers to access resilient grape varieties more quickly, thereby minimizing crop losses and maximizing productivity.
Comprehensive Phenotyping and Field Trials
In addition to genetic analysis, we emphasize thorough phenotyping and field trials to assess the performance of newly developed grapevine cultivars under real-world conditions. This comprehensive approach ensures that cultivars not only exhibit desired genetic traits but also demonstrate resilience and productivity in targeted climatic environments, providing growers with reliable solutions tailored to their specific needs.