lettuce

Practice
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15 – How genomics can help to unlock wild genetic potential for crop improvment

15 – How genomics can help to unlock wild genetic potential for crop improvment

Modern crops have lost valuable genetic diversity through domestication, while crop wild relatives (CWRs) retain traits important for resilience and adaptation. The COUSIN Project provides high-quality genomic resources and maps for multiple CWR species, enabling the identification of beneficial genes and supporting their targeted introgression into modern crops to accelerate breeding for improved performance and resistance.

Practice
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14 – Using Crop Wild Relatives in innovative food products – Translating crop diversity into practical food application

14 – Using Crop Wild Relatives in innovative food products – Translating crop diversity into practical food application

Crop wild relatives (CWRs) and CWR-derived materials from barley, wheat, pea and lettuce offer underused potential for innovative food product development. The COUSIN Project demonstrates how these resources can be incorporated into a range of food applications, supporting the creation of more diverse, nutritious and sustainable food systems.

Conferenceseducational activitesnews
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Cultivating Biodiversity: Educational Garden Planting at San Martín School with APRISCO

Cultivating Biodiversity: Educational Garden Planting at San Martín School with APRISCO

COUSIN partner Aprisco planted this academic year’s educational garden at San Martín School (Garganta la Olla), a partner in the “Farmland biodiversity for rural wellbeing” living lab. The same approach was followed as last year's garden, focusing on legumes and their...

Practice
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10 – Boosting lettuce stress resilience – Exploiting Lactuca serriola genetic diversity for more resilient and sustainable crops

10 – Boosting lettuce stress resilience – Exploiting Lactuca serriola genetic diversity for more resilient and sustainable crops

Lactuca serriola, a crop wild relative, shows valuable traits for phosphorus use efficiency under nutrient stress. The COUSIN Project identifies genetic markers linked to improved photosynthesis and nutrient uptake, enabling breeders to develop resilient lettuce varieties with lower fertiliser needs.